Displaying items by tag: department of genetics

The award is the highest honor given by the ACMG Foundation for Genetic and Genomic Medicine.
Researchers found 19 Bacteroides vulgatus genes that were unique to three strains that show early engraftment in patients after a fecal transplant, as opposed to seven strains that did not show early engraftment. Most transplant failures occur in the first four weeks.
Cure HHT has named the HHT Clinic at UAB Hospital a Center of Excellence. Only hospitals equipped with the proper personnel, expertise, commitment and resources to provide comprehensive evaluation, treatment and education to individuals with HHT and their families receive this designation.
Description of this mechanism offers a promising therapeutic target to limit lung injury and death. Lower respiratory tract infections, including bacterial pneumonia, are the fourth-leading cause of death worldwide, with 120 million to 156 million cases and 1.4 million deaths a year.
The UAB-led consortium, begun in 2006, has expanded to 24 clinical sites and conducted 18 clinical trials.
This finding suggests utility of treatments before fecal microbial transplants to reduce recipient microbial communities. This would help donor microbial strains dominate in the recipient.
Supporting on-campus housing for Birmingham Promise scholars would enhance the well-rounded collegiate experience students aim to receive while at UAB.
This novel mode of altering gene silencing boosts the unfolded protein response pathway in the cancer cells, helping those cells survive during rapid growth.
New technologies are filling in gaps in the human genome and opening major areas for discovery. UAB researchers explain the pros and cons and how they are using long reads at UAB.
Researchers show how two types of immune cells — one a part of the innate immune system and the other a part of the adaptive immune system — play distinct and indispensable roles in the colon to defend against pathogenic bacteria.
The grant will fund research surrounding next-generation human models that could potentially aid in the development of treatment for glioblastoma.
Anindya Dutta, M.D., Ph.D., and colleagues now have detailed the first structure-function study of this long non-coding RNA.
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