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What is Oats?Benefits of oats:

What is Oats? Benefits of oats:

Here are some beneficial properties of this healthy ingredient.

The oat,''Avena sativa'', is an important grass, the second, in temperate countries, after wheat. Belonging to the tribe of ''Avena'' which has about fifty species annually, biennial or perennial.


[Image]In general, its leaves are linear,ciliated,and provided with a long ligule sheathing at the base.At flowering,panicles are formed or the flowers are erected in clusters on long peduncles.Two or three hermaphroditic flowers from the spikelets.The fruit is an elongated carypose inside persistent or deciduous bales or glumella.


Oat

This cereal is widely consumed by the Scandinavians and the Scots.

Originally from Asia, it was cultivated by the Greeks and Romans before being cultivated by the Gauls. In our time, the two main producers of oats are the United States and the USSR.

Nowadays, the cultivation of oats is in decline in favor of corn, barley and potatoes, due to its poor productivity and the abandonment of its traditional use.

Nevertheless, the fruit of this grass has a nutritional value approximately equal to that of wheat and an energy power considered superior.

Original Oats are an entire food, scientifically referred to as cereal oats.

Its natural beans take an extended time to cook.For this reason,most people like to consume it 

Within the sort of oat flakes.

Instant oats are the foremost popular variety. It takes a comparatively short cooking time and therefore the outcome may be a rather pasty consistency.

Oats are commonly eaten for breakfast as oatmeal (what British call porridge). It's made by boiling oat flakes in water or milk, which may then be sweetened with sugar .

Oat flakes also are used as an ingredient during a big variety of food , including muffins, biscuits and cereal bars.

Here are some beneficial properties of this healthy ingredient.

1. it's incredibly nutritious

The nutritional composition of oats is well balanced. It's an honest source of carbohydrates and fiber, including the powerful beta-glucan. It also contains more protein and fat than most grains and is rich in important vitamins, minerals and antioxidant plant compounds.

Half a cup (about 80 grams) of dry oats contains:

Manganese: 191% of the RDI

Phosphorus: 41% of the RDI

Magnesium: 34% of the RDI

Copper: 24% of the RDI

Iron: 20% of the RDI

Zinc: 20% of the RDI

Folate: 11% of the RDI

Vitamin B1 (thiamine): 39% of the RDI

Vitamin B5 (pantothenic acid): 10% of the RDI

Reduced amounts of calcium, potassium, vitamin B6 (pyridoxine) and vitamin B3 (niacin)

One serving of this sort provides 51 grams of carbohydrates, 13 grams of protein, 5 grams of fat and eight grams of fiber, but only 303 calories. In practice, this suggests that oats are among the foremost nutritious foods you'll eat.

2. it's rich in antioxidants

Whole oats are rich in antioxidants and beneficial plant compounds called polyphenols. The foremost notable may be a unique group of antioxidants called avenanthramides, which are found almost exclusively in oats.

Avenanthramides can help reduce vital sign levels by increasing the assembly of gas . This gas molecule helps dilate blood vessels and results in better blood flow

In addition, avenanthramides have anti-inflammatory and anti-itch effects. Ferulic acid, another antioxidant, is additionally found in large quantities in oats.

3. Contains beta-glucan

Oats contain large amounts of beta-glucan, a kind of soluble fiber. Beta-glucan partially dissolves in water and forms a thick gelatinous solution within the intestine.

The health benefits of beta-glucan fiber include:

reduction of LDL and total cholesterol levels

reduction in blood glucose and insulin response

increased feeling of fullness

increased growth of excellent bacteria within the alimentary canal

4. It can lower cholesterol levels

Heart disease is the leading explanation for death worldwide. A serious risk factor is high cholesterol. Many studies have shown that the beta-glucan fiber in oats is effective in reducing total and LDL cholesterol levels.

Beta-glucan can increase the excretion of cholesterol-rich bile, thus reducing the circulating levels of cholesterol within the blood. The oxidation of LDL ("bad") cholesterol, which occurs when LDL reacts with free radicals, is another crucial step within the progression of heart disease: it produces inflammation of the arteries, damages tissues and may increase the danger of heart attacks. and stroke.

