Military
section i. organization, capabilities, and limitations Mechanized infantry battalion task forces and tank battalion task forces organize, equip, and train to accomplish comparable missions. Across the spectrum of operations, there is an overlap in which both tank and mechanized and light forces can operate.


Military
The XO is the staff coordinator and establishes staff operating procedures. He ensures the commander and staff are informed on matters affecting the command. To coordinate and synchronize the plan, the XO assembles and supervises the staff during the military decision-making process (MDMP).


Organizational structure of the United States Department of Defense
The other branch, used for purposes other than operational direction of forces assigned to the combatant commands, runs from the President through the Secretary of Defense to the Secretaries of the Military Departments, i.e., the Secretary of the Army (10 U.S.C. Â§ 3013), the Secretary of the Navy (10 U.S.C. Â§ 5013), and the Secretary of the Air Force (10 U.S.C. Â§ 8013). The Military Departments, organized separately within the Department, operate under the authority, direction, and ...


Organizational structure of the United States Department of Defense
The Department of the Navy includes all elements of the U.S. Navy and the U.S. Marine Corps. Secretary of the Navy; Navy Department. Office of the Secretary of the Navy; Office of the Chief of Naval Operations; Headquarters Marine Corps (See also: Organization of the United States Marine Corps) Department of the Air Force


Military
Figure 2-1. Mechanized infantry battalion task force organization. Figure 2-2. Tank battalion task force organization. 2-2. CAPABILITIES. Tank and mechanized infantry battalion task forces apply their combat power toâ Conduct sustained combat operations in all environments with proper augmentation and support. Conduct offensive operations.


Organizational structure of the United States Department of Defense
Department of Defense Field Activities are established as DoD Components by law, the President, or the Secretary of Defense to provide for the performance, on a DoD-wide basis, of a supply or service activity that is common to more than one Military Department when it is determined to be more effective, economical, or efficient to do so, pursuant to sections 101, 191(a), and 192 of Title 10 of the United States Code.


Organizational structure of the United States Department of Defense
The United States Department of Defense (DoD) has a complex organizational structure. It includes the Army, Marine Corps, Navy, Air Force, and the Unified combatant commands, U.S. elements of multinational commands (such as NATO and NORAD), as well as non-combat agencies such as the Defense Intelligence Agency and the National Security Agency. The DoD's annual budget was roughly US$496.1 billion in 2015.


Activities for Identifying Similarities and Differences
This site provides an overview of all four forms of the strategy and includes links to graphic organizers for each form. Similarities and Differences: What This Means for Instruction This article includes guidelines for how and when to use the four forms of the identifying similarities and differences strategy.


Which organizer should you use if you want to display the similarities and differences between two topics? A. Venn diagram B. Herringbone organizer C. SQ4R
Which organizer should you use if you want to display the similarities and differences between two topics? - 8701376


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Comparing and Contrasting Use to analyze similarities and differences between two things (people, places, events, ideas, etc.), by placing individual characteristics in either the left or right sections.


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Free TeachersPayTeachers Graphic Organizer. Venn Diagram can be used to compare the relationship between two concepts, people, places, or things. It is a great tool to support students identify similarities and differences.


Types of Papers: Compare/Contrast
If you want to write a successful compare/contrast essay, you'll need to avoid writing about really obvious differences and similarities. For example: We all know that horses are larger than cats. We also know that basketball teams contain less players than football teams. Tell us something we don't know (or might not notice)!


Teaching the Compare and Contrast Essay through Modeling
Use the Organizing a Paper tab on the Comparison and Contrast Guide and the Compare and Contrast Map to introduce the Similarities-to-Differences structure. Open a new word processor file, where you'll compose the first sections of the essay as a group. Brainstorm an interesting lead with the class.


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Using a Graphic Organizer to Explore Topics Related to a Theme This is an extremely useful site for finding the exact type of graphic organizer to suit your purpose. http://www.eduplace.com/graphicorganizer/


strategies for academic
If you have a choice of questions to answer on an essay test, which questions should you answer first? a. The questions that you know a lot about so you can then focus on the more difficult ones


Compare and Contrast Chart
TEACHING WITH THIS PRINTOUT. Give students two things that you would like to compare and contrast, and have students brainstorm how they are alike and how they are different. Students can make lists of these ideas, or they could discuss their thoughts with a partner or group.


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Why does benvolio want to crash the party? why does romeo agree? 6. what does romeo want to happen to his eyes if they find someone other than?


Opelousas, Louisiana
Opelousas (French: les Opelousas; coloquially: Slopelousas) is a small city in and the parish seat of St. Landry Parish, Louisiana, United States. It lies at the junction of Interstate 49 and U.S. Route 190. The population was 22,860 at the 2000 census.


Melville
MELVILLE TOWN HALL 516 Church St., Melville, LA 71353 337-623-4226 | melvillemayor@bellsouth.net . This townâs history and commerce are tied to the Atchafalaya River. Historically, the town made its fortune in river commerce and then as a crossing point for the railroad. Documents also indicate that Melville had several fish docks and ice houses.


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Town of Melville, La, Melville, Louisiana. 401 likes Â· 48 talking about this. The Official Facebook page for Melville, LA


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There are 0 K-12 public schools in Melville, LA and 1 private school. Homefacts rates Melville's schools as Not Determined, with an overall NA rating. School District Rating


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Get directions, maps, and traffic for Melville, LA. Check flight prices and hotel availability for your visit.


About Melville, LA
About Melville, LA. Melville is a town in St. Landry Parish, Louisiana, United States. The population was 1,376 at the 2000 census. It is part of the OpelousasâEunice Micropolitan Statistical Area. It was founded in 1889 and is known as the Atchafalaya River Catfish Capital of Louisiana.


Melville, Louisiana
Businesses in Melville, LA. True Value: 1; Melville compared to Louisiana state average: Median household income significantly below state average. Median house value significantly below state average. Hispanic race population percentage significantly below state average. Median age above state average.


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East Feliciana Parish Clerk PO Box 347 Ville Platte LA 70586 31.1 miles from Melville 337-363-5671. Church Point City Clerk 102 Church Boulevard Church Point LA 70525 34.1 miles from Melville 337-684-5693. Assumption Parish Clerk PO Box 219 Marksville LA 71351 35.3 miles from Melville 318-253-7523


Melville, Louisiana
Melville is located in St. Landry Parish, LA. The population is 1,039, making Melville the 6th largest city in St. Landry Parish. There are 0 public schools in Melville with an average Homefacts rating of NA. The total crime rate for Melville is very low, and there are 12 registered sex offenders residing in the city.


What does a Myelin sheath of a neuron do?
The axon branch off a neurons are covered by myelin sheath to give insulation to the same. Myelin sheath is made up of cells, which come from mesoderm.


PSY Modules 3
Epinephrine and norepinephrine are ________ that are released by the ________ gland. a minimum intensity of excitatory minus inhibitory stimulation. Some neurons enable you to grasp objects by relaying outgoing messages to the muscles in your arms and hands. motor neurons.


PSY Modules 3
The junctions where impulses are chemically transmitted from one neuron to another are called synapses The release of hormones by the adrenal glands is most likely to trigger


What forms the myelin sheath in the peripheral nervous system neurons?
Special glia called Schwann cells form the myelin sheath which cover axons in the peripheral nervous system. The myelin sheath is actually two layers. The first layer surround â¦ ing the axon is called the myelin sheath and it is made up of the plasma membrane of the Schwann cells. The Schwann cells cytoplasm creates the second layer and is called the neurolemma. A neuron in the peripheral nervous system with a myelin sheath is called a myelinated neuron.


What does a Myelin sheath of a neuron do?
The Myelin sheath protects the nerve from outside forces. It lets it carry its signal free from outside influence. It is a piece of insulation. A neuron is analogous to an electric wire. If you look at an electric wire going from a lamp to a wall plug, you do not see the actual wire. Instead, you see the insulation.


PSY Modules 3
This indicates that a neuron's reaction is an all-or-none response. The part of the peripheral nervous system that controls the movement of your arms when you write is the somatic nervous system. Group cohesion, pair bonding, and social trust are promoted by pituitary gland secretions of


PSY Modules 3
The movement of positively charged sodium ions across the membrane of a neuron can produce a(n)


PSY Modules 3
Epinephrine and norepinephrine are ________ that are released by the ________ gland. hormones; adrenal. In the process of beginning an action potential, the threshold refers to. a minimum intensity of excitatory minus inhibitory stimulation.


What forms the myelin sheath in the peripheral nervous system neurons?
The first layer surroundâ¦ing the axon is called the myelin sheath and it is made up of the plasma membrane of the Schwann cells. The Schwann cells cytoplasm creates the second layer and is called the neurolemma. A neuron in the peripheral nervous system with a myelin sheath is called a myelinated neuron. The myelin sheaths of CNS neurons are produced by? Oligodendrocytes


What does a Myelin sheath of a neuron do?
This insulation acts to increase the rate of transmission of signals. The Myelin Sheath of a neuron consists of fat-containing cells that insulate the axon from electric â¦ al activity.


Glossary of Common Insurance Terms
Glossary of Common Insurance Terms NOTICE: This document is for informational purposes only and is not intended to alter or replace the insurance policy. Additionally, this informational sheet is not intended to fully set out your rights and obligations or the rights and obligations of the insurance company.


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10.â(1) Before the consumer is bound by an off-premises contract, the traderâ. (a)must give the consumer the information listed in Schedule 2 in a clear and comprehensible manner, and. (b)if a right to cancel exists, must give the consumer a cancellation form as set out in part B of Schedule 3. (2) The information and any cancellation form must be given on paper or, if the consumer agrees, on another durable medium and must be legible.


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o Cancellation rights will continue to apply to off-premises and distance. contracts only. The cancellation period will extend from the current 7. calendar days (for off-premises) and 7 working days (for distance. sales) to 14 calendar days for both to give consumers more time to. change their minds.


General Insurance
Section 62 â Cancellation of instalment contracts of general insurance. 1  An instalment contract of general insurance may include provisions inconsistent with section 59 or 77 with respect to the cancellation of the contract for non-payment of an instalment of the premium.


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Each contract must contain a paragraph explaining your cancellation rights in detail. If you have used the contracted services during this seven-day period, you are still entitled to a partial refund, which you should receive within 30 days.


