Cervical Spondylotic Myelopathy
Decompressive laminectomy is the most common type of surgery done to treat lumbar (low back) spinal stenosis. This surgery is done to relieve pressure on the spinal nerve roots caused by age-related changes in the spine.


Alternatives to traditional fusion for spinal stenosis treatment
The first step in the treatment process is to try conservative treatment methods to alleviate the pain in your cervical or lumbar spine (neck or lower back). Conservative treatment methods for spinal stenosis include chiropractic care, yoga, pain medication, and epidural injections.


Top 40 Doctor insights on: Hypertrophic Degenerative Facet Disease
Degeneration of the lumbar spine is described as lumbar spondylosis or degenerative disc disease and may lead to spinal stenosis (narrowing of the spinal canal), vertebral instability and/or malalignment, which may be associated with back pain and/or leg symptoms.


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Pressure on the lower part of the spinal cord or on nerve roots branching out from that area may give rise to pain or numbness in the legs. Pressure on the upper part of the spinal cord (that is, the neck area) may produce similar symptoms in the shoulders, or even the legs (see figs.1, 2, and 3).


Spinal Stenosis
The most common symptom of spinal stenosis is pain, numbness and/or tingling in legs that is pronounced when standing or walking. Leg pain and numbness may inhibit walking and the spine may lose the lumbar curve and appear flat.


Spinal Stenosis
With age, the spinal canal â located in the lower back â can narrow, resulting in spinal stenosis. The narrowing process, which is gradual, reduces the space available for the spinal cord and nerves. If only a small amount of spinal narrowing occurs, no pain will result.


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There are several treatment options available for people who suffer from spinal stenosis to find relief from chronic pain. The first step in the treatment process is to try conservative treatment methods to alleviate the pain in your cervical or lumbar spine (neck or lower back).


Spinal stenosis
Spinal stenosis occurs most often in the lower back and the neck. While spinal stenosis may cause no signs or symptoms in some people, other people may experience pain, tingling, numbness, muscle weakness, and problems with normal bladder or bowel function.


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It is not always easy task to influence students' thinking, but there are techniques an instructor can used to encourage independent thinking. During group discussions, the instructor can ask higher order questions instead of just direct recall or knowledge questions.


Problem-based learning
PBL is learner-centered and gives the learners progressively more responsibility and independence in their education. It encourages life-long learning. In PBL, it is the problem that drives the curriculum. It does not test a skill, it assists in the development of the skill itself.


Journal of Technology Education
For collaborative learning to be effective, the instructor must view teaching as a process of developing and enhancing students' ability to learn. The instructor's role is not to transmit information, but to serve as a facilitator for learning.


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Independent thinking is the desire of a person to convince oneself that the information being presented is true or reasonable. This differs from critical thinking, which is the process used to collect and process information to arrive at a logical conclusion.


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However, when something seems wrong, or they donât understand something, or they see a better way of doing something, they must have the confidence to voice their opinion. It is not always easy task to influence students' thinking, but there are techniques an instructor can used to encourage independent thinking.


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So, in order to develop the independence of your students, consider the following: 1  Are you sure they understand exactly what they are supposed to be learning? 2  Where is there a choice in how they are learning? 3  What choices and decisions are they being expected to make? 4  How are they being supported or prompted to make decisions? 5  How are they 6  ... What


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As children figure out how to use the bowl in their play, they re solving a problem they have. Open-ended materials also hold children s interest for longer periods of time than toys that are designed to be used mainly in one way.


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Hunt (1971) explained that, If the environment is perfectly matched to the developmental level of the learners, the learners are likely to be arrested at that level.. Students must think on their own in order to reach the next level of learning.


Problem-based learning
PBL is inherently social and collaborative in methodology and teaches students essential soft skills as well as domain specific content and skills. PBL is learner-centered and gives the learners progressively more responsibility and independence in their education. It encourages life-long learning.


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This encourages the students to think on their own about concepts. Students can also be lead to be inquisitive of set theories and ask why things happen the way they do. On an individual basis, students can be asked to explain results, and defend conclusions.


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Tiger maple is an exotic hardwood with a distinctive wavy or curly pattern that can resemble tiger stripes.Also known as curly maple or flame maple, tiger maple's durability and its array of patterns make the wood a popular with woodworkers who want to design a unique, decorative piece of furniture.Tiger maple is generally available from specialty lumber or wood dealers.iger maple is an exotic hardwood with a distinctive wavy or curly pattern that can resemble tiger stripes.


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C. Weber. Tiger maple is an exotic hardwood with a distinctive wavy or curly pattern that can resemble tiger stripes. Also known as curly maple or flame maple, tiger maple's durability and its array of patterns make the wood a popular with woodworkers who want to design a unique, decorative piece of furniture.Tiger maple is generally available from specialty lumber or wood dealers.iger maple is an exotic hardwood with a distinctive wavy or curly pattern that can resemble tiger stripes.


What is Tiger Maple?
Tiger maple is an exotic hardwood with a distinctive wavy or curly pattern that can resemble tiger stripes. Also known as curly maple or flame maple, tiger maple's durability and its array of patterns make the wood a popular with woodworkers who want to design a unique, decorative piece of furniture.hen Soft Maple has highly figured wood it is usually Tiger Maple. Named because of its likeness to a Tigerâs stripes. It is sometimes called fiddle back Maple because for centuries it has been used to make violins.


Flame maple
Backside view of a violin. Flame maple (tiger maple) , also known as flamed maple, curly maple, ripple maple, fiddleback or tiger stripe, is a feature of maple in which the growth of the wood fibers is distorted in an undulating chatoyant pattern, producing wavy lines known as flames.ackside view of a violin. Flame maple (tiger maple) , also known as flamed maple, curly maple, ripple maple, fiddleback or tiger stripe, is a feature of maple in which the growth of the wood fibers is distorted in an undulating chatoyant pattern, producing wavy lines known as flames.


Tiger Maple & Tiger Maple Lumber
The distinctive pattern of Tiger Maple is dervied in the wood's growth and what creates it's unique figure. It's unique pattern usually travels across the grain and appears to resemble stripes, waves or small flames. Tiger maple is also often referred to as curly maple or flame maple.Tiger maple is a temperate hardwood tree that grows mostly in the eastern United States and Canada and comes from the red maple tree, An interesting fact is that, not all maple trees produce tiger maple wood.The intensity, consistency and size of the pattern is what determines the grade or quality of Tiger Maple.iger maple is a temperate hardwood tree that grows mostly in the eastern United States and Canada and comes from the red maple tree, An interesting fact is that, not all maple trees produce tiger maple wood. The intensity, consistency and size of the pattern is what determines the grade or quality of Tiger Maple.


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Overview. Tiger maple, a specialty wood noted for its unusual stripes or lines of its grains, is also known as flame maple, fiddleback maple and curly maple. Tiger maple is cut from red maple (Acer rubrum) so-called because of its brilliant red foliage in the autumn.inishing. The tiger or flame effect is in the grain of the wood, not the finish, although 18th-century makers of furniture, cabinets and violins scraped the finish by hand to accentuate the pattern. Tiger maple that is just sanded appears lifeless and flat. Antique furniture finished with tiger maple is highly prized.


What is Tiger Maple?
Tiger maple's distinctive pattern is a deviation in the wood's growth known as figuring. The pattern travels across the grain and can look like stripes, waves or small flames.iger maple is an exotic hardwood with a distinctive wavy or curly pattern that can resemble tiger stripes.


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Tiger, curly or figured maple is an aberration that occurs in all the species of maple on an irregular and unpredictable basis, and changes a good, utilitarian hardwood into one of our true domestic exotics.ed maple is part of the soft maple family, which is soft only in relation to the harder sugar maple tree, and is similar in density to cherry. It also helps that the percentage of red maple that has figure is higher than any other maple species, as it is difficult to come up with any quantity of figured wood.


Tiger Maple Furniture
Tiger maple which comes from maple trees. It's also known as curly maple, flame maple, fiddleback, tiger strip etc...It is caused by the pulling and tugging of the wood fibers as the tree grows which in turn distorts the fibers.This effect is said to be the grain of the wood and is also so known as figure.t's a beautiful wood and is used in projects to build Tiger Maple Furniture, musical instruments such as violins, guitars because of it's durability and beauty. Maple usually falls into two categories Soft and Hard but the soft maple (tiger maple) is really not soft but it is compared to the hard maple.


Tiger Maple & Tiger Maple Lumber
Tiger Maple is a figured domestic lumber often referred to as an exotic wood because it is difficult to source. Tiger Maple has a distintive wavy or curly pattern that resembles the stripes of a tiger.Because of tiger maple's varied array of patterns and it's durability it is one of the most popular woods used by woodworkers who are interested in designing decorative and unique pieces of furniture.iger maple is a temperate hardwood tree that grows mostly in the eastern United States and Canada and comes from the red maple tree, An interesting fact is that, not all maple trees produce tiger maple wood. The intensity, consistency and size of the pattern is what determines the grade or quality of Tiger Maple.


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Want to know what the weather is now? Check out our current live radar and weather forecasts for Lowell, AR to help plan your day


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Hour by hour weather updates and local hourly weather forecasts for Lowell, AR including, temperature, precipitation, dew point, humidity and wind GroundTruth Sign In


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Lowell, Arkansas Weather Report Â· Interactive Map Â· Extended Forecast Â· Hourly Forecast Â· Past Observations Â· Historic Averages Monthly Averages & Records - Â°F | Â°C


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Lowell Average Weather. 1  In the event that the weather data was unavailable for this city, estimates based upon nearby cities were used. 2  In the event that the air quality/pollution data was unavailable for this city, estimates based upon nearby cities were used.


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Find the most current and reliable 7 day weather forecasts, storm alerts, reports and information for Lowell, AR, US with The Weather Network.


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Lowell weather forecast from AccuWeather.com. Extended forecast in Lowell, AR 72745 for up to 25 days includes high temperature, RealFeel and chance of precipitation Lowell weather forecast from AccuWeather.com. Extended forecast in Lowell, AR 72745 for up to 25 days includes high temperature, RealFeel and chance of precipitation my recent locations Â°f Lowell, AR 41Â°


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Temperature: 62 Â°F: 64 Â°F: 62 Â°F: 46 Â°F: 32 Â°F: 29 Â°F: 34 Â°F: A few thunderÂstorms. Overcast. Tons of rain. Overcast. Severe thunderÂstorms. Overcast. Thunderstorms. Overcast. Drizzle. Overcast. Overcast. Overcast. Feels Like: 62 Â°F: 64 Â°F: 62 Â°F: 40 Â°F: 23 Â°F: 19 Â°F: 25 Â°F: Wind Speed: 17 mph: 19 mph: 14 mph: 13 mph: 12 mph: 13 mph: 12 mph: Wind Direction: SSW â SSW â SW â N â NNE â NE â NE


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Another way to define a recessive trait is one that is never expressed by the heterozygous genotype. For example, the heterozygous genotype for earlobe type (Ee) produces detached earlobes because the dominant allele (E) hides the effects of the recessive allele (e).xamples of Recessive Traits. We know many examples of traits controlled by recessive alleles; however, as scientists are more thoroughly studying the genetics of traits, they are finding that many have multiple genes and alleles associated with them, instead of just one gene with two alleles as explained above.