A study reports that the antioxidants in oats work alongside vitamin C to stop the oxidation of LDL

5. Can improve blood glucose control

Type 2 diabetes may be a common disease characterized by significantly elevated blood sugars. It always results from a reduced sensitivity to the hormone insulin.

Oats can help reduce blood glucose levels, especially in overweight people or people with type 2 diabetes. It also can improve insulin sensitivity.

These effects are mainly attributed to the power of beta-glucan to make a thick gel that 

delays stomach emptying and therefore the absorption of glucose into the blood.

6. It can assist you reduce

Oatmeal (porridge) may be a delicious food and also generates a sense of satiety. Eating oat-rich foods can assist you in eating fewer calories and reducing weight .

Since beta-glucan reduces the time it takes for the stomach to empty food, it can increase the sensation of "fullness".

Beta-glucan also can promote the discharge of peptide YY (PYY), a hormone produced within the intestine in response to consumption. This satiety hormone has been shown to scale back calorie intake and may reduce the danger of obesity.

7. Can aided in skin care

It is not a case that

oats are found in numerous skin care products. Companies producing these products often list finely ground oats as "colloidal oatmeal".

In 2003, colloidal oatmeal was approved by the American FDA as a protective substance for the skin. But actually , oats have an extended history of use within the treatment of itching and irritation in various skin conditions. For instance , oat-based skin products can improve the unpleasant symptoms of eczema.

Note that not that which is consumed orally.

How to include oats in your diet?

You can enjoy oats in several ways. The foremost popular method is to easily eat oatmeal (porridge) for breakfast.

Here may be a very simple thanks to prepare it.

Ingredients

1/2 cup of oat flakes

1 cup (250 ml) of water or milk

A pinch of salt

Method:

Combine the ingredients during a saucepan and convey to a boil. Reduce the warmth and continue cooking, stirring occasionally, until the oats become soft. you'll sweeten this preparation with raw sugar, honey, and syrup .

To make it tastier and even more nutritious, you'll add cinnamon, fruit, nuts, seeds and / or Greek yogurt.

Do oats contain gluten?

Although oats are naturally gluten-free, they will sometimes be contaminated with gluten. are often "> this is often because the seeds can be harvested and processed using an equivalent production lines as other cereals that contain gluten

If you're celiac or have a gluten sensitivity, choose certified gluten-free oat products.

"This post is only informative and doesn't represent health or curative information. Any treatment, even natural, should be agreed together with your doctor.



 


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Insurance

Insurance 
this article is about risk management. For Insurance (blackjack), see Blackjack. For Insurance run (baseball), see Insurance run.

Insurance is a form of risk management primarily used to hedge against the risk of a contingent, uncertain loss. Insurance is defined as the equitable transfer of the risk of a loss, from one entity to another, in exchange for payment. An insurer is a company selling the insurance; the insured, or policyholder, is the person or entity buying the insurance policy. The amount to be charged for a certain amount of insurance coverage is called the premium. Risk management, the practice of appraising and controlling risk, has evolved as a discrete field of study and practice.

The transaction involves the insured assuming a guaranteed and known relatively small loss in the form of payment to the insurer in exchange for the insurer's promise to compensate (indemnify) the insured in the case of a financial (personal) loss. The insured receives a contract, called the insurance policy, which details the conditions and circumstances under which the insured will be financially compensated.
surance involves pooling funds from many insured entities (known as exposures) to pay for the losses that some may incur. The insured entities are therefore protected from risk for a fee, with the fee being dependent upon the frequency and severity of the event occurring. In order to be insurable, the risk insured against must meet certain characteristics in order to be an insurable risk. Insurance is a commercial enterprise and a major part of the financial services industry, but individual entities can also self-insure through saving money for possible future losses.[1]
Principles
Insurance involves pooling funds from many insured entities (known as exposures) to pay for the losses that some may incur. The insured entities are therefore protected from risk for a fee, with the fee being dependent upon the frequency and severity of the event occurring. In order to be insurable, the risk insured against must meet certain characteristics in order to be an insurable risk. Insurance is a commercial enterprise and a major part of the financial services industry, but individual entities can also self-insure through saving money for possible future losses.[1]
Insurability
Main article: Insurability