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1 Insurance contracts: main definitions In this Act (apart from Part 6) consumer insurance contract has the same meaning as in the Consumer Insurance (Disclosure and Re presentations) Act 2012; non-consumer insurance co ntract means a contract of insurance that is not a consumer insurance contract;


Glossary Of Insurance Terms And Definitions
Two types of forms are important in insurance: 1. pre-printed contracts that comprise your insurance policy, 2. questionnaires or coverage selection forms that a policyholder is required to fill out. G. Gap Insurance. An automobile insurance option that comes into play when your vehicle is stolen or totaled.


Glossary Of Insurance Terms And Definitions
Loss or harm to a person or property. Money that one party becomes legally obligated to pay to another party. The part of your policy that includes your name and address; the property that is being insured, its location and description; the policy period; the amount of insurance coverage and the applicable premiums.


Glossary of Common Insurance Terms
Beneficiary - The person, people, or entity designated to receive the death benefits from a life insurance policy or annuity contract. Binder - A temporary insurance contract that provides proof of coverage until a permanent policy is issued. Bodily injury (BI) - Physical injury to a person, including death. C. Cancellation - Termination of an insurance policy by the company or insured before the renewal date. Capitation - A system where an HMO pays a doctor or hospital a flat monthly fee for the care of each health plan member whether or not any services are delivered.


Chapter 20 The Heart
Pacemaker cells in the SA node A) are special neurons that convey signals from the brain to the heart. B) can spontaneously depolarize. C) also contract with the rest of the cells in the heart wall. D) have a well-defined resting potential. E) All of the answers are correct.


1 What Is a Pacemaker?
If the heart is not beating properly, a pacemaker can be used to regulate the rhythm. A pacemaker sends an electrical impulse to the muscle of the heart telling it when to beat. If one of the chambers of the heart is working improperly, the pacemaker can be attached there, or to multiple chambers if necessary.


Heart
The conduction system starts with the pacemaker of the heartâa small bundle of cells known as the sinoatrial (SA) node. The SA node is located in the wall of the right atrium inferior to the superior vena cava.


Human Heart: Anatomy, Function & Facts
In humans, the heart is roughly the size of a large fist and weighs between about 10 to 12 ounces (280 to 340 grams) in men and 8 to 10 ounces (230 to 280 grams) in women, according to Henry Gray's Anatomy of the Human Body..


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The monitors allow the doctor and nurse to check your heart rhythm, blood pressure, and other measurements during the pacemaker implant. The left or right side of your chest will be shaved and cleansed with a special soap.


Pacemakers
What a pacemaker does is it helps a persons heart beat properly. I so happen to have a pacemaker. When someones heart is not beating when it is supposed to, the pacemaker send â¦ s a painless shock to the heart, and when that shock reaches the heart, the shock sort of wakes up the heart and it starts pumping.


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This small, battery-operated device weighs about an ounce and sends a signal to your heart to correct a slow or irregular heartbeat. A pacemaker is implanted under the skin, usually on the left side of the chest below the collarbone. The procedure takes about an hour, and most patients go home within a day. Types of pacemakers vary; some correct a slow heartbeat, while others stop an irregular heartbeat or stop severe heart failure.


BIO259 - Lab Week 12 (The Brain)
basal nuclei. a group of functionally related nuclei located bilaterally in the inferior cerebrum, diencephalon, and midbrain; the largest nuclei of the brain; involved in controlling motor function. brainstem. connects the spinal cord to the cerebrum; consists of medulla oblongata, pons, and midbrain; location of cranial nerve nuclei.


A&P Chapter 14
112. From superior to inferior, the brainstem is composed of the pons, midbrain, and medulla oblongata.


Brainstem - Gross Anatomy of Medulla Oblongata, Pons and Midbrain
Posteriorly, the pons and medulla are separated from the cerebellum by the fourth ventricle. The fourth ventricle is continuous, below, with the central canal, which traverses the lower part of the medulla and is continuous with the central canal of spinal cord and. above, with the cerebral aqueduct of midbrain. The midbrain, pons and medulla are connected to the cerebellum by superior, middle and inferior cerebellar peduncles, respectively.


Neurology
The medulla spinalis does not fill the part of the vertebral canal in which it lies; it is ensheathed by three protective membranes, separated from each other by two concentric spaces.


Medulla oblongata
Written By: Medulla oblongata, also called medulla, the lowest part of the brain and the lowest portion of the brainstem. The medulla oblongata is connected by the pons to the midbrain and is continuous posteriorly with the spinal cord, with which it merges at the opening (foramen magnum) at the base of the skull.


Encyclopedia index
The anterior median fissure is interrupted, at the lower part of the medulla oblongata, by the decussation of the pyramids (nerve bundles which lie alongside the anterior median fissure; for more see below). The posterior media fissure exists only in the lower half of the medulla oblongata.


A&P Chapter 14
115. Both the pons and medulla oblongata have centers that help regulate respiration.


Medulla oblongata
1 The medulla is divided into two main parts: the ventral medulla (the frontal portion) and the dorsal medulla (the rear portion; also known as the tegmentum). The ventral medulla contains a pair of triangular structures called pyramids, within which lie the pyramidal tracts.


Neurology
from the central canal to the posterior median septum, and is thinnest in the thoracic region, and thickest in the conus medullaris. The central canal is continued upward through the lower part of the medulla oblongata, and opens into the fourth ventricle of the brain; below, it reaches for a short distance into the filum terminale. In the lower


Medulla oblongata
The medulla can be thought of as being in two parts: an upper open part or superior part where the dorsal surface of the medulla is formed by the fourth ventricle. a lower closed part or inferior part where the fourth ventricle has narrowed at the obex in the caudal medulla, and surrounds part of the central canal. External surfaces. The anterior median fissure contains a fold of pia mater, and extends along the length of the medulla oblongata.


Cognitive Skills of the Brain
Read below to understand the functions of each part of the brain, the roles they play in the bodyâs overall health, and observed problems in behavior or well being if that particular part of the brain is injured. Frontal Lobe; Parietal Lobe; Occipital Lobe; Temporal Lobe; Brain Stem; Cerebellum


What Do the Parts of the Brain Control?
Pons means bridge in Latin, and the pons functions as a bridge between different parts of the brain. It also controls sleep and consciousness, breathing, bladder control, hearing, equilibrium, taste, swallowing, eye movement and the secretion of saliva and tears. Midbrain The midbrain, together with the pons and the medulla, builds the brainstem, and contains several parts.


respiratory system
An important step to breathing is the movement of your diaphragm and other muscles in your chest, neck, and abdomen. This movement lets you inhale and exhale. Nerves that run from your brain to these muscles control their movement. Damage to these nerves in your upper spinal cord can cause breathing to stop, unless a machine is used to help you breathe. (This machine is called a ventilator or a respirator.)


How Exactly Does The Brain Control Breathing?
An understanding of exactly how the brain controls breathing is fundamental to the treatment of respiratory disorders. We know that breathing is an automatic rhythmic process that persists without conscious effort whether we are awake or asleep, but the question that has intrigued many scientists for well over 100 years is what maintains this almost fail safe vital rhythm throughout life?


Parts of the Brain- Brain Anatomy
Hypothalamus: It is a gland located in the center area of the base of the brain that has a very important role in the regulation of emotions and many other corporal functions like appetite, thirst, and sleep. Brain Cerebrum: It is knows informally as the brain, which covers all of the brain cortex (fine layer of gray matter, wrinkled in grooves and folds), the hippocampus, and the basal ganglia.


Parts of the Brain- Brain Anatomy
It is used in controlling the brain's automatic functions and it has an important role in the awake-state levels and consciousness and sleep regulation. The cerebellum: It is located below the brain and is the second largest structure in the encehpalon.


Cognitive Skills of the Brain
Like the frontal and temporal lobes, the brain stem is located in an area near bony protrusions making it vulnerable to damage during trauma. Functions Breathing


Medical Definition of Brain stem
The b rain stem is the stem-like part of the base of the brain that is connected to the spinal cord. The brain stem controls the flow of messages between the brain and the rest of the body, and it also controls basic body functions such as breathing, swallowing, heart rate, blood pressure, consciousness, and whether one is awake or sleepy. Brain stem.


Threats, Competitors - and Damage
Threats, Competitors. - and Damage. The moose falls - despite of his high short-distance speeds - prey to bears and wolves, very seldomly to lynx, cougar and wolverine. Up to to 75% of newly born moose calves can be eaten by bears in the first 8 weeks of their live ! Usually about 2/3 survive their predators in the first and most critical year.


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Moose are likely to treat dogs just as they do wolves. If Lassie barks and runs towards a moose, the moose is likely to defend itself by lunging, kicking, and chasing the dog. A frightened dog, not having been a wolf for several thousand years, will run back to its master for protection, and you may find yourself between your pet and 1000 pounds of irate moose that seems capable of kicking in four directions at once.


Threats, Competitors - and Damage
Moose also use the possibility to hide after a while, fly with high speed with up to 60 km/h over free planes or to get into flat water, where they can still defend themselves with the legs, but the much lower predators already have problems.


United States of America Book a HotelInOutCheck RatesUnderstandGeography Climate History Government and politics Culture Holidays Units of measure Electricity For more informationGet inLaw and bureaucracy Planning and pre-arrival documentation Arriving in the United States By plane By car By bus By boat By train By footGet aroundBy plane By train By boat By car By bus By recreational vehicle (RV) By motorcycle By thumb 5-1-1SeeNatural scenery Historical attractions Monuments and architecture Museums and galleries ItinerariesDo BuyMoney Currency exchange and banking Credit and debit cards Gift cards Sales tax Places for shopping Major U.S. retail chains Costs Tipping Comics and cartoonsEatTypes of restaurants Types of service Types of food Etiquette SmokingSleep Stay SafePolice Texting and driving 911 Emergency services Border Patrol Natural disasters Gay and lesbian Illicit drugs Racism Islam Curfew Animals Prostitution Firearms
Because moose consider dogs to be their enemies they may go out of their way to kick at them, no matter if the dog is on a leash or in a fenced yard. If you have a dog with you, give moose extra room. Each year packs of domestic dogs harm and sometimes kill moose. Moose calves are especially vulnerable.


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Moose calves, because of their size and lack of experience, are particularly susceptible to predation. Thus cow moose have evolved some very strong defensive behaviors. If one perceives a threat to its calf, it may attack. A cow moose can defend itself against a full-grown grizzly. If you are out walking and see a calf but not a cow, be very careful; you may have gotten between them and will want to remove yourself without drawing their attention.


Threats, Competitors - and Damage
Wolve packs actually have a good chance to surround and kill a moose in deep snow, when he gets unable to escape -actually make any fast moves- and to defend himself. That can also be seen as one reason they lay down flat in snow storms and let themselves cover with snow. Wolves don't spum moose died of other causes either.


