| Literature DB >> 31914785 |
Brett Williams1, Mimi Ghosh2, Charles Boucher3, Frederic Bushman4, Stacy Carrington-Lawrence5, Ronald G Collman6, Satya Dandekar7, Que Dang8, Angela Malaspina8, Roger Paredes9, Cara Wilson10, Sandra Pinto Cardoso11, Laurel Lagenaur12, Jessica Santos13, Christopher Joy2, Alan Landay14.
Abstract
Each year, a growing international collection of researchers meets at the NIH to share and discuss developments in the microbiome HIV story. This past year has seen continued progress toward a detailed understanding of host-microbe interactions both within and outside the field of HIV. Commensal microbes are being linked to an ever-growing list of maladies and physiologic states, including major depressive disorder, chronic kidney disease, and Parkinson disease. PubMed citations for "microbiome" are growing at an exponential rate with over 11,000 in 2018. Various microbial taxa have been associated with HIV infection, and some of these taxa associated with HIV infection have also been associated with systemic markers of inflammation in HIV infected individuals. Causality remains unclear however as environmental and behavioral factors may drive HIV risk, inflammation, and gut enterotype. Much of the work currently being done addresses potential mechanisms by which gut microbes influence immune and inflammatory pathways. No portion of the microbiome landscape has grown as rapidly as study of the interplay between gut microbes and response to cancer immunotherapy. As Dr. Wargo discussed in her keynote address, this area has opened the door to better understanding on how commensal microbes interact with the human immune system.Entities:
Keywords: HIV; comorbidities; immune activation; microbial translocation; microbiome; mucosal immunology
Mesh:
Year: 2020 PMID: 31914785 PMCID: PMC7360108 DOI: 10.1089/AID.2019.0197
Source DB: PubMed Journal: AIDS Res Hum Retroviruses ISSN: 0889-2229 Impact factor: 2.205