[bioundgrd] FW: MIT Microbiome Club - Seminar Series - Secrets of the Microbial World
Joshua Stone
stonej at mit.edu
Mon Mar 6 09:00:20 EST 2017
From: Jared Scott Kehe <jkehe at mit.edu>
Subject: MIT Microbiome Club - Seminar Series - Secrets of the Microbial World
MIT Microbiome Club Grad/Post-doc Seminar Series
Secrets of the Microbial World
Friday, March 10 from 1–2pm in 16–220
Light snacks will be served
PLEASE RSVP ON OUR FACEBOOK EVENT PAGE.<https://www.facebook.com/events/1716491005329924/>
The MIT Microbiome Club will be hosting three students from the Kolter Lab at Harvard Medical School to tell us about their research.
Scott Chimileski: Imaging the Microbial World
Most bacterial and archaeal cells are far too small to see with the naked eye. However, microbes are seldom if ever found in isolation. Rather, the biology of the microbial world is underpinned by the tremendous interactivity, sociality and modularity of individual cells, which often coalesce in great numbers to produce macroscopically visible structures, including biofilms, microbial mats, colonies, swarms and fruiting bodies. I am focused on the development of macroscopic imaging techniques as well as time-lapse photography and three-dimensional scanning technologies as applied to microbial multicellular forms, collective behaviors, communities and interspecies interactions. I am also interested in leveraging the power of photography as a medium for communicating microbiology to other scientists and to the general public.
Gleb Pishchany: Multispecies Communities
To maximize the yield, we typically grow bacteria to huge numbers in media that are rich in nutrients and oxygen. Outside of a lab, however, microorganisms do not have the luxury of unlimited resources and share their habitat with countless other living organisms. As a means for co-existence, microbes form communities made of numerous species that actively communicate, compete, and cooperate allowing for stability in the face of ever-changing environments. Understanding the mechanisms that govern these immensely complex consortia is the primary interest of my research.
Ben Niu: Bacterial Communities of Plants
In natural settings, diverse bacteria compose communities which associate with plants. The relationship between plant-associated bacterial community and plants is very close, however, little is known about the bacterial community-plant interaction. My project aims to: (1).Characterize model communities of plant-associated bacteria; (2). Examine the contribution of the community to plant growth and the ability to withstand environmental stresses; (3). Determine the role of plant on bacterial community dynamics.
Looking forward to seeing you there!
-------------- next part --------------
An HTML attachment was scrubbed...
URL: http://mailman.mit.edu/pipermail/bioundgrd/attachments/20170306/00d7761d/attachment.html
More information about the bioundgrd
mailing list