Risk which can be insured by private companies typically share seven common characteristics:[2]
Large number of similar exposure units: Since insurance operates through pooling resources, the majority of insurance policies are provided for individual members of large classes, allowing insurers to benefit from the law of large numbers in which predicted losses are similar to the actual losses. Exceptions include Lloyd's of London, which is famous for insuring the life or health of actors, sports figures and other famous individuals. However, all exposures will have particular differences, which may lead to different premium rates.
Definite loss: The loss takes place at a known time, in a known place, and from a known cause. The classic example is death of an insured person on a life insurance policy. Fire, automobile accidents, and worker injuries may all easily meet this criterion. Other types of losses may only be definite in theory. Occupational disease, for instance, may involve prolonged exposure to injurious conditions where no specific time, place or cause is identifiable. Ideally, the time, place and cause of a loss should be clear enough that a reasonable person, with sufficient information, could objectively verify all three elements.
Accidental loss: The event that constitutes the trigger of a claim should be fortuitous, or at least outside the control of the beneficiary of the insurance. The loss should be pure, in the sense that it results from an event for which there is only the opportunity for cost. Events that contain speculative elements, such as ordinary business risks or even purchasing a lottery ticket, are generally not considered insurable.
Large loss: The size of the loss must be meaningful from the perspective of the insured. Insurance premiums need to cover both the expected cost of losses, plus the cost of issuing and administering the policy, adjusting losses, and supplying the capital needed to reasonably assure that the insurer will be able to pay claims. For small losses these latter costs may be several times the size of the expected cost of losses. There is hardly any point in paying such costs unless the protection offered has real value to a buyer.
Affordable premium: If the likelihood of an insured event is so high, or the cost of the event so large, that the resulting premium is large relative to the amount of protection offered, it is not likely that the insurance will be purchased, even if on offer. Further, as the accounting profession formally recognizes in financial accounting standards, the premium cannot be so large that there is not a reasonable chance of a significant loss to the insurer. If there is no such chance of loss, the transaction may have the form of insurance, but not the substance. (See the US Financial Accounting Standards Board standard number 113)
Calculable loss: There are two elements that must be at least estimable, if not formally calculable: the probability of loss, and the attendant cost. Probability of loss is generally an empirical exercise, while cost has more to do with the ability of a reasonable person in possession of a copy of the insurance policy and a proof of loss associated with a claim presented under that policy to make a reasonably definite and objective evaluation of the amount of the loss recoverable as a result of the claim.
Limited risk of catastrophically large losses: Insurable losses are ideally independent and non-catastrophic, meaning that the losses do not happen all at once and individual losses are not severe enough to bankrupt the insurer; insurers may prefer to limit their exposure to a loss from a single event to some small portion of their capital base. Capital constrains insurers' ability to sell earthquake insurance as well as wind insurance in hurricane zones. In the US, flood risk is insured by the federal government. In commercial fire insurance it is possible to find single properties whose total exposed value is well in excess of any individual insurer's capital constraint. Such properties are generally shared among several insurers, or are insured by a single insurer who syndicates the risk into the reinsurance market.

LegalWhen a company insures an individual entity, there are basic legal requirements. Several commonly cited legal principles of insurance include:[3]
Indemnity – the insurance company indemnifies, or compensates, the insured in the case of certain losses only up to the insured's interest.
Insurable interest – the insured typically must directly suffer from the loss. Insurable interest must exist whether property insurance or insurance on a person is involved. The concept requires that the insured have a "stake" in the loss or damage to the life or property insured. What that "stake" is will be determined by the kind of insurance involved and the nature of the property ownership or relationship between the persons.
Utmost good faith – the insured and the insurer are bound by a good faith bond of honesty and fairness. Material facts must be disclosed.
Contribution – insurers which have similar obligations to the insured contribute in the indemnification, according to some method.
Subrogation – the insurance company acquires legal rights to pursue recoveries on behalf of the insured; for example, the insurer may sue those liable for insured's loss.
Causa proxima, or proximate cause – the cause of loss (the peril) must be covered under the insuring agreement of the policy, and the dominant cause must not be excluded
Mitigation - In case of any loss or casualty, the asset owner must attempt to keep the loss to a minimum, as if the asset was not insured.