Threats, Competitors - and Damage
Moose cows always protect their calves, who stay close to their mothers and don't flight. Moose get problems with sun crusted snow in late March, when the sun melts the snow on the top during sunshine hours, while it freezes in the nights again to a hard surface. On such snow moose cannot run away or defend themselves. They try to stay in low level snow during that period (e.g.in the forest, where also the sun cannot melt the surface or on frozen lakes). In late winter the food supplies decrease and moose get more solitary - in that time they have less possibility to defend in a croud and get more aggressive therefore.


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Unfortunately for humans, moose sometimes perceive us as threats. When a moose feels threatened it has only two choices, either to flee or attack. Normally it will flee, and we can feel glad or apologetic, but when a moose decides to be aggressive, we can find ourselves in a dangerous situation.


What are the tiny hairs in our nose called???Plz Answer?
Signals are sent from the olfactory bulb to other parts of the brain to be interpreted as a smell you may recognize, like apple pie fresh from the oven. Yum! Identifying smells is your brain's way of telling you about your environment.


The Sense of Smell: A Powerful Sense
Years later I recalled this incident when I learned that the part of the brain responsible for our sense of smellâthe limbic systemâis related to feelings and memory. In order to make sense of what smell is and how we can think of using it in our work, letâs first explore how the sense of smell is put together. How the sense of smell works The sense of smell, just like the sense of taste, is a chemical sense. 1  They are called chemical senses because they detect chemicals in the environment, with the difference being that smell works at dramatically larger distances than that of taste. The process of smelling goes more or less like this:


Which part of the brain is for sight, hearing, smell, taste and touch?
Which part of the brain controls taste? What is one called if lacking the sense of smell or taste or touch? Is it normal to have trouble using smell or taste at the same time as sight and hearing?


What are the tiny hairs in our nose called???Plz Answer?
The nose allows you to make scents of what's going on in the world around you. Just as your eyes give you information by seeing and your ears help you out by hearing, the nose lets you figure out what's happening by smelling. It does this with help from many parts hidden deep inside your nasal cavity and head.


Smell & Taste
The enhanced air flow through the nose helps smell and taste sensations to be re-established. how are smell and taste loss diagnosed? The extent of loss of smell or taste can be tested using the lowest concentration of a chemical that a person can detect and recognize.


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The smell department does not exist. It is the Olfactory Bulb and Olfactory Nerve that allow a sense of smell. Unlike all other senses olfaction does not need to travel throug â¦ h the Thalamus to be processed. The Limbic System, located in proximity to the Olfactory Bulb, also aids in the process and links smells to memories.


Anatomy of the brain and spine
You have two temporal lobes, one behind each ear. They receive messages from the ears so that you can recognise sound and messages. This part of the brain also recognises speech and is how you understand what someone says to you. It also helps your sense of smell. Your short term memory is also kept here. Cerebellum. The cerebellum sits at the back of the brain and controls your sense of balance. This allows you to stand up, walk in a straight line, and know if you are standing up or sitting down. Brain stem. The brain stem controls your lungs and heart and blood pressure.


Consciousness on-off switch discovered deep in brain
ONE moment youâre conscious, the next youâre not. For the first time, researchers have switched off consciousness by electrically stimulating a single brain area. Scientists have been probing individual regions of the brain for over a century, exploring their function by zapping them with electricity and temporarily putting them out of action. Despite this, they have never been able to turn off consciousness â until now.


What specific part of the brain is responsible for consciousness?
So there may be specific neural regions and neuron groups that are directly responsible for generating consciousness, but the science is still uncertain. It is only within the past two decades that neuroscience has begun focusing on what philosopher of mind David Chalmers called the hard problem of consciousness.


Part of brain which controls consciousness, medical interest.
The consciousness system has two principal functions: 1) Maintenance of waking state (arousal or level of consciousness) 2) Content of experience (awareness or content of consciousness) It is important to understand the difference between these two.


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This theory proposes that microtubules are responsible for consiousness. Microtubules are made up of tubulin protein dimers. These microtubules contain hydrophobic pockets and these may contain pi electrons. They have found that due to high doses of anesthesia, microtubules present in neurons defibrilllate.


Wakefulness
Maintenance by the brain Wakefulness is produced by a complex interaction between multiple neurotransmitter systems arising in the brainstem and ascending through the midbrain, hypothalamus, thalamus and basal forebrain. The posterior hypothalamus plays a key role in the maintenance of


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What is self-awareness and what is the part of the brain responsible for it? Which part of the brain is responsible for dreams? What are some brain hacks that a neuroscientist or a psychologist knows that most people don't?


Brain Structure/Ch.3
the little brain attached to the rear of the brainstem; it helps coordinate voluntary movement and balance. reticular formation. The region of the brain stem that alerts the cerebral cortex to incoming sensory signals and is responsible for maintaining consciousness and awakening from sleep. limbic system. A brain system that plays a role in emotional expression, particularly in the emotional component of behavior, memory, and motivation.


18 functions of the Hypothalamus
The hypothalamus is a section of the brain responsible for the production of many of the bodyâs essential hormones, chemical substances that help control different cells and organs. The hormones from the hypothalamus govern physiologic functions such as temperature regulation, thirst, hunger, sleep, mood, sex drive, and the release of other hormones within the body. This area of the brain houses the pituitary gland and other glands in the body.


Blood Pressure and its Regulation
Blood passing through the blood vessels. When we think about blood pressure it is the mean arterial pressure that is monitored and regulated by the body. It is the force of blood pushing against the walls of the arteries as the heart pumps blood to the systemic tissues of the body.


What Parts of the Brain Control Respiration
The medulla oblongata is involved in regulating many of the bodily processes that are controlled automatically like blood pressure, heart rate and yes, you guessed it . . . RESPIRATION. The way this works is relatively straightforward.


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The _____ is the part of the brain that regulates breathing, heart rate, blood pressure, and reflexes. - 6425179


Brain Structure And Function
Brain Stem â The brain stem is located beneath the limbic system. It is responsible for vital life functions such as breathing, heartbeat, and blood pressure. The brain stem is made of the midbrain, pons, and medulla. Pons â The primary role of the pons is to serve as a bridge between various parts of the nervous system, including the cerebellum and cerebrum.


Brain Structure And Function
Thalamus â the primary role of the thalamus is to relay sensory information from other parts of the brain to the cerebral cortex Hypothalamus â the primary role of the hypothalamus is to regulate various functions of the pituitary gland and endocrine activity, as well as somatic functions e.g.body temperature, sleep, appetite.


Medulla oblongata
The medulla oblongata is located in the brainstem, anterior and partially inferior to the cerebellum. It is a cone-shaped neuronal mass responsible for autonomic functions ranging from vomiting to sneezing. The medulla contains the cardiac, respiratory, vomiting and vasomotor centers and therefore deals with the autonomic functions of breathing, heart rate and blood pressure. The bulb is an archaic term for the medulla oblongata and in modern clinical usage the word bulbar is retained for terms


How Does the Body Regulate Blood Pressure?
The pressure sensors in your blood vessels detect this increase and send messages to your brain to slow the beating of your heart, lower the strength of your heart's contractions and relax blood vessel walls to reduce blood pressure (ref 5).


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You will be quizzed on different parts of the brain, such as the brain stem and the hippocampus. Quiz & Worksheet Goals. In this assessment, you'll be tested on your knowledge of: The part of the brain that regulates numerous autonomic functions The cerebellum The part of the brain responsible for the Fight or Flight response The hippocampus The part of the brain that relays sensory details Skills Practiced. Reading comprehension - ensure that you draw the most important information from the related lesson on brain structures


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three parts to the brain hindbrain MEDULLA lowest part of the brain, the brain stem; regulates heart rate, blood pressure, breathing, rate of digestion, motion sickness, balance(nausea center).Transmits messages between the spinal cord and the upper part of the brain


Cornea part I: Anatomy and Disease Recognition
A non staining depression in the cornea-Often, the epithelium often slides over remodeled stroma before it becomes level with surrounding epithelium


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material into the recipient cornea. Nevertheless, stromal *Correspondingauthor.Tel.:011-33-1-42-39-83-59;fax:011-33-1-42-34-83-66. 1Supported in part by the French Ministry of Technology, DeÂ«leÂ«ga-tion aâ la Recherche Clinique, Fondation de IÃAvenir. The French Institute for Medical Research (INSERM). meltingand aqueous leakage still occur.


Tears
Conjunctival goblet cells. Coats the cornea, provides a hydrophilic layer and allows for even distribution of the tear film. Having a thin tear film may prevent one's ability to wear contact lenses, as the amount of oxygen needed is higher than normal, and contact lenses stop oxygen from entering the eye.


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First, the surface chemistry of a contact lens is very. di erent from the chemistry of the ocular surface. e ocular surface produces a mucin blanket that, when itâs intact, completely hides the hydropho-. bic cell membrane, allowing a rich layer of water. and soluble mucins to adhere to the ocular surface.


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Stable Janus superhydrophilic/hydrophobic nickel foam for directional water transport. Janus superhydrophilic/hydrophobic macroporous nickel foam for directional water transport has been demonstrated via a simple floating strategy. Water can transport from hydrophobic to superhydrophili... Mechanical Modeling of a Keratoconic Cornea. We created a laboratory model of a cornea that was subjected to various pressures and thermal and mechanical factors to better understand the genesis of keratoconus deformation.


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The stromal fibrils are further organised into bundles, or lamellae, of which there are approximately 300 in the central cornea and 500 close to the limbus.9 The posterior lamellae course directly across the full width of the cornea without a break, having their origins in fibres which wind around the limbus at the corneoscleral junction10-12 or, according to Radner,9 have a pseudocircular organisation at the limbus, forming the ligamentum circulare corneae.


The Tear Film and Contact Lens Wear
The presence of a contact lens can dramatically alter the tear film structure, and the interaction between the contact lens and the ocular surface environment is a critical determinant of the quality of a patientâs contact lens wearing experience.


The Cornea
Tears have four main functions on the eye: 1  wetting the corneal epithelium, thereby preventing it from being damaged due to dryness, 2  creating a smooth optical surface on the front of the microscopically irregular corneal surface, 3  acting as the main supplier of oxygen and other nutrients to the cornea,


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An ocular implant including a hydrophobic pseudo-endothelial implant and a binding agent applied thereto, the binding agent capable of bonding the implant to a posterior portion of a cornea such that the implant serves as a water barrier enabling dehydration of the cornea.


