Загрузка видео...

Не удалось загрузить видео

На главную

Why is working memory so crucial to learning? Check out this preview from our How Teaching/Learning Happens online course ➡️ Paul A. Kirschner Academica University of Applied Sciences Dr Haili Hughes FRSA Dr. Jim Heal Meg Lee Jeanette Breen

16,704 просмотров • 1 год назад •via X (Twitter)

Комментарии: 2

Фото профиля Carl Hendrick
Carl Hendrick1 год назад

Understanding working memory limitations is crucial for designing effective learning environments. New post ➡️

Фото профиля Power Homeschool
Power Homeschool2 лет назад

The Acellus® Learning System automates much of the busy-work associated with grading & keeping records so that parents can focus on what matters most–helping your child succeed. Enroll now! ⬇️

Похожие видео

Dr. Sabine Hazan's Groundbreaking Discovery: How a Fecal Transplant Restored an Alzheimer's Patient's Memory and Why Babies Hold the Key to Our Future Health. A routine fecal transplant for a C. diff infection yielded an outcome so unexpected it would redefine a leading scientist's entire career. For Dr. Sabine Hazan, this was the moment everything changed. The patient's husband, who suffered from Alzheimer's, received the transplant from his wife of 40 years. The result was medically startling: he began recalling core memories, like his own daughter's date of birth. This was far more than a fortunate side effect. It was a blazing signal. It forced a revolutionary question: What if Alzheimer's has a specific microbial culprit residing in the gut? And what if the cure isn't a drug, but the right community of microbes to suppress it? This single observation blasted open the world of the gut-brain connection. Later, when COVID-19 struck, Dr. Hazan applied this same lens to a pressing mystery: Why were infants resilient while the elderly were devastated? The answer was in the data. After analyzing thousands of gut profiles, a single hero emerged: Bifidobacteria. This crucial microbe, abundant in newborns, is a master key for metabolism, breaking down sugars to power our mitochondria—the very engines of our cells. Without it, our core energy and immune systems falter. Its presence in youth and decline with age paints a dramatic picture of our health trajectory. Dr. Hazan's work now delves into the origins of this microbial shield, investigating how birth method—vaginal versus C-section—antibiotic exposure, and maternal stress set the stage for a lifetime of health. The evidence is so powerful it's catalyzing a new standard of care: "microbial seeding" for C-section babies to ensure they receive this vital, life-long protection from their first breath. The lesson from Dr. Hazan's research is unequivocal: Our defense against some of humanity's most complex diseases—from dementia to novel viruses—may not be found in a new pill, but in cultivating the ancient, powerful ecosystem within our own guts.

Camus

47,401 просмотров • 11 месяцев назад