Graduate
Course A graduate course, Biol.
4260, Proteomics Laboratory has been established and will be available every
spring semester. This course provides an introduction to the field of
proteomics and emphasizes hands-on experience with the MALDI-TOF, analysis of
in-gel digests, and intensive experience in data analysis. This course is open
to both students in the M.A. in biotechnology and to all students in the Ph.D.
programs. This course will meet on Wednesdays at 1:30-5:00 PM.
Sample Preparation for DIGE Mini-Course The preparation of
samples for DIGE is normally done by the collaborating laboratory. There are
several reasons for this approach. For example, cell cultures must be at
the right stage of growth for the particular comparison and this will be under
control of the collaborating laboratory. The sample preparation
mini-course provides an introduction to the DIGE technique and provides detailed
protocols for protein extraction, sample cleanup and protein
solubilization. Contact
us to register for the next mini-course. Watch the news
page for schedule.
Departmental and Lab Group Meetings Does
your lab group or department want to hear more about how DIGE proteomics can
enhance your research program? Contact
us to schedule a talk for your group.
Lunchtime Proteomics
Workshops Learn ways to get more out of your proteomics and mass
spectrometry efforts. These informal workshops will provide examples of
how to improve what you are already doing, and provide an introduction for
newcomers to the field.
Topics planned include:
The central importance of calibration and methods for achieving better
calibration
Automated data collection with the Voyager DE-Pro; methods and benefits
In-gel digestion for mass spectrometry - standard operating procedures and
their importance
Database searching with Mascot: strategies for ensuring more accurate
protein identifications
Automated data analysis with Mascot Daemon and other tools: methods and
benefits
The 2D
workshops:
-
The art and practice of isoelectric focusing
-
SDS PAGE in the 2D format - tricks and traps
Comparative proteomics with the DIGE technique - how it can strengthen
your research program