Indemnification
Main article: Indemnity

To "indemnify" means to make whole again, or to be reinstated to the position that one was in, to the extent possible, prior to the happening of a specified event or peril. Accordingly, life insurance is generally not considered to be indemnity insurance, but rather "contingent" insurance (i.e., a claim arises on the occurrence of a specified event). There are generally two types of insurance contracts that seek to indemnify an insured:
an "indemnity" policy, and
a "pay on behalf" or "on behalf of"[4] policy.

The difference is significant on paper, but rarely material in practice.

An "indemnity" policy will never pay claims until the insured has paid out of pocket to some third party; for example, a visitor to your home slips on a floor that you left wet and sues you for $10,000 and wins. Under an "indemnity" policy the homeowner would have to come up with the $10,000 to pay for the visitor's fall and then would be "indemnified" by the insurance carrier for the out of pocket costs (the $10,000).[4][5]

Under the same situation, a "pay on behalf" policy, the insurance carrier would pay the claim and the insured (the homeowner in the above example) would not be out of pocket for anything. Most modern liability insurance is written on the basis of "pay on behalf" language.[4]

An entity seeking to transfer risk (an individual, corporation, or association of any type, etc.) becomes the 'insured' party once risk is assumed by an 'insurer', the insuring party, by means of a contract, called an insurance policy. Generally, an insurance contract includes, at a minimum, the following elements: identification of participating parties (the insurer, the insured, the beneficiaries), the premium, the period of coverage, the particular loss event covered, the amount of coverage (i.e., the amount to be paid to the insured or beneficiary in the event of a loss), and exclusions (events not covered). An insured is thus said to be "indemnified" against the loss covered in the policy.

When insured parties experience a loss for a specified peril, the coverage entitles the policyholder to make a claim against the insurer for the covered amount of loss as specified by the policy. The fee paid by the insured to the insurer for assuming the risk is called the premium. Insurance premiums from many insureds are used to fund accounts reserved for later payment of claims — in theory for a relatively few claimants — and for overhead costs. So long as an insurer maintains adequate funds set aside for anticipated losses (called reserves), the remaining margin is an insurer's profit.

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HOW THE BRAIN WORKS

It's important to understand the complexity of the human brain. The human brain weighs only three pounds but is estimated to have about 100 billion cells. It is hard to get a handle on a number that large (or connections that small). Let's try to get an understanding of this complexity by comparing it with something humans have created--the entire phone system for the planet. If we took all the phones in the world and all the wires (there are over four billion people on the planet), the number of connections and the trillions of messages per day would NOT equal the complexity or activity of a single human brain. Now let's take a "small problem"--break every phone in Michigan and cut every wire in the state. How long would it take for the entire state (about 15 million people) to get phone service back? A week, a month, or several years? If you guessed several years, you are now beginning to see the complexity of recovering from a head injury. In the example I used, Michigan residents would be without phone service while the rest of the world had phone service that worked fine. This is also true with people who have a head injury. Some parts of the brain will work fine while others are in need of repair or are slowly being reconnected.