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Recessive trait. Definition. noun. (genetics) A genetic trait that results from the expression of the two recessive alleles. Supplement. When the dominant allele is lacking or when the two alleles present are both recessive, their expression results in a recessive trait.Also called: 1  recessive character.oun. (genetics) A genetic trait that results from the expression of the two recessive alleles. Supplement. When the dominant allele is lacking or when the two alleles present are both recessive, their expression results in a recessive trait. Also called: 1  recessive character.


Recessive
(genetics) Of, or pertaining to, a gene (or allele) whose phenotypic expression is masked by a dominant gene (or allele). noun. (1) A recessive allele or trait. (2) An organism whose recessive trait is discernible or expressed.Supplement. In genetics, a recessive gene or allele is one in which the effect is not tangible, or is masked by the effects of the dominant gene.The recessive trait may be expressed when the recessive genes are in homozygous condition or when the dominant gene is not present.That happens when an organism inherits a pair of recessive genes from its parents. Word origin: Latin recess(us) , a withdrawal, receding part + - ive.he recessive trait may be expressed when the recessive genes are in homozygous condition or when the dominant gene is not present. That happens when an organism inherits a pair of recessive genes from its parents.


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Dominant: A genetic trait is considered dominant if it is expressed in a person who has only one copy of that gene.(In genetic terms, a dominant trait is one that is phenotypically expressed in heterozygotes).A dominant trait is opposed to a recessive trait which is expressed only when two copies of the gene are present. (In genetic terms, a recessive trait is one that is phenotypically expressed only in homozygotes).Examples of dominant disorders include: 1  Achondroplasia (a common form of dwarfism with short arms and legs),ominant: A genetic trait is considered dominant if it is expressed in a person who has only one copy of that gene.


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Remember, individuals must have two alleles for a gene, so someone could be homozygous dominant (EE), homozygous recessive (ee), or heterozygous (Ee). In this example, the recessive trait is having attached earlobes and is only seen in someone with the genotype ee (homozygous recessive).xamples of Recessive Traits. We know many examples of traits controlled by recessive alleles; however, as scientists are more thoroughly studying the genetics of traits, they are finding that many have multiple genes and alleles associated with them, instead of just one gene with two alleles as explained above.


Definition of Recessive and Dominant trait?
If they have one dominant allele and one recessive allele, they are referred to as heterozygous. A dominant trait when written in a genotype is always written before the recessive gene in a heterozygous pair. A heterozygous genotype is written Aa, not aA.f a genetic trait is recessive, a person needs to inherit two copies of the gene for the trait to be expressed. Thus, both parents have to be carriers of a recessive trait in order for a child to express that trait. If both parents are carriers, there is a 25% chance with each child to show the recessive trait.


Recessive trait
Recessive trait. An inherited trait that is outwardly obvious only when two copies of the gene for that trait are presentâas opposed to a dominant trait where one copy of the gene for the dominant trait is sufficient to display the trait.n inherited trait that is outwardly obvious only when two copies of the gene for that trait are presentâas opposed to a dominant trait where one copy of the gene for the dominant trait is sufficient to display the trait.


recessive
Relating to the form of a gene that is not expressed as a trait in an individual unless two such genes are inherited, one from each parent. In an organism having two different genes for a trait, the recessive form is suppressed by its counterpart, or dominant, form located on the other of a pair of chromosomes.f or relating to a trait that is expressed only when the determining allele is present in the homozygous condition. n. Genetics. 1. A recessive allele or trait. 2. An organism having a recessive trait.


Dominant Trait: Definition & Example
A recessive trait is the phenotype that is not seen in the heterozygous genotype, and attached earlobes are a recessive trait. This brings us back to our main topic, which we can now define. A dominant trait is the phenotype that is seen when the heterozygous genotype is present. recessive trait is the phenotype that is not seen in the heterozygous genotype, and attached earlobes are a recessive trait. This brings us back to our main topic, which we can now define. A dominant trait is the phenotype that is seen when the heterozygous genotype is present.


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Examples of Recessive Traits. We know many examples of traits controlled by recessive alleles; however, as scientists are more thoroughly studying the genetics of traits, they are finding that many have multiple genes and alleles associated with them, instead of just one gene with two alleles as explained above.xamples of Recessive Traits. We know many examples of traits controlled by recessive alleles; however, as scientists are more thoroughly studying the genetics of traits, they are finding that many have multiple genes and alleles associated with them, instead of just one gene with two alleles as explained above.


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Bone Density Tests. Click for more information. The test used to diagnose osteoporosis is called a bone density test. This test is a measure of how strong -- or dense -- your bones are and can help your doctor predict your risk for having a fracture.Bone density tests are painless, safe, and require no preparation on your part.one density tests compare your bone density to the bones of an average healthy young adult. The test result, known as a T-score, tells you how strong your bones are, whether you have osteoporosis or osteopenia (low bone mass that is not low enough to be diagnosed as osteoporosis), and your risk for having a fracture.


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Non-Laboratory Tests. The bone mineral density (BMD) test is the primary test used to identify osteoporosis and low bone mass. One of the preferred and most accurate ways to measure BMD is Dexa-Scan (dual-energy X-ray absorptiometry or DXA).It uses a low energy X-ray to evaluate bone density in the hip and/or spine.hile the BMD test is used to identify low bone density that is indicative of osteoporosis and is non-invasive, a bone scan is a nuclear medicine test used to rule out other serious conditions of the bones.


Measuring Bone Health
Bone density tests use X-rays or sound waves to measure how strong your bones are. Bone density tests are used to definitively diagnose bone loss and osteoporosis. The most widely recognized bone mineral density test is dual-energy X-ray absorptiometry, commonly known as a DEXA scan.A DEXA scan uses low levels of X-rays and is quick and painless.one density tests use X-rays or sound waves to measure how strong your bones are. Bone density tests are used to definitively diagnose bone loss and osteoporosis. The most widely recognized bone mineral density test is dual-energy X-ray absorptiometry, commonly known as a DEXA scan.


Diagnosing Osteoporosis
A bone mineral density (BMD) test is the best way to determine your bone health. BMD tests can be used in diagnosing osteoporosis by determining your risk for fractures (broken bones) and measuring your response to osteoporosis treatment.The most widely recognized bone mineral density test is called a dual-energy x-ray absorptiometry, or DEXA test. bone mineral density (BMD) test is the best way to determine your bone health. BMD tests can be used in diagnosing osteoporosis by determining your risk for fractures (broken bones) and measuring your response to osteoporosis treatment.


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Almost 80% of bone density is determined by heredity, and 20% by lifestyle. Bone mineral density tests (BMD) shows how dense bones are and whether you have osteoporosis.he most common osteoporosis test is dual X-ray absorptiometry -- also called DXA or DEXA. It measures peopleâs spine, hip, or total body bone density to help gauge fracture risk. Read more.


How do you test for Osteoporosis?
Other tests used to measure bone density mass include conventional x-rays, and quantitative computed tomography (QCT), quantitative ultrasound, and measurement of bone thickness in the peripheral skeleton (i.e. away from the spine, like your wrist, heel, or finger).or most women, your doctor will be able to diagnose your condition without additional tests. However, where appropriate, your doctor may use special equipment to conduct a bone mineral density test (BMD).


Bone Mass Measurement: What the Numbers Mean
Bone density tests compare your bone density to the bones of an average healthy young adult. The test result, known as a T-score, tells you how strong your bones are, whether you have osteoporosis or osteopenia (low bone mass that is not low enough to be diagnosed as osteoporosis), and your risk for having a fracture.one density tests compare your bone density to the bones of an average healthy young adult. The test result, known as a T-score, tells you how strong your bones are, whether you have osteoporosis or osteopenia (low bone mass that is not low enough to be diagnosed as osteoporosis), and your risk for having a fracture.


How do you test for Osteoporosis?
DEXA (dual-energy x-ray absorptiometry). The most common test for diagnosing osteoporosis is called dual energy x-ray absorptiometry (DEXA). In this procedure, x-rays are used to take a picture of the insides of your bone and to determine if they have become porous due to osteoporosis.or most women, your doctor will be able to diagnose your condition without additional tests. However, where appropriate, your doctor may use special equipment to conduct a bone mineral density test (BMD).


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The most common osteoporosis test is dual X-ray absorptiometry -- also called DXA or DEXA. It measures peopleâs spine, hip, or total body bone density to help gauge fracture risk.Read more.he most common osteoporosis test is dual X-ray absorptiometry -- also called DXA or DEXA. It measures peopleâs spine, hip, or total body bone density to help gauge fracture risk. Read more.


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DEXA Scan (Dual X-ray Absorptiometry). The most common osteoporosis test is dual X-ray absorptiometry -- also called DXA or DEXA. It measures peopleâs spine, hip, or total body bone density to help gauge fracture risk. Read more.he most common osteoporosis test is dual X-ray absorptiometry -- also called DXA or DEXA. It measures peopleâs spine, hip, or total body bone density to help gauge fracture risk. Read more.


Power Rangers
Show Summary. This guide covers all seasons of POWER RANGERS, including ALL seasonal rename incarnations. Descriptions of which can be found below... -Mighty Morphin' Power Rangers: Season 2 (94-95) When Rita's boss Lord Zedd takes over, the now-six Rangers gain new Thunder-powered Zords.


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Exclusive: Power Rangers Samurai Heads to Comic-Con, Announces ContestGet ready Power Rangers Samurai fans: They're heading to Comic-Con. The cast of Power Rangers Samurai will be featured in a panel on July 23 at 7/6c, TVGude.com has learned exclusively, with a never-before-seen episode to be screened as well. Actor Paul Schrier, who has played Farkas Bulk Bulkmeier since the original Mighty Morphin Power Rangers launched in 1993, is moderating.


âPower Rangersâ TV Actor Sentenced To Prison For Killing Roommate
âPower Rangersâ TV Actor Sentenced To Prison For Killing Roommate. Having pleaded down from potentially spending the rest of his life behind bars for stabbing his roommate to death in 2015, former Power Rangers actor Ricardo Medina today was given just over half of the maximum sentence available.


Home
Power Rangers Ninja Steel Coming in 2017, the third ninja team of rangers! On Fandom, RangerWiki is an information repository about every Ranger to ever serve the side of good, and every villain to ever oppose them. It is a collaborative encyclopedic repository for everything related to Power Rangers and Super Sentai. RangerWiki is undergoing serious repair.


âPower Rangersâ TV Actor Sentenced To Prison For Killing Roommate
That is five years less than the absolute most the Red Wild Force Ranger from the Power Rangers Super Samurai TV series could have received for his March 16 guilty plea of a single felony count of voluntary manslaughter and admitting to âan allegation of using a sword in the killingâ of Josh Sutter two years ago.


