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1 Νοε 2015 · This article will explore several common theories about why and how we age. By understanding current aging theories, clinicians can follow advances in aging research and intelligently address patient questions about life extension therapies and strategies to slow aging.
- Biological Theories of Aging
The FRTA is one of the most popular aging theories and forms...
- If You Would Live Long, Choose Your Parents Well
Out of the one million people who have inhabited Iceland...
- Thymic Involution With Ageing
These selected cells then migrate to the j.T and A, The...
- Biological Theories of Aging
1 Μαΐ 2022 · Plant aging can be caused by many factors, such as telomere depletion, genomic instability, loss of proteostasis, changes in intercellular interaction, desynchronosis, autophagy misregulation, epigenetic changes and others. Plants have developed a number of mechanisms to increase lifespan.
23 Νοε 2012 · Here, the discussion considers recent research that suggests a cell biological mechanism that operates in animals, fungi and plants to link nutritional state, growth, deteriorative ageing and autophagy.
20 Ιουλ 2022 · When studied together by microfluidics coupled with time-lapse microscopy, isogenic BY4741 and W303 yeast cells show two different forms of aging: one with decreased ribosomal DNA silencing and...
15 Φεβ 2021 · Aging, stress, and senescence in plants are interconnected processes that determine longevity. We focus here on compiling and discussing our current knowledge on the mechanisms of development that long-lived perennial plants have evolved to prevent and delay senescence.
In aging research, the differentiation is essential be-tween three interconnected biological processes: aging, stress, and senescence. The age of an organism is simply a measure of time; therefore, aging (i.e., increasing age) may not necessarily be seen as negative.
Aging, stress, and senescence in plants are interconnected processes that determine longevity. We focus here on compiling and discussing our current knowledge on the mechanisms of development that long-lived perennial plants have evolved to prevent and delay senescence.
