People with stroke who walk 30 minutes per day may have 54% lower risk of early death

People with stroke who walk 30 minutes per day may have 54% lower risk of early death
17 Oct

American Academy of Neurology Summary: A new study shows that people who walk or garden at least three to four hours per week, or bike at least two to three hours per week, or the equivalent after having a stroke may have a 54% lower risk of early death from any cause. The study found the most benefit for younger stroke survivors. When people under the age of 75 exercised at least that amount, their risk of early death was reduced by 80%

A new study shows that people who walk or garden at least three to four hours per week, or bike at least two to three hours per week, or the equivalent after having a stroke may have a 54% lower risk of death from any cause. The research is published in the August 11, 2021, online issue of Neurology, the medical journal of the American Academy of Neurology. The study found the most benefit for younger stroke survivors. When people under the age of 75 exercised at least that amount, their risk of death was reduced by 80%. READ MORE

Community Views: Advice for Those Newly Diagnosed with Alzheimer’s

Community Views: Advice for Those Newly Diagnosed with Alzheimer’s
30 Oct

Health Union

Learning that you have Alzheimer’s disease may lead to anxiety, worry, and fear. After all, it is hard to know what to do next. It can be scary and overwhelming to consider your future with this diagnosis, but as several community members suggested, all you have to do is take it 1 day at a time. To learn more about how our community members learned to adjust to life with this diagnosis, we reached out to followers of our Facebook page and asked: “What advice would you give someone just diagnosed with Alzheimer’s?”  
More than 70 community members responded, and here is what was shared.

How ‘plant-based’ rebranded vegan eating for the mainstream

How ‘plant-based’ rebranded vegan eating for the mainstream
30 Oct
By Lavanya Ramanathan for The Washington Post
Making the rounds at the Fancy Food Show in San Francisco last month, Phil Lempert couldn’t help but notice a curious pattern in the myriad chips and protein bars and truffle brie and deli meats on display.
The trade show is a harbinger of bubbling trends, and this winter’s edition brought foods made from pea protein, beets, chickpeas and cashews. Yep, the vegan offerings were ascendant. But they were also vastly different from the strangely pink faux hot dogs and slabs of phony bologna that Lempert, a veteran food industry analyst, had observed for decades.
These foods were creative and snacky, he recalls, and moreover, many weren’t even being billed as vegan. They were “plant-based.”
“The hottest trend was clearly plant-based everything — beverages, cheeses, imitation meats,” Lempert says.

Post-Activity Stiffness and Psoriatic Arthritis

Post-Activity Stiffness and Psoriatic Arthritis
30 Oct

written by Vickie Wilkerson and published on our sister rheumatic community, Psoriatic-Arthritis.com.
Please do not take this as the standard stiffness all of us with psoriatic arthritis usually experience first thing in the mornings. I want to talk more about being active and then sitting down.  Let’s say you rest for an hour. What happens when you go to get up? Do you find your body is stiff? 
Stiffness and psoriatic arthritis
Lately, I have been experiencing post-activity stiffness it more and more. My psoriatic arthritis always lets me know when I am up doing something. My back is the first thing to let me know I am being more active than usual. After seven years of dealing with psoriatic arthritis, it has always been my biggest pain. I am always doing a sit-down, get up do something, back to sitting down, again and again like a vicious circle. It has really only been in the past several weeks that I am finding my body getting more stiff after I sit down.
 
 

Microsoft is investing $1 billion in Open AI to create brain-like machines

Microsoft is investing $1 billion in Open AI to create brain-like machines
29 Oct

The AI lab gets to throw Microsoft’s supercomputing and cloud computing muscle at its bid to build artificial general intelligence (AGI).
The news: Microsoft says OpenAI will help it jointly develop and train new AI technologies for its Azure cloud computing service. It will also work with it to develop new supercomputing hardware to try to achieve AGI—machines with the capacity to learn tasks the way human beings do. That’s a holy grail of AI that still remains (and may always remain) out of reach. OpenAI’s founders, which include Elon Musk and other tech leaders, reckon AGI could help solve longstanding challenges in areas that range from climate change to health care.
Show me the money: Since it was set up in 2015, OpenAI has developed AI that’s sought to defeat human players at games like Dota 2 and frighteningly effective language AI, among other things. It began as a nonprofit research lab with the mission of developing safe AGI, but AI models need mountains of data to crunch, and that requires huge amounts of expensive computing power. So earlier this year, OpenAI set up a new for-profit arm to help pay for its work. (OpenAI calls its model “capped profit” because investors can achieve a maximum of 100 times return on their investment. Still, not bad.)

Manage Anxiety & Stress

Manage Anxiety & Stress
23 Mar
Stress and Coping Content source: National Center for Immunization and Respiratory Diseases (NCIRD), Division of Viral Diseases
The outbreak of coronavirus disease 2019 (COVID-19) may be stressful for people. Fear and anxiety about a disease can be overwhelming and cause strong emotions in adults and children. Coping with stress will make you, the people you care about, and your community stronger.Everyone reacts differently to stressful situations.  How you respond to the outbreak can depend on your background, the things that make you different from other people, and  the community you live in. People who may respond more strongly to the stress of a crisis include
  • Older people and people with chronic diseases who are at higher risk for COVID-19
  • Children and teens
  • People who are helping with the response to COVID-19, like doctors and other health care providers, or first responders
  • People who have mental health conditions including problems with substance use

Obesity: The key role of a brain protein revealed

Obesity: The key role of a brain protein revealed
29 May
University of Montreal Hospital Research Centre
Regardless of how much you exercise or how balanced your diet is, controlling your weight is more brain-related than you might have thought. In a study published in the Journal of Clinical Investigation, researchers from the University of Montreal Hospital Research Centre (CRCHUM) show for the first time in mice that the acyl-CoA-binding protein, or ACBP, has a direct influence on the neurons that allow rodents and humans to maintain a healthy weight.
In April 2015, Thierry Alquier, a CRCHUM researcher and the lead author of this study, had already revealed, with his team, that this same protein allowed astrocytes, cells that support neuronal functions, to communicate variations in fatty acids and lipids in the blood to neurons. Thanks to this essential piece of information, the brain can adjust food intake and energy expenditure — and, ultimately, control its owner’s weight.

Training for first-time marathon ‘reverses’ aging of blood vessels

Training for first-time marathon ‘reverses’ aging of blood vessels
29 May
European Society of Cardiology
Study author Dr Anish Bhuva, a British Heart Foundation Fellow at University College London, UK, said: “Novice runners who trained for six months and completed their first marathon had a four-year reduction in arterial age and a 4 mmHg drop in systolic blood pressure. This is comparable to the effect of medication, and if maintained translates to approximately 10% lower risk of stroke over a lifetime.”
A hallmark of normal ageing is stiffening of the blood vessels, which increases the risk of stroke and heart disease even in healthy people. Compared to their peers, lifelong athletes have biologically younger blood vessels. This study investigated whether training for a marathon could modify aortic stiffness even in novice runners.
The study included 139 healthy first-time marathon runners aged 21-69 years who were advised to follow a first-time finisher training programme and ran an estimated 6-13 miles (10-20 km) a week for six months ahead of completing the 2016 or 2017 London Marathon.2,3