I would like to inform you that the IPiB GLDC will be holding a Tea Time this Thursday, August 8th from 2-3pm in the BSB Atrium! As always, coffee and treats will be served. I will be present as the GLDC Career Committee Co-Chair to discuss career development opportunities and can address any concerns/suggestions you have about programming this year!
All students in IPiB affiliated labs...
The Student Faculty Liaison Committee (SFLC) will be sponsoring Tea Time this Thursday, July 25th at 2:00 PM in the H. F. DeLuca Biochemistry Labs East Atrium. Coffee, tea, and other refreshments will be available for your enjoyment. Come say hello to your colleagues! All members of IPiB affiliated labs are welcome.
Coiled Coil Fusion Proteins Facilitate Structural Studies of the Cardiac Myosin Rod and Thick Filament
The Student Faculty Liaison Committee (SFLC) will be sponsoring Tea Time this Thursday, July 11th at 2:00 PM in the H. F. DeLuca Biochemical Sciences Building Atrium. Coffee, tea, and other refreshments will be available for your enjoyment. Come say hello to your colleagues! All members of IPiB affiliated labs are welcome.
We look forward to seeing you there!
Kevin Meyer from the Amasino Lab
Room 1111 Genetics and Biotechnology Building
New SFLC Officers:
Chair: Josephine Werner
Vice Chair: Dana Dahhan
Treasurer/Fundraiser: Jennifer Peotter
Career: Peyton Spreacker, Nathan Murray
Recruiting: Elizabeth Larson, Alex Duckworth
Social: Aryel Clark, Matt Blackburn
Outreach: Josh Mitchell, Katherine Senn, and Lily Miller
Student Lunch Symposium: Will Kasberg
Student...
Biology at the nanoscale, one molecule at a time
The Student Faculty Liaison Committee (SFLC) will be sponsoring Tea Time this Thursday, June 20th at 2:00 PM in the H. F. DeLuca Biochemistry Labs East Atrium. Coffee, tea, and other refreshments will be available for your enjoyment. Come say hello to your colleagues! All members of IPiB affiliated labs are welcome.
We look forward to seeing you there!
Stop by anytime between 1-2pm for a refresher on the iBright CL1000 imager:
Learn:
•Optimizing signal acquisition to achieve the best dynamic range and sensitivity
•Camera control/zoom/contrasting
•How to best export images
•On board auto analysis and molecular weight overlay
Also see the iBlot2 7-min transfer blotter