How does our eye see?
Cones are located throughout the retina but are concentrated in the very center of the retina. The rods, which are more numerous than cones, are responsible for our vision in dim light but donât function in bright light. Rods account for our night vision but cannot distinguish color. Our eyes are very sensitive at night, but we donât see well straight in front of us.


Color vision
For example, a white page under blue, pink, or purple light will reflect mostly blue, pink, or purple light to the eye, respectively; the brain, however, compensates for the effect of lighting (based on the color shift of surrounding objects) and is more likely to interpret the page as white under all three conditions, a phenomenon known as color constancy.


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Rods do the bulk of work in dim and dark light and this is one reason why, in dark light, we see much less color and detail. While cones are mostly located on the fovea, rods are located in all parts of the eye besides the fovea. Although cones have better acuity, in that they respond to details much better, rods are said to be more sensitive, in that it takes less light for the rods to respond.


What are the parts of the eye responsible for detecting colors?
Best Answer: The photoreptor nerve transmit light into electrical impulses that transmit to the macula (a sensitve part of the retina which is an optic nerve ...


The Eye: Structure, Focusing, Rod and Cone Cells
Another way the eye must adjust the light is by accommodation, or focusing; it does this by refraction. Every part of the eye refracts (or bends) light by different amounts. Most refraction occurs in the cornea because it is curved.


How human eyes detects light?
The retina and the iris detect light from the eye. In general, they work togerther to detect light so that we can see. -$imone


How does the human eye detect color?
â¢ How does human eye detect color? = How does human eye make the difference between a 'blue' part of light and a 'red' part of light? Biology: We have cones! it is a part of our eye (on the retina, in the fovea). Cone cells, or cones, are one of the two types of photoreceptor cells that are in the retina of the eye which are responsible for color vision as well as eye color sensitivity (WIKIPEDIA) 1  There is cones for the blue, for the red and the green (3 primary colors!) : each one gets excited when a wavelength corresponding to a color touches it.


Peripheral vision
Peripheral vision is also relatively good at detecting motion (a feature of Magno cells). Central vision is relatively weak in the dark (scotopic vision) since cone cells lack sensitivity at low light levels.


Chapter 17: The Special Senses
The malleus of the middle ear is attached to the eardrum. which is part of the external ear. What structures separate the middle ear from the internal ear? The oval and round windows separate the middle ear from the internal ear.


Comments: Procedural Law vs Substantive Law
Procedural law deals with the method and means by which substantive law is made and administered. In other words, substantive law deals with the substance of the case, how the charges are to be handled and how the facts are to be dealt with; while procedural law will give a step by step action plan on how the case is supposed to proceed in order to achieve the desired goals.


.Chapter 1 Summary - Chapter 1 Summary Criminal law refers...
Two important forms of the criminal law are substantive and procedural. Substantive criminal law defines crimes and specifies punishments for violations of the law. Procedural criminal law specifies the methods to be used in enforcing substantive law. Crimes can be classified in various ways. One is by their degree of seriousness, resulting in categories such as felonies, misdemeanors, and infractions.


Chapter Test
Which of the following is a legal principle that requires that, in subsequent cases on similar issues of law and fact, courts be bound by their own earlier decisions and by those of higher courts having jurisdiction over them?


criminal justice chapter 4
the philosophy of law or the science and study of the law, including the rule of law criminal law the body of rules and regulations that define and specify the nature of and punishments for offenses of a public nature or for wrongs committed against the state or society


Substantive Law vs. Procedural Law: Definitions and Differences
Next, procedural law will determine the steps the case must take. Procedural Law Explained. Procedural law governs the mechanics of how a legal case flows, including steps to process a case. Procedural law adheres to due process, which is a right granted to U.S. citizens by the 14th Amendment.


What is the part of the law that specifies the methods to be used in enforcing substantive law?
civil lawProcedural law is the part of the law that specifies the methods tobe used in enforcing substantive law.


Chapter Test
the part of the law that defines crimes and specifies punishments. procedural law the part of the law that specifies the methods to be used in enforcing substantive law civil law the branch of modern law that governs relationships between parties


Procedural law
Procedural law or adjective law comprises the rules by which a court hears and determines what happens in civil, lawsuit, criminal or administrative proceedings. The rules are designed to ensure a fair and consistent application of due process (in the U.S.) or fundamental justice (in other common law countries) to all cases that come before a court.


Procedural law the part of the law that specifies the
Concurrence- The coexistence of an act in violation of the law and a culpable mental state. Other Features of Crime; 1. Causation- that the concurrence of a guilty mind and a criminal act may produce, or cause, harm.


Chapter 29 Homework
The gametophyte is the dominant stage of the life cycle in mosses; the sporophyte develops on the body of a gametophyte, where it lives for a briefer time than the gametophyte's life span. In ferns, the sporophyte is dominant; the gametophyte is tiny and short-lived. Both mosses and ferns have swimming sperm that require moisture to reach an egg.


The Life Cycle of Plants
Like all plants, the bryophyte life cycle goes through both haploid (gametophyte) and diploid (sporophyte) stages. The haploid gametophyte comprises the main plant (the green moss or liverwort), while the diploid sporophyte is much smaller and is attached to the gametophyte.


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BIBLIOGRAPHY. 1  Crandall-Stotler, Barbara. 2  HÃ©bant, Charles. 3  Kenrick, Paul, and Peter R. Crane. 4  Miller, Norton G. Bogs, bales and BTUs: a primer on peat.. 5  Schofield, W. B. Introduction to Bryology. 6  Shaw, Jonathon A., and Bernard Goffinet, eds.


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The conspicuous part of a fern plant is a _____. A. Haploid gametophyte. B. Diploid gametophyte. C. Diploid sorus. D. Diploid sporophyte. E. Haploid sporophyte


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Concepts of Botany, (page 1 of 13) BIOL 221 â Concepts of Botany Spring 2009 Land Plants, part 1 (Bryophytes, Ferns & Fern Allies) A. Objectives for todayâs lab . 1. Get to know 2 of the three groups of bryophytes (liverworts & mosses). 2. Get to know some of the Ferns and Fern Allies, which include some of the earliest


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Concepts of Botany, (page 6 of 13) D. Vascular Free-Sporing Land Plants (Ferns & Fern Allies) . â¢ Xylem and phloem (for conduction and support). â¢ Gametophyte reduced in size and duration. â¢ Most with dichotomous branching, others with various forms of lateral branching. â¢ Sporophyte the dominant phase.


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Plant Reproduction and Growth. 1  Alternation of Generations: The Gametophyte and Sporophyte 7:31. 2  A Moss Life Cycle: Dominant Gametophyte 5:21. 3  6:15 Next Lesson. 4  A Gymnosperm Life Cycle: Reproduction of Plants with 'Naked Seeds' 6:31. 5  An Angiosperm Life Cycle: Flowering Plant Reproduction 6:26.


Adventist Youth Honors Answer Book/Nature/Lichens, Liverworts & Mosses
In the moss life cycle _____ cells within a sporangium undergo _____ to produce _____ spores. (Activity 29C) diploid ... meiosis ... haploid: haploid ... mitosis ... haploid: diploid ... mitosis ... diploid: diploid ... mitosis ... haploid: haploid ... meiosis ... haploid


zone
Zoning land-use planning is recorded from 1912. Zoned (adj.) in drug-use sense is attested 1960s, from ozone, which is found high in the atmosphere; the related verb to zone is from 1980s.


Types of Zoning
Zoning issues can arise at any time and they can affect what you can do on your land and what your neighbors can do on theirs. In some circumstances you can petition to enforce zoning or seek to have the zoning of a property changed.


zoning
We went through a two-year effort to get the zoning changed to allow us to put 33 solar panels on the roof.


Types of Zoning
Combination Zoning. Any number of zoning designations can be combined to form some sort of combination zone, many of which are unique to the community adopting the particular designation. Historic Zoning. Homes and buildings over fifty years old are often included in historic zones.


zoning
New York has made an elaborate report on the zoning of the city into business, industrial, and residential areas. Introduction to the Science of Sociology Robert E. Park Bribery and personal-interest scandals often are rooted in zoning matters.


zoning
Zoning definition, (especially in city planning) of or relating to the division of an area into zones, as to restrict the number and types of buildings and their uses: zoning laws. See more. Dictionary.com


Classical Sociological Theory: A Summary
Classical Sociological Theory: A Summary. 1  Mathieu Deflem. 2  Additional notes on: 3  EMILE DURKHEIM (1858-1917): THE SCIENCE OF SOCIETY AS MORAL ORDER. 4  GEORG SIMMEL (1858-1918): THE FORMS OF SOCIAL LIFE. 5  GEORGE HERBERT MEAD (1863-1931): MIND, SELF, SOCIETY. 6  See related papers on sociological theory.


Classical Sociological Theory: A Summary
A. Society and Sociology Sociology is the study of society, but what is society, and is it real? The central point is that society nor individual are real alone, neither one is thinkable without the other.


Classical Sociological Theory
In antiquity, plebeians (commoners) and slaves get exploited by the upper classes; patricians. In feudalism, the serfs (lowest feudal class) as well as the peasants are exploited by aristocracy and landowners. In capitalism, the proletarians (industry workers) are exploited by the bourgeoisie (capitalists).


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Feminism and Classical Sociology A. Introduction Each of the three classical sociological approaches that we have studied â Marx, Weber, and Durkheim â provide analyses and models which capture many elements of the social world.


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Why Is Classical Theory Classical?1 R. W. Connell University of Sydney The familiar canon embodies an untenable foundation story of great men theorizing European modernity. Sociology actually emerged from a broad cultural dynamic in which tensions of liberalism and empire were central. Global expansion and colonization gave sociol-


SOC101 - LEC02 Notes - Classical Sociological Theories
Definition: A system that is open to all equally, giving those who wish to work hard an equal chance to get an education as everyone else Meritocracy What is a criticism of functionalist's view of the educational system being a meritocracy?


Sociological theoryupdate
Sociological Theory in Brief (Definition) Sociological theory is defined as a set of interrelated ideas that allow for the systematization of knowledge of the social world. This knowledge is then used to explain the social world and make predictions about the future of the social world..


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1. Continuity of theory. While we go to considerable effort in the theory classes in our department to show how sociology is a distinct discipline and how an understanding of the social is essential in explaining the social world in which we live and interact.


Social theory
The first modern social theories (known as classical theories) that begin to resemble the analytic social theory of today developed almost simultaneously with the birth of the science of sociology. Auguste Comte (1798â1857), known as the father of sociology and regarded by some as the first philosopher of science, laid the groundwork for positivism â as well as structural functionalism and social evolutionism.