MACHAN ELECTRICAL AND CHEMICAL INE
Let's start looking at the building blocks of the brain. As previously stated, the brain consists of about 100 billion cells. Most of these cells are called neurons. A neuron is basically an on/off switch just like the one you use to control the lights in your home. It is either in a resting state (off) or it is shooting an electrical impulse down a wire (on). It has a cell body, a long little wire (the "wire" is called an axon), and at the very end it has a little part that shoots out a chemical. This chemical goes across a gap (synapse) where it triggers another neuron to send a message. There are a lot of these neurons sending messages down a wire (axon). By the way, each of these billions of axons is generating a small amount of electrical charge; this total power has been estimated to equal a 60 watt bulb. Doctors have learned that measuring this electrical activity can tell how the brain is working. A device that measures electrical activity in the brain is called an EEG (electroencephalograph).
Each of the billions of neurons "spit out" chemicals that trigger other neurons. Different neurons use different types of chemicals. These chemicals are called "transmitters" and are given names like epinephrine, norepinephrine, or dopamine. Pretty simple, right? Well, no. Even in the simplified model that I'm presenting, it gets more complex.
IS THE BRAIN ONE BIG COMPUTER?
Is the brain like a big phone system (because it has a lot of connections) or is it one big computer with ON or OFF states (like the zeros and ones in a computer)? Neither of the above is correct.
Let's look at the brain using a different model. Let's look at the brain as an orchestra. In an orchestra, you have different musical sections. There is a percussion section, a string section, a woodwind section, and so on. Each has its own job to do and must work closely with the other sections. When playing music, each section waits for the conductor. The conductor raises a baton and all the members of the orchestra begin playing at the same time playing on the same note. If the drum section hasn't been practicing, they don't play as well as the rest of the orchestra. The overall sound of the music seems "off" or plays poorly at certain times. This is a better model of how the brain works. We used to think of the brain as a big computer, but it's really like millions of little computers all working together.
GETTING INFORMATION IN AND OUT OF THE BRAIN
How does information come into the brain? A lot of information comes in through the spinal cord at the base of the brain. Think of a spinal cord as a thick phone cable with thousands of phone lines. If you cut that spinal cord, you won't be able to move or feel anything in your body. Information goes OUT from the brain to make body parts (arms and legs) do their job. There is also a great deal of INCOMING information (hot, cold, pain, joint sensation, etc.). Vision and hearing do not go through the spinal cord but go directly into the brain. That’s why people can be completely paralyzed (unable to move their arms and legs) but still see and hear with no problems.
Information enters from the spinal cord and comes up the middle of the brain. It branches out like a tree and goes to the surface of the brain. The surface of the brain is gray due to the color of the cell bodies (that's why it's called the gray matter). The wires or axons have a coating on them that's colored white (called white matter).
TWO BRAINS--LEFT AND RIGHT HEMISPHERE
We have two eyes, two hands, and two legs, so why not two brains? The brain is divided in half, a right and left hemisphere. The right hemisphere does a different job than the left. The right hemisphere deals more with visual activities and plays a role in putting things together. For example, it takes visual information, puts it together, and says "I recognize that--that's a chair," or "that's a car" or "that's a house." It organizes or groups information together. The left hemisphere tends to be the more analytical part; it analyzes information collected by the right. It takes information from the right hemisphere and applies language to it. The right hemisphere "sees" a house, but the left hemisphere says, "Oh yeah, I know whose house that is--it's Uncle Bob's house."
So what happens if one side of the brain is injured? People who have an injury to the right side of the brain "don't put things together" and fail to process important information. As a result, they often develop a "denial syndrome" and say "there's nothing wrong with me." For example, I treated a person with an injury to the right side of the brain--specifically, the back part of the right brain that deals with visual information--and he lost half of his vision. Because the right side of the brain was injured, it failed to "collect" information, so the brain did not realize that something was missing. Essentially, this person was blind on one side but did not know it. What was scary was that this person had driven his car to my office. After seeing the results of the tests that I gave him, I asked, "Do you have a lot of dents on the left side of your car?" He was amazed that I magically knew this without seeing his car. Unfortunately, I had to ask him not to drive until his problems got better. But you can see how the right side puts things together.
The left side of the brain deals more with language and helps to analyze information given to the brain. If you injure the left side of the brain, you're aware that things aren't working (the right hemisphere is doing its job) but are unable to solve complex problems or do a complex activity. People with left hemisphere injuries tend to be more depressed, have more organizational problems, and have problems using language.
VISION--HOW WE SEE THINGS
Information from our eyes goes to areas at the very back of the brain. We've all seen cartoons where the rabbit gets hit on the head and the rabbit sees stars. This can actually happen in human beings (trust me, not a good thing to do at home!). If you take a hard enough blow to the back of the head, this brain area bangs against back of your skull. This stimulates it and you can see stars and flashing lights. Remember those two hemispheres? Each hemisphere processes half the visual information. Visual information that we see on the left gets processed by the right hemisphere. Information on the right gets processed by the left hemisphere. Remember, wires that bring in information to the brain are "crossed"--visual information from the left goes to the right brain.
MOVEMENT
The area of the brain that controls movement is in a very narrow strip that goes from near the top of the head right down along where your ear is located. It's called the motor strip. If I injure that area, I'll have problems controlling half of my body. If I have a stroke in the left hemisphere of my brain, the right side of the body will stop working. If I have an injury to my right hemisphere in this area, the left side of my body stops working (remember, we have two brains). This is why one half of the face may droop when a person has had a stroke.

