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From zygotes to death, evry life event is programmed by genes. The growth of all body tissue. Age of adolescence,( Here is accelaretion of hormones.) age to bear children, Age of maturity. ( Here hormones are stabilised.) Then after reproductin, Nature is not much interested in you. Then changes of old aging start. There is gradual failure of all organs. ( Organs have very large reserve capacity in young age.) Gradually every organ start to get tired and eventually fails. Progeria is a genetic disorder in which a person matures very early and get old very early. All this is programmed by genes. Some trees live for thousands of years. They are programmed by Nature that way. Turtles live for centuries.
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What is the connective tissue theory of aging?
Changes in the makeup of the connective tissue alter the stability of body structures, causing a loss of elasticity and functioning, and leading to symptoms of aging.
Can a human clone be programmed differently?
Yes, if enough DNA was attained, then a clone could be programmed.
How do tissues replenish the cells contained within them?
See if this helps you. The historical concept of aging as an irreversible, inevitable, and inefficient biologic status led to the deterministic view of aging, which resulted in the replacement principle of aging control. For this purpose, the replacements of genes, cells, tissues, or organs have been proposed, but without satisfactory results. The novel concept of aging as a responsive and adaptive response to survival has resulted in the development of a new hypothesis of aging; namely, the Gate Theory. The prerequisites of the new hypothesis are gatekeeper molecules and a responsive aging field. Based on this concept, the modulation of gatekeeper molecules affects the cellular aging field, and result in the adjustment of the senescent phenotype. As a candidate for such molecules, caveolin has been examined with respect to its association with the aging phenotype. This new concept proposes the possibility of a restoration principle, which changes our view of aging in the community from simple longevity to a functional longevity. Functional longevity engenders the notions of active participation, positive thinking, and responsible behavior by the elderly. Therefore, it can be suggested that now is the time to accept the restoration principle as a key approach to individual aging control as well as the long live community in substitution with replace principle. I did read it all to see what it say's but you read it and see. The historical concept of aging as an irreversible, inevitable, and inefficient biologic status led to the deterministic view of aging, which resulted in the replacement principle of aging control. For this purpose, the replacements of genes, cells, tissues, or organs have been proposed, but without satisfactory results. The novel concept of aging as a responsive and adaptive response to survival has resulted in the development of a new hypothesis of aging; namely, the Gate Theory. The prerequisites of the new hypothesis are gatekeeper molecules and a responsive aging field. Based on this concept, the modulation of gatekeeper molecules affects the cellular aging field, and result in the adjustment of the senescent phenotype. As a candidate for such molecules, caveolin has been examined with respect to its association with the aging phenotype. This new concept proposes the possibility of a restoration principle, which changes our view of aging in the community from simple longevity to a functional longevity. Functional longevity engenders the notions of active participation, positive thinking, and responsible behavior by the elderly. Therefore, it can be suggested that now is the time to accept the restoration principle as a key approach to individual aging control as well as the long live community in substitution with replace principle.
What organelle is involved in programmed cell death?
The organelle lysosome is involved in the programmed cell death.
Which disorder is common in aging men?
Cardiovascular disease is one problem some aging men face.
What is the programmed senescence theory of aging?
The programmed senescence theory suggests that aging is a genetically regulated process designed to limit the lifespan of an organism. It proposes that aging is a result of the activation of specific genes that control the aging process and ultimately lead to the deterioration of cells and tissues over time. This theory contrasts with the idea that aging is simply a result of accumulated damage and wear and tear on the body.
What was The first social theory of aging?
The first social theory of aging is the Disengagement Theory, proposed by Elaine Cumming and William Henry in 1961. The theory suggests that as people age, they naturally withdraw or disengage from society, leading to mutual separation between the older individual and their social roles.
Wear and tear theory of aging?
The wear and tear theory of aging suggests that the body experiences damage and deterioration over time due to cumulative damage from environmental stressors, leading to the aging process. This theory proposes that the body's cells and systems become less efficient at repairing and maintaining themselves as they age, contributing to the signs of aging and declines in health. However, this theory is not universally accepted, as other factors such as genetics, lifestyle, and metabolic processes also play a role in aging.
What theory of aging suggests that successful adjustment is fostered by a full and active commitment to life?
The activity theory of aging suggests that successful aging is facilitated by staying involved in activities and maintaining social connections. This theory emphasizes the importance of remaining engaged in life to promote well-being and health in older age.
What is the hormonal stress theory of aging?
The hormonal stress theory of aging suggests that the cumulative impact of stress on the hormonal system over time can contribute to the aging process. Chronic stress can lead to an overstimulation of the endocrine system, resulting in an imbalance of hormones that may accelerate aging and increase susceptibility to age-related diseases. Stress management techniques and maintaining hormonal balance may help mitigate this effect.
You maintain that physical changes in late adulthood are largely related to built-in-time limits to cell reproduction it's safe to say that you endorse the theory of aging?
Yes, there is a genetic programming theory of aging (cell death).
What is advantages to the continuity theory of aging?
The continuity theory of aging suggests that individuals maintain or adapt their lifestyles and personalities as they age, leading to a sense of continuity in their lives. This can provide a sense of stability, self-esteem, and purpose, helping individuals navigate the challenges of aging more effectively. It also emphasizes the importance of maintaining social connections and engaging in meaningful activities to support healthy aging.
What is the connective tissue theory of aging?
Changes in the makeup of the connective tissue alter the stability of body structures, causing a loss of elasticity and functioning, and leading to symptoms of aging.
What movie character was programmed to buy the book The Catcher in the Rye?
Jerry Fletcher from - Conspiracy Theory (1997)
Which sociological perspective is most closely aligned with the disengagement activity and continuity theories of aging?
The functionalist perspective in sociology is most closely aligned with the disengagement and activity theories of aging. Functionalist theory emphasizes the role of institutions in maintaining social order. Both disengagement theory (withdrawal from societal roles) and activity theory (engagement in activities to maintain well-being) examine how individuals adapt to aging in relation to societal expectations and norms.
What is the genetic theory of aging?
Human cells maintain their own seed of destruction at the chromosome level.
Shortening of sarcomeres causes?
In biological theory, some biologists suspect the shortening of sacromeres causes aging.
