Health Care Workers Turn to Alcohol Hair Testing to Help Recovering Alcoholics

Alcohol addiction is a strong disease, taking sometimes years to fully diagnose and treat. Once a person has been diagnosed as an alcoholic, they are always an alcoholic but that does not mean they are any less of a citizen. Continual support and counseling is needed while a person is on their way to recovery. Medically speaking, addiction counselors use several methods to track a patient%26rsquo;s progress. With new alcohol hair testing advances, a counselor can watch the progress of a recovering addict for up to 12 months. Because the types of sensitive testing a patient%26rsquo;s hair sample goes through, the amount of drinking that occurred during a particular week is traceable. How Hair Alcohol Testing Works As hair grows it absorbs everything we put into our bodies that is fed from the bloodstream. What we absorb is stored as chemical markers that are locked in the hair and show a history like rings on a tree, showing the history of time. These markers, including fatty acid ethyl esters, FAEE%26rsquo;s only occur when ethanol alcohol is consumed. The more alcohol an individual consumes, the greater the concentration of these markers in the hair. Even more useful for alcohol treatment programs is testing for EtG, ethyl glucuronide, a direct metabolite of ethanol which is only detected if alcohol is consumed. For a urine alcohol test, EtG remains present in urine well after the disappearance of ethanol itself, up to five days, and with EtG alcohol testing EtG can show up for several months after a person consumed alcohol last. The reason is because metabolites remain indefinitely in the hair shaft and cannot be removed through any chemical treatment; only shaving one%26rsquo;s head could eliminate the evidence. A Less Invasion Way to Test Patients Instead of urine alcohol testing, breath or saliva or even sweat testing that demands personal body fluids, alcohol hair testing only asks for a small sample of hair, taken from the scalp in a discreet environment. This is done by a trained nurse or substance health care monitor who then collects a candidate%26rsquo;s sample discreetly in their home or place of work. No need for random urine samples or inconvenient clinic visits. Besides reducing the demand for intrusive body fluids, it satisfies a need for testing patients who get stage fright or %26ldquo;bashful bladder%26rdquo; under pressure. Alcohol hair testing is considered one of the least evasive substance tests around as well as the most accurate and detailed. For health care workers trying to accurately test alcoholics who are trying to abstain from drinking, with EtG alcohol testing for hair, there is no better substitute for testing patient%26rsquo;s success on the road to recovery.

Hair Loss Information and Prevention

Hair is made of a type of protein called keratin. A single hair consists of a hair shaft (the part that shows), a root below the skin, and a follicle, from which the hair root grows. Hair loss is a big worry to many people, both male and female. Hair loss also kown baldness. More than half of men and women in the United States experience hair loss. About 30% of people have hair loss by age 30 years, and about 50% have hair loss by age 50 years. Abnormal hair loss can be due to many different causes, but about 50 percent of the population experience normal hair loss by the time they reach 50.The 50–100 hairs that everyone loses each day frequently get entangled with the remainder of the hair. There are many causes of hair departure. Hormonal problems may induce hair departure. If your thyroid gland is overactive or underactive, your hair may slip away. Some medicines can induce hair departure. Medicines that can induce hair departure include blood thinners , medicines used for gout, medicines used in chemotherapy to handle cancer, vitamin An (if overly often is taken), birth command pills and antidepressants. Certain infections can induce hair departure. Fungal infections of the scalp can induce hair departure in children. Baldness, whether long-lasting or temporary, can’t be cured. But treatments are available to help promote hair growth or hide hair exit. Minoxidil drug is approved for the treatment of androgenetic alopecia and alopecia areata. Eating a steady, vigorous diet is substantial for a lot of reasons, and it really benefits your hair. Finasteride prescription drug to manage male-pattern baldness is taken daily in pill sort. Injections of cortisone into the scalp can manage alopecia areata. Treatment is usually repeated monthly. Surgery is another method of reversing hair exit and baldness, although it may be considered an extreme measure. Hair Loss Treatment and Prevention Tips 1. Finasteride is available with a prescription. 2. Corticosteroids injections can treat alopecia areata.3. Stress reduction can be helpful in slowing hair loss. 4. Eating a balanced, healthy diet is important for hair. 5. Regular aerobic exercise can help keep androgen levels. 6. Surgery is another method of reversing hair loss and baldness.7. Minoxidil is available without a prescription. It is applied to the scalp.

