Strength Training: Unpacking New âXF Streamlineâ Static Contraction Training Fitness Equipment
I decided to get the âXF Streamlineâ from Explosive Fitness, equipment specially developed for Static Contraction Training. The equipment uses a static (but adjustable) bar, with a meter that measures force up to 5,000 pounds of resistance. I recently received the equipment and it is the first component in my home gym.


XFA
Static and dynamic forms. XFA defines static forms (since XFA 2.0 and before) and dynamic forms (since XFA 2.1 or 2.2). In a static form the formâs appearance and layout is fixed, regardless of the field content. Any unfilled fields are present in the form. By default, static forms does not require re-rendering.


CHAPTER 6
This force f is called the friction force, and because the block does not move, we are dealing with static friction. Experiments have shown that the force of static friction is largely independent of the area of contact and proportional to the normal force N acting between the block and the surface.


CHAPTER 6
Static and Kinetic Friction. Suppose that a horizontal force F is applied to a block resting on a rough surface (see Figure 6.1). As long as the applied force F is less than a certain maximum force (Fmax), the block will not move. This means that the net force on the block in the horizontal direction is zero.


Strength Training: Unpacking New âXF Streamlineâ Static Contraction Training Fitness Equipment
Strength Training: Unpacking New âXF Streamlineâ Static Contraction Training Fitness Equipment. Regular readers of my blog know that Iâve been doing a form of fitness and strength training called Static Contraction Training â and that Iâve achieved significant gains in strength (34% gain on bench press and 39% gain on leg press).


CHAPTER 6
The kinetic friction force is independent of the applied force, but always points in the opposite direction. The equation for fk is not a vector equation since fk and N do not point in the same direction. Note: The friction between car tires and the road is static friction.


epam / xframework
Version 0.9.1. XFramework (next XF) is a small yet powerful Javascript framework for quick development of cross-device web applications. Honestly saying, XF is a high-level framework based on Backbone.js that implements its own architecture paradigm, based on MV* on the component level.


Static forces and virtual-particle exchange
The virtual particles, also known as force carriers, are bosons, with different bosons associated with each force. The virtual-particle description of static forces is capable of identifying the spatial form of the forces, such as the inverse-square behavior in Newton's law of universal gravitation and in Coulomb's law. It is also able to predict whether the forces are attractive or repulsive for like bodies.


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BUT not all arm actions allow the throwing arm to pronate properly. To learn more on this subject of why the forearm must pronate and what causes different degrees of pronation checkout Armed and Dangerous, High powered arm action built to last.


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His knowledge, experience and attention to detail are all displayed throughout his website and material. âFrank DiMichele is a great pitching resource, his knowledge, attention to detail and the ability to articulate his ideas is what sets Frank apart in a field full of different opinions.


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Pronation is a naturally occuring process when throwing an object. Whether it is a baseball, softball, football, shotput, or a stick, pronation occurs. Even when swinging a tennis racket pronation occurs. The reason for this is because it is the bodyâs natural way to decelerate the arm no matter the activity. And other perpetrators who believe they know the physics of pronation.


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For proper pronation to occur in the throwing arm at release the pitcher must extend the arm to release. The improper release of the throwing arm which would prevent proper pronation would be to pull the arm down to release. I find this to be a major misconception in the conventional wisdom of the game.


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A good drill for pronation is throwing a football. the football should be a small one. Youth if your a mid teen or adult and a mini if your under 13-14. Not to get a nice tight spiral you will have to use pronation. The tighter and nicer the spiral, the better you are pronating.


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Directing the the throwing arm straight âto and throughâ the target lane will enable the throwing arm to pronate properly, allowing the larger muscles of the shoulder and forearm to absorb the work load through release.


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Zack Grienke and Tim Lincecum are displaying a significant degree of forearm pronation, a healthy and natural movement of the throwing arm. Depending upon the angle, direction and extension of the throwing arm the forearm will experience varying degrees of pronation.


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An inefficient delivery that lacks continuous and constant direction straight through release, will prohibit the necessary degree of pronation for a particular arm angle and therefore place the work load on the tendons, ligaments and smaller muscles of the throwing arm.


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As noted in part to this series Mike Marshall is regarded by many as the founder of âpronation to save the armâ. And as explained in part 2 the process of saving the arm also leads to decreased performance i.e. Mike Marshall mechanics do not lead to baseball scholarships or professional signings.


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Pronation Is what your elbow does after you throw something. Basically, what we are doing with with our wrist is, âturning a doorknobâ Counter clockwise. If you look at these four images, you can see, how many little muscles are asked to move much bigger bones.


All About Magnets Science
All magnets have the ability to attract other magnets or magnetic objects (such as iron and some other metal objects). But a magnet doesn't necessarily have to touch a magnetic object for the object to be attracted to it. Try this experiment to learn why.mportant Science Terms These words about magnets are used in the science projects. If you are not sure what they mean, just read the definitions below! Magnetic object-any object that can be attracted to a magnet. Paperclips, iron filings, keys, and bobby pins are all examples of magnetic objects.


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Remember that a compass is a magnet and the north pole of a magnet is attracted to the south pole of a magnet. This situation is also seen in Experiment 1 & 2. In Experiment 2, when you move the north pole of a magnet toward the south pole of the other magnet, the two magnets attract.hat you have been observing is the behavior of the north and south poles of a magnet. One end of any bar magnet will always want to point north if it is freely suspended. This is called the north-seeking pole of the magnet, or simply the north pole.


Magnet
Materials that can be magnetized, which are also the ones that are strongly attracted to a magnet, are called ferromagnetic (or ferrimagnetic). These include iron, nickel, cobalt, some alloys of rare earth metals, and some naturally occurring minerals such as lodestone. horseshoe magnet made of alnico, an iron alloy. The magnet, made in the shape of a horseshoe, has the two magnetic poles close together. This shape creates a strong magnetic field between the poles, allowing the magnet to pick up a heavy piece of iron.


Magnet
A permanent magnet is an object made from a material that is magnetized and creates its own persistent magnetic field. An everyday example is a refrigerator magnet used to hold notes on a refrigerator door. horseshoe magnet made of alnico, an iron alloy. The magnet, made in the shape of a horseshoe, has the two magnetic poles close together. This shape creates a strong magnetic field between the poles, allowing the magnet to pick up a heavy piece of iron.


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(Another way to look at it is that the domains that are aligned with the external magnetic field will grow in size, and the others will shrink.) There will be a condition where all of the domains within the iron are aligned with the external magnetic field.hese places are the poles. The magnetic field lines tend to be closest together there. This is why, if you break a magnet in half, you will still have a North pole and a South pole, since the lines enter one magnet, then exit it, then enter the next magnet, then exit it, before it goes back to the first magnet again.


All About Magnets Science
Important Science Terms These words about magnets are used in the science projects. If you are not sure what they mean, just read the definitions below! Magnetic object-any object that can be attracted to a magnet. Paperclips, iron filings, keys, and bobby pins are all examples of magnetic objects.Magnetic field-an invisible area around a magnet where its magnetic force affects other objects.mportant Science Terms These words about magnets are used in the science projects. If you are not sure what they mean, just read the definitions below! Magnetic object-any object that can be attracted to a magnet. Paperclips, iron filings, keys, and bobby pins are all examples of magnetic objects.


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Below is a magnet with 8 poles. This magnet has 8 poles - 4 North and 4 South, or 4 pole-pairs. A compass in the vicinity of a magnet will always point along a tangent to one of the magnetic field lines.hese places are the poles. The magnetic field lines tend to be closest together there. This is why, if you break a magnet in half, you will still have a North pole and a South pole, since the lines enter one magnet, then exit it, then enter the next magnet, then exit it, before it goes back to the first magnet again.


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These places are the poles. The magnetic field lines tend to be closest together there. This is why, if you break a magnet in half, you will still have a North pole and a South pole, since the lines enter one magnet, then exit it, then enter the next magnet, then exit it, before it goes back to the first magnet again.hese places are the poles. The magnetic field lines tend to be closest together there. This is why, if you break a magnet in half, you will still have a North pole and a South pole, since the lines enter one magnet, then exit it, then enter the next magnet, then exit it, before it goes back to the first magnet again.


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â¢ Seal one end of the tube with tape and stuff some paper into that end from the open end so that when you insert the cow magnet into the tube it will not go all the way to the bottom of the tube. â¢ Pour some iron filings into the bottle; enough to coat the bottom with a layer Â¼ inch thick should be fine.t is important to have paper or transparencies between the filings and the magnets. 1. Give groups of 2-4 students iron filings and several thin sheets of paper. Have the students place the paper on top of one of their bar magnets, trace the outline of the bar magnet and mark which end is North and which is South.


Chickenpox
Risk Factors. The varicella-zoster virus is responsible for both chickenpox and herpes zoster, but its method of infection is different in both diseases. 1  Both the active varicella and zoster form of the virus can cause chickenpox.2  The shingles virus in its latent (inactive) form is never contagious.eveloping Shingles. Shingles itself can develop only from a reactivation of the varicella-zoster virus in a person who has previously had chickenpox. In other words, shingles itself is never transmitted from one person to another either in the air or through direct exposure to the blisters.


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Herpes zoster, also known as zoster and shingles, is caused by the reactivation of the varicella-zoster virus (VZV), the same virus that causes varicella (chickenpox).Primary infection with VZV causes varicella.eople who have not had varicella and never received chickenpox vaccine can get infected with VZV from someone with herpes zoster. If this happens, they are at risk of developing varicella not herpes zoster. The virus spreads when a person has direct contact with the active herpes zoster lesions.


Clinical Overview
Top of Page. Herpes zoster, also known as zoster and shingles, is caused by the reactivation of the varicella-zoster virus (VZV), the same virus that causes varicella (chickenpox). Primary infection with VZV causes varicella. Once the illness resolves, the virus remains dormant (latent) in the dorsal root ganglia.eople who have not had varicella and never received chickenpox vaccine can get infected with VZV from someone with herpes zoster. If this happens, they are at risk of developing varicella not herpes zoster. The virus spreads when a person has direct contact with the active herpes zoster lesions.


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Causes of chickenpox. Chickenpox is caused by the varicella-zoster virus. You catch it by coming into contact with someone who is infected. Chickenpox is a very contagious infection.Around 90% of people who have not previously had chickenpox will become infected when they come into contact with the virus.auses of chickenpox. Chickenpox is caused by the varicella-zoster virus. You catch it by coming into contact with someone who is infected. Chickenpox is a very contagious infection.