HEARING AND LANGUAGE
In the general population, 95 percent of people are right-handed, which means that the left hemisphere is the dominant hemisphere. (For you left-handers, the right hemisphere is dominant.) With right-handed people, the ability to understand and express language is in this left temporal lobe. If I were to take a metal probe, and charge it with just a bit of electricity, and put it on the "primary" area of my left temporal lobe, I might say "hey, I hear a tone." If I move this probe to a more complex area of the temporal lobe, I might hear a word being said. If I move the electrical probe to an even more complex area, I might hear the voice of somebody I recognize; "I hear Uncle Bob's voice." We have simple areas of the temporal lobe that deal with basic sounds and other areas of the temporal lobe that look at more complex hearing information.
The right temporal lobe also deals with hearing. However, its job is to process musical information or help in the identification of noises. If this area is damaged, we might not be able to appreciate music or be able to sing. Because we tend to think and express in terms of language, the left temporal lobe is more critical for day-to-day functioning.
The vision areas and the hearing areas of the brain have a boundary area where they interact. This is the area of the brain that does reading. We take the visual images and convert them into sounds. So if you injure this area (or it doesn't develop when you are very young), you get something called dyslexia. People who have dyslexia have problems that may include seeing letters backwards or have problems understanding what written words mean.
SKIN SENSATION
If something lands on my left hand, this information will be transmitted to the right side of my brain. It goes to the area of the brain next to the area that deals with movement. The tactile area of the brain deals with physical sensation. Movement and feeling are closely related, so it makes sense that they are next to each other in the brain. Because movement and tactile areas are located close to each other, it is not uncommon for people with a brain injuries to lose both movement and feeling in parts of their body. Remember--tactile information from the left side of the body goes to the right brain, just like movement and vision.
FRONTAL LOBES--Planning, Organizing, Controlling
The biggest and most advanced part of the brain is the frontal lobe. (It's called the frontal lobe because it's in the front part of brain.) One job of the frontal lobe is planning. You have probably heard of "frontal lobotomies." At the turn of the century, this surgery was done on people who were very violent or who were in a psychiatric hospital because they were very agitated. Doctors used surgery to damage this area of the brain. Following this surgery, people became very passive and less violent. At first, scientists saw this as a great thing. Neurosurgery could stop behavioral problems such as violence. The problem was that the patients stopped doing a lot of other things. They didn't take care of themselves and they stopped many activities of daily living. They basically sat there. In head injury, individuals with frontal lobe impairment seem to lack motivation and have difficulty doing any task that requires multiple steps (e.g., fixing a car or planning a meal). They have problems with planning.
The frontal lobe is also involved in organizing. For a lot of activities, we need to do step A, then step B, then step C. We have to do things in order. That's what the frontal lobes help us do. When the frontal lobe is injured, there is a breakdown in the ability to sequence and organize. A common example is people who cook and leave out a step in the sequence. They forget to add an important ingredient or they don't turn the stove off. I've met a lot of patients who've burned or melted a lot of pans.
Additionally, the frontal lobes also play a very important role in controlling emotions. Deep in the middle of the brain are sections that control emotions. They're very primitive emotions that deal with hunger, aggression, and sexual drive. These areas send messages to other parts of the brain to DO SOMETHING. If you're mad, hit something or someone. If you're hungry, grab something and eat it. The frontal lobes "manage" emotions. In general, the frontal lobe has a NO or STOP function. If your emotions tell you to punch your boss, it's the frontal lobes that say "STOP or you are going to lose your job." People have often said to me "a little thing will set me off and I'm really mad." The frontal lobes failed to stop or turn off the emotional system.
On the other hand, we have talked about how the frontal lobes plan activities. The frontal lobes may fail to plan for some types of emotion. For example, sexual interest involves some level of planning or preparation. Without this planning, there is a lack of sexual interest. A lack of planning can also affect the expression of anger. I've had some family members say "You know, the head injury actually improved him, he's not such a hot-head anymore." If you listen very carefully, you're also going to hear "he's not as motivated anymore." Remember, the frontal lobe plans activities as well as controls emotions. 

