Moderator: ofonorow
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AZ01 – Male age 49.2 Median Telomere Length 10.7 Crit. Short Telomeres (20th %) 5.6
AZ03 – Female age 67.8 Median Telomere Length 10.5 Crit. Short Telomeres (20th %) 6.0
AZ04 – Female age 48.8 Median Telomere Length 11.6 Crit. Short Telomeres (20th %) 5.9
IL02 – Female age 54.2 Median Telomere Length 11.4 Crit. Short Telomeres (20th %) 6.0
IL03 – Male age 56.5 Median Telomere Length 9.6 Crit. Short Telomeres (20th %) 5.4
IL05 – Male age 68.4 Median Telomere Length 7.5 Crit. Short Telomeres (20th %) 4.6
IL06 – Male age 63.0 Median Telomere Length 8.6 Crit. Short Telomeres (20th %) 4.9
IL07 – Male age 68.6 Median Telomere Length 8.9 Crit. Short Telomeres (20th %) 5.4
Owen
IL13 – Male age 61.2 Median Telomere Length 10.7 Crit. Short Telomeres (20th %) 5.6
Marianne
IL04 – Female age 62.2 Median Telomere Length 11.2 Crit. Short Telomeres (20th %) 5.7
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IL v06 - Female age 48 Median Telomere Length 9.4 Crit. Short Telomeres (20%) 5.0 **
IL 1002 Female Age 65 Median Telomere Length 11.0 Criti. Short Telomeres (20%) 5.9
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AZ04 – Female age 48.8 Median 11.6 Short 5.9
IL02 – Female age 54.2 Median 11.4 Short 6.0
IL04 – Female age 62.2 Median 11.2 Short 5.7 (Marianne)
IL1002 Female Age 65 Median 11.0 Short 5.9
AZ01 – Male age 49.2 Median 10.7 Short 5.6
IL13 – Male age 61.2 Median 10.7 Short 5.6 (Owen)
AZ03 – Female age 67.8 Median 10.5 Short 6.0
IL03 – Male age 56.5 Median 9.6 Short 5.4
ILs06 - Female age 48 Median 9.4 Short 5.0
IL07 – Male age 68.6 Median 8.9 Short 5.4
IL06 – Male age 63.0 Median 8.6 Short 4.9
IL05 – Male age 68.4 Median 7.5 Short 4.6
Owen, I'm not certain exactly how to understand the scores. Could you please explain to me more in depth.
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IL07 – Male age 68.6 Median 8.9 Short 5.4
Every one of us completely regenerates our own skin every 7 days. A cut heals itself and disappears in a week or two. Every single cell in our skeleton is replaced every 7 years.
The cells in our bodies are constantly dividing, regenerating, and dying, but each cell’s life cycle is different. The cells lining the stomach, because they’re exposed to acid, replace themselves about every five days. Cells in the epidermis last about a week. Red blood cells live for approximately four months in the body, while hepatocytes (liver cells) live about five. These hardworking but disposable cells take a lot of punishment; they’re easily manufactured and easily replaced.
On the other end of the spectrum, some cells take much longer than seven years to regenerate. A bone completely remodels itself and replaces all of its cells every ten years or so. Cells in the intestinal tract (other than the lining of the stomach) last for about fifteen years, the same as certain muscles, such as the intercostals between the ribs.
Then there are the cells that rarely—if ever—turn over. For example, females do not regenerate oocytes; all the eggs they will ever have are present at birth. Teeth don’t regenerate. Cardiac tissues and neurons, although once thought to be irreplaceable, have been shown to be capable of regeneration, albeit at an extremely slow rate. According to a study published in the April 2009 issue of Science, researchers at the Karolinska Institute in Sweden ascertained that for cardiomyocytes, the yearly rate of cellular turnover is about 1 percent starting at birth, and that the rate declines steadily with age. They also estimated that a person who lived until age seventy-five would not yet have replaced even half of his or her original heart cells. In addition, scientists have discovered that although certain areas of the brain are indeed capable of neurogenesis, other areas, such as the cerebral cortex and the visual cortex, are not, and people’s neurons in those areas are with them from birth.
The human body contains about ten trillion individual cells. Taking into account all of the specialized tissues—those that regenerate quickly and those that don’t—an adult’s bodily cells are likely to be, on average, between eleven and fifteen years old.
white blood cells live on average more than a year.
peripheral blood mononuclear cells.
A peripheral blood mononuclear cell (PBMC) is any blood cell having a round nucleus (as opposed to a lobed nucleus).[1] For example: a lymphocyte, a monocyte or a macrophage. These blood cells are a critical component in the immune system to fight infection and adapt to intruders. The lymphocyte population consists of T cells (CD4 and CD8 positive ~75%), B cells and NK cells (~25% combined).
(2) in response to inflammation signals, monocytes can move quickly (approx. 8–12 hours) to sites of infection in the tissues and divide/differentiate into macrophages and dendritic cells to elicit an immune response.
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IL 1002 Female Age 65 Median Telomere Length 11.0 Criti. Short Telomeres (20%) 5.9
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Summary
First Test: Median Length 11.0 (May 2015)
Second test: Median Lenth 12.5 !!! (Sept 2015)
First Test: Short Telomeres 5.9 (May 2015)
Second Test: Short Telomeres 6.6 !!! (Sept 2015)
First Test: Estimated Age: 64.8 (May 2015)
Secont Test: Estimated Age: 60.8 !!! (Sept 2015)
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