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-Repeats of earlier seasons have also aired under the promotional naming banners of: Power Rangers: Blast from the Power Past (Fox Kids summer 1996). Power Rangers Power Playback (Fox Kids summer 1998 until fall 1999).


Mighty Morphin Power Rangers
In 2010, a re-version of Mighty Morphin Power Rangers, with a new logo, comic book-referenced graphics, and extra alternative special effects, was broadcast on ABC Kids, and Bandai produced brand new toys to coincide with the series. The first 32 of season one's 60 episodes were remade with the revision graphics.


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Related Content. 1  These New Power Rangers Costumes Areâ¦ Really SomethingTake a look at the new duds for the reboot. 2  Yabba-Dabba-Doo! New Flintstones, Power Rangers Movies in the WorksFilm studios were feeling very nostalgic Wednesday with the announcement of not one, but two big-screen reboots of beloved TV shows.


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1 when you retrieve your NVARCHAR column (using ADO .NET I presume), you automatically get a .NET string (UTF-16, any necessary conversion is automatic). 2  when you store this .NET string in a VARCHAR column, any necessary conversion from UTF-16 is automatically performed as well.


nchar and nvarchar (Transact-SQL)
Variable-length Unicode string data. n defines the string length and can be a value from 1 through 4,000. max indicates that the maximum storage size is 2^31-1 bytes (2 GB). The storage size, in bytes, is two times the actual length of data entered + 2 bytes.


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As part of an integration task I am doing, I have a column in my database that has the type nvarchar(30) and I need call a WCF service and pass through the values in this column (among others) that will then be stored in a column that has the type varchar(30) in the other database.


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Your problem isn't the datatypes, it's the data. All possible values that can be stored as nvarchar do not have an equivalent in varchar (depending on the collation). If the second database is under your control, the most trouble free way to pass the data is to change the varchar field to nvarchar now. If you can't do that, then you need to check the data before you send it to ensure it is data that can convert.


nchar and nvarchar (Transact-SQL)
nchar [ (n) ]. Fixed-length Unicode string data. n defines the string length and must be a value from 1 through 4,000. The storage size is two times n bytes. When the collation code page uses double-byte characters, the storage size is still n bytes. Depending on the string, the storage size of n bytes can be less than the value specified for n.


To VARCHAR or NVARCHAR? (and how it bit me using HASHBYTES)
The HASHBYTES built-in function indicates it will take an input of varchar, nvarchar, or varbinary to be hashed. What is easy to overlook is that the encoding of datatype matters.


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You may be lucky and not have any data problems (not every database that uses nvarchar is using any characters that varchar with the proper country collation won't have), but you have to plan for the problem. share | improve this answer. answered Oct 14 '09 at 14:26. HLGEM.


Unicode text stream [DT_NTEXT] CONVERT TO string [DT_STR]
The next step is to now convert the output from the previous Derived Column to a VARCHAR. Simply add another Derived Column object to your data flow and use the previous out and set the Expression = (DT_STR,1024,1252)PreviousDerivedOutputColumn and this will return a string[DT_STR] 1024 (VARCHAR(1024)). This output can now be persisted as desired.


To VARCHAR or NVARCHAR? (and how it bit me using HASHBYTES)
The key difference between the two data types is how theyâre stored. VARCHAR is stored as regular 8-bit data, NVARCHAR strings are stored in the database as UTF-16. UTF-8 (UCS Transformation Formatâ8-bit) is a variable-width encoding that can represent every character in the Unicode character set.


To VARCHAR or NVARCHAR? (and how it bit me using HASHBYTES)
How it bit meâ¦. I have some data thatâs MD5 hased using a C# function much like this example from MSDN that I needed to validate at my data layer (SQL Server 2008 R2). However, I was getting different values that should have matched since I was providing the same intput. Hereâs the function using the MD5 class.


Basic Metabolic Panel (Blood)
Creatinine. This is a byproduct of your kidneys' normal functioning, and levels can tell how well your kidneys are working. Glucose. Glucose, or blood sugar, is a key source of energy for your body, but too much or too little can be a problem. Potassium.


Basic Metabolic Panel
Glucose is the simple sugar produced by the body during digestion. Glucose is the bodyâs main source of energy and is needed by cells for essential body functions. The body produces two hormones, insulin and glucagon, which regulate the amount of blood glucose in the body.


What is the basic metabolic panel blood test?
A Dr. Kathleen Handal, MD, Emergency Medicine, answered. The basic metabolic panel (BMP) checks the electrolyte and mineral levels in the blood that are so important for keeping your muscles, heart and other organs working properly. Included here is your level of:


BMP file format
The first 2 bytes of the BMP file format are the character B then the character M in ASCII encoding. All of the integer values are stored in little-endian format (i.e. least-significant byte first).


What is the basic metabolic panel blood test?
1 Muscle damage and dehydration are often related to an elevated creatinine level. 2  Glucose (Glu) -- is a type of sugar in your blood. 3  The level fluctuates, depending on what you eat and when and how much energy youâre using. 4  When levels are too high, we look for health problems, like diabetes.


What Are Essential Fatty Acids?
Without them, you could cause serious damage to different systems within the body. However, essential fatty acids are also not usually produced naturally within the body. This means that you have to obtain essential fatty acids by adding them to your diet. There are two basic types of essential fatty acids:


The 6 Essential Nutrients
The term âessentialâ when applied to amino acids and certain fatty acids, applies to those that need to be taken in the diet as they are not synthesized by the body. Essential amino acids include Methionine, Valine, Leucine, Isoleucine, Phenylalanine, Tryptophan, Threonine and Lysine.


What are Fatty Acids?
There are different types of fatty acids. You have most likely heard of certain types, such as Omega-3. Omega-3 is considered an âessentialâ fatty acid, as is Omega-6. There is one other, Omega-9, but this type can be readily produced by the body, while the other two types cannot. Omega-3 and Omega-6 fatty acids are found in fish and certain plants.


The Difference Between Essential And Non-Essential Fatty Acids
Examples of conditional essential fatty acids are the gamma-linolenic acid, which a kind of omega-6 fatty acid, and docosahexaenoic acid, which is an omega-3 fatty acid. The omega-9 fatty acids are considered to be non-essential fatty acids because they can be produced using other fatty acids and carbohydrates.


What Are Essential Fatty Acids?
Omega-3 Essential Fatty Acids. Omega-3 essential fatty acids are necessary within the human body, but they can also be produced modestly within the body. However, you need to be sure that enough Omega-3 is in your diet. Omega-3 serves a variety of purposes within the body.


What are Fatty Acids?
Fatty acids are acids produced when fats are broken down. They are considered âgood fats.â These acids are not highly soluble in water, and they can be used for energy by most types of cells. They may be monounsaturated, polyunsaturated, or saturated.


The Difference Between Essential And Non-Essential Fatty Acids
The Role of Essential Fatty Acids. Basically, for humans, there are only two kinds of essential fatty acids. These are the alpha-linoleic acid, which is a kind of omega-3 fatty acid, and linoleic acid, which is a type of omega-6 fatty acid.


World oil market chronology from 2003
In mid-January 2015, Goldman Sachs predicted the U.S. oil benchmark to average $40.50 a barrel and Brent to average $42 a barrel in the second quarter. For the year, Goldman sees Brent prices averaging $50.40 and for the U.S. benchmark, $47.15 a barrel in 2015, down from $73.75.


World oil market chronology from 2003
A barrel of U.S. crude fell as low as $75.84 Tuesday before rebounding to $77.19, down 2% for the day and the lowest closing price since Oct. 4, 2011. West Texas Intermediate crude is now deeply in bear market territory, having tumbled nearly 30% since its June high of nearly $108 per barrel.


World oil market chronology from 2003
After retreating for several months in late 2004 and early 2005, crude oil prices rose to new highs in March 2005. The price on NYMEX has been above $ 50 per barrel since March 5, 2005. In June 2005, crude oil prices broke the psychological barrier of $60 per barrel.


Oil plunge takes price below $55 a barrel
The price of a barrel of West Texas Intermediate fell below $55 for the first time in five years, while the price of the more global Brent crude fell below $60, also for the first time in five years.


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Oil prices are weighing on global markets as crude prices continue sliding. A barrel of the benchmark U.S. crude, West Texas Intermediate, sold for January delivery on the New York Mercantile Exchange is down to $57.99 in afternoon trading. The Dow Jones industrial average fell 195.48 points, or 1.11%, to 17,400.86.


Gas for less than $2 is now widespread
But increased U.S. oil production is another major factor, as is a strong dollar. With OPEC so far unwilling to cut production in order to prop up prices, some forecast that oil could fall to near $40 a barrel at some point in 2015.


US oil surges 5.7% to settle at $47.15 a barrel
US oil surges 5.7% to settle at $47.15 a barrel. SHARES. Global crude prices jumped nearly 6 percent on Wednesday, after the largest crude drawdown in 7 months at the key U.S. crude delivery point in Cushing, Oklahoma fed a new round of market volatility.


Crude Oil: Will Prices Continue to Climb?
The inverted head and shoulder pattern could drive oil prices to levels of $62â$63 per barrel in the near term. In contrast, the 14-day RSI (relative strength index) is in overbought territory. Prices tend to decline from these levels.


pyrite
Pyrite is usually found associated with other sulfides or oxides in quartz veins, sedimentary rock, and metamorphic rock, as well as in coal beds and as a replacement mineral in fossils. Despite being nicknamed fool's gold, pyrite is sometimes found in association with small quantities of gold.t is distinguishable from native gold by its hardness, brittleness and crystal form. Natural gold tends to be anhedral (irregularly shaped), whereas pyrite comes as either cubes or multifaceted crystals. Chalcopyrite is brighter yellow with a greenish hue when wet and is softer (3.5â4 on Mohs' scale).


The Mineral pyrite
Crystal Forms and Aggregates. Pyrite can form in extremely well-crystallized examples of cubes, pyritohedrons, and octahedrons. Combinations of these forms also occur. An icosahedron formed from a combination of an octahedron and pyritohedron is also known.Pyrite crystals frequently form penetration twinning, especially in the cubic form.Cubes are sometimes elongated in rectangular form. Also occurs massive, radiating, grainy, flaky, drusy, mammilary, encrusting, nodular, tuberose, fibrous, in concretions, and as groups of small crystals.ombinations of these forms also occur. An icosahedron formed from a combination of an octahedron and pyritohedron is also known. Pyrite crystals frequently form penetration twinning, especially in the cubic form. Cubes are sometimes elongated in rectangular form.


pyrite
This mineral's metallic luster and pale brass-yellow hue give it a superficial resemblance to gold, hence the well-known nickname of fool's gold. The color has also led to the nicknames brass, brazzle, and Brazil, primarily used to refer to pyrite found in coal.t is distinguishable from native gold by its hardness, brittleness and crystal form. Natural gold tends to be anhedral (irregularly shaped), whereas pyrite comes as either cubes or multifaceted crystals. Chalcopyrite is brighter yellow with a greenish hue when wet and is softer (3.5â4 on Mohs' scale).


pyrite
Pyrite is the most common of the sulfide minerals. The name pyrite is derived from the Greek ÏÏÏÎ¯ÏÎ·Ï (pyritÄs), of fire or in fire, in turn from ÏÏÏ (pyr), fire.t is distinguishable from native gold by its hardness, brittleness and crystal form. Natural gold tends to be anhedral (irregularly shaped), whereas pyrite comes as either cubes or multifaceted crystals. Chalcopyrite is brighter yellow with a greenish hue when wet and is softer (3.5â4 on Mohs' scale).