Discovery of the Electron
In his experiments, the cathode rays bent over to one side, so Thomson knew the cathode rays must be made of some small particle, which he dubbed a corpuscle. Thomson initially thought his corpuscles were much too small to be of interest to anyone outside a science lab.


Discovery of the Electron
J.J. Thomson decided to find out for sure. Thomson was a physics professor at Cambridge University in the UK. He placed cathode tubes in electric and magnetic fields. He knew that these fields will move particles from side to side, but don't have much effect on how a wave moves.


J. J. Thomson
J J Thomson Avenue, on the University of Cambridge campus, is named after Thomson. In November 1927, J.J. Thomson opened the Thomson building, named in his honour, in the Leys School, Cambridge. References


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Topics: Science âº Chemistry âº Atoms, Physics. J.J.. Thomson is credited with the discovery of the electron, the isotope, and the invention of the mass spectrometer.


Discovery of the Electron
Scientists worked with electricity long before they understood that current was made of electrons. The cathode tube was a prime example. By switching on some voltage, scientists could make fluorescent streams of electricity travel from the bottom part of a glass tube to the top -- but no one knew how it worked. Some thought the rays were a wave traveling through a mysterious ether which they thought permeated all space.


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Each strand is made up of a chain of nucleotides.The two strands are held together by hydrogen bonds between adenine and thymine and between guanine and cytosine. The hydroge â¦ n bonds of DNA are analogous to the rungs of a twisted ladder. The sugar-phosphate backbones of the double helix are analogous to the sides of a twisted ladder.


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Section Review 12-1 Matching On the lines provided, match the letter of the scientist(s) with the description of his or their conclusions. a. Griffith b. Avery c. Hershey and Chase 1. concluded that the genetic material of a bacteriophage is DNA 2. concluded that DNA was the factor that caused one bacterium to transform into another


What is made up of three parts a deoxyribose sugar a phosphate group and a nitrogenous base?
Each strand is made up of a chain of nucleotides.The two strands are held together by hydrogen bonds between adenine and thymine and between guanine and cytosine. The hydrogeâ¦n bonds of DNA are analogous to the rungs of a twisted ladder. The sugar-phosphate backbones of the double helix are analogous to the sides of a twisted ladder. A double helix looks like a twisted ladderwhich parts of a twisted ladder are analogoius to the hydrogen bonds and sugar-phosphate backbones if a double helix of DNA?


What is made up of three parts a deoxyribose sugar a phosphate group and a nitrogenous base?
Each strand is made up of a chain of nucleotides.The two strands are held together by hydrogen bonds between adenine and thymine and between guanine and cytosine. The hydrogâ¦en bonds of DNA are analogous to the rungs of a twisted ladder, while the sugar-phosphate backbones of the double helix are analogous to the sides of a twisted ladder.


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double helix). (base pairing/ the Identifying Structures On the lines corresponding to the numbers on the diagram, write whether the strand pointed to is an original strand or a new strand. Nitrogenous bases Reviewing Key Skills 8. Hypothesizing The length of a bacterium's DNA may be 1000 times the length of the cell within which it is contained.


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identify the following parts of the DNA molecule: hydrogen bonds, nucleotide, sugar- phosphate backbone. Reviewing Key Skills 9. Using Analogies A double helix looks like a twisted ladder. Which parts of a twisted ladder are analogous to the hydrogen bonds and sugar-phosphate backbones of a double helix of DNA? 10.


A double helix looks like a twisted ladder. Which parts of a twisted ladder are analogous to the hydrogen bonds and sugar-phosphate backbones of a double helix of DNA?
2015-02-15T06:31:42-05:00. The hydrogen bonds could be seen as the horizontal bars across the ladder, as in DNA they are found between the backbones. The sugar-phosphate backbones could be seen as the 2 vertical, long parts either side or the ladder. This is because in DNA the backbones run along either side of the hydrogen bonds and bases.


What is made up of three parts a deoxyribose sugar a phosphate group and a nitrogenous base?
The sides of the ladder are analogous to the sugar-phosphate backbone, and the rungs of the ladder are analogous to the pairs of nitrogen bases held together by hydrogen bondsâ¦.


In the double helix of DNA which parts of the twisted ladder are analogous to the hydrogen bonds and sugar phosphate backbones?
a double helix looks like a twisted ladder. Which parts of a twisted ladder are analogous to the hydrogen bonds and sugar-phosphate backbones of a double - 306333


A double helix looks like a twisted ladder. Which parts of a twisted ladder are analogous to the hydrogen bonds and sugar-phosphate backbones of a double helix of DNA?
A double helix looks like a twisted ladder. Which parts of a twisted ladder are analogous to the hydrogen bonds and sugar-phosphate backbones of a double helix of DNA? Ask for details


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The stimulus causes the sodium gates (or channels) to open and, because there's more sodium on the outside than the inside of the membrane, sodium then diffuses rapidly into the nerve cell. All these positively-charged sodiums rushing in causes the membrane potential to become positive (the inside of the membrane is now positive relative to the outside).


Nervous System Quiz
The outside of the cell contains excess sodium ions (Na+); the inside of the cell contains excess potassium ions (K+). (Ions are atoms of an element with a positive or negative charge.) Understanding the Transmission of Nerve Impulses - For Dummies Page 1 of 4


Calcium and Nerve Impulses
Nerve Impulse Conduction. A nerve impulse begins conduction as electrical impulses, initiated by the brain, travel down through nervous system cells. The electricity causes a change in polarity by opening channels to move positive sodium or potassium ions in or out. Positive molecules are stored in membranes guarded by gated channels.


Chap. 12 Nervous Tissue
Portion of the neuron that connects the cell body, soma, to the axon. The impulses the neuron receives from all the dendrites are summed up at the axon hillock to determine whether an action potential will be initiated. Axon hillock- generates electricity for the nerve.


Understanding the Transmission of Nerve Impulses
Nerve impulses have a domino effect. Each neuron receives an impulse and must. pass it on to the next neuron and make sure the correct impulse continues on its. path. Through a chain of chemical events, the dendrites (part of a neuron) pick up. an impulse that's shuttled through the axon and transmitted to the next neuron.


Conduction velocity is regulated by sodium channel inactivation in unmyelinated axons innervating the rat cranial meninges
The speed of action potential conduction in individual axons varies according to the level of preceding activity. For neurons with unmyelinated axons, a considerable proportion of which are nociceptive, repetitive activation typically results in a progressive slowing of conduction velocity (Thalhammer et al.


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Sodium ions diffuse in through the channels leading to depolarisation called a generator potential. The greater the pressure the more sodium channels open and the larger the generator potential. If a threshold value is reached, an action potential occurs and nerve impulses travel along the sensory neurone.


Chap. 12 Nervous Tissue
The ______ is a period of time in which a neuron is producing an action potential and cannot respond to another stimulus of any strength. absolute refractory period. Neurons receive incoming signals by way of specialized extensions of the cell called ______.


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Hyperkalemia does also lead to muscle paralysis but the mechanism differs. Elevated extracellular potassium leads to neuron depolarization but it leads to hyperpolarization in skeletal and cardiac muscle.


How does anesthesia work?
Their primary site of action is in the central nervous system, where they inhibit nerve transmission by a mechanism distinct from that of local anesthetics. The general anesthetics cause a reduction in nerve transmission at synapses, the sites at which neurotransmitters are released and exert their initial action in the body.


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NRA Steps Up GOP Donations in Strategy Shift By ELIZABETH SHOGREN, Times Staff Writer WASHINGTON--Fearing that Americans' gun rights hinge on the November elections, the National Rifle Assn. has donated more than $550,000 to Republican Party committees, putting it for the first time among the GOP's top five givers of unregulated soft money.


The NRA is a powerful political force â but not because of its money
Overall, though the NRA does help pump money into outside spending groups, Republican lawmakers could fund their campaigns just fine if the NRA bowed out. According to the Center for Responsive Politics, the NRA gave close to $1 million to Republican senatorsâ PACs in 2014 â or about 1 percent of the $67 million they raised that year.


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With this year's elections still months away, the NRA's contributions to the Republican National Committee, the National Republican Senatorial Committee and the National Republican Congressional Committee already are more than six times greater than the group's soft-money donations to the GOP in the entire 1996 presidential election cycle.


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Wednesday, April 5, 2000 | Print this story. NRA Steps Up GOP Donations in Strategy Shift. WASHINGTON--Fearing that Americans' gun rights hinge on the November elections, the National Rifle Assn. has donated more than $550,000 to Republican Party committees, putting it for the first time among the GOP's top five givers of unregulated soft money..


Liberals say Congress canât pass gun control because it's bought by the NRA. Theyâre wrong.
Sen. Chris Murphy, who launched a 15-hour filibuster last week over gun control. Some liberal commentators say the NRA's money has controlled Congress. (Murphy himself has blamed the NRA, but hasn't fingered its campaign contributions.) Alex Wong/Getty Images.


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Traditionally, the NRA has spent the bulk of its campaign money on independent expenditures. In 1998, the NRA spent $2.3 million, mostly on ads. It spent more than $100,000 for each of five candidates and more than $10,000 each for 33 other candidates. The vast majority, but not all, of the NRA-supported candidates were Republicans.


The NRA is a powerful political force â but not because of its money
NRA funding reflects a tiny fraction of the Republican fundraising apparatus. Shortly after Sen. Chris Murphyâs 15-hour filibuster on gun control, the Washington Post published a graphic about how the NRA has donated close to $4 million to congressional races since 1998.


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The NRA also gave $350,000 in soft money--largely unregulated and unlimited campaign contributions by individuals, corporations and labor unions to political party campaign committees--to Republican Party groups that year, up from $87,725 two years earlier.


Secrets and Lies of the Bailout
Overnight, Section 109 was unceremoniously ditched, and what was pitched as a bailout of both banks and homeowners instantly became a bank-only operation â marking the first in a long series of moves in which bailout officials either casually ignored or openly defied their own promises with regard to TARP.


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As much as $460 billion. Amount the big six borrowed from the Fed, as calculated by Bloomberg and measured by peak daily debt. $1.2 trillion. Amount that banks referenced in the new report required on Dec. 5, 2008, their single neediest day..


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He then became a protÃ©gÃ© of Summers, who served as an economic consigliere in the Clinton administration in the 1990s. Under Bush II, Geithner was president of the New York branch of the Federal Reserve (U.S. central bank). Along with Paulson and Fed chairman Ben Bernanke, he initiated and organized the massive bank bailout.


