月度归档： 2024 年 3 月

You don’t need to be concerned about your life expectancy. Your health span is what you should be concerned about.

Researchers are increasingly focused on finding out how to live longer and disease-free.

来源和详细信息：
https://www.nationalgeographic.com/premium/article/live-better-longer-healthspan?cmpid=org=ngp::mc=social::src=facebook::cmp=editorial::add=fb20240121science-healthspan&linkId=279989624

TSMC and TSMC build exotic MRAM-based memories with radically reduced latency, power consumption, and heat.

The data is written into the memory cell through changing the magnetization of the free layer. This layer acts as’storage layer’ in the MRAM bit cells. A current is passed through the heavy-metal layer which creates a spin current, injecting it into the adjacent magnetic layers, changing their orientation and changing their state. By passing a current across the MTJ, data can be read by assessing its magnetoresistance. The SOT-MRAM is a hybrid of STT and SOT MRAM. It differs primarily in the geometry used to inject current during the write process.

SOT-MRAM has a lower standby power, but it still consumes a lot of power when writing. SOT-SRAM is also harder to manufacture and larger than SRAM. SOT-SRAM is a promising technology, but it’s unlikely to replace SRAM anytime soon. SOT MRAM is a good option for applications that require in-memory computing.

来源和详细信息：
https://www.tomshardware.com/pc-components/dram/tsmc-tandem-builds-exotic-new-memory-with-radically-lower-latency-and-power-consumption-mram-based-memory-can-also-conduct-its-own-compute-operations

Study finds that activating specific brain cells increases the lifespan of mice.

Recent research has revealed that communication lines between organs in the body are important regulators of ageing. The organs and system of the body work together well when these lines are open. Communication lines degrade with age and organs can’t receive the molecular or electrical messages that they need to work properly.

In a new study, the Washington University School of Medicine, St. Louis, identified, in mice, an important communication pathway that connects the brain with the body’s fatty tissue, in a feedback cycle that appears to be central to energy production in the entire body. This research suggests that the gradual degradation of this feedback system contributes to increasing health issues that are characteristic of natural aging.

The study, published in Cell Metabolism, has implications for future interventions to maintain the feedback loop and slow down the effects of ageing.

来源和详细信息：

Lifespan Increases in Mice when Specific Brain Cells are Activated, study finds

Toxic RNAs, the Hidden Cause of Neuronal Death in Alzheimer’s Disease Uncovered

Northwestern Medicine’s new study suggests that RNA interfering may be a major factor in Alzheimer’s. Scientists have for the first time identified short strands toxic RNAs which contribute to brain cells dying and DNA damage. This is true in Alzheimer’s disease and old brains. Scientists report that short strands protective RNAs decrease with age, which could allow Alzheimer’s disease to develop.

The study found that individuals who have a better memory (known as SuperAgers), also had higher levels of protective short RNA in their brains. SuperAgers, individuals 80 years and older who have a memory of 20-30 years younger.

Marcus Peter, Tom D. Spies professor of cancer metabolism at Northwestern University Feinberg school of medicine and the study’s corresponding author, said: \”Nobody had ever linked the activities of RNAs with Alzheimer’s.\” We found that the balance of toxic and protective sRNAs in aging brain cell shifts towards toxic ones.

来源和详细信息：

Toxic RNAs: The Hidden Cause of Neuron Death in Alzheimer’s Uncovered

A.I. Kennedy Schaal, EARD 2023: Using Blockchain to Target Aging
A.I. A.I.

Kennedy Schaal will present \”Using Advanced A.I. Summary ############################################################ Kennedy Schaal is the founder and CEO of Rejuve Biotech, an AI-driven therapeutics discovery company that solves problems for longevity and age-associated diseases. Summary ########################## Kennedy Schaal is the founder and CEO of Rejuve Biotech, an AI-driven therapeutics discovery company solving the problems for longevity and age-associated diseases. Rejuve uses advanced Artificial Intelligence technology to combine data collected from Methuselah Flies and data from humans. Bio can accelerate the drug discovery pipeline, and develop novel therapeutics quickly to help people live a longer life. The company has two novel and high-impact data sources as well as a unique artificial intelligence. They are the only owners of the data collected from Methuselah Flies, fruit flies that have been bred to be long-lived. Flies are a faster-growing species than other animals, so they can be used to test for longevity. Rejuve Biotech is able to test multiple treatment combinations and interventions over the life of a fruit flies and at various stages of their life (e.g. mating, resistance to disease). They also have access to Crowdsourced Data on Humans collected by Rejuve Network, a partner. Kennedy Schaal, a biotechnology executive who has a proven track record of leadership in the fields of applied genomics research and Artificial Intelligence on the cutting edge of longevity science, is renowned for her expertise. She has also been published in several journals on applied genomics and the science of longevity. Kennedy is a leading expert in genomic selection and breeding of innovative Drosophila Methuselah Flies. This, along with Artificial Intelligence, can solve many of the problems that exist today with longevity research. A Chief Biologist and Laboratory Director with extensive experience in the biotechnology sector. Strong researcher with expertise in genetics, evolutionary biology and the study of diseases related to aging.

来源和详细信息：

It is the BEST VALIDATED therapeutic to EXTEND LIFESPAN
This video shows Dr. Joan Mannick presenting the best-validated therapeutics to prolong lifespan. Dr. Joan Mannick, Chief Executive Officer and co-founder of T…

来源和详细信息：

Astaxanthin is linked to a longer lifespan according to NIH funded longevity study

The research from the Interventions Testing Program regarding astaxanthin is a significant advance in the field of longevity supplements.

来源和详细信息：

NIH-funded longevity study shows astaxanthin extends lifespan

跌倒是许多眼部疾病的风险

根据队列的回顾性研究。

跌倒和骨折的风险与视力不佳有关，但与特定眼睛状况相关的细节尚不清楚。 英国这项回顾性研究的研究人员确定了近 600,000 名患有白内障或青光眼的患者（平均年龄 74 岁），并将他们与年龄和性别匹配且没有眼疾的对照者进行了比较。 研究人员对骨折和跌倒的情况进行了四年的追踪。 对分析进行了调整，以考虑增加跌倒风险的慢性疾病和药物。

三组眼病患者骨折、跌倒的危险率均显着高于对照组：1.18、1.38、1.40。 对于三种眼病组，每 10 万人年跌倒发生率为 1,800-2,500 人，而对照组为 620-850 人。 三组眼病的骨折发生率为970-1290，而对照组的骨折发生率为380-500。

所有三种眼病类别的骨折和跌倒的绝对和相对风险相似。 无法解释的跌倒，尤其是严重跌倒，应促使初级保健临床医生调查视力障碍作为可能的原因或促成因素。

来源和详细信息：
https://www.jwatch.org/na56979/2024/01/11/various-eye-diseases-raise-risk-falls?ijkey=vOk4p2uHc