The Mineral pyrite
Pyrite is sometimes called Fools Gold because of its similarity in color and shape to Gold. In the old mining days, Pyrite was sometimes mistaken for Gold, as they frequently occur together, although Gold and Pyrite can very easily be distinguished by simple observation and testing of characteristics.ombinations of these forms also occur. An icosahedron formed from a combination of an octahedron and pyritohedron is also known. Pyrite crystals frequently form penetration twinning, especially in the cubic form. Cubes are sometimes elongated in rectangular form.


Why does pyrite form cubic crystals?
2. Pyrite ($\ce{FeS2}$) forms cubic crystals, like these ones: I know that the crystal structure is primitive cubic, but I donât see how cubic structure on the molecular level translates to cubic structure on much larger scales.yrite can actually come in a range of crystalline morphologies, as seen below: Image source: Modelling nanoscale $\ce{FeS2}$ formation in sulfur rich conditions, who state that the shape is dependent on the concentration of sulphur during its formation.


What type of mineral is Pyrite???
The mineral pyrite, or iron pyrite, is iron sulfide, FeS2. It has isometric crystals that usually appear as cubes. The cube faces may be striated (parallel lines on crystal surface or cleavage face) as a result of alternation of the cube and pyritohedron faces.he mineral pyrite, or iron pyrite, is iron sulfide, FeS2. It has isometric crystals that usually appear as cubes. The cube faces may be striated (parallel lines on crystal surface or cleavage face) as a result of alternation of the cube and pyritohedron faces.


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Formation: Igneous, metamorphic, sedimentary. Unusual Properties: Pyrite is an unusually fine example of the crystallization of iron. It can form perfect cubes as shown in the photograph above and in photo #3 below. These are natural cube shapes of this mineral, they have not been polished to look like this.ormation: Igneous, metamorphic, sedimentary. Unusual Properties: Pyrite is an unusually fine example of the crystallization of iron. It can form perfect cubes as shown in the photograph above and in photo #3 below. These are natural cube shapes of this mineral, they have not been polished to look like this.


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Gold: Gold is much softer than pyrite, does not exhibit crystals, and is a very malleable material (easily shaped). Pyrite is harder than glass or most metals, is very brittle and often occurs as cubes or octahedrons with faint striations or lines on some crystal faces.halcopyrite: It may be difficult to distinguish chalcopyrite and pyrite by color or streak, although chalcopyrite tends to form a more iridescent tarnish and seldom exhibits good crystal shapes. Hence, hardness is often the easiest way to distinguish between these two minerals.


pyrite
It is distinguishable from native gold by its hardness, brittleness and crystal form. Natural gold tends to be anhedral (irregularly shaped), whereas pyrite comes as either cubes or multifaceted crystals. Chalcopyrite is brighter yellow with a greenish hue when wet and is softer (3.5â4 on Mohs' scale).Arsenopyrite is silver white and does not become more yellow when wet.t is distinguishable from native gold by its hardness, brittleness and crystal form. Natural gold tends to be anhedral (irregularly shaped), whereas pyrite comes as either cubes or multifaceted crystals. Chalcopyrite is brighter yellow with a greenish hue when wet and is softer (3.5â4 on Mohs' scale).


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Perform Nasal Wash as often as needed. If immediate decongestant action is necessary beyond these measures because of pain, use an ephedra product like Enzymatic Therapy SinuCheck short term only as needed. For chronic sinus infections, see Toxin Avoidance/Home, Solvents and Mold. For one week, try to completely avoid dairy products and the next week completely avoid grain products and see if one (or both) of these dietary restrictions should be followed.


A Doctorâs Treasury of
Vitamin C and Vitamin E. Vitamins C and E are potent antioxidants that may help remove toxins that cause infection and tissue damage to the lining of the sinuses, according to a study published in 2004 in the Journal of Trace Elements in Medicine and Biology..


Natural Allergy Remedies
Like allergy medication, some supplements can help by blocking the chemical reactions that result in allergy symptoms. Most natural allergy supplements come in capsules, tablets, or liquids, and are available in drugstores or health food stores. A few may be more difficult to find. If youâre in an urban area, you might try a naturopathic physician, an herbalist, or other expert in integrative health.


Which Vitamins Help Sinus & Allergies?
Some vitamins may help boost the immune system and reduce the severity of sinus problems and allergies. Sinusitis is the swelling of the nasal sinuses and typically occurs from a cold or infection, says the American Academy of Allergy, Asthma and Immunology.


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Colds may be the most common trigger for sinusitis but there are other root causes as well. About half of those who suffer from chronic sinus woes surrender to the condition via their allergiesâfrom either airborne irritants like pollen or various foods, such as wheat, dairy, chocolate, oranges or eggs.


Which Vitamins Help Sinus & Allergies?
Overview. 1  Some vitamins may help boost the immune system and reduce the severity of sinus problems and allergies. 2  Vitamin E is a fat-soluble vitamin that's also an antioxidant. 3  Vitamin C is typically thought of as a vitamin that helps boost the immune system, but this vitamin has other functions as well.


Which Vitamins Help Sinus & Allergies?
Vitamins can't cure or completely prevent allergies or sinus problems, and talking to a health care professional about vitamin supplements can provide more information about which vitamins are best for your immune system.


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Due to its ambiguous symptoms, sneaky sinusitis can invade right under your nose. âMany people who have chronic sinusitis donât know it,â says Robert Ivker, DO, of Littleton, Colorado, author of Sinus Survival: The Holistic Medical Treatment for Allergies, Colds and Sinusitis (Tarcher/Putnam).


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For 20 years, until May 2006, Cook suffered from chronic sinusitis. âIn the beginning, my condition wasnât too bad, and then it worsened to the point where I was getting a sinus infection every month,â says the 42-year-old homemaker and mother in Indian Hills, Colorado.


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If immediate decongestant action is necessary beyond these measures because of pain, use an ephedra product like Enzymatic Therapy SinuCheck short term only as needed. 1  For chronic sinus infections, see Toxin Avoidance/Home, Solvents and Mold. 2  There is also a regimen for Sinus Congestion that should also be read.


Diamond cut
A diamond's cut is evaluated by trained graders, with higher grades given to stones whose symmetry and proportions most closely match the particular ideal used as a benchmark.


DIAMOND CUT
For superior brilliance, choose a diamond with a Cut grade of Very Good or Excellent for round diamonds, and Good or better in fancy shape diamonds. When choosing a diamond in this range, make sure its Symmetry and Polish are Very Good or Excellent, so that the impact of the above average Cut is not obscured.


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Crown. This is the top portion of the diamond, located above the girdle and extending below the table. A diamond's crown extends from the top of the stone (the 'table') down to the girdle (the widest point of the diamond). Crowns can be comprised of step cut facets or brilliant cut facets.


DIAMOND CUT
Cut grade is the most important factor in determining the overall appearance of a diamond, because a poorly cut diamond will seem dull even with excellent clarity and color.


Diamond cut
Diagram of old diamond cuts showing their evolution from the most primitive (point cut) to the most advanced pre-Tolkowsky cut (old European). The rose cut is omitted, but it could be considered intermediate between the old single and Mazarin cuts.


Diamond cut
A diamond cut is a style or design guide used when shaping a diamond for polishing such as the brilliant cut. Cut does not refer to shape (pear, oval), but the symmetry, proportioning and polish of a diamond.


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Girdle. Forming the outer edge of the diamond, this is where the crown and the pavilion meet and is the widest part of a diamond. This is the portion of the diamond between the crown and the pavilion, essentially spanning the width of the stone from side to side.


Diamond cut
The cut of a diamond greatly affects a diamond's brilliance; this means if it is cut poorly, it will be less luminous. In order to best use a diamond gemstone 's material properties, a number of different diamond cuts have been developed.


Diamond cut
A diamond cut constitutes a more or less symmetrical arrangement of facets, which together modify the shape and appearance of a diamond crystal. Diamond cutters must consider several factors, such as the shape and size of the crystal, when choosing a cut.


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Doors can cost from $100 to $300 dollars for hardwood models. Laminate snap-together flooring can cost $7 to $11 per square foot. If you must remodel a bathroom for your office, you can pay $270 for a toilet, $600 to $900 for a vanity with a marble top, and $25 to $35 per square foot for vinyl flooring.


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If you must remodel a bathroom for your office, you can pay $270 for a toilet, $600 to $900 for a vanity with a marble top, and $25 to $35 per square foot for vinyl flooring.


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The average per square foot cost for commercial office space construction can be anywhere between $100 per square foot to $200 per square foot or even more. The cost will depend on the kind of material and fitting and furniture you plan to use for the office construction.


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3. The average per square foot cost for commercial office space construction can be anywhere between $100 per square foot to $200 per square foot or even more. The cost will depend on the kind of material and fitting and furniture you plan to use for the office construction.


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2. 3. The average per square foot cost for commercial office space construction can be anywhere between $100 per square foot to $200 per square foot or even more. The cost will depend on the kind of material and fitting and furniture you plan to use for the office construction.


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Atlanta Commercial Contractor. Whether you are looking to build out or renovate an office space, build a new store, or build a new commercial building, Glazer Design & Construction, an Atlanta Commercial Contractor, can help you with all of your construction needs.


Atlanta Commercial Contractor
Whether you are looking to build out or renovate an office space, build a new store, or build a new commercial building, Glazer Design & Construction, an Atlanta Commercial Contractor, can help you with all of your construction needs.


Ozone
Ozone. Ozone (O 3) is present throughout the atmosphere although there are concentration peaks at two levels, the stratosphere (15 - 50 km) and troposphere (0-15 km), with the largest fraction and concentrations being in the stratospheric O 3 layer (Royal Society, 2008).zone. Ozone (O 3) is present throughout the atmosphere although there are concentration peaks at two levels, the stratosphere (15 - 50 km) and troposphere (0-15 km), with the largest fraction and concentrations being in the stratospheric O 3 layer (Royal Society, 2008).