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Introduction. The varicella-zoster virus (VZV) can cause 2 diseases: chickenpox (varicella) and shingles (herpes zoster). Before a vaccine was developed in 1994, chickenpox was a common contagious childhood disease that produced itchy blisters, but rarely caused serious problems.ntroduction. The varicella-zoster virus (VZV) can cause 2 diseases: chickenpox (varicella) and shingles (herpes zoster). Before a vaccine was developed in 1994, chickenpox was a common contagious childhood disease that produced itchy blisters, but rarely caused serious problems.


Chicken Pox Causes and Risk Factors
Diagnosis. Treatment. Causes of chicken pox Chicken pox is directly caused by the varicella-zoster virus, a member of the herpes virus family. Additionally, chicken pox spreads very easily from one person to another.The virus is spread through direct contact with skin lesions, oral secretions or via the air.isk factors. People at risk of contracting chickenpox include anyone who hasn't been vaccinated or who has never had the disease. People who've been vaccinated against chickenpox are usually immune to the virus. The same is true of anyone who has had chickenpox in the past.


Chickenpox (Varicella)
Chickenpox (varicella) is a contagious illness that causes an itchy rash and red spots or blisters (pox) all over the body. Chickenpox can cause problems for pregnant women, newborns, teens and adults, and people who have immune system problems that make it hard for the body to fight infection.f the virus becomes active again, it can cause a painful viral infection called shingles. Chickenpox is caused by the varicella-zoster virus. It can spread easily. You can get it from an infected person who sneezes, coughs, or shares food or drinks.


Chickenpox and Shingles  In-Depth Report
Developing Shingles. Shingles itself can develop only from a reactivation of the varicella-zoster virus in a person who has previously had chickenpox. In other words, shingles itself is never transmitted from one person to another either in the air or through direct exposure to the blisters.eveloping Shingles. Shingles itself can develop only from a reactivation of the varicella-zoster virus in a person who has previously had chickenpox. In other words, shingles itself is never transmitted from one person to another either in the air or through direct exposure to the blisters.


Tightness in Chest: Symptoms & Signs
Chest tightness is a common sensation and can be a symptom of many different conditions. Tightness in the chest can be a result of diseases that affect internal organs within the chest cavity (thorax), including the heart, lungs, esophagus, stomach, gallbladder, pancreas, and liver. Chest tightness can also be caused by disease of the chest wall, including abnormalities of muscle, bone, cartilage, and skin.


10 Common Causes of Tightness in Chest
Aside from hepatitis, other types of liver inflammation can also cause some tightness on the chest area. If you suspect that your liver is the reason why you are feeling pain, have yourself checked by the doctor immediately.


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Learn about bacterial pneumonia causes, symptoms, and treatments. This lung infection produces coughing, fever, shortness of breath, and chest pain.


10 Common Causes of Tightness in Chest
It does not mean that just because the tightness goes away, you know that this is something that you should not worry about anymore. This is not the case at all. You have to be concerned but you do not have to panic immediately. Besides, panicking may cause your chest to tighten even more.


10 Common Causes of Tightness in Chest
Whenever any of the joints become inflamed, this can become a problem because it will cause chest pain and chest tightness. You can usually tell if the type of pain that you are feeling is due to this condition if the type of pain and tightness is usually stabbing on some parts of your chest.


Medical Dictionary
Must Read Articles Related to Bacterial Pneumonia Bronchitis Bronchitis is acute or chronic inflamma...learn more >> Coughs A cough is a symptom of an underlying disease or condition.


Tightness in Chest: Symptoms & Signs
Causes of Tightness in Chest Abdominal Aortic Aneurysm (Symptoms, Repair, Surgery, Survival Rate) Abdominal aortic aneurysm is a ballooning or widening of the main artery (the aorta) as it courses down through the abdomen.


Bacterial Pneumonia
Inflammation is the body's attempt to destroy infection, and causes many of the other symptoms of bacterial pneumonia, including fever and chest pain. The lungs themselves do not have any pain fibers but are surrounded by a membrane called the pleura.


Bacterial Pneumonia
Pneumonia is different from acute bronchitis (another disease that can cause fever, cough, chest pain, and shortness of breath) because acute bronchitis is caused by inflammation in the air passages (called bronchi) leading to the alveoli, not the alveoli themselves.


10 Common Causes of Tightness in Chest
You may think that the gallbladder is already a bit far from the chest so it can be a bit peculiar for you that you will begin to feel tightness in your chest because of your gallbladder but you have to know now that it is possible.


Volvox
Volvox is a polyphyletic genus of chlorophyte green algae in the family Volvocaceae.It forms spherical colonies of up to 50,000 cells. They live in a variety of freshwater habitats, and were first reported by Antonie van Leeuwenhoek in 1700.Volvox diverged from unicellular ancestors approximately 200 million years ago.ach mature Volvox colony is composed of numerous flagellate cells similar to Chlamydomonas, up to 50,000 in total, and embedded in the surface of a hollow sphere or coenobium containing an extracellular matrix made of a gelatinous glycoprotein.


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Volvox. In the division Chlorophyta (green protists), Volvox is a colonial form made up of 500 to 60,000 biflagellated cells embedded in a gelatinous wall.The largest colonies exceed one millimeter in diameter and are easily visible to the naked eye.rightfield Digital Image Gallery Volvox In the division Chlorophyta (green protists), Volvox is a colonial form made up of 500 to 60,000 biflagellated cells embedded in a gelatinous wall.


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Brightfield Digital Image Gallery Volvox In the division Chlorophyta (green protists), Volvox is a colonial form made up of 500 to 60,000 biflagellated cells embedded in a gelatinous wall.The largest colonies exceed one millimeter in diameter and are easily visible to the naked eye.rightfield Digital Image Gallery Volvox In the division Chlorophyta (green protists), Volvox is a colonial form made up of 500 to 60,000 biflagellated cells embedded in a gelatinous wall.


Volvoxâ Overview
The flagellate, Euglena, is often associated with these forms.. Volvox is a genus of chlorophytes, a type of green algae. It forms spherical colonies of up to 50,000 cells. They live in a variety of freshwater habitats, and were first reported by Antonie van Leeuwenhoek in 1700.Volvox developed its colonial lifestyle 200 million years ago.ach mature Volvox colony is composed of numerous flagellate cells similar to Chlamydomonas, up to 50,000 in total, and embedded in the surface of a hollow sphere or coenobium containing an extracellular matrix made of a gelatinous glycoprotein.


Volvoxâ Overview
Each mature Volvox colony is composed of numerous flagellate cells similar to Chlamydomonas, up to 50,000 in total, and embedded in the surface of a hollow sphere or coenobium containing an extracellular matrix made of a gelatinous glycoprotein.ach mature Volvox colony is composed of numerous flagellate cells similar to Chlamydomonas, up to 50,000 in total, and embedded in the surface of a hollow sphere or coenobium containing an extracellular matrix made of a gelatinous glycoprotein.


volvox
volÂ·vox. n. Any of various one-celled flagellate freshwater green algae of the genus Volvox that form hollow mucilaginous spherical colonies of several hundred cells.[New Latin. , genus name, from Latin. , to roll; see wel-in Indo-European roots .].olÂ·vox. n. Any of various one-celled flagellate freshwater green algae of the genus Volvox that form hollow mucilaginous spherical colonies of several hundred cells.


Volvox (Protists)
Volvox (Protists) Movies. Straddling the plant and animal kingdoms, the protist Volvox forms stunning bright green colonial balls in water bodies that are enriched in nitrates. Found in puddles, ditches, shallow ponds and bogs, Volvox colonies reach up to 50,000 cells and may include daughter and granddaughter colonies.olvox (Protists) Movies. Straddling the plant and animal kingdoms, the protist Volvox forms stunning bright green colonial balls in water bodies that are enriched in nitrates. Found in puddles, ditches, shallow ponds and bogs, Volvox colonies reach up to 50,000 cells and may include daughter and granddaughter colonies.


Do Volvox belong in kingdom plantae or protista?
A close-up of individuals cells within the colony, 2 flagella and red eyespot are visible. Volvox is a Chlorophyte, or green alga. It exists as a grand spherical colony. Each little alga within the colony bears two flagella, whip-like hairs.The individual alga are connected to each other by thin strands of cytoplasm that enable the whole colony to swim in a coordinated fashion. close-up of individuals cells within the colony, 2 flagella and red eyespot are visible. Volvox is a Chlorophyte, or green alga. It exists as a grand spherical colony. Each little alga within the colony bears two flagella, whip-like hairs.


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: any of a genus (Volvox) of flagellated unicellular green algae that form spherical colonies.See volvox defined for kids.efinition of VOLVOX. : any of a genus (Volvox) of flagellated unicellular green algae that form spherical colonies. See volvox defined for kids.


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Definition of VOLVOX. : any of a genus (Volvox) of flagellated unicellular green algae that form spherical colonies. See volvox defined for kids.ADVERTISEMENT.efinition of VOLVOX. : any of a genus (Volvox) of flagellated unicellular green algae that form spherical colonies. See volvox defined for kids.


What Your Stool Is Telling You
Taking a close look at your stool can tell you a lot about what's going on in your intestines and can lead you to make the right changes to improve your digestive and overall health. If you know what to look for, it's like reading tea leaves!


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Changes in the stool can be related to changes in the diet or may be indications of a condition of the digestive tract. Narrowing of the stool may be due to a mass in the colon or rectum that limits the size of the stool that can pass through it. Conditions that cause diarrhea can also cause pencil thin stools. Persistent pencil thin stool, which may be solid or loose, is one of the symptoms of colorectal polyps or cancer. As the size of the polyp or cancer increases, it can decrease the internal diameter of the colon or rectum so that only thin stool can pass through.


Diarrhea and Thin (pencil) stools
Diarrhea and Thin (pencil) stools. WebMD Symptom Checker helps you find the most common medical conditions indicated by the symptoms diarrhea and thin (pencil) stools including Colon cancer, Food poisoning, and Irritable bowel syndrome. There are 35 conditions associated with diarrhea and thin (pencil) stools. The links below will provide you with more detailed information on these medical conditions from the WebMD Symptom Checker and help provide a better understanding of causes and treatment of these related conditions. 1  Colon cancer.


soft narrow stools
The point is that I produce (sorry for the word) soft narrow stools. On the internet I read that it is a symtom of colon cancer. I already told my doctor but he still things there is nothing wrong. Now I forced him to do a colonscopy.


