Jonathan Dinman's Lab Home Page

Jan 2012
Control of gene expression by translational recoding
in Adv.Protein.Chem.Struct.Biol.

Nov 2011
rRNA pseudouridylation Defects
in Mol. Cell

Oct 2011
Chromatographic Purification of Highly Active Yeast Ribosome
in JoVE.

Oct 2011
Evolution in TCV satC Enhances Ribosome Binding
in Virology.

May 2011
B1b/c Intersubunit Bridge- A Conduit of Information flow
in PLoS One.

May 2011
Rapid Dual-Fluorescence for -1PRFs screening
in NAR.

May 2011
Yeast Ribosome hSHAPE
in RNAbiol.

April 2011
L11- a cog in Translational machinary
in Mol Genet Genomics

March 2011
Highly Conserved bases in PTC
in RNA

March 2011
Translational enhancer of TCV
in JVirol.

November 2010
PRFs-mRNA destabilising elements
in NAR

September 2010
Kinetics of -1 PRF
in NAR

August 2010
L11 P-loop
in NAR

July 2010
-Allosteric coordination with
L3

Welcome!

My laboratory studies three distinct yet overlapping fields of study: virology, ribosome structure/function relationships, and regulation of gene expression. For more detailed information, go over to the Research page.

Postdoctoral Positions

NIH and NSF funded positions are available in the field of translational recoding. This highly interactive group employs genetic, molecular biological and biochemical approaches to examine ribosome structure/function, translational fidelity, control of gene expression, mRNA stability, and virus propagation. Successful candidate must be a highly motivated Ph.D. with good people skills and strong backgrounds in molecular biology, biochemistry, and/or genetics. Please send curriculum vitae and names of three references to: Jonathan D. Dinman, Ph.D., Dept. of Cell Biology and Molecular Genetics, Microbiology Building, University of Maryland, College Park MD 20742. email: dinman@umd.edu

The PRFdb