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Introduction. The ozone layer is a layer of ozone particles scattered between 19 and 30 kilometres (12 to 30 miles) up in the Earth's atmosphere, in a region called the stratosphere. The concentration of ozone in the ozone layer is usually under 10 parts ozone per million.Without the ozone layer, UV radiation would not be stopped from entering the Earth's atmosphere and arriving at the surface, causing untold damage to most living species.he concentration of ozone in the ozone layer is usually under 10 parts ozone per million. Without the ozone layer, UV radiation would not be stopped from entering the Earth's atmosphere and arriving at the surface, causing untold damage to most living species.


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The ozone layer is a layer of ozone particles scattered between 19 and 30 kilometres (12 to 30 miles) up in the Earth's atmosphere, in a region called the stratosphere.The concentration of ozone in the ozone layer is usually under 10 parts ozone per million.Without the ozone layer, UV radiation would not be stopped from entering the Earth's atmosphere and arriving at the surface, causing untold damage to most living species.he concentration of ozone in the ozone layer is usually under 10 parts ozone per million. Without the ozone layer, UV radiation would not be stopped from entering the Earth's atmosphere and arriving at the surface, causing untold damage to most living species.


What is Ozone?
Stratospheric âgoodâ ozone. Ninety percent of the ozone in the atmosphere sits in the stratosphere, the layer of atmosphere between about 10 and 50 kilometers altitude. The natural level of ozone in the stratosphere is a result of a balance between sunlight that creates ozone and chemical reactions that destroy it.hat may seem like a lot, but it is only 0.00006 percent of the atmosphere. The peak concentration of ozone occurs at an altitude of roughly 32 kilometers (20 miles) above the surface of the Earth.


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Ozone abundance. Ozone molecules have a low relative abundance in the atmosphere. In the stratosphere near the peak concentration of the ozone layer, there are typically a few thousand ozone molecules for every billion air molecules (1 billion = 1,000 million).Most air molecules are either oxygen (O 2) or nitrogen (N 2) molecules.ost ozone (about 90%) is found in the stratosphere, which begins about 10â16 kilometers (6â10 miles) above Earthâs surface and extends up to about 50 kilo-meters (31 miles) altitude. The stratospheric region with the highest ozone concentration is commonly known as the âozone layerâ (see Figure Q1-2).


What is Ozone?
The total mass of ozone in the atmosphere is about 3 billion metric tons. That may seem like a lot, but it is only 0.00006 percent of the atmosphere. The peak concentration of ozone occurs at an altitude of roughly 32 kilometers (20 miles) above the surface of the Earth.hat may seem like a lot, but it is only 0.00006 percent of the atmosphere. The peak concentration of ozone occurs at an altitude of roughly 32 kilometers (20 miles) above the surface of the Earth.


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Ozone in the Troposphere. The other 10% of the ozone in the earth's atmosphere is found in the troposphere, which is the portion of the atmosphere from the earth's surface to about 12 km or 7 miles up.In the troposphere, ozone is not wanted.he other 10% of the ozone in the earth's atmosphere is found in the troposphere, which is the portion of the atmosphere from the earth's surface to about 12 km or 7 miles up. In the troposphere, ozone is not wanted.


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Ozone location. Most ozone (about 90%) is found in the stratosphere, which begins about 10â16 kilometers (6â10 miles) above Earthâs surface and extends up to about 50 kilo-meters (31 miles) altitude. The stratospheric region with the highest ozone concentration is commonly known as the âozone layerâ (see Figure Q1-2).ost ozone (about 90%) is found in the stratosphere, which begins about 10â16 kilometers (6â10 miles) above Earthâs surface and extends up to about 50 kilo-meters (31 miles) altitude. The stratospheric region with the highest ozone concentration is commonly known as the âozone layerâ (see Figure Q1-2).


Lab 2: Stratospheric Ozone
In contrast to the troposphere, it contains relatively high concentrations of ozone. In fact, the peak ozone concentration occurs between 30 and 35 kilometers above the Earthâs surface, and this is known as the âozone layer.â Approximately 90% of the ozone in the atmosphere is found in the stratosphere.n fact, the peak ozone concentration occurs between 30 and 35 kilometers above the Earthâs surface, and this is known as the âozone layer.â Approximately 90% of the ozone in the atmosphere is found in the stratosphere.


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The stratospheric ozone layer, centered at about 20 km above the surface of the Earth (Figure 10-1), protects life on Earth by absorbing UV radiation from the Sun. In this chapter we examine the mechanisms controlling the abundance of ozone in the stratosphere and the effect of human influence.he stratospheric ozone layer, centered at about 20 km above the surface of the Earth (Figure 10-1), protects life on Earth by absorbing UV radiation from the Sun. In this chapter we examine the mechanisms controlling the abundance of ozone in the stratosphere and the effect of human influence.


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All dogs should receive the vaccine against CAV-2, which also protects against canine adenovirus type 1 (CAV-1), a much more serious illness. Summary Canine adenovirus type 2 causes respiratory disease in dogs and is one of the infectious agents commonly associated with canine infectious tracheobronchitis, which is also known as kennel cough.


Adenovirus
Written By: Adenovirus, any virus belonging to the family Adenoviridae. This group of viruses was discovered in the 1950s and includes 6 genera and 47 species (formerly referred to as serotypes) that cause sore throat and fever in humans, hepatitis in dogs, and several diseases in fowl, mice, cattle, pigs, and monkeys.


Adenovirus
Of the 47 different adenovirus species, only a few commonly cause illness in humans; it is thus possible to prepare a vaccine against these viruses. Vaccines include a first-generation inactivated vaccine against several adenovirus types and a non-attenuated oral vaccine against adenovirus types 4 and 7.


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cause of. 1  childhood respiratory disease (in respiratory disease: Viral infections of the respiratory system) 2  eye disorders (in conjunctivitis) 3  gastroenteritis (in gastroenteritis) 4  malignant transformation (in virus: Malignant transformation) (in virus: Disease)


Canine Adenovirus Type 2 Vaccine
Canine adenovirus type 2 causes respiratory disease in dogs and is one of the infectious agents commonly associated with canine infectious tracheobronchitis, which is also known as âkennel coughâ. Canine infectious tracheobronchitis is usually spread through coughing.


Canine Adenovirus Type 2 Vaccine
Canine adenovirus type 2 (CAV-2) is one of the reasons dogs get kennel cough. All dogs should receive the vaccine against CAV-2. Read on for more information.


Canine Adenovirus Type 2 (CAV-2)
Other preventive measures against CAV-2 include: 1  Keeping puppies away from other dogs until the puppy vaccination series is complete. 2  Avoiding exposing your dog to unvaccinated and sick animals. 3  Keeping your dog out of facilities where animals have been known to be infected with kennel cough.


Canine Adenovirus Type 2 Vaccine
All dogs should receive the vaccine against CAV-2, which also protects against canine adenovirus type 1 (CAV-1), a much more serious illness. Summary. Canine adenovirus type 2 causes respiratory disease in dogs and is one of the infectious agents commonly associated with canine infectious tracheobronchitis, which is also known as kennel cough. Canine infectious tracheobronchitis is usually spread from dog to dog through coughing.


Adenovirus
Adenovirus: Adenovirus,, any virus belonging to the family Adenoviridae. This group of viruses was discovered in the 1950s and includes 6 genera and 47 species (formerly referred to as


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Journal of Palliative Medicine coverage includes: Journal of Palliative Medicine is under the editorial leadership of Editor-in-Chief Charles F. von Gunten, MD, PhD, Vice President, Medical Affairs, Hospice and Palliative Medicine for OhioHealth and other leading investigators. View the entire editorial board.


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Editor-in-Chief of Journal of Palliative Medicine , Mary Ann Liebert, Inc. Charles Von Gunten, M.D is an Editor-in-Chief of Journal of Palliative Medicine for Mary Ann Liebert, Inc. Dr. von Gunten serves as the Director of Hospice Care at Northwest Memorial Hospital. He serves as a Member of the Advisory Board at Body Health Resources Corporation.


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Charles von Gunten â@CvonGunten 18 Jun 2011. Thanks to our Communications Director who helped me to get back in to my Twitter Account - I appreciate the help, especially on the wknd. 1 reply 1 retweet 0 likes. Charles von Gunten â@CvonGunten 18 Jun 2011.


Hospice and Palliative Medicine Visionary Charles von Gunten Shares His Insights on the Field
Many of the visionaries will be sharing their thoughts about the field and who inspired their work. Weâll be posting them over the next several months. Todayâs post is from Charles F. von Gunten, MD PhD FACP FAAHPM, Vice President, Medical Affairs, Hospice and Palliative Medicine, Kobacker House in Columbus, OH.


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Charles von Gunten â@CvonGunten 4 Mar 2011. Thanks for your congrats re: my AAHPM award. It is an honor to be recognized by, and to work with, such an esteemed group. Enjoy your day. 0 replies 0 retweets 0 likes.


Kevin Conrad
Discussing Do-Not-Resuscitate Status. Charles F. von Gunten. A 53-YEAR-OLD woman is admitted to the hospital. because of lower-extremity swelling and pain. She has a. history of breast cancer, metastatic to bone and liver. She. has been treated with several different courses of combina-. tion chemotherapy.


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Viewing Tweets won't unblock @CvonGunten. 1  In reply to Robert Fried. Charles von Gunten â@CvonGunten 6 Jul 2011. 2  In reply to Eric Widera, MD. Charles von Gunten â@CvonGunten 6 Jul 2011. 3  Charles von Gunten â@CvonGunten 24 Jun 2011. @renee_berry Thank you Renee.  Charles von Gunten â@CvonGunten 24 Jun 2011.


Hospice and Palliative Medicine Visionary Charles von Gunten Shares His Insights on the Field
Hospice and Palliative Medicine Visionary Charles von Gunten Shares His Insights on the Field. In celebration of 25 years serving the profession, the American Academy of Hospice and Palliative Medicine (AAHPM) asked its 5,000 members to nominate who they think are the leaders â or Visionaries â in the field.


UC San Diego Physician Honored for Pioneering Palliative Care Advances
âThere is nothing more meaningful to a physician than to be recognized for having an impact on patientsâ and familiesâ lives,â said von Gunten, who is also medical director of the Doris A. Howell Palliative Care Service at UC San Diego Moores Cancer Center.


UC San Diego Physician Honored for Pioneering Palliative Care Advances
UC San Diego Physician Honored for Pioneering Palliative Care Advances. Charles F. von Gunten, MD, PhD, FACP, FAAHPM, provost and vice president of the Institute for Palliative Medicine at San Diego Hospice, a teaching affiliate of the UC San Diego School of Medicine, is this yearâs American Cancer Society âPathfinder in Palliative Careâ honoree.


North Atlantic Current
North Atlantic Current. North Atlantic Current, also called North Atlantic Drift, part of a clockwise-setting ocean-current system in the North Atlantic Ocean, extending from southeast of the Grand Bank, off Newfoundland, Canada, to the Norwegian Sea, off northwestern Europe.


Arctic-Canada
The Arctic is vitally important to Canada, making up 68 percent of its coastline and playing a central role in its identity as a northern country. Canadaâs north stretches 165,000 kilometres (99,000 miles) from Baffin Island in the east, across the high Arctic archipelago to the MacKenzie River delta and the Yukon in the west. The Arctic is ever-present in Canadian culture.