What Your Stool Is Telling You
I tell my patients that if they pay close attention to what's going on in the bowl, they might not need my services. Here's a guide to some of the most likely â and most lethal â conditions that can lead to changes in the shape, size, smell and shade of your stool. Shape. Insufficient fiber in the diet, diverticulosis, bowel spasm or excessive straining are common causes of a change in stool shape. Diverticulosis causes pothole-like craters in the lining of the colon, as well as a narrowing of the internal diameter of the colon due to wall thickening.


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In the US, I can buy fecal occult blood test kits ..... I check my stools every 3 months just to be sure there's no blood I can't see. I had 5 colonoscopies in the last 9 years and I'm all clear. I'm a caucasian male, 74 years old, in excellent health.When my IBS acts up, I have narrow, soft stools .... resulting from material passing through the colon too fast.


SENSE AND SENSIBILITY
If i were you I wouldn't put myself through a colonoscopy for the narrow stools only...put probably it will put your mind to ease. But honestly...this narrow stools stuff is not a symptom of colon cancer. Actually besides the blood in the stool I never actually heard of any other REAL symptom for colon cancer.


Made L.V.
Special Events & Promotions: Located in Tivoli Village, Las Vegas, Nevada, reserve large party private events at MADE LV for exclusive American Food, Spirits, & Beer. Made LV is the perfect place to celebrate, whether with a group of co-workers, friends or family.


Louis Vuitton Authentication Guide & Date Codes
These date codes simply serve to identify the manufacturing location and date for a Louis Vuitton handbag, not to verify it's authenticity. With the exception of early handbags (early 1980s and older), date codes can be found on all Louis Vuitton handbags and other items made by the luxury brand (e.g. sunglasses). Most date codes are a combination of letters and numbers.


Where are Louis Vuitton handbags made?
Answer Wiki. Almost on every bag you can find a heatstamp that will say: âLOUIS VUITTON PARIS made inâ¦â Louis Vuitton handbags can be made in France, Italy, USA, Switzerland, Germany and Spain. Here is the most complete list of all the manufacturing locations and the corresponding date code letters.


The eBay CommunitySign In Help Guidelines AboutHome Seller News Knowledge Base Discussions Groups Join the Community
I bought this on a consignment store as used LV. I did check the purse according to what I learned, but I am always getting fooled by counterfeits though never loose hope. It says MADE IN USA. inside the dropped pocket on the bottom of the purse is a tag that has 2 letters and 4 numbers as shown on the pic. I am not sure because I have never seen an LV Made in USA.


Louis Vuitton Made in USA?
July 25, 2010 Authentic Designer Purses, Designer Handbags - News. Having owned several Louis Vuitton handbags, I never realized where my handbags were made. Just today, I took a look at my Louis Vuitton Neverfull GM in the Damier canvas and noticed that it was made in USA. This was quite shocking for me, so I quickly looked for my Louis Vuitton Speedy 35 and was astonished to see that it was also mae in USA.


Where are Louis Vuitton handbags made?
Many Louis Vuitton products say: Louis Vuitton Paris Made In France. Actually some are also made in USA as well as Spain for smaller products. Louis Vuitton bags, key rings, watches, and other products are produced in their several factories around the world. These factories are located in Southern California (USA), Switzerland, Germany, Italy, Spain, and of course, France.


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Agree it's authentic. A percentage of Vuitton's products have been made in the USA since the late 70s. From the late 70's to the early 90's outsourced product was made in Los Angeles. From the mid 90's through today Vuitton has used a company factory in San Dimas CA.


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Your browser in is private mode or is not currently set to accept cookies therefore you will not be able to experience the website in full. LOUIS VUITTON USA Official Website.


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LOUIS VUITTON Official USA Website - Explore the World of Louis Vuitton, read our latest News, discover our Women's and Men's Collections and locate our Stores. CROSS BODY BAGS.


Easy Louis Vuitton Bag Authentication Guide
By Bebefuzz. Louis Vuitton is the most counterfeited designer out there. They have produced many different lines of bags throughout the years; canvas monogram, epi, vernis, damier azur just to name a few of their outside finishes. With all of this, authentication can be overwhelming. So, we put together an easy beginner's guide to authenticating Louis Vuitton bags.


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Definition of DEXTRINIZATION. : an act or process of dextrinizing. ADVERTISEMENT.This word doesn't usually appear in our free dictionary, but the definition from our premium Unabridged Dictionary is offered here on a limited basis. Note that some information is displayed differently in the Unabridged.To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial.ote that some information is displayed differently in the Unabridged. To access the complete Unabridged Dictionary, with an additional 300,000 words that aren't in our free dictionary, start a free trial.


What is dextrinization and its examples?
Making the world better, one answer at a time. Dextrinization is the browning of starch goods when subjected to dry heat. On dry heating, the starch in the food goes through a chemical reaction. During this reaction, the starch molecules break down into dextrin (hence the name).Examples of dextrinization are toasting bread, and baking biscuits and cakes.n dry heating, the starch in the food goes through a chemical reaction. During this reaction, the starch molecules break down into dextrin (hence the name). Examples of dextrinization are toasting bread, and baking biscuits and cakes.


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Starch Dextrinization. The dextrinization leads to a structural change of the starch, that is obtained through a physical or chemical treatment. An important aspect of dextrination is the property of the raw material itself.fter tests are completed succesfully, the dextrinization (step 3) can be implemented based on the following flow sheet. The native starch is mixed with the necessary additives and processed for a certain time and under defined conditions for maturing, so that an intensive mixing of starch and additives is guaranteed.


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Starch or amylum is a carbohydrate consisting of a large number of glucose units joined by glycosidic bonds. This polysaccharide is produced by most green plants as an energy store.he products of starch degradation are to the major part maltose and to a less extensive part glucose. These molecules are now exported from the plastid to the cytosol. Maltose is exported via the maltose transporter. If this transporter is mutated (MEX1-mutant), maltose accumulates in the plastid.


Starch
It consists of two types of molecules: the linear and helical amylose and the branched amylopectin. Depending on the plant, starch generally contains 20 to 25% amylose and 75 to 80% amylopectin by weight. Glycogen, the glucose store of animals, is a more branched version of amylopectin.he products of starch degradation are to the major part maltose and to a less extensive part glucose. These molecules are now exported from the plastid to the cytosol. Maltose is exported via the maltose transporter. If this transporter is mutated (MEX1-mutant), maltose accumulates in the plastid.


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Meaning and definition of dextrinisation. Is the process that occurs when starch is exposed to dry heat, the starch is broken down to dextrin, resulting in a change in colour to golden brown.n United States copyright law, fair use is a doctrine that permits limited use of copyrighted material without acquiring permission from the rights holders. Examples of fair use include commentary, search engines, criticism, news reporting, research, teaching, library archiving and scholarship.


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Starch dextrinization. Dependent on the intended use of the starch, e.g. paper processing, binder for pigments, glue production, it has to be dextrinated in such a way that the structure fits the production process.fter tests are completed succesfully, the dextrinization (step 3) can be implemented based on the following flow sheet. The native starch is mixed with the necessary additives and processed for a certain time and under defined conditions for maturing, so that an intensive mixing of starch and additives is guaranteed.


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exists and is an alternate of. Merge this question into. Split and merge into it. Answer by Jessiixlawliz. Confidence votes 38. Dextrinisation is the browning process produced by dry heat on starch. The starch molecule breaks down into dextrin. Pathophysiology: Definition and Practice A pathophysiology definition states that it is a hybrid family of pathology and physiology. 2  The first refers to conditions that usually appear when there is disease, while thâ¦. 3  Research Papers: The True Definition English students study and compose many different types of essays.


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Medical Definition of DEXTRIN. : any of various soluble gummy polysaccharides (C6H10O5)n obtained from starch by the action of heat, acids, or enzymes and used as adhesives, as sizes for paper and textiles, as thickening agents (as in syrups), and in beer. dexÂ·trin also dexÂ·trine \-ËstrÄn, -strÉn\.extrin. noun dexÂ·trin \Ëdek-strÉn\. : any of various soluble gummy polysaccharides (C6H10O5)n obtained from starch by the action of heat, acids, or enzymes and used as adhesives, as sizes for paper and textiles, as thickening agents (as in syrups), and in beer.


THE HISTORY OF MAGIC
As it turns out, the game almost didnât happen. In 1991, Wizards of the Coast was busy printing roleplaying games and supplements, and operated out of Peter Adkisonâs basement. Adkison was the owner and CEO of Wizards when he was approached by Dr. Richard Garfield, a doctoral candidate in combinatorial mathematics.


Magic: The Gathering
Magic: The Gathering (MTG; also known as Magic) is a trading card game created by Richard Garfield. First published in 1993 by Wizards of the Coast, Magic was the first trading card game produced and it continues to thrive, with approximately twenty million players as of 2015.


When PokÃ©mon and Magic Cards Went to War
With experience in the field thanks to its Magic: The Gathering cards, which were first released in 1993, Wizards of the Coast were a natural choice for the license. It was thought at the time that, upon release in January 1999, the cards would be a hit for the company.


Magic: The Gathering
Magic: The Gathering cards are produced in much the same way as normal playing cards. Each Magic card, approximately 63 x 88 mm in size (2.5 by 3.5 inches), has a face which displays the card's name and rules text as well as an illustration appropriate to the card's concept.


THE HISTORY OF MAGIC
THE HISTORY OF MAGIC. In Magicâs 20+ years, it has added over 12,000 different cards in eleven languages and is played by over 12 million people across the globe.


THE HISTORY OF MAGIC
Though Magic had shown up on computer screens before with a few casual video games, it truly entered the digital age in 2002 with the release of Magic Online. With Duels of the Planeswalkers, Magic branched out to gaming consoles like Xbox.


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The new Battle for Zendikar update for Magic Duels is coming to your favorite device! We use cookies on this site to enhance your user experience. By clicking any link on this page or by clicking OK, you are giving your consent for us to set cookies. (Learn more about cookies).


Magic: The Gathering
Magic cards can be valuable due to their rarity and utility in gameplay. Often the prices of a single card can be anywhere from a few cents to a few hundred dollars, and in some instances thousands of dollars.


Magic: The Gathering
In 2015 Wizards of the Coast and Hasbro published Magic: The Gathering â Arena of the Planeswalkers. Arena of the Planeswalkers is a tactical boardgame where the players maneuver miniatures over a customizable board game.