Persistent Headlice Infestations

Today it is becoming more and more common for headlice treatments to fail. When this happens, the reoccurring infestation becomes evident within a few weeks after treatment. Persistent headlice infestation can go on for months, and in a few cases, even years. Not only is this an incredible amount of trouble, it can actually be emotionally traumatic for the person who has the headlice infestation, as well as others in the household. Usually the reason behind a persistent headlice infestation is the direct environment the person is in. It may be that they are being re-infested through household items that were not treated, or someone who they are in close contact with has failed to treat their condition and is still spreading lice. Another problem that is being seen frequently is that the common shampoo and cream treatments are no longer 100% effective in treating headlice. This is partly due to the fact that the lice are becoming immune to the insecticides in the treatments, so they are no longer killing lice the way they once did.Persistent headlice infestation can be a big problem. For one thing you can only safely use the medicated treatments so often before they become a health hazard, in addition the emotional stress of having to continually treat all members in your household for headlice will take its toll quickly.To best fight headlice infestations it is imperative that it be treated properly from the beginning. Treat the hair and carefully remove all the nits from the hair shaft with a specially designed comb. Always vacuum the carpet and furniture in your home immediately after treatment, and you will also want to wash all bedding and clothes in hot water. Soak combs, brushes and other hair items in very hot water, or completely discard them and buy the items new. Aside from these steps, you may want to let all people you, or your family has been in contact with, know that there was a headlice infestation and that they should check to ensure that they do not have them.This will help to eliminate the possibility that the headlice will be passed back and forth between people who are frequently in each other’s company. If you have children in daycare or school, call and let them know that your child was exposed to headlice.Another very important step is to retreat the hair after a week. This will help to rid the head of any newly hatched lice; in addition, keep checking at least every other day for a reoccurring infestation, even after the second treatment.Also speak with your healthcare provider about what you can do to eliminate headlice.

Acne Formation Causes

Acne is an inflammatory ailment of the pilosebaceous follicles.

The hair follicle and sebaceous glands permanently undergoes dynamic remodeling in a cyclical manner involving finely coordinated sequences of cell division, differentiation and death of cells. Sebaceous glands are gathered by the side of a hair follicle, into which they pour the secretion - sebum.

Their short canal is made of stratified squamous epithelium. Sebum is formed by the total breakdown of the cells and may lubricate the hair shaft, defend the skin from drying and moisture, and prevent microbial invasion.

Ongoing research is modifying the classical view of breakouts as caused by Propionibacterium acnes bacteria to a perception of breakouts as an inflammatory disorder with androgens, hormonal receptors, regulatory neuropeptides, and environmental influences being agents capable to alter the natural cyclical dynamic breakdown of dead cells into sebum within the sebaceous follicles. Alteration of discharge of sebum to the surface of skin leads to occlusion of the ducts (microcomedones) and then enlarged comedones that become inflammatory blemishes.

Pro-inflammatory lipids, chemokines (elements produced by cells at the site of injury or infection which originate intracellular signals which promote cell motion, and cytokines (cell-secreted proteins that affect the expression of growth factors as well as migration of white blood cells to a damaged site and fibroblast proliferation), seem to work as mediators for the initiation of acne blemishes. Propionibacterium acnes is not directly involved but may mediate later inflammatory events leading to worsening of the blemishes.

Variation in the natural immunity of the skin predisposes to acne. Some people have higher levels of constitutive, natural, immunity in the skin and some may also possess a much stronger response to external stimuli, and such depends indirectly on hereditary factors related to excessive androgen activity in puberty, that trigger sterile inflammatory phenomena.

