Hair Loss And Thinning At Menopause

Hair Loss And Thinning At Menopause

Is there a relationship between hair loss and menopause?

The most common cause of hair loss is low thyroid function, which is common among menopausal women. Other causes include, but are not limited to: changes in hormone levels (decrease or increase), increased testosterone, increased stress (physical or emotional), various medications, scalp/dermatological issues and heredity. Any time sudden hair loss is experienced, one must consider events which took place up to three months prior to the hair loss, as factors affecting hair loss can often take up to three months to have an effect, i.e., were you diagnosed with something new in the past few months? Did you start taking medication during the past few months? Did you go through a traumatic experience (death of a loved one/friend, divorce and any other event that can be categorized as ‘traumatic’). Subsequently, any treatments for hair loss should be given at least three months to have noticeable effects.

You might look into Soy isoflavones which have estrogenic effects (without the risk of synthetic HRT) and have helped many women’s hair thinning problems.

When progesterone levels fall as a result of lack of ovulation, the body responds by increasing its production of the adrenal cortical steroid, androstenedione, an alternative precursor for the production of other adrenal cortical hormones. Androstenedione conveys some androgenic (male-like) properties, in this case, male pattern hair loss. When progesterone levels are raised by natural progesterone supplements, the androstenedione level will gradually fall, and your normal hair growth will eventually resume. Since hair growth is a slow process, it may take four to six months for the effects to become apparent. This can be corrected by using naturally compounded hormones.

Additional Information on hair loss and hair in general.

“Hair Loss in women: It’s more common than you may think
Originally published in Mayo Clinic Health Letter

“You wouldn’t guess it from the male-oriented ads for hair-growth products, but about two-thirds of women also face hair loss at some point in life. Not surprisingly, many find it as alarming as men do perhaps even more so.

For many, the loss is permanent. But some causes of hair loss in women are treatable. Seeing your physician can help you get to the root of the problem.

How your hair grows

Your hair is made of keratin (KER-uh-tin), the same protein that makes up your nails and the outer layer of your skin. The part you see and style is called the hair shaft. It’s actually dead tissue made by your hair follicles tiny bulb-like structures beneath your scalp’s surface.

The average head has about 100,000 hairs. Your hair grows and is shed regularly. You usually lose 50 to 100 strands each day. If you have a normal head of hair, you probably don’t notice this small loss.

Hair usually grows about half an inch per month, although this slows as you age. Each hair remains on your head for two to six years, and during most of this time is continually growing.

As a hair gets older, it may enter a resting stage in which it remains on your head but doesn’t grow. At the end of this stage, the hair usually falls out. Usually, the follicle replaces it in about six months.

But many factors can disrupt this cycle. The result can be that your hair falls out early or isn’t replaced.

Age and hormones

Most people naturally experience some hair loss as they get older. But age, changing hormones and heredity cause some to lose more hair than others. The result can be partial or total baldness, known as alopecia (al-o-PEE-she-uh).

Men are far more likely than women to have hair loss and baldness as they age. “Male-pattern baldness” is the receding hairline and hair loss on top of the head. It’s typically genetic.

But there’s also a “female-pattern baldness” also inherited that can cause modest to significant hair loss in women as they age. The hair loss can first become apparent in women by ages 25 to 30.

Female-pattern baldness starts with the replacement hairs becoming progressively finer and shorter. They can also become almost transparent.

Usually, the hair loss is far less prominent than it is in men. It also occurs in a different pattern. Most women first experience hair thinning and hair loss where they part their hair and on the top of the head, but don’t have a receding hairline.

About 50 percent of women who experience hair loss have female-pattern baldness. Unfortunately, it’s often permanent just as in men. (Dearest Note: Not all hair thinning and loss must be permanent. There have been cases of perimenopausal women, for example, experiencing thinning and lost hair who, once their hormone levels become balanced, can experience the thickness of previously thinning and the regrowth of lost hair that occurred during the ebbing and flowing hormonal years).

Other causes A variety of other factors may cause hair loss often temporary in women. These may include:

  • Medications Some drugs used to treat cancer can cause your hair to fall out. But other prescription drugs, such as blood thinners, antidepressants and high blood pressure medications, can also cause hair loss. So can birth control pills and high doses of certain vitamins.
  • Diet: Too little protein in your diet can lead to hair shedding. So can too little iron. Bottom line: Too strenuous dieting can result in hair loss! If you want to lose weight, do it the sensible way, especially if you have a hair thinning/loss problem to begin with.
  • Stress or illness You may start losing hair one to three months after a stressful situation, such as major surgery. High fevers, severe infections or chronic illnesses can also result in hair loss. Auto-immune disorders can cause hair loss.
  • Childbirth Some women lose large amounts of hair within two to three months after delivery.
  • Alopecia areata Alopecia areata (ar-e-AH-tuh) is a condition in which hair loss occurs only in certain areas, resulting in hairless patches the size of a coin or larger.
  • Thyroid disease An overactive or underactive thyroid can cause hair loss. (Dearest Note: One may get her thyroid numbers in order after beginning a regimen of thyroid medication. HOWEVER, there have been reported cases of women experiencing hair loss FROM the thyroid medication.)
  • Ringworm If this fungal infection occurs on your scalp, it can cause small patches of scaling skin and some hair loss.
  • source: power-surge.com