When PokÃ©mon and Magic Cards Went to War
On October 1, 2003, Wizards of the Coast filed suit against Nintendo, claiming that Pokemon PokÃ©mon COMPANY'usa s-pre emptive sale of cards constituted a breach of their. agreement


Denel AH-2 Rooivalk
Denel AH-2 Rooivalk. 194,811 pages on this wiki. The combat helicopter AH-2 Rooivalk was designed and developed by Denel, the leading aerospace manufacturer in South Africa, following a request of the South African Air Force (SAAF) who pronounced the need for a dedicated attack helicopter.The.o, another prototype, this time based on the Puma transport helicopter's cell, was built under the name of XTP-1 and subsequently renamed the XH-2. Currently, the definitive name for the production model is AH-2 Rooivalk.


A brief (brutal) history of the Rooivalk
Although the Rooivalk is a relatively new addition to the SANDF â the first operational helicopter was only delivered in 2011 â the plan for a rugged attack helicopter dates back to the 1980s.As with the Cheetah, the Rooivalk can ultimately be traced back to a French prototype.y Simon Shear. Military commentators have called on the South African National Defence Force to deploy Rooivalk helicopters to the Democratic Republic of Congo to aid the UN offensive against M23 rebels.


Rooivalk: A Hawk or a Turkey ?
From the start inception of the Rooivalk project in 1984 to the first flight of the first prototype in 1990, R1-billion (ZAR) was invested in the program.The cost increase, relative to a simpler design, was not unforeseen, with the result that an appropriate budget was assigned and, contrary to some reports, the Rooivalk program never exceeded its budget during the period 1984 to 1990.).


A brief (brutal) history of the Rooivalk
By Simon Shear. Military commentators have called on the South African National Defence Force to deploy Rooivalk helicopters to the Democratic Republic of Congo to aid the UN offensive against M23 rebels.The Rooivalk is an impressive war machine, but its history is inextricably tied to South Africaâs dark past.y Simon Shear. Military commentators have called on the South African National Defence Force to deploy Rooivalk helicopters to the Democratic Republic of Congo to aid the UN offensive against M23 rebels.


Denel AH-2 Rooivalk
The Rooivalk is equipped with an electronics suite that allows the helicopter to operate day and night and in all weather conditions, consisting of a multi-sensor turret in the nose of the helicopter called TDATS.o, another prototype, this time based on the Puma transport helicopter's cell, was built under the name of XTP-1 and subsequently renamed the XH-2. Currently, the definitive name for the production model is AH-2 Rooivalk.


Denel AH-2 Rooivalk
So, another prototype, this time based on the Puma transport helicopter's cell, was built under the name of XTP-1 and subsequently renamed the XH-2. Currently, the definitive name for the production model is AH-2 Rooivalk.o, another prototype, this time based on the Puma transport helicopter's cell, was built under the name of XTP-1 and subsequently renamed the XH-2. Currently, the definitive name for the production model is AH-2 Rooivalk.


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The CAIC Z-10 (Chinese: ç´-10 for ç´åæº), also called WZ-10, is an attack helicopter developed by the People's Republic of China.he largest type of machine gun that may be fitted to the Z-10 turret is a single 14.5 mm Gatling gun, while the smaller caliber 12.7 mm or 7.62 mm machine guns may be mounted either in single barrel or twin barrel forms.


After 25 years, fully operational Rooivalk attack helicopter has been delivered. Could it herald a rebirth?
There can be no doubt that the image of the Rooivalk has suffered as a result of misleading and exaggerated official propaganda in the early years of the programme. The helicopter was conceived in 1985 and the first prototype made its maiden flight in February 1990.South Africans were told that it was a world beater, the best attack helicopter in the world, better than Americaâs Boeing AH-64 Apache.xcept that these were not really production aircraft at all â they were more like pre-production versions of an aircraft that was still under development. Although deliveries began to 16 Squadron in January 1999, the Rooivalk was still far from operational.


Rooivalk: A Hawk or a Turkey ?
The actual Rooivalk was far from finishing its development when the war in Angola ended in 1988 and the then South African government began to cut the defence budget. The first Rooivalk prototype made its maiden flight only in 1990.The cost increase, relative to a simpler design, was not unforeseen, with the result that an appropriate budget was assigned and, contrary to some reports, the Rooivalk program never exceeded its budget during the period 1984 to 1990.).


Rooivalk: A Hawk or a Turkey ?
In short, it would have the capacity to be outfitted as a top-of-the-line, world-beating attack helicopter. And this, possibly, plus the lavish defence budgets of the 1980s, seduced the SAAF and Armscor/Atlas/Denel into vaingloriously seeking to make the Rooivalk a world-beating system.This was the fundamental flaw in the program â it was an over-sophisticated project.The cost increase, relative to a simpler design, was not unforeseen, with the result that an appropriate budget was assigned and, contrary to some reports, the Rooivalk program never exceeded its budget during the period 1984 to 1990.).


New Postal Regulations for Folded Self-Mailers
1 Tabbing: The folding configuration of the piece determines the location and quantity of wafer seals (or tabbing) required. 2  Size: The Aspect Ratio must be between 1.3 and 2.5 (length of piece divided by height). 3  Weight: If the weight of the piece is less than one oz., it must be printed on at least 70 lb. paper stock.


New Postal Regulations for Folded Self-Mailers
New Postal Regulations for Folded Self-Mailers. 1  Tabbing: The folding configuration of the piece determines the location and quantity of wafer seals (or tabbing) required. If tabs are used, a minimum of two is required. Tabs can no longer have perforations, and, based on weight, will require 1â, 1.5â, or 2â tabs.


New Postal Regulations for Folded Self-Mailers
More specifically, when a self-mailer is folded, it has to fall within the following dimensions: Weight: If the weight of the piece is less than one oz., it must be printed on at least 70 lb. paper stock. For pieces over one ounce the paper stock must be at least 80 lb.


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To further assist customers with understanding the revised rules, a document containing summarized information can be found by clicking on Folded Self-Mailer Reference Material under the Important Links.


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Folded Self-Mailer. In collaboration with the mailing industry, the Postal Service engaged in a mailpiece design study to revise Folded Self-Mailer (FSM) standards for automation letter-size formats. As a result of those learningâs, the revised mailing standards introduce more.


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No changes here either. 201.3.12 Tabs, Tape, and Glue. The Postal Service is increasing the minimum tab size to 1 inch for self mailers, which are proposed to be a single sheet of paper (see 201.3.15.1 below), and 1Â½ inch tabs for booklets, which would include unbound multi sheet mailers (see 201.3.16.1 below).


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New Standards for Letter-Size Booklets and Folded Self-Mailers (proposed 12/29/08) January 3, 2009. The Postal Service has published a proposed rule for letter sized booklets and self mailers.


New Postal Regulations for Folded Self-Mailers
Hereâs the skinny on the changes: First, a definition. A âfolded self mailerâ is a single sheet or multiple sheets of paper folded together without binding or stitching (with the exception of stitches on the inside folded edge). It qualifies for letter rates but isnât mailed in an envelope and isnât bound.


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Folded Self-Mailer In collaboration with the mailing industry, the Postal Service engaged in a mailpiece design study to revise Folded Self-Mailer (FSM) standards for automation letter-size formats. As a result of those learningâs, the revised mailing standards introduce more


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Currently Folded Self Mailers are either a single sheet or multiple sheets folded to letter size. Booklets are described as having front and back covers with a bound edge. The proposed rules define a Folded Self Mailer as a single, continuous sheet of paper with no binding, folded to letter size. It then redefines the dimensions of what is letter sized (201.3.15.3). This means that there can not be any attachments to the single sheet of paper.


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How much should a 58- year-old woman weigh who is 5 feet 5 inches? it depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.t depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.


Average height for women (and weight)
1 What is the average weight for women who are 25-30 years old? 2  A woman age 25-30 years old should weigh somewhere between 104 to 137 lbs, depending on your height. What is the average weight of a 16 year old female? 2  By the age of 16, many girls have reached their adult height. 3  16 year old females in the 50 percentile standing 5â4 and weigh about 115 lbs as their growth curves level off.


Average height for women (and weight)
1 A woman age 25-30 years old should weigh somewhere between 104 to 137 lbs, depending on your height. 2  What is the average weight of a 16 year old female? 3  By the age of 16, many girls have reached their adult height. What is the average weight of a 16 year old female? 2  By the age of 16, many girls have reached their adult height. 3  16 year old females in the 50 percentile standing 5â4 and weigh about 115 lbs as their growth curves level off.


How much should a 25-year-old woman weigh who is 5 feet 6 inches?
How much should a 58- year-old woman weigh who is 5 feet 5 inches? it depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.dit. Share to: it depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.


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How much should a 5' 2 woman weigh that is 36 years old? The normal, healthy weight for a woman who stands 5 feet 2 inches  tall is 104 pounds up to 131 pounds. You would be considered obese  if you are at or above 164 pounds.t depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.


Average height for women (and weight)
1 What is the average weight of a 16 year old female? 2  By the age of 16, many girls have reached their adult height. 3  16 year old females in the 50 percentile standing 5â4 and weigh about 115 lbs as their growth curves level off. What is the average weight of a 16 year old female? 2  By the age of 16, many girls have reached their adult height. 3  16 year old females in the 50 percentile standing 5â4 and weigh about 115 lbs as their growth curves level off.


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How much should a 11 year old weigh if she is 5'? an 11 year old can weigh between 75 and 115 pounds, so dont worry you are probably in a good weight for your age and height.t depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.


How much should a 25-year-old woman weigh who is 5 feet 6 inches?
Share to: it depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.t depends on her height. as a general rule, one should weigh 100 lbs for 5 feet tall, and another five pounds for each inch. for example, at 5 feet 5 inches, a good weight wo â¦ uld be 125 lbs.


Charlize Theron's Height
A normal weight at any age varies depending on a person's height and body frame. A woman of the same height can carry more pounds than another woman if her body frame is larger. The same is true for an adult man. Weight charts show that women who are an average height of 5 feet 4 should weigh between 114 and 151 lbs.Women with larger frames would weigh more.The average height for men is 5 feet 9. woman of the same height can carry more pounds than another woman if her body frame is larger. The same is true for an adult man. Weight charts show that women who are an average height of 5 feet 4 should weigh between 114 and 151 lbs. Women with larger frames would weigh more. The average height for men is 5 feet 9.