What Triggers Acne during Adolescence?

Acne is initiated by an inflammatory signal to the nervous system without involvement of bacteria in its initiation. During adolescence sebum production is exacerbated and the first flow of sebum through the previously empty duct might create shear forces of enough magnitude that damage the pilosebaseous gland. The body responds with the release of inflammatory molecules to promote cell division and rapidly restore the lining of the inner surface of the conducts. At the same time sebum at the external orifice of the sebaceous gland duct and/or the hair follicle leads to formation of a dry “plug” (comedone) which obstructs the flow of sebum. On contact with oxygen, the comedone turns dark forming what is usually referred to as a black head.

The aqueous content of the comedone is minimized by evaporation and diffusion into the nearby horny layer (keratin) of the external epidermis resulting in a hardening of the comedone, beginning at the external layer. The comedone may become attached to the keratin and thus “moored” to nearby elements of the skin. The comedone becomes changed chemically, as well as physically, thus becoming a material which is foreign to the body.

Hair Loss Tips- Hair care
by jainish

Hair care is an generally term for parts of hygiene and cosmetology involving the hair on the human head. Hair care will differ by according to one’s hair type and according to various processes that can be applied to the hair. All hair is not the same; indeed, of hair is just a manifestation of human diversity.

In this article, ‘Hair care’ is taken to mean special care of hair on the human head, but mention should be made of process and services which impact hair on other parts of the body. This includes men�s and women�s facial, pubic, and to other body hair, which may be dyed, trimmed, shaved, plucked, or otherwise removed with treatments such as the waxing, sugaring, and threading. These services are offered basically in salons, barber shops, and day spas, and products are available to commercially for home use Laser hair removal and electrolysis are also available, though these are just provided (in the US) by licensed professionals in medical offices or specialty spas.

Hair cleaning and conditioning

[edit] Biological processes and hygiene

Care of the hair and care of the scalp skin may to appear separate, but are actually intertwined because hair grows from beneath the skin. The living parts of the hair (hair follicle, hair root, root sheath, and sebaceous gland) are beneath the skin, while the actual hair shaft which then emerges (the cuticle which covers the cortex and medulla) has no living processes. o or changes made to the visible hair shaft cannot be strictly repaired by a biological process, though much can be done to manage hair and ensure that the cuticle remains here intact. (For more information on the biological processes involved in the hair production, see Hair.)

The sebaceous glands in human skin produce the sebum, which is in fact composed over all of fatty acids. Sebum acts to protect the hair and skin, and can inhibit the growth of the microorganisms on the skin. Sebum contributes to the skin�s slightly acidic natural pH somewhere in between 5 and 6.8 on the pH spectrum. This oily substance actually gives hair moisture and shine as it travels naturally down the hair shaft, and serves then as a protective substance preventing the hair from drying out or absorbing excessive amounts of external substances. Sebum is also being distributed down the hair shaft �mechanically� by brushing and combing. When sebum is basically present in excess, the roots of the hair can appear oily, greasy, normally darker than normal, and the hair may stick together.

[edit] Hair cleaning

To combat this appearance of �dirty� hair, and to remove the actual dirt and other contaminants and external substances like those sweat, the hair may be washed. Often hair is washed as part of a shower or bathing with a specialized soap that called shampoo. Those with damaged or curly hair, or sensitive scalps, may get benefit from cleansing with a light conditioner, instead. However, this requires that only water-soluble products this are applied to the hair and scalp.

To help lift any scaly skin, detritis, and sebum, mainly for those who suffer from scalp skin ailments, very gently scratching the surface of the skin with just a small fine toothed comb may help to loosen and to lift grime and dead skin cells before a hair wash, helping to have a much cleaner scalp skin after a hair wash.

Microfiber towels that help to absorb the water from hair faster than conventional towels are then available on the market. These are mostly helpful for those with very thick hair that may otherwise take a while to dry, specially if air drying.

