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Baylor College of Medicine (BCM)

Baylor College of Medicine (BCM)

Baylor College of Medicine (BCM), located in the Texas Medical Center in Houston, Texas, US, is a health sciences university.

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Progress: Methods for activating specific regions of the brain in humans for therapeutic purposes without ever having to perform surgery

Exercise in a pill crawls closer

Cell-reprogramming therapy for heart failure moves closer

Fighting antibiotic resistance with phages

Could microbes hold the key for treating neurological disorders?

Insect Armageddon?

Solved: A major long-standing obstacle to increasing AI capabilities has been “catastrophic forgetting”

Flexible and powerful bioelectronic devices move closer

Are reusable respirators a good alternative to disposable N95 masks?

A method to predict the potential clinical implications of new drugs before clinical trials even start

An international research team is perfecting a method to predict the potential clinical implications of new drugs before clinical trials even start. An international research team has developed a new strategy that can predict the potential clinical implications of new therapeutic compounds based on simple cellular responses. This discovery was partly led by scientists affiliated

A method to predict the potential clinical implications of new drugs before clinical trials even start

A new strategy of maintaining telomere length could potentially treat age-related disease and decline

A study led by researchers at Baylor College of Medicine has uncovered a new strategy that can potentially treat age-related disease and decline. The study, published in the journal Cell Metabolism, demonstrates that shortening of telomeres – the ends of the chromosomes – impairs a class of enzymes called sirtuins, which play an important role in

A new strategy of maintaining telomere length could potentially treat age-related disease and decline

Making oil-soaked soil fertile again

Rice University-led study fine-tunes pyrolysis technique to make soil fertile again Rice University engineers have figured out how soil contaminated by heavy oil can not only be cleaned but made fertile again. How do they know it works? They grew lettuce. Rice engineers Kyriacos Zygourakis and Pedro Alvarez and their colleagues have fine-tuned their method to remove petroleum contaminants from

Making oil-soaked soil fertile again

Defeating asthma attacks by going small

An invisible particle enters your lungs. The next thing you know breathing becomes difficult. You are having an asthma attack. Asthma is one of the most common and difficult to endure chronic conditions. About 30 million Americans experience asthma attacks and 3 million have a severe, therapy-resistant form of the disease. In some cases, the

Defeating asthma attacks by going small

Gene editing technology gets more accessible and simpler to implement

An international team of researchers has made CRISPR technology more accessible and standardized by simplifying its complex implementation. The simpler, faster CRISPR, which is presented in the journal Nature Communications, offers a broad platform for off-the shelf genome engineering that may lower the barrier of entry for this powerful technology. “CRISPR technologies can be programmed to

Gene editing technology gets more accessible and simpler to implement

A sickle cell cure gets closer

Scientists have successfully used gene editing to repair 20 to 40 percent of stem and progenitor cells taken from the peripheral blood of patients with sickle cell disease, according to Rice University bioengineer Gang Bao. Bao, in collaboration with Baylor College of Medicine, Texas Children’s Hospital and Stanford University, is working to find a cure

A sickle cell cure gets closer

Gene editing can repair 20 to 40 percent of stem and progenitor cells in sickle cell disease

Bioengineer Gang Bao uses gene editing to repair up to 40 percent of bone marrow cells from patients Scientists have successfully used gene editing to repair 20 to 40 percent of stem and progenitor cells taken from the peripheral blood of patients with sickle cell disease, according to Rice University bioengineer Gang Bao. Bao, in collaboration with

Gene editing can repair 20 to 40 percent of stem and progenitor cells in sickle cell disease

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