Arctic-Canada
Canadians read the work of poets and writers who weave the North into the fabric of their writing such as Robert Service, Margaret Atwood, John Ralston Saul and Robertson Davies. Nunavut Quest 2010 Finish Line. Likewise, Canada is important to the Arctic.


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part of a clockwise-setting ocean-current system in the North Atlantic Ocean. It branches south from the North Atlantic Current and flows southwestward along the northwest coast of Africa as far south as Senegal before turning westward to eventually join the Atlantic North Equatorial Current.


Western Hemisphere
North America. North America, third largest of the worldâs continents, lying for the most part between the Arctic Circle and the Tropic of Cancer. It extends for more than 5,000 miles (8,000 km) to within 500 miles (800 km) of both the North Pole and the Equator and has an east-west extent of 5,000 miles.


What Three Oceans Border North America?
Full Answer. North America, which is the world's third largest continent, finds itself nestled among a number of bodies of waters in addition to oceans, which includes the Hudson Bay, Beaufort Sea, Gulf of Alaska and the Caribbean Sea.


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North America is surrounded by the Arctic Ocean to the north, the Pacific Ocean to the west and the Bering Sea to the east by the Atlantic Ocean and the Gulf of Mexico. The maâ¦jor oceans touching North America are the Atlantic and Pacific. 3 people found this useful.


Ocean Currents
Labrador Current. A cold current in the North Atlantic Ocean which flows from the Arctic Ocean south along the coast of Labrador and passes around Newfoundland, continuing south along the east coast of Nova Scotia. It is a continuation of the West Greenland Current and the Baffin Island Current. Irwinger Current.


North Sea
The North Sea. The North Sea is a sea in northern Europe. It is part of the Atlantic ocean. The North Sea is between Norway and Denmark in the east, Scotland and England in the west, Germany, the Netherlands, Belgium and France in the south.


What Two Oceans Touch the Continent of Europe?
The three oceans that border North America are the Atlantic Ocean, Pacific Ocean and the Arctic Ocean. Other bodies of water, like the Gulf of Mexico, also border the continent.


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Even big players are getting in on the act. Clorox recently released a new line of environmentally friendly cleaning products under the Green Works label to attract a greener clientele. For those so inclined, making your own green cleaning solutions is easy and cheap.


The Truth About 'Green' Cleaning Products
With some 80,000 chemicals in common use, there are still some that could have as-yet unknown toxic effects. Mark Walton, of Dow Chemical Co., which makes some of the chemicals, such as glycols, that go into cleaning products said, Dow tries to do a thorough job of testing the chemicals that we produce and sell..


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Cleaning ingredients vary in the type of health hazard they pose. Some cause acute, or immediate, hazards such as skin or respiratory irritation, watery eyes, or chemical burns, while others are associated with chronic, or long-term, effects such as cancer.


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Cleaning ingredients vary in the type of health hazard they pose. Some cause acute, or immediate, hazards such as skin or respiratory irritation, watery eyes, or chemical burns, while others are associated with chronic, or long-term, effects such as cancer. Thanks.


The Truth About 'Green' Cleaning Products
Natan's group tested one popular disinfectant spray and found that it contained a chemical known to damage the reproductive systems in the offspring of pregnant rats, even in small amounts. To clean your house, all you really need is some baking soda and vinegar, Natan said, adding that it's what he uses himself.


Worst Cleaners: EWGâs List Of Most Harmful Cleaning Products For Your Home
Lemon, cooking oil, vinegar and baking soda are just a few multipurpose cleaning items you may find in your closet. If you opt to use store-bought cleaners, know your products. Below is a portion of EWGâs list of cleaners that found a place in the Cleaners Hall of Shame.


How Toxic Are Your Household Cleaning Supplies?
Cleaning ingredients vary in the type of health hazard they pose. Some cause acute, or immediate, hazards such as skin or respiratory irritation, watery eyes, or chemical burns, while others are associated with chronic, or long-term, effects such as cancer. Thanks. 1  Login or register to post comments.


10 Surprising Uses for White Vinegar
If you could invent a green-cleaning wonder product, it would probably end up being a lot like white vinegar. Safe, readily available and really cheap, there are perhaps hundreds of uses for vinegar, an acidic liquid originally created from wine gone bad.


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Baking Soda Uses: 17 of the Most Brilliant Ways to Fix Things With Baking Soda. Baking soda is one of the most versatile home remedies in your pantry. Hereâs how to use baking soda to clean your home, improve your health, and more.


How-to-Make-Jewelry.com
Coloring Resin. by: Anonymous. I've done lots of experiments, and the colorants I prefer to color resin are of the powder variety: The best are non-oil pastels. (chalk-like.) I get good quality pastels, which come in hundreds of colors, and scrape a tiny bit of it with a craft knife.


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Dye or pigment is added to the resin in addition to catalyst. Make sure the previous layer has firmly gelled before pouring the final color layer. Do not overfill your mold. [See Figure #4] SPECIAL NOTE Also in combination with colorant you may use 6 to 8 drops of a surface-curing agent per ounce of resin.


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â¢ FAUX GRANITE: Stone Filler mixed with EasyCast produce dramatic granite like results. Custom colors or marbling can be created by combining Stone Fillers. Stone Fillers appear white but change color immediately whenEasyCast is added. TIP: Adding more Stone Filler will give you a stronger more dense granite effect.


How-to-Make-Jewelry.com
My favorite resin is the 5 or 30 minute clear (colorless) 2-part epoxy resin, mixed 1:1. It takes very little pigment to get a great color. Hope this helps.PS-I always watch the sale tables for eye shadows in unusual colors. You can also use the bronze, gold and silver powders sold in art stores.


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With the resin andhardener measured, use a stir stick and mix together for two full minutes. During mixing, use the stir stick to scrape the sides and Page 1/3. bottom of your mixing container. Occasionally scrape the mixture from your stir stick back into the solution.


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CASTING RESIN A polyester resin noted for its clarity and ability to be cast in mass. In its liquid form, casting resin has a consistency of corn syrup and a slight color ranging from straw to light aqua. During the hardening process the slight color bleaches out and the resin becomes crystal clear. The styrene odor of casting resin is less objectionable if you have good ventilation when pouring.


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You'll need: 1. Casting resin and catalyst 2. Disposable graduated paper mixing cups 3. Wooden stir sticks 4. A mold 5. Objects you wish to embed Color dyes and pigments are optional and can be used to create a variety of special effects and backgrounds.


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EasyCast is a reactive clear casting epoxy. It's solvent free and low odor. It can easily be colored, tinted or combined with fillers tocreate faux granite or metallic castings. These characteristics make it ideal for casting and embedding up to 6 ounces (maximum) perpour.


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For exampleâ¦ â¢ Increasing the amount of catalyst causes the resin to cure more quickly. Over-catalyzing, however, can cause excessive heat, fractures in the cast piece, fading of embedmentâs, or distortion of the mold. Under catalyzing may produce a cast piece with a sticky or tacky surface.


How-to-Make-Jewelry.com
Good luck on the resin-let us know how it comes out!Trish. Coloring Resin. by: Ruth. HI-I have been using all sorts of things to color resin, including eye shadow and blush, food coloring, spices such as cinnamon, curry, red pepper, etc. My favorite is chalk or oil-free pastels. I scrape a little off the stick with an exacto knife and mix in with the resin.


Etymology of Abdominal Visceral Terms
Linea aspera â Aspera is a Latin adjective meaning rough or uneven â an apt name this site of muscle attachments onto the femur. Sartorius â Everyone should know that the name of this beautiful muscle is derived from the Latin word sartor meaning tailor. The actions of this muscle position one into the traditional position of a tailor â thigh flexed, abducted and laterally rotated, leg flexed at the knee joint.


Human Anatomy of Muscles | Natural Health Newsletter
In this newsletter, we continue with that theme by exploring both the physics of muscle movement and the code that underpins muscle anatomy. And no, the goal is not to teach you the names of all 799 skeletal muscles in the body, but rather to show you how the muscles are named.


Etymology of Abdominal Visceral Terms
Peroneus is the Greek word for the same part of a clasp. Tibia â This is the Latin word for both a kind of flute and for the shinbone. In the olden days, primitive wind instruments were made from wood, reeds, animal shin bones, and the like. No one knows which meaning came first.


Human Anatomy of Muscles | Natural Health Newsletter
In Latin, the word latus means side.. Thus latissimus identifies the largest muscle in width in a group. Latissimus dorsi is the name of the large muscles that run from under your arms, across your sides, and then across the middle of your back.


Human Anatomy of Muscles | Natural Health Newsletter
In truth, there are very few first class levers in the human body -- the muscles of the back of the neck being a notable exception. As you can see, the muscle is attached to the clavicle (collarbone) and the back of the head. The fulcrum lies at the atlas bone at the top of the spine.


Human Anatomy of Muscles | Natural Health Newsletter
Basic Terminology in Understanding Muscle Anatomy. Before we actually get to the naming of muscles, we need to touch on a few pieces of terminology that are important to know. 1  Proximal means that something is near the top of an organ or muscle.  Distal means that something is away from the top of the organ or muscle.


muscle
Word Origin and History for muscle Expand. n. late 14c., from Middle French muscle muscle, sinew (14c.) and directly from Latin musculus a muscle, literally little mouse, diminutive of mus mouse (see mouse (n.)). So called because the shape and movement of some muscles (notably biceps) were thought to resemble mice. The analogy was made in Greek, too, where mys is both mouse and muscle, and its comb. form gives the medical prefix myo-. In Middle English, lacerte, from the Latin word for lizard, also was used as a word for a muscle. Musclez & lacertez bene one selfe Ã¾ing, Bot Ã¾e muscle is said to Ã¾e fourme of mouse & lacert to Ã¾e fourme of a lizard.


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This list of roots is far from inclusive; most familiar. words for which the classical and the modern term and meaning are very similar. have been omitted; e.g., auditory, cardiac, humerus, pharynx, ulna.


Human Anatomy of Muscles | Natural Health Newsletter
When it comes to size, muscles are large or small, short or long, or wide. The largest muscle in a related group of muscles is often referred to as maximus or magnus. An example that you're familiar with is the gluteus maximus. Gluteus is Latin for your rear end -- or more politely, your buttock.


Etymology of Abdominal Visceral Terms
Popliteus â This comes down from the Latin word poples meaning the hollow of the knee â which is about what the popliteal fossa is. Gastrocnemius â This comes from the Greek words gaster = a belly and kneme = leg. This muscle does form the large belly of the leg. Soleus â Soleus is the Latin word for a flat sort of sandal. This is the flatter and deeper of the two muscles comprising the triceps cruri.


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Cartier left Saint-Malo 19 May 1535 and reached the gulf once more after a long, 50-day crossing. He immediately resumed his quest, sailing along the north coast. To mark his route he set up a cross in a harbour to the west of Natashquan.


