It’s possible to use metagenomic shotgun sequencing to look at complex microbial communities and see what types of microbes are present there, as well as their functions. However, sequencing does not give information about how quickly different species of bacteria within the community are growing. Microbial growth rates change based on different environmental conditions, give information about which microbes may be active contributors to community phenotypes, and can even be associated with multiple disease characteristics, so this information would be highly useful for assessing the effect of different microbes on human health. However, existing techniques to determine microbial growth rates have been difficult to utilize, and have important limitations.
Last week, our clinical core at Bateman Horne Center (BHC) posted an update on their blog about the progress that their clinic has made over the past four years. BHC is a nonprofit organization that is dedicated to treating ME/CFS and Fibromyalgia patients. They are also focusing on becoming a Center of Excellence, where in addition to offering on-site care to patients, they also have a clinical research team, participate in community outreach, and offer educational and other social services.
BHC recently added two new physicians to their team, and are therefore able to further increase their capacity for treating and researching ME/CFS. The blog post introduces the new physicians and gives information about their backgrounds. It also outlines BHC’s new goal for 2019, which is to raise funds to launch Project ECHO (Extension for Community Healthcare Outcomes), which will provide tele-medicine services to support community-based physicians.