What should a woman weigh who is 5 feet 3 inches tall
It depends on the woman's frame and age.Someone 5'3 with a small frame should weigh 111-124 lbs, med 121-135 and large 131-147 [ Source: http://www.chacha.com/question/what-should-a-woman-weigh-who-is-5-feet-3-inches-tall ].More Answers to  What should a woman weigh who is 5 feet 3 inches tall .o determine how much you should weigh it is a 100 for the first 5 feet and then 5 pounds for however many inches so you should weigh 115-125 pounds.


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18phases of post-head injury were presented with various amounts of urine output clinically. Post-traumatic DI is often transient, and suggests that patients need to be followed up to determine the true prevalence of late DI following TBI (Edwards and Clark 1986).


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A form of TBI called mild traumatic brain injury (mTBI) is typically diagnosed only on the basis of the individual's (or caregiver's) report and clinical signs and symptoms. Brain imaging findings are typically normal in mTBI.


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Early prognostication as regards the permanence of DI should not be made because of a marked variation in the eventual outcome. Cerebral edema generally appears within 12 to 24 hours and is most marked at 48 to 72 hours. This edema may functionally impair cells which are structurally intact.


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1 Open Head Injuries: Also called penetrating Injuries, these injuries occur when an object (e.g., a bullet) enters the brain and causes damage to specific brain parts. 2  Symptoms vary depending on the part of the brain that is damaged.


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2008). 2.2 Differential diagnosis of diabetes insipidus following traumatic brain injury after neurosurgery Polyuria can be defined as a urine output exceeding 3 L/24 h in adults and 2 L/m2 in children.


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12established a large frequency of 26.4% to 86% hypothalamic-pituitary damage in patients who died as a consequence of head injury (Ceballos 1966; Kornblum and Fisher 1969; Crompton 1971; Pierucci, Gherson et al. 1971; Harper, Doyle et al. 1986; Salehi, Kovacs et al.


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Traumatic brain injury (TBI) is a form of brain injury caused by sudden damage to the brain. Depending on the source of the trauma, TBIs can be either open or closed head injuries. 1  Open Head Injuries: Also called penetrating Injuries, these injuries occur when an object (e.g., a bullet) enters the brain and causes damage to specific brain parts. 2  Symptoms vary depending on the part of the brain that is damaged.


Primary and secondary brain injury
Primary and secondary injuries occur in insults other than TBI as well, such as spinal cord injury and stroke.


Primary and secondary brain injury
From Wikipedia, the free encyclopedia. Primary and secondary brain injury are ways to classify the injury processes that occur in brain injury. In traumatic brain injury (TBI), primary injury occurs during the initial insult, and results from displacement of the physical structures of the brain. On the other hand, secondary injury occurs gradually and may involve an array of cellular processes.


The character of the National Democratic Revolution post-1994
The 51 st national conference ii, held in Stellenbosch in 2002, did not specifically deal with the national question. Rather, it went into specific details on the issues of social and economic transformation, among other things.


States and Social Revolutions
What is a Revolution? â¢ A change in social, political and economic relations; â¢ A change of the ruling class through âelectionsâor âviolent insurrectionâ. â¢ Revolutions are a result of: â Failure of âgovernmentsâ to meet social needs. â Economic collapse. â¢ Revolutions can be between or against classes. â¢ Society is always in constant revolution, with the ultimate goal being the seizure of political and state power.


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Hence the history of 19th century politics, industry and trade is basically about the practical efforts of human beings to reconsolidate these elements. The history of 19th century meant new contents and meaning to the doctrine of sociology. A new wave of intellectual and philosophical thoughts was let loose in Europe.


The character of the National Democratic Revolution post-1994
As mentioned earlier, the Stellenbosch conference specifically reaffirmed the ANC's 50 th national conference passing of a comprehensive resolution on economic transformation, which was subsequently endorsed by the National General Council in Port Elizabeth in 2000.


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Intellectual currents in the form of socio-political ideologies were also witnessed. The ideologies of individualism, socialism, utilitarianism, and utopianism took birth. Thinkers and intellectuals floated new ideologies and spread novel ideas.


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Hence it can be concluded that Rousseau's theory of general will, his explanation of equality, liberty and man as a moral savage living happily in the state of nature and inequalities as social evils directly influenced the writings of Karl Marx and Durkheim who are two founding pillars of sociology.


The character of the National Democratic Revolution post-1994
The Mafikeng conference also elevated issues of the youth and people with disabilities, who âhave borne the brunt of apartheidâs hierarchy of denial, and affording them the requisite conditions for their advancement demands a united national effortâ. The Mafikeng conference also raised the issue of corruption.


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The American War of Independence enormously contributed to the social changes a major area of interest of sociology. Thus it is inevitable to establish interconnectivity between American War of Independence and growth of sociology. French revolution has important bearings on growth and development of sociology.


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It is often said that social sciences are mostly understood as responses to the problem of order that was created in men's minds by the weakening of the old order under the blows of French Revolution and Industrial Revolution. The European society was hard hit by these revolutions.


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In the context of management of nationâstates, this includes: â Elections â Human Rights â Equality of Constitutional Rightsâ Civil Liberties â Freedomâ Rule of law â¢ Democracy (equitable participation in decision making process) is both the goal of, and a critical means of waging the NDR.


How Does the Body Absorb Carbohydrates, Lipids, Fats and Proteins?
Most lipids that you consume in your diet are fats. Some digestion occurs in your mouth and the stomach, but most takes place in the small intestine. Bile is produced by your liver, stored and released in your gall bladder and emulsifies fat globules into smaller droplets.itamins. Vitamins are an important part of food and are absorbed through the small intestine. Vitamins are grouped based on how your body absorbs them. Water-soluble B-complex and C vitamins dissolve in water prior to absorption.


Digestion
Digestion is the breakdown of large insoluble food molecules into small water-soluble food molecules so that they can be absorbed into the watery blood plasma. In certain organisms, these smaller substances are absorbed through the small intestine into the blood stream.Digestion is a form of catabolism that is often divided into two processes based on how food is broken down: mechanical and chemical digestion.hen the chyme is fully digested, it is absorbed into the blood. 95% of absorption of nutrients occurs in the small intestine. Water and minerals are reabsorbed back into the blood in the colon (large intestine) where the pH is slightly acidic about 5.6 ~ 6.9.


Where does lipid digestion begin? and where does it end for that matter?
Best Answer: All digestion begins in the mouth and stomach where food is broken into small pieces. Proteins are broken down in the stomach by the enzyme protease (pepsin) and is digested further in the small intestines where the pancreas has injected more protease. Lipid digestion advances in the small intestines.Lipids are broken down by bile which is produced in the liver, stored in the gall bladder and injected into the small intestines. The pancreas also injects the enzyme lipase which breaks down lipids. Carbohydrates are also thoroughly digested in the intestines.ipid digestion advances in the small intestines. Lipids are broken down by bile which is produced in the liver, stored in the gall bladder and injected into the small intestines.


Lipids Digestion and Absorption
Lipids, or fats, are digested and absorbed in the small intestine. In this lesson you will learn how bile salts emulsify fat so pancreatic lipase can digest it. You will also learn how fats first enter lymphatic capillaries, called lacteals, before entering your blood circulation.he enzymes of the small intestine are responsible for almost all of the fat digestion. When pancreatic lipase acts on the lipid, it breaks it down, which results in free fatty acids and monoglycerides, the two digestive products of lipids.


Lipids Digestion and Absorption
Lipids. Foods, such as meats, dairy products, seeds, nuts, and oils, contain dietary fat. Fat is a common example of a lipid, and in this lesson you will learn about the unique way lipids, such as fats, are broken down and absorbed out of the digestive tract.he enzymes of the small intestine are responsible for almost all of the fat digestion. When pancreatic lipase acts on the lipid, it breaks it down, which results in free fatty acids and monoglycerides, the two digestive products of lipids.


Lipids Digestion and Absorption
Lipids, or fat, go undigested in your digestive tract until they reach your small intestine, where they meet bile. Bile contains bile salts, which act as an emulsifier of lipids. This breaks the large fat droplets into smaller droplets that are then easier for the fat-digesting enzyme pancreatic lipase to digest.he enzymes of the small intestine are responsible for almost all of the fat digestion. When pancreatic lipase acts on the lipid, it breaks it down, which results in free fatty acids and monoglycerides, the two digestive products of lipids.


How Does the Body Absorb Carbohydrates, Lipids, Fats and Proteins?
After digestion, these broken-down fat particles called fatty acids combine with cholesterol and bile to move into your cells' mucosa where they are reconverted into large molecules, most passing into vessels -- called lymphatics -- near the intestine.itamins. Vitamins are an important part of food and are absorbed through the small intestine. Vitamins are grouped based on how your body absorbs them. Water-soluble B-complex and C vitamins dissolve in water prior to absorption.


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Proteins first encounter serious digestion in your stomach. But lipids go through very little digestion in either location. Your mouth and stomach contain a small amount of the enzyme that breaks lipids apart, but not enough to make a significant impact.Chewing mechanically crushes food in your mouth, which makes it easy to swallow.ut lipids go through very little digestion in either location. Your mouth and stomach contain a small amount of the enzyme that breaks lipids apart, but not enough to make a significant impact. Chewing mechanically crushes food in your mouth, which makes it easy to swallow.


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Lipid digestion proceeds differently from other nutrients due to one important factor: Fats are not water soluble, while carbohydrates and proteins easily mix in with watery environments such as your bloodstream.ut lipids go through very little digestion in either location. Your mouth and stomach contain a small amount of the enzyme that breaks lipids apart, but not enough to make a significant impact. Chewing mechanically crushes food in your mouth, which makes it easy to swallow.


5.3 Digestion and Absorption of Lipids
1 Chylomicrons are formed in the intestinal cells and carry lipids from the digestive tract into circulation. 2  Short-and medium-fatty chains can be absorbed directly into the bloodstream from the intestinal microvillus because they are water-soluble.3  Cholesterol absorption is hindered by foods high in fiber. Chylomicrons are formed in the intestinal cells and carry lipids from the digestive tract into circulation. 2  Short-and medium-fatty chains can be absorbed directly into the bloodstream from the intestinal microvillus because they are water-soluble.


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Parenthetical citations appear within the ending punctuation of a sentence 3. Publication years appear after the authors for in-text citations (i.e., the in-text citation of True and Noble), while quotation page numbers appear after the quotation. 4.


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In fact, Jones (2011) found 99 out of 100 students agreed citing work could seem like a complex, maddening process (p. 64). 1. Sources are cited after each sentence in which they are used (rather than just at the beginning or end of a paragraph), even if each sentence uses the same source 2.