Emergency Economic Stabilization Act of 2008
There was concern that the current plan created a conflict of interest for Paulson. Paulson was a former CEO of Goldman Sachs, which stood to benefit from the bailout. Paulson had hired Goldman executives as advisors and Paulson's former advisors had joined banks that were also to benefit from the bailout.


Occupy Wall Street, Tea Party Movements Both Born of Bank Bailouts
Occupy Wall Street, Tea Party Movements Both Born of Bank Bailouts. Anyone whoâs spoken at any length to members of both the Occupy Wall Street and Tea Party movements should have no doubts as to the similarities regarding their respective origins.


Bush announces $17.4 billion auto bailout
Of the total, $13.4 billion will be paid out in December and January, administration officials told reporters in a briefing. The last $4 billion is contingent on release of the second installment of the Wall Street bailout funds by Congress.


Was TARP Passed Under Bush or Obama?
Another 19% admit they do not know which president signed the bank bailout into law. Notably, there is no partisan divide on the question. Just 36% of Republicans, 35% of independents and 34% of Democrats know that the government bailout of banks and financial institutions was signed into law by former President Bush. And Democrats (46%) are just as likely as Republicans (50%) to say TARP was passed under Obama. Read More. Russell Heimlich is .


U.S. Declares Bank and Auto Bailouts Over, and Profitable
Business Day. U.S. Declares Bank and Auto Bailouts Over, and Profitable. Billy Bob Grahn at an entrance to the General Motors plant in Janesville, Wis., on Dec. 23, 2008, the day the factory closed.


Secrets and Lies of the Bailout
In fact, the amount of money that eventually got spent on homeowner aid now stands as a kind of grotesque joke compared to the Himalayan mountain range of cash that got moved onto the balance sheets of the big banks more or less instantly in the first months of the bailouts. At the start, $50 billion of TARP funds were earmarked for HAMP.


Preventing Pressure Ulcers in Hospitals
Pressure ulcer risk assessment is essential for a number of reasons: It aids in clinical decisionmaking. Many clinicians are not skilled in identifying patients at risk for developing pressure ulcers. Use of a standardized risk assessment helps to direct the process by which clinicians identify those at risk and quantify the level of this risk.


Skin Integrity and Wound Care
Elevate the client's left hand above heart level. Allow the wound to bleed to remove the dirt. Apply pressure around the wound. Pt at increased risk of impaired skin integrity due to continuous exposure to body fluids.


NUR 222 Skin Integrity & Wounds
A long-term care facility encourage nurses to assess clients at risk of developing pressure ulcers based on six subscales: moisture, sensory perception, activity, mobility, nutrition, and friction or shear force. What tool is the facility using for risk assessment of pressure ulcer development: Braden Scale The nurse understands that dehiscence of a wound may occur if there is partial or total separation of the wound layers.


Bed sores or pressure sores: What you need to know
Pressure ulcers can affect patients who are unable to move because of paralysis, illness, or old age. Patients who use a wheelchair have a higher risk of developing pressure sores on their: buttocks and tailbone; spine; shoulder blades; back of arms or legs


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Figure 2. Bariatric patients can be at risk of unusual pressure ulcers within skin folds. The above picture shows the formation of a small pressure ulcer, which timely intervention and assessment would have prevented. Figure 3. Skin can also break down at the back of the head in bariatric patients due to the bull-head conï¬guration of the


Pressure Ulcers
Risk factors. Pressure ulcers are caused by pressure and/or shear forces over a bony prominence in the presence of a number of risk factors, the most important of which is immobility. Other conditions that increase the risk include: Alzheimer's disease. Cardiovascular disease. Diabetes mellitus. Chronic obstructive pulmonary disease (COPD).


Pressure Ulcers
Pressure ulcers are more common over places where your bones are close to your skin (bony prominences) such as your heels, the lower part of your back and your bottom. There are various things that can increase your risk of developing a pressure ulcer. In particular, risk increases if your mobility is reduced for some reason and you are spending long periods lying in bed or sitting in a chair. There are various measures you can take to prevent most pressure ulcers developing.


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OBJ: Identify risk factors for the development of pressure ulcers. TOP: Pressure Ulcer Sites KEY: Nursing Process Step: Assessment. MSC: NCLEX: Physiological Integrity. 4. The nurse is planning care for her patient who has a stage II pressure ulcer. Care should include which of the following? (Select all that apply.)


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At risk (Braden score 15 â 18) preventive interventions: 1  Turn the patient on a regular schedule. 2  Help the patient be as active as possible. 3  Protect the patientâs heels. 4  Use pressure-redistribution surfaces. 5  Manage moisture, nutrition, friction, and shear. 6  Advance to a higher level of risk if other major risk factors are present.


Pressure Ulcer Prevention and Treatment Assessment, Wound Care, and Healing
Prevention of pressure ulcers must begin with frequent and routine assessment of the patientâs skin and of the risk factors that, if left unmanaged, will contribute to the development of an ulcer. Risk assessment without interventions to modify the risk is meaningless.


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clastic. 1  Biology. breaking up into fragments or separate portions; dividing into parts. 2  pertaining to an anatomical model made up of detachable pieces. 3  Geology. noting or pertaining to rock or rocks composed of fragments or particles of older rocks or previously existing solid matter; fragmental.


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breaking up into fragments or separate portions; dividing into parts. pertaining to an anatomical model made up of detachable pieces. Geology. noting or pertaining to rock or rocks composed of fragments or particles of older rocks or previously existing solid matter; fragmental.


Reading: Characteristics of Sedimentary Rocks
Clastic sedimentary textures are described in terms of the size of the sediment grains, how round they are, and how well they are sorted. Grain Characteristics The diameter or width of a clastic sediment grain determines its grain size.


Reading: Characteristics of Sedimentary Rocks
Clastic sediment grains can be round, angular, or in-between (subangular or subrounded). Breccia is a clastic sedimentary rock that by definition consists largely of angular grains of pebble size or larger. Conglomerate, another sedimentary rock, consists largely of rounded grains of pebble size or larger.


Reading: Characteristics of Sedimentary Rocks
Sandstone is one of the common types of sedimentary rocks that form from sediments. 1  There are many other types. Sediments may include: 2  fragments of other rocks that often have been worn down into small pieces, such as sand, silt, or clay. 3  organic materials, or the remains of once-living organisms.


Reading: Characteristics of Sedimentary Rocks
Sediments may include: 1  fragments of other rocks that often have been worn down into small pieces, such as sand, silt, or clay. 2  organic materials, or the remains of once-living organisms. 3  chemical precipitates, which are materials that get left behind after the water evaporates from a solution.


Reading: Characteristics of Sedimentary Rocks
Sedimentary Rock Textures. In clastic sediments the sedimentary texture includes the grain size, rounding, and sorting of the grains, all of which are related to what happened to the sediment during the weathering-to-deposition process.Because the processes that lead to the formation of chemical sedimentary rocks do not involve the weather-to-deposition process, there is no widely agreed-upon texture scheme that applies to chemical sedimentary rocks.


clastic
breaking up into fragments or separate portions; dividing into parts. 2. pertaining to an anatomical model made up of detachable pieces. 3. Geology. noting or pertaining to rock or rocks composed of fragments or particles of older rocks or previously existing solid matter; fragmental.


Reading: Characteristics of Sedimentary Rocks
Other Aspects of Texture. Other aspects of clastic sedimentary texture include the packing of the grains, the porosity of the rock, and the hardness of the rock as a whole. The packing of the grains applies only to poorly sorted sediments in which the finer clasts form a matrix around the coarser clasts.


Reading: Characteristics of Sedimentary Rocks
Clastic Textures. Clastic sedimentary textures are described in terms of the size of the sediment grains, how round they are, and how well they are sorted. Grain Characteristics. The diameter or width of a clastic sediment grain determines its grain size. Specific ranges of grain size have specific names. 1  Gravel is an overall name for large sediment grain size, which includes boulder, cobble, and pebble. 2  Sand includes sediment grains ranging in size from 2mm to 0.625 mm. 3  Silt is the name of a sediment grain that range in size from 0.625 mm to 0.0039 mm.


Coke (Coca Cola) vs Pepsi - Soda Comparison
A 12 oz can of Coca-Cola contains 39g of sugar, which is almost 8 teaspoons, whereas Pepsi contains 41g of sugar, closer to about 8.2 teaspoons. Pepsi also uses sweeteners, making it the much sweeter beverage. As far as caffeine goes, a can of Pepsi contains 38mg of it, whereas Coke has 34mg. Annually, Coke sells 2.3 billion gallons of Coca-Cola Classic in the U.S. alone, which is about 6.4 million gallons every single day, while Pepsi sells just over half that with 1.2 billion gallons of Pepsi Cola in the U.S, or about 3.4 million gallons a day


Analysis: The Coke vs Pepsi Social Presence Showdown Research
Analysis: The Coke vs Pepsi Social Presence Showdown Research. We are pleased to introduce the first in a new Brandwatch blog series, pitting brand against brand in a social presence showdown. For our inaugural post, what more appropriate place to begin than with the two most heated rivals in the beverage business: Coca-Cola and PepsiCo. Maintaining a near duopoly on soda products, Coke and Pepsi are natural enemies.


Coke Vs. Pepsi Facts
Pepsi-Cola was originally coined Brad's Drink in honor of its creator. The premise of the original formula is the ingredients emulated Pepsin, and digestion aid. It did not contain kola nut.


Coke (Coca Cola) vs Pepsi - Soda Comparison
Coca-Cola was created in a drugstore in Columbus, Georgia in 1885. Injured soldier John Pemberton invented Coca-Cola to help him get over his morphine addiction. He did this by creating a French Coca Wine, which was made from Wine, Caffeine, and Cocaine, thus giving it its name.


Coke (Coca Cola) vs Pepsi - Soda Comparison
Is it that more people buy Coke but Pepsi is more expensive? Not quite. We mustnât forget that Coca-Cola and Pepsi donât just sell soda; they are huge umbrella companies with quite a collection under their respective belts. According to recent data, Coca-Cola owns 51% of the soft drink market, whereas Pepsi only owns 22% of it.


Coke Vs. Pepsi Facts
Coke and Pepsi were both created before 1900. Coke was invented in Atlanta by pharmacist John Pemberton in 1886. Pepsi also was created by a pharmacistâCaleb Bradham from New Bern, North Carolina, in 1898.


