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Student and Post-Doctoral Fellow Events Student Travel Awards Deadline October 9, 2005
Student/Post-Doctoral Fellow Mixer
Post-Doctoral Assembly Event Join your post-doctoral colleagues, after a visit to the Student/Post-Doctoral Fellow Mixer, at the Post-Doctoral Assembly Event. The Post-Doctoral Assembly (PDA) is the formal group for these members. Take this opportunity to network with each other, discuss issues of importance to you, plan activities, and get to know the new PDA Board members for 2006–2007. The featured speaker is Jose Manautou, 2006 Achievement Award recipient. Light appetizers and a cash bar will be available.
Lunch with an Expert
Student Advisory Committee Meeting
Student In Vitro Toxicology Lecture: Using
In Vitro Genomics Technology to Assess the Impact of Chemicals on Cell
Signaling Networks Each year the Colgate-Palmolive Company invites all students and post-doctoral fellows at the SOT Annual Meeting to attend a luncheon and lecture concerning alternative research methods at the forefront of toxicology, specifically, methods that address reduction of use or replacement of whole animals, or the refinement of experimental techniques using whole animal models. Past recipients of all the Colgate-Palmolive SOT awards will be special guests. Students register for this event on the
Annual Meeting Registration Form. A $5 deposit per ticket is required
and will be returned at the luncheon upon presentation of the ticket.
Seating is limited.The lecture will review an important application
of in vitro toxicology to the study of basic
mechanistic processes and provide examples of how new test methods
have benefited animal welfare by refining experimental procedures and
reducing animal use. Recent developments in genomics technology now
allow for the comprehensive screening of the impact of chemicals and
pharmaceuticals on complex cell signaling networks without the use
of whole animal systems. The high-throughput requirement of these approaches
necessitates use of in vitro cell culture systems. These high throughput
screens provide enormous amounts of data in the context of mechanistic
and predictive toxicology. The tools for this type
of research include a combination of receptor-based reporter gene
assays, gene expression analysis using genome-wide microarrays and
large-scale, loss-of-function and gain-of-function studies using inhibitory
RNA libraries and libraries of full-length genes, respectively.
From results obtained with these tools, a cell signaling pathway can
be constructed and a more comprehensive and mechanistic understanding
of the impact of chemicals on biological systems can be developed.
Elucidation of signaling
pathways at the cellular level is not possible in intact animals and
identification of mode of action at the molecular level is often important
in explaining disease states or toxicities identified in vivo.
SOT Council Meeting with Students/Post-Doctoral Fellows
SOT Council Meeting with Student Advisory Committee
Students: Volunteer–Assist
with a Continuing Education course or other annual meeting activity | |||
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