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 | A fact from Richard A. Houghten appeared on Wikipedia's Main Page in the Did you know column on 5 July 2008, and was viewed approximately 338 times (disclaimer) (check views). The text of the entry was as follows:
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Page dump edit
The below was the original version of the page. I'm keeping it here as a rough guide for what to include. Protonk (talk) 03:20, 30 June 2008 (UTC)
Richard A. Houghten earned his B.S. in chemistry in 1968 from California State University, Fresno. After earning his M.S. and Ph.D. from the UC Berkeley, under Professor Henry Rapoport in 1970 and 1975, respectively, Dr. Houghten was a Postdoctoral Fellow and Research Associate with Professor Choh Hao Li at the Hormone Research Laboratory, UC San Francisco; Assistant Professor of Medicine and Biochemistry, City University of New York, Mt. Sinai School of Medicine; and Associate Member, Department of Molecular Biology, The Scripps Research Institute, La Jolla working with Richard Lerner,Ph.D. During his early years at Scripps, Dr. Houghten invented a revolutionary method for quickly synthesizing peptides hundreds of times faster than previous existing methods. Published in PNAS in 1985, it quickly became known as the "T-bag" method in which solvent permeable packets are used to sequester unique, homogeneous sequences. This achievement presaged the later global advances in combinatorial synthesis by at least 5 years. Licensed to Irori (now Discovery Technologies), the T-bag approach, renamed by Discovery Technologies MicroKans, has resulted in the synthesis of literally millions of low molecular weight compounds. Such numbers were clearly a practical impossibility with technologies preceding Dr. Houghten’s pioneering inventions.
Dr. Houghten continued to advance the development and use of synthetic libraries. His approach (Nature 1991) for generating well-defined mixtures of free peptides in amounts suitable for a wide range of pharmacological assessment remains the simplest and most widely applicable peptide library method. This is exemplified by his 1994 Science report, in which an acetylated all D-amino acid hexapeptide having high µ opioid receptor binding affinity, specificity and agonist activity, yet no structural homology to known peptide opioids, was identified from a library of 32 million hexapeptides. His "libraries from libraries" concept (PNAS 1994) and more than fifty further publications advancing this approach over the past 10 years involves the transformation of peptide libraries, while still resin bound, to generate low molecular weight heterocyclic libraries having completely different physical chemical properties from the peptide starting materials. This approach has generated leads virtually certain to be missed by standard structure-activity approaches. Further pioneering advances include the “positional scanning” approach, which enables the rapid identification of active moieties in all positions of a given chemical structure. Described in J.Biological Chemistry, an all D-amino acid tetrapeptide was identified from a positional scanning library made up of 6.25 million tetrapeptides. The active compounds identified had no sequence homology to existing compounds and remains the most kappa opiate receptor-specific compound identified to date. This compound is in late stage pre-clinical trials as an anti-inflammatory. Houghten and his colleagues have discussed these and related issues in the J. Med. Chem. (1999) Perspective.
His acceptance of the Athena Pinnacle Award in 1999 further distinguishes Dr. Houghten and his dedication to the advancement of women scientists in the work place. He founded the Journal Peptide Research, which was later merged with the “International Journal of Peptide and Protein Research,” to become the J. Peptide Research; is a co-founding editor of Molecular Diversity, and is on Editorial Boards of eight journals. In 2001, Richard co-hosted the 2nd International/17th APS Symposium in San Diego. Over 1,250 scientists from around the world attended, including speakers such as Craig Ventor from Celera.
Attention edit
While there are sure to be plenty of third party articles describing this guy, I need someone familiar with the field and the literature to judge which publications are top of the field and which articles stand out as the most importance. Would be helpful with regards to expanding the article. Protonk (talk) 02:17, 30 June 2008 (UTC)
New Sourcing edit
Link to science mag abstract. I don't have a copy of the article (sent away for it via inter-library loan, so I'll have it in a week). Protonk (talk) 18:15, 4 July 2008 (UTC)