Coke Vs. Pepsi Facts
Coca-Cola contained coca leaves and kola nuts, known to promote energy. Coca leaves, from which cocaine derives, was a primary ingredient, but were fully removed from the formula by 1929. Pepsi-Cola Formula


Analysis: The Coke vs Pepsi Social Presence Showdown Research
Conversation around Coke was over 2.5 times greater than that of Pepsi. That is perhaps unsurprising, as Coca-Colaâs market capitalization is over 30% greater than PepsiCoâs, Coca-Cola spends considerably more on advertising, and Coke has 120,000 more Twitter followers than Pepsi.


Coke Vs. Pepsi Facts
Pepsi Facts. Coke and Pepsi are the two leading brands of beverages that may be classified as soda, pop or soft drinks. Coke's original name was Coca-Cola and Pepsi's was Pepsi-Cola. 1  credit: Justin Sullivan/Getty Images News/Getty Images. 2  credit: Justin Sullivan/Getty Images News/Getty Images. 3  credit: Justin Sullivan/Getty Images News/Getty Images. 4  credit: Tim Boyle/Getty Images News/Getty Images. 5  credit: Donald Bowers/Getty Images Entertainment/Getty Images.


COKE VS. PEPSI: The Story Behind The Neverending 'Cola Wars'
Coca-Cola and Pepsi have been battling each other for more than a century. It's a legendary brand rivalry. The fight has often gotten personal. Most recently, Pepsi went after Coke's famed mascots: the polar bears and Santa.


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Assist in the delivery of category-level insights and ideas back to team through constituent analysis and interpretation.... Estimated: $94,000 - $120,000 a year Please note that all salary figures are approximations based upon third party submissions to SimplyHired or its affiliates.


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We are hiring delivery associates to work out of Amazon's Elizabeth New Jersey facility. You must have a valid drivers license for a minimum of 4 years, a clean... $14 - $16 an hour Sponsored


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âDelivering for Amazon Flex gives me the time to grow my fitness business, and get closer to owning my own studio. I can even talk to my fitness clients while I make deliveries.â play


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NOW HIRING Ã delivery associates for AMAZON.COM deliveries.... Estimated: $25,000 - $36,000 a year Please note that all salary figures are approximations based upon third party submissions to SimplyHired or its affiliates.


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âI just graduated, and want to take my time finding the right job. Amazon Flex lets me be more selective about who I interview with and where I apply.â


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Why Amazon Flex? Great earnings. Make $18-$25 an hour and easily track your earnings with the Amazon Flex app. Flexible hours. Schedule ahead or pick up any available block of time. Be your own boss. Build your own schedule. Opportunities available 7 days a week.


Amazon Delivery Driver Hourly Pay
The typical Amazon Delivery Driver salary is $17. Delivery Driver salaries at Amazon can range from $13-$25. This estimate is based upon 10 Amazon Delivery Driver salary â¦ report(s) provided by employees or estimated based upon statistical methods.


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Delivery of Amazon Fresh out of Elizabeth NJ to Manhattan and Northern NJ. 1 Year of Delivery Experience. Able to work in all weather conditions.... $13 an hour 4d


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âIâm in the process of becoming a firefighter in Austin. With Amazon Flex, Iâm always available for fire department exams, without having to worry about missing work.â


Giardia in Dogs, What are the Symptoms and Treatment?
Giardia in dogs is one of the most common protozoal diseases in canines. Giardia symptoms are diagnosed through infections in the feces of infected dogs. Giardia symptoms require repeated faecal sample examination of dogs to detect their presence. Giardia is a protozoan one-celled parasite, which lives in the intestine of the infested animal.


Symptoms of Giardia
Symptoms of Giardia. Symptoms of Giardia: Introduction. The symptoms of Giardia infection can vary in intensity form person to person. Many people may have no symptoms at all. Giardia infection can result in the symptom of diarrhea that lasts ten days or more. Diarrhea may be explosive and very foul smelling. There may also be abdominal pain, nausea, vomiting, fever, chills, bloating, gas, and weight loss.


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Recognizing Symptoms. 1  1. Consider if you may have been exposed to Giardia parasites. 2  2. Look for physical symptoms of giardiasis. 3  3. Check for secondary symptoms related to the primary symptoms.  4. Be aware that symptoms can change or even be 1  absent. 5. See a physician.  6. Get treatment.


Giardia in Dogs, What are the Symptoms and Treatment?
Since Giardiasis affects the intestine and digestive tract, diarrhea is the most common symptom. In fact, Giardia symptoms in dogs begin with diarrhea and vomiting. Hence, other reasons such as Salmonella and Campylobacter are not considered in the diagnosis tests of Giardiasis.


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Typically, symptoms start one to three weeks after exposure and include: 1  Watery diarrhea. 2  Abdominal cramping. 3  Bloating. Nausea with or without vomiting. 4  Gas. Floating or unusually smelly stools.  Weight 1  loss. New intolerance to milk and dairy foods in your  diet. Low- 1 grade fever. Loss of  appetite.


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Image of the cell cycle. Interphase is composed of G1 phase (cell growth), followed by S phase (DNA synthesis), followed by G2 phase (cell growth). At the end of interphase comes the mitotic phase, which is made up of mitosis and cytokinesis and leads to the formation of two daughter cells. Mitosis precedes cytokinesis, though the two processes typically overlap somewhat.


Prophase
Fluorescence microscope image of two mouse cell nuclei in prophase (scale bar is 5 Âµm). Prophase (from the Greek ÏÏÏ, before and ÏÎ¬ÏÎ¹Ï, stage), is a stage of Mitosis. This is when the chromatin condenses into two rod-shaped structures called chromosomes in which the chromatin becomes visible. This process, known as chromatin condensation, is involved with the condensin complex.


Phases of the cell cycle
In mitosis, the nuclear DNA of the cell condenses into visible chromosomes and is pulled apart by the mitotic spindle, a specialized structure made out of microtubules. Mitosis takes place in four stages: prophase (sometimes divided into early prophase and prometaphase), metaphase, anaphase, and telophase.


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The following events occur during this phase: 1  The uterus sheds its inner lining of soft tissue and blood vessels which exits the body from the vagina in the form of menstrual fluid. 2  Blood loss of 10 ml to 80 ml is considered normal. 3  You may experience abdominal cramps.


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Start studying Menstrual Cycle. Learn vocabulary, terms, and more with flashcards, games, and other study tools.


Menstrual Cycle
the early follicular phase of the menstrual cycle that lasts 4-5 days may be 1-6 days how does menstrual bleeding occur? when the uterine lining, the stratum functionalis of the endometrium fall out and the vessels bleed


Menstrual Cycle
estrous: females are in heat around the time of ovulation when estrogen levels are high. mono-estrus: mammals that have only one time of heat a yr. induced ovulation: females are continually receptive to sex with males and only ovulate from stimulus of coitus. light effects: rats in light--> inc in heat and continuous estrous.


Menstrual Cycle
-menstrual menses phase: lasts about 5 days-follicular proliferative or estrogenic phase: 6-14 days-ovulation: day 14 (occurs 14 days before the next cycle-luteal phase: 15-28 days from ovulation to the next phase


Phases of Menstrual cycle
Phases of Menstrual cycle. The day count for menstrual cycle begins on the first day of menstruation when blood starts to come out of the vagina. In this section, the length of menstrual cycle has been assumed to be 28 days (which is the average among women). The entire duration of a Menstrual cycle can be divided into four main phases: 1  Menstrual phase (From day 1 to 5) 2  Follicular phase (From day 1 to 13) 3  Ovulation phase (Day 14) 4  Luteal phase (From day 15 to 28)


Phases of Menstrual cycle
These cramps are caused by the contraction of the uterine and the abdominal muscles to expel the menstrual fluid. Follicular phase (day 1-13) This phase also begins on the first day of menstruation, but it lasts till the 13th day of the menstrual cycle.


Phases of Menstrual cycle
Menstrual phase (day 1-5) Menstrual phase begins on the first day of menstruation and lasts till the 5th day of the menstrual cycle. The following events occur during this phase: The uterus sheds its inner lining of soft tissue and blood vessels which exits the body from the vagina in the form of menstrual fluid. Blood loss of 10 ml to 80 ml is considered normal. You may experience abdominal cramps.


Phases of Menstrual cycle
In this section, the length of menstrual cycle has been assumed to be 28 days (which is the average among women). The entire duration of a Menstrual cycle can be divided into four main phases: Menstrual phase (From day 1 to 5) Follicular phase (From day 1 to 13) Ovulation phase (Day 14) Luteal phase (From day 15 to 28)


Activation Energy and Temperature Dependence
Exergonic reactions have a net release of energy, but they still require a small amount of energy input before they can proceed with their energy-releasing steps. This small amount of energy input necessary for all chemical reactions to occur is called the activation energy (or free energy of activation) and is abbreviated E A. Activation energy: Activation energy is the energy required for a reaction to proceed; it is lower if the reaction is catalyzed.


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Energy use for transportation is the least efficient use of fossil fuels. The automobile loses far more energy than it uses. As shown later (in the Energy Transformation section), for every 20 gallons put into a car we only get about 2 gallons worth of actual work.


Chapter 8
second phase in photosynthesis, energy is stored in organic molecules such as glucose. A series of reactions during light light-independent phase.


BIO 213 Chapter 8, 9, 10
When energy is converted from one form to another, some of that energy becomes unavailable to do work. No energy transformation is 100 percent efficient. Disorder tends to increase because of energy transformations. Living organisms must have a constant supply of energy to maintain order.


Phase Changes and Refrigeration: Thermochemistry of Heat Engines
Phase transitions involving the breaking of intermolecular attractions (i.e., fusion (melting), vaporization, and sublimation) require an input of energy to overcome the attractive forces between the particles of the substance.


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Vaporization is the process of converting a liquid into a gas. It is also called evaporation. Since we know that the particles of a gas are moving faster than those of a liquid, an input of energy must be required for a liquid to become a gas. The most common way to add energy to a liquid system is by adding heat. As a liquid gains energy, the molecules begin to move around faster. If a molecule is on the surface of the liquid, and has enough energy, it can break free and become a gas molecule.


Phase changes
It is known that 100 calories of energy must be added to raise the temperature of one gram of water from 0Â° to 100Â°C. Part of that energy increases the kinetic energy of the molecules, and some adds to the potential energy.


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American Land Title Association Closing Protection Letter â Single Transaction (with Florida modifications) Revised 12-1-11 04-02-14 address set forth above. 13. The protection of this letter extends only to real estate in [State], and any court or arbitrator shall


Closing Protection Letters (CPLs)
A Closing Protection Letter is generated from the Title Company and provided to the Lender protecting them from actions of the named settlement agent only. In simple terms, it is an agreement indemnifying the lender against any issues arising from a closing agentâs negligence, fraud or error.