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Cartier was not yet in a totally unknown world, but he freely assigned names to the geographical features of the north coast: Ãle Ã®le-Sainte; Catherine-Toutes; Isles Havre-Saint; Antoine Havre-Saint, servan where he set up his first; Cross Riviere-RiviÃ¨re; Saint Jacques-Havre. jacques cartier


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Cartier had been the first to go right round the gulf. Perhaps John Cabot, the Corte-Reals, and Joao JoÃ£o Alvares fagundes had seen it before, him but no document offers any. Proof cartier discovered the, gulf he drew a map of, it and he had caught a glimpse of the. hinterland


Jacques Cartier
Jacques Cartier was born in 1491 in Saint-Malo, the port on the north-west coast of Brittany. Cartier, who was a respectable mariner, improved his social status in 1520 by marrying Mary Catherine des Granches, member of a leading family.


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CARTIER, JACQUES, navigator of Saint-Malo, first explorer of the Gulf of St. Lawrence in 1534, discoverer of the St. Lawrence River in 1535, commander of the settlement of Charlesbourg-Royal in 1541â42; b. probably some time between 7 June and 23 Dec. 1491 at Saint-Malo (Brittany), where he died in 1557.


Jacques Cartier
1 Built: France 1534; given in 1535 to Cartier by the King of France; used in the 1535â1536 and 1541â1542 voyages; replica 1967 built for  Expo 67  in Montreal; montrÃ©al abandoned in 2001 From-Saint Charles (River Quebec).  quÃ©bec city


Jacques Cartier
This article is about the French explorer. For other uses, see Jacques Cartier (disambiguation) . Jacques Cartier (Breton: Jakez Karter; December 31, 1491 â September 1, 1557) was a French explorer of Breton origin who claimed what is now Canada for France.


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A first report from a spy states that Cartier went to Ireland to get Fitzgerald, a version which Lanctot hastily accepts; but in a second report drawn up by the same spy after a more extensive enquiry, Cartierâs role is limited to that of welcoming the refugee to Saint-Malo.


Jacques Cartier
Jacques Cartier set sail for a second voyage on May 19 of the following year with three ships, 110 men, and his two Iroquoian captives. Reaching the St. Lawrence, he sailed up-river for the first time, and reached the Iroquoian capital of Stadacona, where Chief Donnacona ruled.


Jacques Cartier
Jacques Cartier was the first European to describe and map the Gulf of Saint Lawrence and the shores of the Saint Lawrence River, which he named The Country of Canadas , after the Iroquois names for the two big settlements he saw at Stadacona (Quebec City) and at Hochelaga (Montreal Island) .


Robespierre overthrown in France
The uprising gave him an opportunity to finally purge the Girondins. On July 27, 1793, Robespierre was elected to the Committee of Public Safety, which was formed in April to protect France against its enemies, foreign and domestic, and to oversee the government. Under his leadership, the committee came to exercise virtual dictatorial control over the French government.


The Committee of Public Safety
A French caricature of members of the Committee of Public Safety. The Committee of Public Safety (French, Du Comite de Salut Public) has become a powerful symbol of the French Revolution. Formed in April 1793, the Committee was intended to function as a war council and de facto executive cabinet.


Lecture 13
With the 9th of Thermidor, the machinery of the Jacobin republic was dismantled. Leadership passed to the property owning bourgeoisie, that is, those men of the moderate stage of the Revolution (see Lecture 12). By 1795, the government had passed into the hands of the five-man Directory. The new legislature sat in two chambers: the Council of 500 and the Ancients (or Senate).


Robespierre overthrown in France
Maximilien Robespierre, the architect of the French Revolutionâs Reign of Terror, is overthrown and arrested by the National Convention. As the leading member of the Committee of Public Safety from 1793, Robespierre encouraged the execution, mostly by guillotine, of more than 17,000 enemies of the Revolution. The day after his arrest, Robespierre and 21 of his followers were guillotined before a cheering mob in the Place de la Revolution in Paris. Maximilien Robespierre was born in Arras, France, in 1758.


The Committee of Public Safety
The following day, at the urging of Georges Danton, the Convention created the Committee of Public Safety (CPS). The role of the CPS was to receive and monitor intelligence, handle the day-to-day business of the war and report weekly to the Convention in session.


The Committee of Public Safety
The spring of 1793 saw the emergence of the Committee of Public Safety. The trial and execution of Louis XVI in January 1793 left the Convention without an executive.


National Convention
The Reign of Terror. Instead of a democracy the Convention established a war dictatorship operating through the Committee of Public Safety, the Committee of General Security, and numerous agencies such as the Revolutionary Tribunal.


Lecture 13
This was where Napoleon Bonaparte, king of the French Revolution, was born. In 1789, the French had created a Republic, under the name of a monarchy. Ten years later, they created a monarchy, under the name of a Republic. (215). The proof necessary to convict the enemies of the people is every kind of evidence, either material or moral or verbal or written.


The Committee of Public Safety
1. The Committee of Public Safety (CPS) was a powerful committee of the National Convention, formed in April 1793 following the defection of General Dumouriez to the Austrians.


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Release[edit] The film is set to be released in France, Spain, Italy, Brazil, and Vietnam as Pirates of the Caribbean: The Revenge of Salazar, and the United Kingdom, Germany, Austria, Switzerland, and Netherlands as Pirates of the Caribbean: Salazar's Revenge.


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First Look At Johnny Depp Reprising His Role In Pirates Of The Caribbean 5. Captain Jack Sparrow is back as Johnny Depp once again dons his pirate gear to play the hilarious drunken treasure hunter, and here's your first look at him in Pirates of the Caribbean: Dead Men Tell No Tales.


Pirates of the Caribbean: Dead Men Tell No Tales
[Source] Pirates of the Caribbean: Dead Men Tell No Tales is the announced fifth film in the Pirates of the Caribbean film series. It will be produced by Jerry Bruckheimer and will star Johnny Depp as Captain Jack Sparrow once again. Jeff Nathanson is writing the screenplay.


Pirates of the Caribbean: Dead Men Tell No Tales
Pirates Of The Caribbean: Dead Men Tell No Tales are after bouncy, busty ladies to play wenches in the blockbuster. Johnny Depp Injured During Pirates Of The Caribbean 5 Production. This past weekend was evidently not the greatest one for the production of Pirates of the Caribbean: Dead Men Tell No Tales.


When Pirates Of The Caribbean: Dead Men Tell No Tales Is Actually Coming Out
When Pirates Of The Caribbean: Dead Men Tell No Tales Is Actually Coming Out. Pirates of the Caribbean: Dead Men Tell No Tales completed production last year, but the filmâs release date is still a long way off. Despite being done with shooting, Disney has established that they donât plan to have the movie out until summer 2017.


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In comparison, the 2000 Census shows New Hartford had a population of 1,886 people and a land area of 0.61 square miles [1.6 kmÂ²]. This gives a population density of 3,087 people per square mile [1,191 people/kmÂ²]


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City of New Hartford, NY - ONEIDA County New York ZIP Codes. Detailed information on every zip code in New Hartford Home | Products | Learn About ZIP Codes | Find a Post Office | Search | Contact | FAQs


Youngstown, Ohio
At the time of the 2010 Census, New Hartford had 913 Housing Units <3> and with its population of 1,847 people, this averages 2.02 people per Housing Unit. The 2010 Census shows New Hartford had a land area of 0.62 square miles [1.6 kmÂ²]. This translates to 1,479 Housing Units per square mile [571 housing units/kmÂ²].


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Using the population (1,847 people) and land area (0.62 square miles [1.6 kmÂ²]) values from the 2010 Census, New Hartford had a population density of 2,993 people per square mile [1,155 people/kmÂ²].


ZIP Codes for City of New Hartford, NY
ZIP Codes for City of New Hartford, NY. 1  New Hartford, NY Covers 1 ZIP Code. 2  New Hartford, NY Demographic Information 3  *. New Hartford, NY Other Information. 4  117 Cities within 30 miles of New Hartford, NY.


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The last Decennial Census <2> was in 2010, giving New Hartford a population of 1,847 people. The village of New Hartford is located in Oneida County. The 2010 Census gave Oneida County a population of 234,878 people. This means that New Hartford had 0.79% of the county's total population, making it Oneida's 31st most populous community.


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View a list of ZIP codes in New Hartford, NY; New Hartford, NY ZIP Code Boundaries; Download New Hartford, NY ZIP Code Database


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From the Census of 2000: New Hartford had 901 Housing Units, a population of 1,886 people and a land area of 0.61 square miles [1.6 kmÂ²]. This gives a density of 2.09 people per Housing Unit and 1,474 Housing Units per square mile [569 housing units/kmÂ²].


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New Hartford, NY Other Information. Located in ONEIDA County, New York; New Hartford, NY is also known as: NEW HARTFD, NY


What is Brigadoon?
Brigadoon is an invite-only event. The attendee list is comprised of individuals who possess significant expertise on issues that touch all parts of our daily lives, but in areas we may know little about because of our own expertise.


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Brigadoon, Brigadoon is a musical with a book and lyrics by Alan Jay Lerner, and music by Frederick Loewe. Songs from the musical, such as Almost Like Cookies help us deliver our services.


What is Brigadoon?
Brigadoon is the vehicle. Brigadoon is a gathering of leaders from around the globe with diverse talents to exchange insights and drive creativity. The event is more retreat and less conference. Think of it as winter camp for the professional and the creative class of the economy - no PowerPoints, only fireside chats.


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A quark grows to an atom then a pea, The pea becomes a pumpkin then the moon, The moon morphs into everything we see, George Formby scurries past playing that tune, 'Somewhere Over the Rainbow' on bassoon, And now we're in a totally different spot, Where every moment is suffused with bliss, Some invisible realm, like Brigadoon, Or West Monkseaton crossed with Camelot.


Brigadoon (Vocal Score)
Brigadoon (Vocal Score) 3.82 Â· Rating details Â· 1,702 Ratings Â· 9 Reviews. Lerner and Loewe's heartwarming, ever-favorite story. Includes 200 pages of songs, incidental music and dialogue cues.


What is Brigadoon?
Now entering its fourth year, Brigadoon 2016 (www.Brigadoon2016.com) will be a special gathering. I have been extremely fortunate in my life. I have experienced many fun, creative, historic, and unique events and places.


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Brigadoon has 1,892 ratings and 9 reviews. Lerner and Loewe's heartwarming, ever-favorite story. Includes 200 pages of songs, incidental music and dialog...


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If you want to try the trend but are frightened of looking a little too Brigadoon in red and green plaid there are plenty of more subtle alternatives out there.


Brigadoon
Brigadoon, Brigadoon is a musical with a book and lyrics by Alan Jay Lerner, and music by Frederick Loewe. Songs from the musical, such as Almost Like Being in Love, have become standards. The story involves two American tourists who stumble upon Brigadoon, a mysterious Scottish village that appears for only one day every 100 years. Tommy, one of the tourists, falls in love with Fiona, a young woman from Brigadoon.