Northcentral University
Northcentral University Reviews: 1 of 3 people found the following review helpful. Well - I actually finished - Now What. DBA Computer and Information Security - October 8, 2016. It's too bad that this school treated me badly - I went through a life and death struggle with cancer while attending this program.


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Learn education facts about K-12 public and private schools, colleges and more for Prescott Valley, AZ here. Prescott Valley. This university is situated in Prescott Valley, Arizona, which is 38.66 square miles in size and has a population of 40,258 people. This city is tagged as lower middle class.


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Overcoming Obstacles to Strive for Greatness âAfter I graduated, during several interviews I had, people said the same thing. Read more ... I Am NC State For Jordan Detillion, attending North Central State College is a family affair, âMy mom, dad, brother and stepmom came to NC State College. Read more ...


Northcentral University
Review Averages: 5.9 out of 10 (275 reviews) Ranking: #61. Northcentral University in Arizona is a regionally accredited online school featuring distance learning degrees in business, education, and psychology. Its rigorous business school is recognized by the Association of Collegiate Business Schools and Programs (ACBSP).


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In a recent survey, 90% of our graduates said they are now in careers or graduate studies that they trained for at North Central. Over 16,000 North Central alumni are serving in organizations, churches, classrooms, studios, and offices around the world.


Stratford UniversityLocated in Fairfax, Virginia
Learn education facts about K-12 public and private schools, colleges and more for Prescott Valley, AZ here. This university is situated in Prescott Valley, Arizona, which is 38.66 square miles in size and has a population of 40,258 people.


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They love the fact that I came from a two-year campus because you get hands-on experience.â - Danielle Olney. Read more ... I Am NC State For Jordan Detillion, attending North Central State College is a family affair, âMy mom, dad, brother and stepmom came to NC State College. I come from a long line of nurses.â.


About
North Central University is a Christ-centered, Bible-based, Pentecostal school with a commitment to academic excellence that prepares students to fulfill biblical models of leadership and ministry throughout the world.


About
North Central was founded in 1930 as North Central Bible Institute, and in the following years experienced growing enrollment, expanded programs, and the change to North Central University in 1998.


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NCU is a WSCUC accredited institution. WASC Senior College and University Commission (WSCUC), 985 Atlantic Avenue, Suite 100, Alameda, CA 94501, 510.748.9001, www.wascsenior.org. WSCUC is recognized by the U.S. Department of Education and the Council on Higher Education Accreditation (CHEA).


"Is ""virtuous cycle"" the proper antonym for ""vicious cycle""? If not, what is it?"
The classic example of a virtuous circle is economic growth, and of a vicious circle, hyperinflation. The two terms are from economics, but often mistaken for being literary terms -- mainly because of similarity or confusion with vicious circle (the common phrase that means 'downward spiral').


"Is ""virtuous cycle"" the proper antonym for ""vicious cycle""? If not, what is it?"
Answer Wiki. The original terms are virtuous circle and vicious circle, and both are macroeconomic terms. The terms refer to complex chains of events that operate in a feedback loop to reinforce each other, or reinforce their internal cycles.


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In addition, it is not clear how the proposed vicious cycle of small-bowel bacterial overgrowth and disaccharidase deficiency begins. Sri Lanka was moved from a vicious cycle that we were trapped in for nearly five decades to a virtuous cycle which is an important element in the macro management, he said.


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LIMA, Peru -- At least haft of the land in the Latin America and the Caribbean region is degraded, and this creates a vicious cycle in the rural areas: overexploitation and degradation of the soil, increased demands for production, more poverty, food insecurity, migration, according to a recent study from the Economic Commission for Latin America ...


Virtuous circle and vicious circle
(March 2012) The terms virtuous circle and vicious circle (also referred to as virtuous cycle and vicious cycle) refer to complex chains of events which reinforce themselves through a feedback loop. A virtuous circle has favorable results, while a vicious circle has detrimental results.


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vicious cycle. Relevance ranks synonyms and suggests the best matches based on how closely a synonymâs sense matches the sense you selected. Complexity sorts synonyms based on their difficulty. Adjust it higher to choose from words that are more complex. Length ranks your synonyms based on character count.


Antonyms for vicious cycle
Antonyms for vicious cycle. This page is about all possible antonyms and opposite words for the term vicious cycle. Princeton's WordNet(0.00 / 0 votes)Rate these antonyms: vicious circle, vicious cycle(noun) one trouble leads to another that aggravates the first. Synonyms: vicious circle, vicious cycle.


Whatâs The Opposite Of A Vicious Cycle???
Weâve all been there. On the flip side, the opposite of a vicious cycle is what economists call a âvirtuous cycle,â also known as a positive feedback loop. This occurs when constructive cause and effect cycles reinforce each other, and lead to a continuously positive outcome.


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A VICIOUS cycle ex ists between depression and obesity, say psychiatrists. Economic poverty among children leads to a poverty of goals and ambitions and continues the vicious cycle of families living in poverty from one generation to the next.


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Power Thesaurus. 1969. vicious circle thesaurus http://www.powerthesaurus.org/vicious_circle/synonyms (accessed April 15, 2017). Harvard. Power Thesaurus 1969, vicious circle thesaurus, Power Thesaurus, viewed 15 April, 2017, <http://www.powerthesaurus.org/vicious_circle/synonyms>.


Meat tenderizer, is it safe? I dont use it for some reason cause it is not a seasoning yet it stays on.?
I happen to be a little scared of using meat tenderizer cause it is like a chemal i guess and it stays on. For about a pound beef houw much should i put and for how long before cooking? Source(s): meat tenderizer safe dont reason seasoning stays on: https://shortly.im/VlFob.


Learn Three Techniques for Tenderizing Meat
To use it, just add a tablespoon or two of kiwifruit puree into every cup of marinade. The tenderizing effect will depend on how much kiwifruit you add and how long you let it soak, but Iâve let meat sit in a kiwifruit infused marinade for up to a week without any negative effects on the texture of the meat. Stay tuned next week for a Korean-style marinade that will make your beef irresistibly tender.


Meat tenderizer, is it safe? I dont use it for some reason cause it is not a seasoning yet it stays on.?
Serve the gravy over the steaks. you don't need alot of tenderizer. for a pound of meat you can use 1/2 a table spoon or less that also depends what other seasoning you plan to use. I never use meat tenderizer - too much MSG & it gives me a migraine for days.


What to Use to Tenderize Steaks
Place the steak pieces in a container and douse them with red wine vinegar. Leave the steak in the refrigerator overnight. Like salt, the vinegar helps break down the toughness of the meat and tenderizes it in preparation for cooking. You can also use white wine instead of the red wine vinegar. Redzaal/iStock/Getty Images. If you are in a rush and don't want to wait long before cooking the steak, you can also use meat tenderizer seasoning.


How To Marinate Meat, Veggies, and Seafood
1 Most seafood need only 15 to 30 minutes and should not stay in for longer than an hour. 2  Boneless chicken breasts only need about two hours. 3  Pork loin can soak for four hours. 4  Lamb can go from four to eight hours.  Beef can marinate for 24 hours or more.


Learn Three Techniques for Tenderizing Meat
It results in a tender, flavorful piece of meat without altering the structure of the meat fibers. The drawback is that it takes a long time (20+ days), and youâll loose over 1/3 of the volume of meat because of moisture loss and the fact that youâll need to trim the outer surfaces of the meat before cooking it. Luckily there are other ways to achieve enzymatic tenderization.


What to Use to Tenderize Steaks
What to Use to Tenderize Steaks. When you grill a steak without tenderizing it first, it turns out tough and hard to cut. A steak should be tender enough to cut with a regular butter knife. Here are a few techniques you can use to tenderize a steak before it's cooked so it's not only easy to cut but melts in your mouth too. Coat the top of the steak with regular table salt until you can't see the red of the meat. Allow the steak pieces to sit for about an hour and then wash off the salt and pat it dry.


Meat tenderizer, is it safe? I dont use it for some reason cause it is not a seasoning yet it stays on.?
Rating Newest Oldest. Best Answer: Meat tenderizer, for general purposes, is a chemical that is activated by either heat or acidity. Simply putting tederizer on meat will not, in-and-of-itself, tenderize anything. You should use apprx.2 tbspns per pound. Try going to foodnetwork.com for any further cooking questions.


How to Use Meat Tenderizer Powder
How to Use Meat Tenderizer Powder. There are several methods of tenderizing meat for cooking. In addition to using a meat mallet or various marinades, you can use a meat tenderizing powder. A tenderizing powder contains natural enzymes, usually papain or bromelain, which break down the meatâs fibers.


How to Use Meat Tenderizer Powder
Because there are many different meat tenderizing powders available in stores, read the product label for information on the correct amount of tenderizing powder you should use in relation to the weight of the meat. For example, you may need to use 1 tbsp. of tenderizing powder per pound of meat. Sprinkle the tenderizing powder or combination of tenderizing powder and seasoning or marinade over the meat right before you are ready to cook it. Poke the entire surface of meat gently with a fork.


Florida's smallest ever baby who weighed just 14oz when he was born 16 weeks early finally comes home in time for the holidays
Florida's smallest ever baby who weighed just 14oz when he was born 16 weeks early finally comes home in time for the holidays. Connor Sorensen was the smallest baby to ever be born at Orlando's Hospital for Children, but he has defied all odds to survive - and even made it home for Christmas. Tiny Connor has needed round-the-clock care for the past six months after he was born 16 weeks early and weighing only 14oz.


Andrew Jacob Cervantez, Who Weighed 15 Pounds At Birth, Is One Of The Nationâs Biggest Babies (VIDEO)
Andrew Jacob Cervantez, Who Weighed 15 Pounds At Birth, Is One Of The Nation's Biggest Babies (VIDEO) They sure know how to grow them in California. Andrew Jacob Cervantez weighed 15 pounds, 2 ounces, when he was born by emergency cesarean section on Jan. 16 at Desert Valley Hospital in California's San Bernardino County.


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The worlds heaviest baby in the world weighed 23.12 lbs and died eleven hours after birth

 The heaviest baby born to a healthy mother was a boy weighing 10.2 kg (22 lb 8 oz) who was born to Sig. Carmelina Fedele (Italy) at Aversa, Italy in September 1955.

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Florida's smallest ever baby who weighed just 14oz when he was born 16 weeks early finally comes home in time for the holidays
By the time he was released from hospital he weighed a healthy 6lb 5oz and doctors say in just a couple of months he will be as healthy as a normal baby. Big day: After six months in hospital Connor has gone home with parents Holly and Eric Sorensen.