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The mitochondrial theory of aging and its relationship to reactive oxygen species damage and somatic mtDNA mutations

The mitochondrial theory of aging and its relationship to reactive oxygen species damage and somatic mtDNA mutations

Proc Natl Acad Sci U S A. 2005 December 27; 102(52): 18769–18770

Department of Pathology, University of Washington, Seattle, WA 98195

Mitochondria are cellular energy factories that generate ATP via the reaction of hydrocarbons with oxygen. Every human cell contains hundreds of mitochondria, and each mitochondrion contains multiple copies of mitochondrial DNA (mtDNA). The ancestry of the mitochondrial genome can be traced to early eubacteria, and it is therefore unexpected that this organelle may have a major role in governing the pace of human aging. Three recent papers (1–3) plus a work published in a recent issue of PNAS (4) have demonstrated that accelerating the mtDNA mutation rate can result in some features suggestive of premature aging, consistent with the view that loss of mitochondrial function is a major causal factor in aging.
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World life expectancy chart and rank 2010

World life expectancy chart 2010

Country Comparison :: Life expectancy at birth

This entry contains the average number of years to be lived by a group of people born in the same year, if mortality at each age remains constant in the future. The entry includes total population as well as the male and female components. Life expectancy at birth is also a measure of overall quality of life in a country and summarizes the mortality at all ages. It can also be thought of as indicating the potential return on investment in human capital and is necessary for the calculation of various actuarial measures.

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SEX ADDS YEARS TO YOUR LIFE

YOUR PLEASURE PATHWAY

Brain scientists have long known the human Brain is equipped with a system of pleasure centers, also known as reward pathways, but until recently this knowledge was mainly used in the study of addiction. Further study has led to the discovery that these pathways evolved over time to promote behaviors that increase our ability to survive, such as feeding and reproductive behaviors. In other words this reinforcement or Pleasure Pathway, evolved to promote activities that are essential to the survival of the human race. That’s good news for those of us who grew up believing anything that felt or tasted good had to be bad for us.

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The aging immune system: primary and secondary alterations of immune reactivity in the elderly.

The aging immune system: primary and secondary alterations of immune reactivity in the elderly.

Exp Gerontol. 1997 Jul-Oct;32(4-5):401-13.

Abstract

The function of the immune system is known to decline in the elderly. The present communication will show that, similar to the situation in children, it is necessary to distinguish between primary and secondary alterations of the immune reactivity in the elderly. The primary immunological change in the elderly is the age-dependent intrinsic decline of immune responsiveness that is also observed in healthy persons, i.e., those selected according to the criteria of the SENIEUR Protocol of EURAGE (European Community Concerted Action on Aging). Secondary immunological changes are due to underlying diseases and various environmental factors, including diet, drug intake, physical activity, etc. While primary immunodeficiencies of the elderly are not, or only to a very minor extent, presently influenced by therapeutic measures, secondary alterations of the immune function offer further possibilities for corrective measures.

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The Evolutionary Theory of Ageing

The Evolutionary Theory of Aging

FOR IMMEDIATE RELEASE
(Free-Press-Release.com) October 16, 2007 —

The physiological and molecular processes that are collectively known as ageing gradually increase the vulnerability and eventually lead to the death of organisms. This process of degeneration of an individual is seemingly contradictory to Darwin’s theory of Evolution. For how can natural selection favour a process that gradually increases the rate of mortality with age and correspondingly reduces the capacity to reproduce? Why did these so called mechanisms of senescence evolve? This contradiction has been noticed by a number of scientists over the years and the Evolutionary theory of ageing is an attempt to resolve the question.

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Cellular Clock Promotes Seismic Changes in Chromatin Landscape Associated With Aging

Cellular Clock Promotes Seismic Changes in Chromatin Landscape Associated With Aging

ScienceDaily (Oct. 4, 2010) — Like cats, human cells have a finite number of lives: once they divide a certain number of times (thankfully, more than nine) they change shape, slow their pace, and eventually stop dividing — a phenomenon called “cellular senescence.”

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Stress Speeds Aging

By Rob Stein, Washington Post Staff Writer

Scientists have identified the first direct link between stress and aging, a finding that could explain why intense, long-term emotional strain can make people get sick and grow old before their time.

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