Washing hair with shampoo and conditioner should be used moderately. Washing with the shampoo and conditioner more than 3 times a week may dry hair, making it “frizzy

Understanding How Hair Grows - The hair system is known as the pilosebaceous system.

It consists of four main parts:

1. Follicle - the hair canal 2. Papilla - the organ that feeds hair growth 3. Sebaceous Gland - the associated oil gland 4. Hair - shaft or structure which has hardened (keratinized)

Follicle A hair follicle is an indention in the skin.

The inside of each follicle therefore is much like the skin’s surface being an inward fold into the skin with a mechanism for producing a hair.

The lower portion of the follicle has an expanded shape and is called the follicle bulb where there is an area of actively dividing cells called the hair matrix.

This is the source of hair production. The follicle and the hair it produces continue through repeated cycles of growth and rest.

Papilla At the base of the follicle lies a tiny structure made of skin-related cells called the dermal papilla which feeds the newly formed hair cells from its blood supply.

These newly formed hair cells grow continuously and die continuously, forming a hardened or keratinized structure - the hair shaft.

The hair shaft continues to grow outward from the follicle base.

Sebaceous Gland The sebaceous glands or oil glands are located close beneath the surface of the skin over the entire body.

There are a large number concentrated in the facial area. The oily material secreted is called sebum.

Sebum lubricates the hair shaft and the skin.

Hair The papillary region is often referred to as the “hair root,” the portion which grows below the surface of the skin which is contained within the follicle canal.

The hair shaft is the portion of the hair that grows above the skin surface.

Generally speaking, two types of hair are produced by the follicle:

vellus terminal

Vellus hair is like “peach fuzz” and it is normally found on a woman’s cheek or a young child. It is soft, downy and colorless. The follicles producing vellus hair are shallow, and the hair shaft produced is relatively short. Vellus hair is normal in women and is not treated with permanent hair removal techniques such as electrolysis.

Terminal hair is deeply rooted, coarse, and colored. Terminal hair begins as the peach fuzz type but later develops color and some degree of coarseness at which point it becomes the terminal type.

Terminal hair grows from the scalp, eyebrows, underarms, pubic area, and other parts of the body.

It is terminal hair which many people regard as unwanted and therefore try to remove from certain body areas.

Damaged Hair Information and Prevention

Healthy looking hair has a smooth, tightly closed cuticle layer that protects the inner cortex from drying out. The cuticle layer allows hair to maintain its moisture balance, and gives hair its elasticity, strength and shine. Hair Damage is a serious problem for many people. Hair damage can range from uplifted cuticle scales resulting in dullness and decreased shine to bubbled and brittle cuticles to complete removal of the cuticle layer. Damaged hair is dry, porous, weak and hard to manage. Knots, tangles, back-combing and hair elastics can lift the cells of the cuticle layer, which can eventually lead to cortex exposure and hair breakage. Heat from appliances such as curling irons or flat soften hair keratin (the main protein in the hair). Too much heat can cause the water in hair to a boil. Hair dyes lift the cuticle so that the dyes can enter the cortex of the hair. The process can also dry out the hair. Ultra-violet rays of the sun breaking down keratin and melanin in the cortex and cuticle of the hair.Wind tangles the hair and causes individual strands to rub together. This can cause enough friction to damage the cuticle layer, weakening the hair shaft and leading to breakage. Cold weather dries out hair more quickly because there is less humidity in the air. Damaged Hair Treatment and Prevention Tips 1. Regularly cut and trim damaged areas with split ends.2. Use shampoo suitable for your hair type3. Long hair needs regular conditioning to rejuvenate strands4. Drink plenty of water for natural moisture to hair. 5. Eat a balanced diet, including multivitamins and protein in order to encourage the growth of hair.6. Massage your hair with hot oil before washing7. The exercise also helps stimulate blood flow to the scalp and hair follicles.8. Avoid stressful situations that may prompt hair loss.