Florida's smallest ever baby who weighed just 14oz when he was born 16 weeks early finally comes home in time for the holidays
Florida's smallest ever baby who weighed just 14oz when he was born 16 weeks early finally comes home in time for the holidays. 1  Connor Sorensen has spent six months in hospital since his early arrival.  Dad Eric could slip wedding band round son's leg when he was first born.


Worldâs Biggest Babies Ever Born
9Ademilton dos Santos - Brazil's Largest Baby. In 2005, a woman in Brazil gave birth to a giant baby weighing 17 lbs (8 kg), twice the size of an average newborn. Ademilton dos Santos is the heaviest boy ever born in Brazil, according to the Brazilian Gynaecological Association.


Andrew Jacob Cervantez, Who Weighed 15 Pounds At Birth, Is One Of The Nationâs Biggest Babies (VIDEO)
In May 2011, California celebrated the arrival of another large infant, Matthew Anthony Maldanado, who weighed 14 pounds, 3.8 ounces when he was born in Salinas, Calif. However both Matthew and Andrew pale in comparison to the world's heaviest baby. Born to mother Anna Bates in 1879, that infant reportedly weighed 23 pounds, 12 ounces at birth, according to Guinness World Records. Sadly, the child died 11 hours later. Correction: A previous version of this story indicated that Andrew Jacob Cervantez was the biggest baby in the nation.


What is the world record for the largest newborn baby?
The worlds heaviest baby in the world weighed 23.12 lbs and died eleven hours after birth. The heaviest baby born to a healthy mother was a boy weighing 10.2 kg (22 lb 8 oz) who was born to Sig. Carmelina Fedele (Italy) at Aversa, Italy in September 1955.


How Does a Company Go Public?
The life of the business is accelerated or doomed by the IPO. The IPO does not keep you in business, nor is it a guarantee of success. Make sure to remember first what keeps you in business and always focus on that first. Hopefully you will now better understand how does a company go public. The entire process of going public will definitely not happen overnight.


How Does a Company Go Public?
Reality of Going Public. It is essential to realize that taking your company public means a lot of time and work invested to the process. It is also essential to remember that the IPO process is simply a transaction.


How Does a Company Go Public?
A company can decide to go public on the New York Stock Exchange (NYSE), American Stock Exchange (AMEX), National Association of Securities Dealers Automated Quotations (NASDAQ), Over the Counter Bulletin Board (OTCBB) and the Pink Sheets.


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In 1996 when entrepreneurs, their backers and most of the financial press were doing the Macarena, 675 companies sold equity in initial public offerings. Thatâs more than two-and-half companies per day (not including weekends when the markets are closed). The action slowed a bit in the latest downturn. In 2008 and 2009 the combined number of IPOs barely reached 140.


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The tab to take a company public ranges from $1 million to several millionâand thatâs on top of underwriting fees, perhaps 7% of the total offering, charged by investment bankers to drum up institutional buyers for the shares. Ongoing compliance costs: about $250,000 per year.


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If the stock trades down, it can create bad publicity for your company and can make it exceedingly difficult to complete a follow-on offering in the future. Dig Deeper: Assessing One Company's Grim IPO Price. Complete the offering and begin life as a public company.


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How to Prepare a Company for an Initial Public Offering. An initial public offering of stock can be viewed as the definitive sign of a company's success. Here is a look at the steps a company can take to prepare for an IPO. By Elizabeth Wasserman. By Elizabeth Wasserman. Elizabeth Wasserman is editor of Inc .'s technology website, IncTechnology.com.


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Here are seven reasons, listed from least worrisome to most, that might give you pause about going public. No. 7: You will live life in a fishbowl. Publicly held firms must file quarterly financial reports with the U.S. Securities and Exchange Commission.


About Us
About Us. We are the going public experts. If you would like to go public you will be guided by the president of our company who is an experienced Securities Attorney with over 30 years experience in the field of Securities Law. Services we offer include: 1  Going Public Services. 2  Take Your Company Public Directly Without a Public Shell.


How to Distinguish Between Saturated & Unsaturated Fats
Difference. Saturated fats are solid at room temperature, while unsaturated fats are liquid at room temperature. This is because saturated and unsaturated fats differ in their chemical structures.Saturated fats have no double bond between molecules, which means there are no gaps and the fat is saturated with hydrogen molecules.ifference. Saturated fats are solid at room temperature, while unsaturated fats are liquid at room temperature. This is because saturated and unsaturated fats differ in their chemical structures.


Difference Between Unsaturated and Saturated Fats
Unsaturated vs Saturated Fats. The right information about the difference between saturated and unsaturated fats can help you in lowering your cholesterol levels! Saturated and unsaturated fats refer to the two types of fats that are found in your foods.Remember, fat is a very important nutrient that is found in your food. there are differences in the effect produced on the body by saturated and unsaturated fats. 2  Saturated fats are harmful for the body. 3  They increase the level of LDL cholesterol in the blood, and therefore cause diseases like arteriosclerosis and others. 4  Unsaturated fats are very important for your body.


How are saturated fats and unsaturated fats similar?
Confidence votes 9. Both saturated and unsaturated fats are made of two pieces, the fatty acid which is an extremely long carbon chain, and glycerol, a 3 carbon chain with hydrogen and oxygen bonded on them. They both have hydrogen bonded to their fatty acids.They are also both lipids.aturated fats are saturated with hydrogen atoms. This causes  saturated fats to be solid at room temperature, for instance the  fat on meat and coconut oil. Unsaturated fat â¦ s are liquid at room  temperature, corn oil and soy oil are some examples of this.


What's the difference between saturated and unsaturated fats ?
Best Answer: There are two types of fat to be aware of. Saturated fats-let's call them the enemy and unsaturated fats - the good guys! It is easy to tell the difference because saturated fats are hard at room temperature.Saturated fats are not essential to your health.They come from animals and are found in meat, eggs and cheese.aturated fats have a single bond between the carbons in a fatty acid while an unsaturated has double or triple bonds between the carbons and fatty acid... saturated fat: EX: animal fat or palm oil etc unsaturated fat: EX: veggie oil, peanut, fish etc.


What's the difference between saturated and unsaturated fats ?
The chemical structure of a saturated fat is fully saturated with hydrogen atoms, and does not contain double bonds between carbon atoms. Unsaturated fats, on the other hand, â¦ are found foods such as nuts, avocados, and olives.aturated fats are saturated with hydrogen atoms. This causes  saturated fats to be solid at room temperature, for instance the  fat on meat and coconut oil. Unsaturated fat â¦ s are liquid at room  temperature, corn oil and soy oil are some examples of this.


How are saturated fats and unsaturated fats similar?
Both saturated and unsaturated fats are made of two pieces, the  fatty acid which is an extremely long carbon chain, and glycerol, a  3 carbon chain with hydrogen and oxygen â¦ bonded on them. They both  have hydrogen bonded to their fatty acids. They are also both  lipids.aturated fats are saturated with hydrogen atoms. This causes  saturated fats to be solid at room temperature, for instance the  fat on meat and coconut oil. Unsaturated fat â¦ s are liquid at room  temperature, corn oil and soy oil are some examples of this.


Saturated Fats vs. Unsaturated Fats
Note: It is technically more accurate to call saturated and unsaturated fats types of fatty acids, as it is specifically the fatty acid found in a fat that is either saturated or unsaturated. However, referring to fatty acids as fats is common.ats â or triglycerides â are made up of glycerol (an alcohol) and fatty acids, which are long carbon-hydrogen chains that end in a carboxyl group. Triglycerides are either saturated (with hydrogen) or unsaturated. Saturated fatty acids contain carbon atoms that connect with each other in a chain of single bonds.


The Difference between Unsaturated Fats and Trans Fats
To understand the difference between unsaturated fats and trans fat, it is best to understand what creates a fat. Fats are a group of compounds known as glycerides. Fatty acids attach to glycerides. These fatty acids are molecules that are composed of hydrogen and carbon atoms.There are two types of fatty acids--saturated and unsaturated acids, which attach to create saturated and unsaturated fats.Fats are an essential part of the human diet and are one of the body's major sources of energy.hese fatty acids are molecules that are composed of hydrogen and carbon atoms. There are two types of fatty acids--saturated and unsaturated acids, which attach to create saturated and unsaturated fats. Fats are an essential part of the human diet and are one of the body's major sources of energy.


Biological Molecules
Saturated fats are saturated with hydrogen atoms. This causes  saturated fats to be solid at room temperature, for instance the  fat on meat and coconut oil. Unsaturated fat â¦ s are liquid at room  temperature, corn oil and soy oil are some examples of this.aturated fats are saturated with hydrogen atoms. This causes  saturated fats to be solid at room temperature, for instance the  fat on meat and coconut oil. Unsaturated fat â¦ s are liquid at room  temperature, corn oil and soy oil are some examples of this.


Difference Between Unsaturated and Saturated Fats
1 there are differences in the effect produced on the body by saturated and unsaturated fats. 2  Saturated fats are harmful for the body. 3  They increase the level of LDL cholesterol in the blood, and therefore cause diseases like arteriosclerosis and others. 4  Unsaturated fats are very important for your body. there are differences in the effect produced on the body by saturated and unsaturated fats. 2  Saturated fats are harmful for the body. 3  They increase the level of LDL cholesterol in the blood, and therefore cause diseases like arteriosclerosis and others. 4  Unsaturated fats are very important for your body.


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3. Metasomatism is. a. the change in a rock's bulk composition during metamorphism b. metamorphism caused by nearby intrusions c. metamorphism caused by tectonic movements along faults d. the parallel alignment of minerals in a metamorphic rock. 4.


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Grade of Metamorphism. The mineralogical and structural adjustment of solid rocks to physical and chemical conditions that have been imposed at depths below the near surface zones of weathering and diagenesis and which differ from conditions under which the rocks in question originated.


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Metamorphism is defined as follows: The mineralogical and structural adjustment of solid rocks to physical and chemical conditions that have been imposed at depths below the near surface zones of weathering and diagenesis and which differ from conditions under which the rocks in question originated.


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Since only a small area surrounding the intrusion is heated by the magma, metamorphism is restricted to the zone surrounding the intrusion, called a metamorphic or contact aureole. Outside of the contact aureole, the rocks are not affected by the intrusive event.


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4. This occurs as the result of heat and pressure changes in the chemical environment and causes changes in the mineral compositions and crystalline textures of pre-existing rocks. 7. This type of metamorphism occurs over a wide area and is caused by deep burial or strong tectonic forces of the Earth.