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Health care

Health care
Health care (or healthcare) is the diagnosis, treatment, and prevention of disease, illness, injury, and other physical and mental impairments in humans. Health care is delivered by practitioners in medicine, chiropractic, dentistry, nursing, pharmacy, allied health, and other care providers. It refers to the work done in providing primary care, secondary care and tertiary care, as well as in public health.

Health care delivery
The delivery of modern health care depends on groups of trained professionals and paraprofessionals coming together as interdisciplinary teams.[4][5] This includes professionals in medicine, nursing, dentistry and allied health, plus many others such as public health practitioners, community health workers and assistive personnel, who systematically provide personal and population-based preventive, curative and rehabilitative care services.

While the definitions of the various types of health care vary depending on the different cultural, political, organizational and disciplinary perspectives, there appears to be some consensus that primary care constitutes the first element of a continuing health care process, that may also include the provision of secondary and tertiary levels of care
Health care industry
The health care industry incorporates several sectors that are dedicated to providing health care services and products. As a basic framework for defining the sector, the United Nations' International Standard Industrial Classification categorizes health care as generally consisting of hospital activities, medical and dental practice activities, and "other human health activities". The last class involves activities of, or under the supervision of, nurses, midwives, physiotherapists, scientific or diagnostic laboratories, pathology clinics, residential health facilities, or other allied health professions, e.g. in the field of optometry, hydrotherapy, medical massage, yoga therapy, music therapy, occupational therapy, speech therapy, chiropody, homeopathy, chiropractics, acupuncture, etc.[14]

In addition, according to industry and market classifications, such as the Global Industry Classification Standard and the Industry Classification Benchmark, health care includes many categories of medical equipment, instruments and services as well as biotechnology, diagnostic laboratories and substances, and drug manufacturing and delivery.

For example, pharmaceuticals and other medical devices are the leading high technology exports of Europe and the United States.[15][16] The United States dominates the biopharmaceutical field, accounting for three-quarters of the world’s biotechnology revenues
Health care information technology
Health care is growing rapidly in terms of the quantity and quality of data that is collected on a daily basis. Problem is that this data is growing faster than the provider can analyze it. As the world’s population increases so will this problem. The health care providers are facing the challenge of not only providing the best care for their patients, but doing it in a cost effective method to insure that they can provide services that are affordable. This is where Business Intelligence comes in. Business intelligence is the extraction of pertinent data from the massive data collected so for in health care. There are three categories of data that are mined[23], they are:

1. Patient data (clinical)
1. Patient Information
2. Patient History
3. Diagnosis
4. Treatments or Procedures
2. Financial Data
1. Eligibility
2. Billing
3. Insurance Claims
3. Institutional Data (operations)
1. Resources available
2. Resources used
3. Inventory & Supply details

Some of this data is easy to extract and readily available to healthcare administrators, however the patient or clinical data is not as easy to Extract, Transform and Load. The reason that this data is more difficult to extract is that the data itself is more subjective than calculated. The data comes from notes and observations and to extract it properly the data needs to be considered within its context.[24]

The process of analyzing health care data is a monumental task and one that must be done properly and continually. For these reason it becomes very costly and consumes a large number of IT resource hours.

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