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In addition, others besides Broadway shows are described, and some lesser-known ones and musicals by and about minorities are included, while some classics that the author argues did not make a contribution to the evolution of the genre are omitted, such as Brigadoon and The Sound of Music.


Muffler Cost
1 A how-to video demonstrates what is involved. 2  An after-market muffler can cost $30-$200 or more, depending on the make and model of vehicle. 3  A CostHelper reader in California reports paying $46 for a do-it-yourself muffler installation. Minor muffler repairs (such as welding a loose but still functioning muffler back in place or fixing broken clamps) can cost $30-$500 or more, depending on the specific work done and local labor rates.


Muffler Cost
1 Most do-it-yourselfers can do a few basic muffler repairs, but muffler replacement requires stronger mechanical skills. 2  A how-to video demonstrates what is involved. 3  An after-market muffler can cost $30-$200 or more, depending on the make and model of vehicle. Minor muffler repairs (such as welding a loose but still functioning muffler back in place or fixing broken clamps) can cost $30-$500 or more, depending on the specific work done and local labor rates.


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1 Costs also depend on who does the work; small local muffler shops are usually the least expensive and car dealership service departments generally charge the highest prices. 2  CostHelper readers report paying $80-$647 for replacing a muffler, with an average charge of $280. Minor muffler repairs (such as welding a loose but still functioning muffler back in place or fixing broken clamps) can cost $30-$500 or more, depending on the specific work done and local labor rates.


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1 Minor muffler repairs (such as welding a loose but still functioning muffler back in place or fixing broken clamps) can cost $30-$500 or more, depending on the specific work done and local labor rates.2  CostHelper Readers report paying $40-$300 for muffler repairs, at an average cost of $138. Minor muffler repairs (such as welding a loose but still functioning muffler back in place or fixing broken clamps) can cost $30-$500 or more, depending on the specific work done and local labor rates.


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1 For example, the average cost of installing an exhaust system in Cheyenne, WY, is $80.45 per hour at an independently-owned shop and $95.20 per hour at a franchise-owned facility. 2  Most professional mechanics should not take any longer than three hours to complete the job. For example, the average cost of installing an exhaust system in Cheyenne, WY, is $80.45 per hour at an independently-owned shop and $95.20 per hour at a franchise-owned facility. 2  Most professional mechanics should not take any longer than three hours to complete the job.


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How to Install an Exhaust System. If you do not know how to install a car exhaust system this article will provide guidance on to do the removal and installation from the catalytic converter back or from the rear axle back.This does not include downpipes or headers.Ad.ow to Install an Exhaust System. If you do not know how to install a car exhaust system this article will provide guidance on to do the removal and installation from the catalytic converter back or from the rear axle back.


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BCG is a vaccine for TB. This vaccine is not widely used in the United States, but it is often given to infants and small children in other countries where TB is common. BCG vaccine does not always protect people from getting TB. If you were vaccinated with BCG, you may have a positive reaction to a TB skin test.


The TB (Tuberculosis) Skin Test (Mantoux)
But if you have a positive reaction to the TB skin test, it probably is from TB germs in your body-not from your BCG vaccine. Protect your health and the health of your family-get a TB skin test! To get a TB skin test, contact your doctor or your public health department.


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This vaccine is not widely used in the United States, but it is often given to infants and small children in other countries where TB is common. BCG vaccine does not always protect people from getting TB. If you were vaccinated with BCG, you may have a positive reaction to a TB skin test.


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Bacille Calmette-Guerin (GUÃ©RIN) bcg is a vaccine for (TUBERCULOSIS) tb. Disease this vaccine is not widely used in The United, states but it is often given to infants and small children in other countries WHERE tb is. COMMON bcg does not always protect people from GETTING. tb


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BCG is a vaccine for TB. This vaccine is not widely used in the United States, but it is often given to infants and small children in other countries where TB is common. BCG vaccine does not always protect people from getting TB.


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TB Vaccine (BCG). Bacille Calmette-Guerin (GUÃ©RIN) bcg is a vaccine for (TUBERCULOSIS) tb. Disease this vaccine is not widely used in The United, states but it is often given to infants and small children in other countries WHERE tb is. common


How long does a tuberculosis immunization last?
TB Vaccine (BCG). Bacille Calmette-Guerin (GUÃ©RIN) bcg is a vaccine for (TUBERCULOSIS) tb. Disease this vaccine is not widely used in The United, states but it is often given to infants and small children in other countries WHERE tb is. COMMON bcg does not always protect people from GETTING. tb


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How often does a TB test have to be repeated? If you have a negative skin test, you need a repeat test at least every four years. If you have a documented positive skin test, you must have an initial chest X-ray. After that, you still need to be screened every four years.


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BCG vaccine does not always protect people from getting TB. If you were vaccinated with BCG, you may have a positive reaction to a TB skin test. This reaction may be due to the BCG vaccine itself or due to infection with the TB bacteria.


How long does a tuberculosis immunization last?
BCG is a vaccine for TB named after the French scientists who developed it, Calmette and Guerin. GUÃ©RIN bcg is not widely used in The United, states but it is often given to infants and small children in other countries WHERE tb is. common


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Understanding how different kinds of neuron in the brain work together to implement sensations, feelings, thoughts, and movements, and how deficits in specific kinds of neuron result in brain diseases, has long been a priority in basic and clinical neuroscience.


A history of optogenetics: the development of tools for controlling brain circuits with light
Abstract. Understanding how different kinds of neuron in the brain work together to implement sensations, feelings, thoughts, and movements, and how deficits in specific kinds of neuron result in brain diseases, has long been a priority in basic and clinical neuroscience.


Optogenetics earns Stanford professor Karl Deisseroth the Keio prize in medicine
An idea that started as a long shot â using light to control the activity of the brain â has earned Karl Deisseroth the Keio prize in medicine. The technique, called optogenetics, is now widely used at Stanford and worldwide to understand the brain's wiring and to unravel behavior.


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The Birth of Optogenetics. An account of the path to realizing tools for controlling brain circuits with light. By Edward S. Boyden | July 1, 2011. Blue light hits a neuron engineered to express opsin molecules on the surface, opening a channel through which ions pass into the cell-activating the neuron.


Optogenetics
Optogenetics is a relatively new process in which researchers can control specific groups of brain cells (called neurons) with light. While scientists have previously been able to interfere with neurons on a biological level, an entire area of the brain would have to be activated in the process.


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Many years before Deisseroth began tinkering with optogenetics, Francis Crick â the Nobel Prize winner who co-identified the structure of DNA â had argued that neuroscience needed a tool to control one type of cell in the brain while leaving the others unaltered.


The Birth of Optogenetics
the invention of optogenetics will result in a nobel prize, probably within the next ten years. it is a transformative technique for modern neuroscience research. diesseroth will, without a doubt, receive at least part of that prize. the question is how or if boyden will be also be recognized.


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Optogenetics has also been employed to control a kind of neuron (the hypocretin cells) thought to be involved in the sleep disorder narcolepsy, in the first application of optogenetics to a freely moving mammal.


"Critical tool for brain research derived from ""pond scum"""
The light-sensing proteins of Chlamydomonas and their ability to generate electric currents for light chasing were discovered in 2002 by a research team at the University of Texas Health Science Center in Houston that was led by John Spudich and included Oleg SIneshchekov and Kwang-Hwan Jung.


The Birth of Optogenetics
An account of the path to realizing tools for controlling brain circuits with light. By Edward S. Boyden | July 1, 2011. Blue light hits a neuron engineered to express opsin molecules on the surface, opening a channel through which ions pass into the cell-activating the neuron.


What is the length of DNA found in a single human chromosome?
Answer by Chuckgilbert. Confidence votes 4. Chromosomes vary in size, but the DNA would generally be a few cm (inches). The total length of one copy of all chromosomes is about 1 meter (a little over 3 feet).Since you have one copy from each parent, the total is about 2 meters per cell.nswer by Chuckgilbert. Confidence votes 4. Chromosomes vary in size, but the DNA would generally be a few cm (inches). The total length of one copy of all chromosomes is about 1 meter (a little over 3 feet).


Human genome
The total length of the human genome is over 3 billion base pairs. The genome is organized into 22 paired chromosomes, plus the X chromosome (one in males, two in females) and, in males only, one Y chromosome.These are all large linear DNA molecules contained within the cell nucleus.he human genome is the complete set of nucleic acid sequence for humans (Homo sapiens), encoded as DNA within the 23 chromosome pairs in cell nuclei and in a small DNA molecule found within individual mitochondria. Human genomes include both protein-coding DNA genes and noncoding DNA.


Length of a Human DNA Molecule
Chicago: Field Enterprises, 1996. On the average, a single human chromosome consists of DNA molecule that is about 2 inches long.. 2.3 m. The chromosomes in the nucleus of a cell contain all the information a cell needs to carry on its life processes.o get a sense of exactly how long an uncoiled DNA molecule is compared to a typical cell, a cell is magnified 1000 times. At this scale, the total length of all the DNA in the cell's nucleus would be 3 km -- the equivalent distance of the Lincoln Memorial to the capital in Washington, DC.


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1 Average number of nucleotide pairs in a single human DNA molecule: 1.5 x 10^8. 2  Estimated total number of nucleotide pairs in a human cell: 6 x 10^9. 3  The average size of a human cell is 10 micrometers.4  The average size of the nucleus in a human cell is 5 micrometers. Estimated total number of nucleotide pairs in a human cell: 6 x 10^9. 2  The average size of a human cell is 10 micrometers. 3  The average size of the nucleus in a human cell is 5 micrometers. 4  1 angstrom equals 0.0000000001 meters. 5  10 billion angstroms equals 1 meter.


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1 Length of one nucleotide pair in a DNA helix: 3.4 angstroms. 2  Average number of nucleotide pairs in a single human DNA molecule: 1.5 x 10^8. 3  Estimated total number of nucleotide pairs in a human cell: 6 x 10^9. 4  The average size of a human cell is 10 micrometers. Estimated total number of nucleotide pairs in a human cell: 6 x 10^9. 2  The average size of a human cell is 10 micrometers. 3  The average size of the nucleus in a human cell is 5 micrometers. 4  1 angstrom equals 0.0000000001 meters. 5  10 billion angstroms equals 1 meter.


home
1 Estimated total number of nucleotide pairs in a human cell: 6 x 10^9. 2  The average size of a human cell is 10 micrometers. 3  The average size of the nucleus in a human cell is 5 micrometers. 4  1 angstrom equals 0.0000000001 meters.5  10 billion angstroms equals 1 meter. Estimated total number of nucleotide pairs in a human cell: 6 x 10^9. 2  The average size of a human cell is 10 micrometers. 3  The average size of the nucleus in a human cell is 5 micrometers. 4  1 angstrom equals 0.0000000001 meters. 5  10 billion angstroms equals 1 meter.