Blog

There’s a knowledge gap about miscarriages in the U.S., and researchers hope to close it

Foundation’s focus on pregnancy loss is personal for founders: A culture of silence and shame around miscarriage in the United States is due in part to a lack of research into the causes and effects, both emotional and financial. Megan Hanson, who experienced six (6) consecutive miscarriages, is setting out to change the paradigm and, with her husband, founded the Recurrent Pregnancy Loss Association to fund research with the goal of preventing recurrent pregnancy loss.

Building Living Bridges with Anthrobots:  Researchers used adult human cells to craft biological robots capable of movement and more.

Scientist develops biologic architect bots: Synthetic biologist Gizem Gumuskaya is also an architecture aficionado who sees the parallels between designed environments and biology, and she has combined her interests to create living robots derived from adult human tracheal cells. Gumuskaya found that her anthrobots formed structures akin to ant bridges between damaged human neurons and collectively aided in healing. “Anthrobots are just one example of what we can accomplish by thinking about nature as a design medium,” Gumuskaya said.

How a Midwife became a neuroscientist to seek a cure for her son:  Terry Jo Bichell felt the need to work on a scientific solution to her son’s rare disorder, even though it meant being a PhD student in her fifties.

Son’s rare disease inspires Midwife to pursue neuroscience: When her youngest child was diagnosed with Angelman syndrome, Terry Jo Bichell, a Nurse-Midwife, set out to find a cure, got involved with clinical studies and started teaching pre-literacy skills to children with the condition. At 49, Bichell enrolled in a neuroscience PhD program. She started working in a lab studying Huntington’s disease, convinced an expert in circadian rhythms to help with her research, set up “mini-labs” of undergraduate students, and published research demonstrating and association between circadian rhythms and Angelman syndrome.

Urban birds are teeming with antibiotic-resistant bacteria, study finds:  Exposure to bacteria in landfill sites and polluted rivers may explain prevalence among city-dwelling birds

Wild birds in cities might spread drug-resistant bacteria: Wild ducks, crows and other birds living in proximity to people can carry antimicrobial-resistant bacteria, posing threats to human and animal health, according to a study in Current Biology. Researchers found genetic markers of antimicrobial-resistant Campylobactor jejuni in all 30 bird species studied in multiple countries, and birds living near humans carried more bacterial strains and had much higher levels of AMR genes than birds in sparsely populated places.

Some bats eat a ton of sugar and have no health woes.  Are there lessons for diabetes?

Studies of fruit bats may shed light on human diabetes: Fruit- and nectar-eating bats’ blood glucose levels rise when they consume sweet fruits and flower nectars; however, blood sugar levels quickly return to normal, and bats do not develop diabetes. Scientists have discovered that fruit bats have more insulin-producing pancreatic cells than their insect-eating cousins, and have genetic differences that appear to influence how quickly their bodies process sugar. The findings may lead to new treatments for diabetes.

The mysteries of inflammatory bowel disease (IBD) are being cracked — offering hope for new therapies:  Advances in understanding the causes of the autoimmune disorder could aid in matching people with the right treatment.

Preliminary research offers hope for IBD (Inflammatory Bowel Disease) patients: Recent studies have revealed important insights into inflammatory bowel disease, including the identification of a gene involved in immune system regulation that may worsen IBD, the discovery of autoantibodies that inhibit anti-inflammatory proteins, and the detection of bacteria in stool samples of IBD patients that could predict disease severity. Immunologist Gabriel Nunez cautions that these studies are preliminary and may only benefit a few IBD patients, but even that would be significant progress.

Brain implants to treat epilepsy, arthritis, or even incontinence?  They may be closer than you think:  Startups around the world are engaging in clinical trials in a sector that could change lives – and be worth more than £15bn by the 2030s

Brain implant dramatically reduces seizures: Oran Knowlson, a teenager with Lennox-Gastaut syndrome, has experienced an 80% reduction in his daytime seizures after becoming the first person to trial a new brain implant called Picostim, which delivers constant electrical signals deep into his brain to block abnormal brain impulses. The latest generation of neural implants not only decode but also regulate brain activity, offering promising treatments for a wide range of conditions including epilepsy, Parkinson’s and brain cancer.

Using AI (Artificial Intelligence) and brain implants, researchers reconned ALS patient with their lost voice

AI (Artificial Intelligence)software, brain implants restore patient’s voice: Researchers have restored the voice of a patient with amyotrophic lateral sclerosis using a brain-computer interface implant and AI-driven text-to-speech software. The study, published in the New England Journal of Medicine, showed the approach achieved an accuracy rate of more than 97% in translating brain signals into speech.

Investors shrug off drug price talks’ effects

Investors unshaken by Medicare’s drug price cuts: Investors have remained calm despite Medicare negotiating a 22% reduction in net spending on some top-selling drugs, with the pharmaceutical industry expected to manage the impact without disruption to profits or drug development. “It’s not surprising to me that the markets haven’t come crashing down, because I think this process was not set up to bankrupt the pharmaceutical industry,” said Aaron Kesselheim, physician and attorney at Harvard.

The Taliban ‘took my life’ — scientists who fled takeover speak out:  Researchers from Afghanistan who found sanctuary around the world following the Taliban takeover in 2021 are struggling to settle in

Scientists who fled Afghanistan try to settle into new lives: Clinical scientist Shekiba Madadi left Afghanistan after the Taliban took power and began suppressing research and oppressing women, and she is now in the United States pursuing a medical degree and working at a private cardiac treatment center. Another female scientist, who asked to remain anonymous to protect her family in Afghanistan, says that the Taliban took away her life, and despite facing severe limits due to her nationality, she was able to obtain a position in fetal medicine in the US and organizes virtual training sessions for young women who have been blocked from medical schools in Afghanistan.