- Anderson, Eric
- Ashar-Patel, Ami
- Bar-Shalom, Tali
- Bicknell, Alicia
- Butterworth, Aimee
- Braun, Joerg
- Cenik, Can
- Chen, Shuyan
- Chen, Weijun
- Crawford, Danny
- Heyer, Erin
- Hoskins, Aaron
- Franck, Andrew
- Giorgi, Corinna
- Granato, Daniela Campos
- Jurica, Melissa
- Kranz, Janice E.
- Kovalak, Carrie
- LaRiviere, Frederick
- Laurent, Francois-Xavier
- le Hir, Hervé
- Limoncelli, Kelly
- Luo, Hongbo
- Merrikh, Christopher
- Mercier, Blandine
- Metkar, Mihir
- Mock, Caroline (Casagrande)
- Moreau, Gilles
- Morello, Luis Gustavo
- Mühlemann, Oliver
- Niederer, Rachel
- Noble, Lori-Ann
- Noma, Akiko
- Nott, Ajit
- O'Brien, Kristine
- Ozadam, Hakan
- Peng, Lingtao
- Putnam, Andrea
- Reichert, Vienna
- Ricci, Emiliano
- Rozovsky, Nadja
- Saini, Harleen
- Shcherbakova, Inna
- Shibuya, Toshiharu
- Singh, Guramrit
- Matlin, Arianne
- Tange, Thomas
- Wu, Yuying
- Anderson, Eric
- Ashar-Patel, Ami
- Bar-Shalom, Tali
- Bicknell, Alicia
- Butterworth, Aimee
- Braun, Joerg
- Cenik, Can
- Chen, Shuyan
- Chen, Weijun
- Crawford, Danny
- Heyer, Erin
- Hoskins, Aaron
- Franck, Andrew
- Giorgi, Corinna
- Granato, Daniela Campos
- Jurica, Melissa
- Kranz, Janice E.
- Kovalak, Carrie
- LaRiviere, Frederick
- Laurent, Francois-Xavier
- le Hir, Hervé
- Limoncelli, Kelly
- Luo, Hongbo
- Merrikh, Christopher
- Mercier, Blandine
- Metkar, Mihir
- Mock, Caroline (Casagrande)
- Moreau, Gilles
- Morello, Luis Gustavo
- Mühlemann, Oliver
- Niederer, Rachel
- Noble, Lori-Ann
- Noma, Akiko
- Nott, Ajit
- O'Brien, Kristine
- Ozadam, Hakan
- Peng, Lingtao
- Putnam, Andrea
- Reichert, Vienna
- Ricci, Emiliano
- Rozovsky, Nadja
- Saini, Harleen
- Shcherbakova, Inna
- Shibuya, Toshiharu
- Singh, Guramrit
- Matlin, Arianne
- Tange, Thomas
- Wu, Yuying
Can Cenik, PhD
Assistant Professor, UT Austin Molecular Biosciences
Former RTI Lab: Postdoctoral Fellow, Moore Lab
Training Period: 2010 - 2012
Prior Academic Degree Institution: Harvard Medical School
Protein abundance is governed by the complex interplay between RNA expression and post-transcriptional processes including translation. In a typical eukaryotic cell, a particular gene might be expressed at an absolute mRNA copy number of a single molecule to ~1000 molecules. Yet, the dynamic range of proteins in individual cells is ~100 – 1,000,000 copies. Translation efficiency, i.e. the number of proteins synthesized per mRNA, is a major contributor to determining protein abundance. Our long-term goal is to develop the necessary computational and experimental framework that will enable quantitative and reproducible determination of translational control.