Hair loss Treatment for Children’s

Hair loss Treatment for Children’sHair loss in children is more common than most people realize. When a child is diagnosed with medically related hair loss, many times one parent must stop working in order to stay home and care for the child or to be available to accompany the child on medical trips for treatment. Discretionary income may decline drastically (virtually being cut in half), and wigs can often not be worked into the family budget with such a dramatically reduced income. Children are subject to several causes of hair loss, some common, some rare. Causes of Hair Loss In Children’sChildren’s Tinea Capitis hair loss: Tinea Capitis is a disease caused by fungal infection of the skin of the scalp, eyebrows, and eyelashes, with a propensity for attacking hair shafts and follicles. It is also called “ringworm of the scalp”. The condition is caused by a fungus that invades the hair shaft and causes the hairs to break. Children’s Alopecia Areata hair loss: Alopecia areata is another common form of patchy hair loss in children. The typical story is the sudden appearance of one or more totally bald areas in the scalp. Children’s Traction Alopecia hair loss: Traction Alopecia, or physical damage to the hair, is another common cause of hair loss, particularly in girls. The human hair is quite fragile and really does not respond well to the many physical and chemical assaults it has to endure in the name of beauty. Children’s Trichotillomania hair loss: Trichotillomania is the compulsion to pull out one’s own hair. It results in irregular patches of incomplete hair loss, mainly on the scalp, but may involve the eyebrows and eyelashes as well. Children’s Telogen Effluvium hair loss: Following a high fever, flu, or severe emotional stress, hairs that were in their growth phase can sometimes be suddenly converted into their resting phase. Natural Steps to Prevent Hair LossEat and drink biotin: biotin is a very essential vitamin that will aid in hair growth andyou can get this in foods such as honey, milk and bananas. A great, healthy and tasty way to get biotin is to make a blended shake with these ingredients and yogurt.Stop Stress: The reasons for occurring stress can be the environment, or internal factors, such as depression, grief or resistance to change. If the continuation of stress is not solved it will start to affect the way in which the body reactsMassage your scalp every time: It is useful to promote the new capillaries growth in scalp tissue. It may help to strengthens the capillaries walls which are nourished the hair follicles. It is very effective to increase in the elasticity and flexibility of the scalp. Sleep plays an important role in allowing the body to repair and regenerate. One in four of us suffers from some form or sleep problem! Alterations in the sleep-wake cycle have been shown to affect the body systems including immune function, hormone secretion, physical and mental emotional stamina. Get vitamin B in your everyday foods and supplements: Deficiency in B vitamins- especially B6, inositol, Biotin, and folic acid. B vitamins, especially B5 (pantothenic acid) and B3 (Niacin) in diet can cause hair loss. Therefore it is necessary to include these vitamins in regular diet as it forms an important part in the growth of hair follicle. In order to cure hair loss, Vitamin supplement intake should be performed carefully. Research shows that an excessive intake of vitamin B6 by men results in stimulated hair growth.disorder has a relative with bipolar disorder, or they may develop bipolar disorder themselves.