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Schist and gneiss form by: a. contact metamorphism b. regional metamorphism c. dynamic metamorphism d. hydrothermal metamorphism. 33. Metamorphic zones indicate: a. the intensity of the metamorphism b. the intensity of the melting of the parent rock c. the degree of decomposition d. none of these. 34.


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1 Metamorphism, therefore occurs at temperatures and pressures higher than 200 o C and 300 MPa. 2  Rocks can be subjected to these higher temperatures and pressures as they are buried deeper in the Earth. 3  Such burial usually takes place as a result of tectonic processes such as continental collisions or subduction.


burial metamorphism
burial metamorphism. (geology). A kind of regional metamorphism which affects sediments and interbedded volcanic rocks in a geosyncline without the factors of orogenesis or magmatic intrusions. 1  Facebook. 2  Twitter.


How Shock Metamorphism Shaped and Altered the Alamo Rocks Impact Metamorphism Processes
Shock metamorphism, also called impact metamorphism, occurs when high heat and pressures generated during an impact deform the underlying rock layers. Shock metamorphism can lead to planar deformation features, high-pressure polymorphs, and shatter cones, all of which provide evidence supporting a bolide impact.


How Aircraft Carriers Work
Landing on an Aircraft Carrier. Landing on a flight deck is one of the most difficult things a navy pilot will ever do. The flight deck only has about 500 feet (~150 meters) of runway space for landing planes, which isn't nearly enough for the heavy, high-speed jets on U.S. carriers.


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China's first aircraft carrier, the Liaoning (PLAN CV-16). Source: Author photo, with credit to Google Earth. China has an aircraft carrier -- and it's making a lot of people nervous. In fact, depending on whom you believe, China may be well on its way to building a second aircraft carrier.


What makes it so hard to land on an aircraft carrier?
Something else that makes transition from a runway to a flight deck difficult: you're just about landing on the nose gear (which is very beefed up in carrier aircraft), rather than flaring to touch down on the main gear.


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Source: Author photo, with credit to Google Earth. China has an aircraft carrier -- and it's making a lot of people nervous. In fact, depending on whom you believe, China may be well on its way to building a second aircraft carrier.


What is it like to land on an aircraft carrier?
Each aircraft has its own altitude and mileage for marshalling, with each successive aircraft 1000' higher and one mile farther than the preceding one. Each will leave the point one minute behind the one before it, on the minute, at 250 knots, on the marshal heading.


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Source: Author photo, with credit to Google Earth. China has an aircraft carrier -- and it's making a lot of people nervous. In fact, depending on whom you believe, China may be well on its way to building a second aircraft carrier. Or a third.


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China's first aircraft carrier, the Liaoning (PLAN CV-16). Source: Author photo, with credit to Google Earth. China has an aircraft carrier -- and it's making a lot of people nervous. In fact, depending on whom you believe, China may be well on its way to building a second aircraft carrier. Or a third. Or even a fourth.


What is it like to land on an aircraft carrier?
Each of the other aircraft do the same, maintaining a proper interval so that the deck will be clear of the previous plane by the time the next is ready to land. As I break, I pull off the power to slow down, drop the landing gear and tail hook and begin the carrier landing check off list.


Aircraft Carriers
The Pride of the Navy. A Navy aircraft carrier doesn't just launch aircraft â it projects power. A carrier air wing can dominate large stretches of territory â on the ocean or to land â with their reach and technological sophistication.


Aircraft Carriers
A Navy aircraft carrier doesn't just launch aircraft â it projects power. A carrier air wing can dominate large stretches of territory â on the ocean or to land â with their reach and technological sophistication.


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Stone Mountain Park - Atlanta, Georgia. Witness to Georgia's History. Visiting Stone Mountain, the massive granite. monolith on the outskirts of Atlanta, is. something of a rite of passage in the South. Surrounding by a spectacular park, the. Georgia mountain is one of America's most. fascinating and visited attractions. Many.


Stone Mountain
Stone Mountain is more than 5 miles (8 km) in circumference at its base. The summit of the mountain can be reached by a walk-up trail on the west side of the mountain or by the Skyride aerial tram.


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Stone Mountain is well-known not only for its geology, but also for the enormous rock relief on its north face, the largest bas-relief in the world. The carving depicts three Confederate figures during the Civil War: Stonewall Jackson, Robert E. Lee, and Jefferson Davis.


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A sculptor named Gutzon Borglum was asked to design Mount Rushmore. He chose the dramatic setting for this sculpture in the Black Hills of South Dakota. He decided that the best way to remove large pieces of rock from the mountain was to use dynamite.


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Dedication of the Stone Mountain Carving. President Richard Nixon was originally going to attend the dedication of the carving of Stone Mountain on May_9, 1970. On May_4, 1970 Ohio National Guard troops opened fire on the student body of Kent State, throwing the country into an uproar over the Vietnam War. Citing matters of state....


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Carving started on the amazing Mount Rushmore National Memorial in 1927. It continued for 14 years, with the help of more than 350 people. The faces of four presidents are carved into the mountainside: George Washington, Thomas Jefferson, Abraham Lincoln, and Theodore Roosevelt.


Mount Rushmore
Mount Rushmore National Memorial is a sculpture carved into the granite face of Mount Rushmore, a batholith in the Black Hills in Keystone, South Dakota, United States.


Mount Rushmore
After securing federal funding through the enthusiastic sponsorship of Mount Rushmore's great political patron, U.S. Senator Peter Norbeck, construction on the memorial began in 1927, and the presidents' faces were completed between 1934 and 1939.


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Stone Mountain is a quartz monzonite dome monadnock and the site of Stone Mountain Park in Stone Mountain, Georgia. At its summit, the elevation is 1,686 feet (514 m) MSL and 825 feet (251 m) above the surrounding area.


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Cruise Ship Arrival LocationInformation on where the cruise ships dock in Singapore. Singapore Shore ExcursionsCompare cruise line and 3rd party shore exursions in Singapore. Singapore Self-Guided TourInformation on what can you see and do in Singapore on your own.


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Cruise Ship Arrival LocationInformation on where the cruise ships dock in Singapore. Singapore Shore ExcursionsCompare cruise line and 3rd party shore exursions in Singapore.


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Singapore Port OverviewGeneral information about the Singapore cruise port. Cruise Ship Arrival LocationInformation on where the cruise ships dock in Singapore. Singapore Shore ExcursionsCompare cruise line and 3rd party shore exursions in Singapore.


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Map of SingaporeMap of Singapore including where the cruise ships dock. Wifi & Cell Phones in SingaporeWiFi, Internet and mobile phone roaming in Singapore. Shopping in SingaporeShopping in Singapore-advice on what and where to buy.


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Singapore Cruise Calendar. Singapore Port OverviewGeneral information about the Singapore cruise port. Cruise Ship Arrival LocationInformation on where the cruise ships dock in Singapore. Singapore Shore ExcursionsCompare cruise line and 3rd party shore exursions in Singapore.


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With the arrival of the larger mega-ships to Asia, Singapore has also constructed a new facility, Marina Bay Cruise Centre, which is located at the southernmost tip of the country. Star Cruises uses Singapore Cruise Centre, as does Holland America and some other lines operating smaller ships.


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Popular with cruise lines for day-long port calls, as well as embarkation, Singapore is easily navigable, with most tourist attractions concentrated in three areas: Orchard Road, the colonial district and Sentosa.


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Singapore Cruise Calendar. Singapore Port OverviewGeneral information about the Singapore cruise port. Cruise Ship Arrival LocationInformation on where the cruise ships dock in Singapore.


Transport protein
The transport proteins integrated into the cell membrane are often highly selective about the chemicals they allow to cross. Some of these proteins can move materials across the membrane only when assisted by the concentration gradient, a type of carrier-assisted transport known as facilitated diffusion.


Transport
Transport is a key necessity for specializationâallowing production and consumption of products to occur at different locations. Transport has throughout history been a spur to expansion; better transport allows more trade and a greater spread of people.


Definitions &Translations
Freight transport has become focused on containerization, although bulk transport is used for large volumes of durable items. Transport plays an important part in economic growth and globalization, but most types cause air pollution and use large amounts of land.


Biology book1
When the external concentration of glucose increases, however, the glucose transport does not exceed a certain rate, suggesting the limitation on transport. In the case of active transport, the proteins are having to move against the concentration gradient. For example the sodium-potassium pump in nerve cells. Na+ is maintained at low concentrations inside the cell and K+ is at higher concentrations. The reverse is the case on the outside of the cell.


Renew a Green Card
If you are a permanent resident whose 10-year green card has expired or will expire within the next 6 months, you may begin the renewal process by: 1  Online E-Filing Form I-90, Application to Replace Permanent Resident Card. 2  Filing a paper Form I-90, Application to Replace Permanent Resident Card by mail.


How Long Does It Take to Renew Your Green Card?
The amount of time to renew a green card ranges from four months to a little more than seven months, depending on the service center. There are four main services centers, with Vermont having the... The amount of time to renew a green card ranges from four months to a little more than seven months, depending on the service center.


How long does it take to get your green card renewed?
how long does it take to get your green card renewed? what is the quickest way to get your green card renewed, I think you have to do it on line or are there other options maybe quicker does anyone know...? would a lawyer do it quicker but charge alot or is it all done on line has anyone renewed theirs that could tell me how long it took them please and what do... Update: well mine expires in 3 months have i left it too late to apply. I am here in the usa. Update 2: well mine expires in 3 months have i left it too late to apply. I am here in the usa. I applied for a reentry permit and was waiting to hear back before I applied for my green card renewal.


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There is a possibility that you will have to begin the process again if you let your green card expire. This will include paying all applicable fees. The process is different for conditional residents that have a 2-year card. You must get the conditions removed within 90 days of your card's expiration date. That process, too, can be done online.


What Happens After Filing I-90, Application to Replace Permanent Resident Card
What Happens After Filing I-90, Application to Replace Permanent Resident Card Knowing that your green card has expired (or worse yet it was lost/stolen) can be an unsettling feeling. Youâre probably anxious to know what happens after filing Form I-90, Application to Replace Permanent Resident Card, and how long it will take to receive your new green card. Although the steps that take place are fairly consistent, the time frame can vary based on the USCIS case load, the USCIS office where you filed, and your ability to properly file an accurately prepared Form I-90 without errors or omissions.


What Happens After Filing I-90, Application to Replace Permanent Resident Card
As an applicant for green card renewal/replacement, youâre probably anxious to know what happens after filing I-90 and how long it will take.