AMP / Matsuda / ACS / John Wiley & Sons Inc. / Q. Lu A. E. / /
Country
United States / / /
Event
FDA Phase / /
Facility
Northwestern University / CBP complex / California Institute of Technology / laboratory of Linda Hsieh-Wilson / Rockefeller University / terminus influence / University of California / Yale University / /
IndustryTerm
chemical approaches / free energy / metal ion affinity chromatography / cancer therapy / biological systems / machinery / distinct chemical modifications / multidimensional protein identification technology / molecular machinery / pre-mRNA splicing machinery / chemical functionality present / pro-apoptotic machinery / Chemical derivatization methods / invaluable tools / phosphorylation site / chemical groups / combinatorial networks / chemical repertoire / transcriptional machinery / phosphoryl / /
MedicalCondition
human cancers / neurodegenerative disorders / tumor / cancer / diseases / heat shock / /
MedicalTreatment
radiation / cancer therapy / /
Organization
California Institute of Technology / National Science Foundation / Northwestern University / University of California / Berkeley / Royal Society of Chemistry / Yale University / Rockefeller University / Division of Chemistry and Chemical Engineering / /
Person
Walter Winchell / Nat / J. E. Darnell Jr. / Linda C. Hsieh-Wilson / Nelly Khidekel / K. M. Shokat / Peter G. Schultz / H. L. Zhou / O. Buzko / Paul Greengard / A. C. Bishop / /
Position
Beckman Young Investigator / Professor / fundamental player / Bishop / /
A ‘molecular switchboard’—covalent modifications to proteins and their impact on transcription † Nelly Khidekel and Linda C. Hsieh-Wilson * Division of Chemistry and Chemical Engineering, California Institute of