Health Care Workers Turn to Alcohol Hair Testing to Help Recovering Alcoholics

Alcohol addiction is a strong disease, taking sometimes years to fully diagnose and treat. Once a person has been diagnosed as an alcoholic, they are always an alcoholic but that does not mean they are any less of a citizen. Continual support and counseling is needed while a person is on their way to recovery. Medically speaking, addiction counselors use several methods to track a patient’s progress. With new alcohol hair testing advances, a counselor can watch the progress of a recovering addict for up to 12 months. Because the types of sensitive testing a patient’s hair sample goes through, the amount of drinking that occurred during a particular week is traceable. How Hair Alcohol Testing WorksAs hair grows it absorbs everything we put into our bodies that is fed from the bloodstream. What we absorb is stored as chemical markers that are locked in the hair and show a history like rings on a tree, showing the history of time. These markers, including fatty acid ethyl esters, FAEE’s only occur when ethanol alcohol is consumed. The more alcohol an individual consumes, the greater the concentration of these markers in the hair. Even more useful for alcohol treatment programs is testing for EtG, ethyl glucuronide, a direct metabolite of ethanol which is only detected if alcohol is consumed. For a urine alcohol test, EtG remains present in urine well after the disappearance of ethanol itself, up to five days, and with EtG alcohol testing EtG can show up for several months after a person consumed alcohol last. The reason is because metabolites remain indefinitely in the hair shaft and cannot be removed through any chemical treatment; only shaving one’s head could eliminate the evidence. A Less Invasion Way to Test PatientsInstead of urine alcohol testing, breath or saliva or even sweat testing that demands personal body fluids, alcohol hair testing only asks for a small sample of hair, taken from the scalp in a discreet environment. This is done by a trained nurse or substance health care monitor who then collects a candidate’s sample discreetly in their home or place of work. No need for random urine samples or inconvenient clinic visits. Besides reducing the demand for intrusive body fluids, it satisfies a need for testing patients who get stage fright or “bashful bladder” under pressure. Alcohol hair testing is considered one of the least evasive substance tests around as well as the most accurate and detailed. For health care workers trying to accurately test alcoholics who are trying to abstain from drinking, with EtG alcohol testing for hair, there is no better substitute for testing patient’s success on the road to recovery.

Acne Formation Causes

Acne is an inflammatory ailment of the pilosebaceous follicles.

The hair follicle and sebaceous glands permanently undergoes dynamic remodeling in a cyclical manner involving finely coordinated sequences of cell division, differentiation and death of cells. Sebaceous glands are gathered by the side of a hair follicle, into which they pour the secretion - sebum.

Their short canal is made of stratified squamous epithelium. Sebum is formed by the total breakdown of the cells and may lubricate the hair shaft, defend the skin from drying and moisture, and prevent microbial invasion.

Ongoing research is modifying the classical view of breakouts as caused by Propionibacterium acnes bacteria to a perception of breakouts as an inflammatory disorder with androgens, hormonal receptors, regulatory neuropeptides, and environmental influences being agents capable to alter the natural cyclical dynamic breakdown of dead cells into sebum within the sebaceous follicles. Alteration of discharge of sebum to the surface of skin leads to occlusion of the ducts (microcomedones) and then enlarged comedones that become inflammatory blemishes.

Pro-inflammatory lipids, chemokines (elements produced by cells at the site of injury or infection which originate intracellular signals which promote cell motion, and cytokines (cell-secreted proteins that affect the expression of growth factors as well as migration of white blood cells to a damaged site and fibroblast proliferation), seem to work as mediators for the initiation of acne blemishes. Propionibacterium acnes is not directly involved but may mediate later inflammatory events leading to worsening of the blemishes.

Variation in the natural immunity of the skin predisposes to acne. Some people have higher levels of constitutive, natural, immunity in the skin and some may also possess a much stronger response to external stimuli, and such depends indirectly on hereditary factors related to excessive androgen activity in puberty, that trigger sterile inflammatory phenomena.

What Triggers Acne during Adolescence?

Acne is initiated by an inflammatory signal to the nervous system without involvement of bacteria in its initiation. During adolescence sebum production is exacerbated and the first flow of sebum through the previously empty duct might create shear forces of enough magnitude that damage the pilosebaseous gland. The body responds with the release of inflammatory molecules to promote cell division and rapidly restore the lining of the inner surface of the conducts. At the same time sebum at the external orifice of the sebaceous gland duct and/or the hair follicle leads to formation of a dry “plug” (comedone) which obstructs the flow of sebum. On contact with oxygen, the comedone turns dark forming what is usually referred to as a black head.

The aqueous content of the comedone is minimized by evaporation and diffusion into the nearby horny layer (keratin) of the external epidermis resulting in a hardening of the comedone, beginning at the external layer. The comedone may become attached to the keratin and thus “moored” to nearby elements of the skin. The comedone becomes changed chemically, as well as physically, thus becoming a material which is foreign to the body.