2016 CEGR Fall Retreat
Every year, the PIs leading the labs in The Center for Eukaryotic Gene Regulation (CEGR) invite their staff and families to a Fall retreat. Our faculty host a Center-wide activity outside of normal collaborative lab work and the Megameeting on Tuesdays. This year’s event will be hosted at the Civil Engineering Lodge on Lake Perez on Thursday, October 13th from 1-9pm. This year we will be a fully catered event for dinner and refreshments will be available for the poster session which will be held this year as well.
Schedule of Events
|1:00pm||Arrive and drop off posters @C.E. Lodge|
|1:30 – 3:30pm||CEGR hike – Lake Trail (2.5 miles)
-Start at Civil Engineering Lodge, Lake Perez
–3:30-4:00pm: Refreshments. Outdoor activities at the site
|4:00 – 5:30pm
-At the outdoor patio and covered porch areas.
|5:30 – 6:30pm||Dinner
|6:30 – 8:00pm||PI-led discussions
6:30-6:50pm: Shaun Mahony (plus time for Q&A)
7:00-7:20pm: Song Tan
7:30-7:50pm: Yanming Wang
–Lab Initiatives. Future research trends and topics of interest
-Outside and continued poster discussions
|• Each poster session author will be provided with a 4' x 4' poster board area and mounting velcro. The board will indicate the poster number in upper right or left corner, each side will be labeled A or B. Authors are responsible for mounting their posters and removing them as soon as the session ends. Posters left up past that time will be discarded.
• All illustrations, charts, etc., to be posted should be prepared in advance as materials for these purposes will not be available at the mee8ng site. CEGR will provide velcro for the posters.
• Authors may wish to bring extra copies of their data and conclusions. No duplication facilities will be available. Authors may also wish to provide sign-up sheets or a QR code for aIendees who may wish additional information, reprints, etc.
|1.a Structural Heterogeneity in the RNA Polymerase II C-Terminal|
|1.b The Drosophila general regulatory factor M1BP drives expression of ribosomal protein genes by recruiting TRF2 to their promoters||Doug Baumann|
|2.a In vitro genomics reveal the intrinsic DNA sequence determinants of transcription factor binding in S. cerevisiae.||Matt Rossi|
|2.b Genome wide reprogramming of transcription machinery under physiological perturba8on.||Vinesh Vinayachandran|
|3.a Feed forward regulatory strategy during direct motor neuron programming.||Akshay Kakumanu|
|3.b 3D Structural Inference at 1-Kb Resolution||Lila Reiber|
|4.a Long-distance gene modulation in yeast.||Manyu Du|
|4.b Extranucleosomal DNA enhances the activity of the LSD1/CoREST Histone Demethylase Complex.||Sang A Kim|
|PAD4 is required for Macrophage Extracellular Traps (METs) formation in mice peritoneal cavity macrophage.||Jinquan Sun|
|Genome-wide uniformity of human “open” pre-initiation complexes.||Will Lai|