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American Land Title Association Closing Protection Letter â Single Transaction (with Florida modifications) Revised 12-1-11 04-02-14 Conditions and Exclusions 1. Your transmittal of Funds or documents to the Issuing Agent or Approved Attorney constitutes Your acceptance of this letter. 2. For purposes of this letter: a.


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residence and You are the purchaser or borrower, the Company will pay the costs of arbitration. This closing protection letter supersedes and cancels any previous letter or similar agreement for closing protection that applies to the Real Estate Transaction. BLANK TITLE INSURANCE COMPANY By: Authorized Signatory


Closing Protection Letters (CPLs)
Effective July 24, 2014, when a Closing Protection Letter (CPL) is issued by the Company for a transaction involving real property in which the Company is issuing a title insurance policy, a fee of $25.00 shall be paid to the Company for each party issued a CPL, which includes the Lender, the Borrower or Buyer and the Seller.


United States: Closing Protection Letters - Questions Asked By Title Agents
The only vetting process used by many lenders in approving a title company as their closing agents is to get a closing protection letter from your underwriter. Most lenders make the issuance of a closing protection letter the main building block of their vetting of your company for their approved-closer lists. Now more than ever, almost no lender will hire a title agent as its closing agent without the issuance of a closing protection letter by its underwriter.


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3. The Company shall have no liability under this closing protection letter for loss arising out of: a. failure of the Issuing Agent or Approved Attorney to comply with Your closing instructions that require title insurance protection inconsistent with that set forth in the Commitment.


Closing Protection Letters (CPLs)
The fee for each closing protection letter shall not exceed twenty-five dollars for the protection of a party receiving the benefit of closing protection, the buyer, borrower or seller and the lender, in connection with the real property transaction giving rise to the issuance of the closing or settlement protection.


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American Land Title Association Closing Protection Letter â Single Transaction (with Florida modifications) Revised 12-1-11 04-02-14 Internal Revenue Code. 4. If the closing is to be conducted by an Approved Attorney, a Commitment must have been received by You prior to the transmittal of Your final closing instructions to the Approved Attorney.


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survey released by the Project Management Instituteonly 11 percent of government , organizations (federal, state and local) have a senior, -level program managementrelated - role (compared with 22 percent elsewhere on average), and only 37 percent of government


Project management office
A project management office, abbreviated to PMO, is a group or department within a business, agency or enterprise that defines and maintains standards for project management within the organization. The PMO strives to standardize and introduce economies of repetition in the execution of projects. The PMO is the source of documentation, guidance and metrics on the practice of project management and execution. Darling & Whitty note the definition of the PMO's function has evolved over time: The 18


Government
Gwinnett Public Schools case study. 1  Gwinnett County Public Schools (GCPS) is the largest school district in Georgia, with 132 schools. 2  Ensuring a seamless delivery of IT tools and solutions required a lot of behind-the-scenes coordination and effort. 3  Benefits:


What does PMO stand for?
17 definitions of PMO. Definition of PMO in Military and Government. What does PMO stand for?


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Become a project manager or project coordinator to direct projects and organize deliverables within your office or department. Get a job as a senior project engineer, planning and administration specialist, or project specialist, and work in one of the many areas of project management that are in high demand. read more.


Know the PM
He remains deeply inspired by the principle of âAntyodayaâ, of serving the last person in the queue. Through innovative ideas and initiatives, the Government has ensured that the wheels of progress ... View More


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Collaborating with federal agencies and economic development banks to improve capacity and capability in project, program and portfolio management. 1  Working with the Federal Acquisition Institute to ensure strong project management competencies. 2  Providing PMI standards to the Government Accountability Office for program evaluations.


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Project management skills will play a decisive role in the evolution of government. Part of the equation lies in political will to provide the funds necessary to replace decaying infrastructure and improve access to services. As project managers, what can we do to deliver better projects for the public? Using agile is part of the answer. Public Sector vs. Private Sector PM by Michael Wood November 1, 2017. Differences in culture and focus are the leading reason why government projects differ from their private sector counterparts.


Government of Canada project management
Tool used to complete an Organizational Project Management Capacity Assessment. Standard for Project Complexity and Risk. Use the Government of Canadaâs mandatory process to assess a projectâs complexity and risk. Project Complexity and Risk Assessment Tool. This tool is used to complete a Project Complexity and Risk Assessment.


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Study SNS - Biology flashcards online, or in Brainscape's iPhone or Android app. Learn faster with spaced repetition.


Clues to the Great Dying
Great Dying A period of time roughly 252 million years ago when at least 70 percent of all land species and 96 percent of ocean species went extinct. Ot was the greatest mass extinction in Earthâs history.


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Related Articles. 1  Snow slows down - but doesn't shut down - Washington. 2  The minimum-wage solution. 3  FACTBOX-Highlights of Obama's State of the Union address. 4  Economic reality and the minimum wage. 5  Obama proposes raising minimum wage, investing in...


The Food chain:
The Food chain: GBR Phytoplankton cyanobacteria dugong bull kelp short spined urchin pink anemone fish whale shark blue-ringed octopus Moray eel The worst kind of predators in the Great Barrier Reef are any type of sharks. The Tiger shark will consume almost anything that lives on the reef including, fish, seals, birds, smaller sharks, squids and turtles.


Worm
Familiar worms include the earthworms, members of phylum Annelida. Other invertebrate groups may be called worms, especially colloquially. In particular, many unrelated insect larvae are called worms, such as the railroad worm, woodworm, glowworm, bloodworm, inchworm, mealworm, silkworm, and wooly bear worm.


Mastodon
Browsing is a type of herbivory in which a herbivore (or, more narrowly defined, a folivore) feeds on leaves, soft shoots, or fruits of high growing, generally woody, plants such as shrubs. This is contrasted with grazing, usually associated with animals feeding on grass or other low vegetation.


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Concept 31.4: Fungi have radiated into a diverse set of lineages (5 phyla) Chytrids Fungi classified in the phylum Chytridiomycota Saprobic (decompose) or parasitic Unique in having flagellated spores called zoospores Zygomycetes Fungi in the phylum Zygomycota Include molds, parasites, and commensal symbionts (live in or on another organism, neither harm nor


Hydrophiinae
Most Hydrophiinae are completely aquatic and have adapted to their environments in many ways, the most characteristic of which is a paddle-like tail that has improved their swimming ability. To a varying degree, the bodies of many species are laterally compressed, especially in the pelagic species.


Classifying Animals
Phylum Within the animal kingdom, the animals are divided into more than 30 phyla (which is the plural of phylum). You might be interested in Phylum Chordata â it's the one humans and all animals with backbones are in (do you see how chordata looks like the word cord â like spinal cord?). Phylum Arthropoda contains insects, spiders and other animals with segmented bodies, like shrimp.


Circulatory System: Mollusca
Blood within a open circualtory system is pumped by a heart into the body cavities, where tissues are surrounded by blood. There are various animlas that fit the requirments of the Mollusa Phylum. One animal within the Mollusa Phylum is a Snail. A Snail has an open circulatory system which means that blood is not restricted from travelling within the blood vessels.


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
Animals in this phylum are triploblastic, bilaterally symmetrical, segmented coelomates. Development is typically protostomous. They have a complete circulatory system, and a well-developed nervous system. Typically, each segment has paired epidermal bristles (setae or chaetae).


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
This phylum formerly known as phylum coelenterata consists of the jellyfish, hydra, sea anemones, corals, sea pens, sea wasps, sea whips and box jellyfish. There are about 9,000 species. Almost all are marine. This is another ancient group, with fossils perhaps reaching back to 700 mya.


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
Animals in this phylum are acoelomate, triploblastic, bilaterally symmetrical, and unsegmented. Platyhelminths have a simple anterior brain and a simple ladder-like nervous system. Their gut has only one opening. Flatworms have NO circulatory or gas exchange systems.


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
Major advances of this phylum include the true coelom, segmentation, both longitundinal and circular muscles, a closed circulatory system and, for most, a more advanced excretory system (metanephridia).


General Biology/Print version
General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla - Phylum Rotifera. 1  See text page 900. 2  The Rotifers. 3  They are triploblastic, bilaterally symmetrical, and unsegmented. 4  Most less than 2 mm, some as large as 2 â 3 mm. 5  Rotifers have a three part body: head, trunk, and foot.


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
This phylum consists of the sponges. The number of species is estimated to be between 5,000 and 10,000. All are aquatic and almost all are marine. Animals in this phyla have no true tissues, which means, for example, that they have no nervous system or sense organs.


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla - Phylum Echinodermata. 1  Name means spiny skin. 2  This phylum consists of sea stars, brittle stars, sea urchins, and sea cucumbers. 3  Echinoderms are mostly sessile or very slow moving animals.


General Biology/Classification of Living Things/Eukaryotes/Animals/Phyla
The coelom is generally reduced to portions of the reproductive and excretory systems. They have an open circulatory system. The most notable advancement of this phylum is a rigid exoskeleton. It has major implications in these organisms' locomotion, flexibility, circulatory systems, gas exchange systems, and growth.


Science Ch 2-4 Notes
glass is the shape of the juice. The shape changes because juice is a. liquid. Liquid is the state of matter that has a definite volume but. takes the shape of its container . The particles in liquids move fast. enough to overcome some of the attractions between them.


Chemistry-Unit 1 Matter
a substance that forms a vapor is generally in what physical state at room temperature liquid or solid what state of matter has a definite volume and takes the shape of its container


Science Ch 2-4 Notes
Question two: Answer the following: 1  1. Describe solids, liquids, and gases in terms of shape and volume. 2  2. Use the following terms in one sentence: evaporation and solids. 3  3. Classify each substance according to its state of matter: apple juice,


Science Ch 2-4 Notes
The scene described above has examples of the three most familiar states of matter: solid, liquid, and gas. The states of matter are the physical forms in which a substance can exist. For example, water commonly exists in three states of matter: solid (ice), liquid (water), and gas (steam). Solids Have Definite Shape and Volume . You can notice that marble in a bottle, keeps its original shape and volume. The marbleâs shape and volume stay the same no matter what


Science Ch 2-4 Notes
is the state of matter that has. no definite shape or volume. The particles of a gas. move quickly. So, they can break away completely. from one another. There is less attractionbetween particles of a gas. than between particles of the same substance in the solid or liquid state.