April 1990

What happens when an eminent Soviet scientist, battling for reforms in his own country, must confront U.S. peer review? WASHINGTON -- The wave of perestroika in Soviet science has crossed the Atlantic and is lapping up on the shores of the Potomac. And one of the first landmarks it has encountered is the process of peer review. Two years ago biologist Valery Soyfer was waiting to emigrate to the United States after enduring nearly a decade of isolation for his human rights activities. At the

While Japan is bearish on the potentially lucrative field, American government and industry fail to show enthusiasm or backing WASHINGTON -- To promoters of U.S. competitiveness, Japan's Ministry of International Trade and Industry sometimes seems invincible. MITI has an enviable reputation for helping industry develop new products - often based on United States discoveries - that eventually dominate global markets. So MITI's decision to spend almost $200 million in the next decade on marine b

NSF told Congress about a great new plan for technology transfer but doesn't intend to spend much money on it WASHINGTON -- The National Science Foundation wants more university scientists to get into the technology transfer act. But a new program to do just that seeks only one tenth its originally planned funding. It also offers little assurance that the program will be around long enough to generate any commercial products. Last year NSF presented Congress with its plans for an $85 million

University of Minnesota math chairman resigns in controversy after his school is awarded a $67 million computer center contract MINNEAPOLIS -- Six months after the successful end to a heated competition to win a $67 million supercomputer research grant from the Army, University of Minnesota computer scientist Ettore Infante is trying to track down a bumper sticker portraying him as a warmonger. "It shows me on the head of a missile," says the genial dean of the university's Institute of Techn

With larger membership come questions of how the group can best serve the needs of its expanded constituency When approximately 40 undergraduate and graduate students meet this coming weekend on the campus of Carnegie-Mellon University in Pittsburgh to discuss military and environmental security, they will be advancing the goals of a movement that has sprouted across the nation in recent years. The event is a regional conference sponsored by Student Pugwash USA, a society whose name is still

William L. Dewey looks at this week's meeting of the Federation of American Societies for Experimental Biology with an air of bemused satisfaction. "It's like going to a buffet lunch when you're really hungry and there's more there than you can eat," says Dewey, FASEB's president. "Too much good stuff." The organization's 74th annual meeting - taking place in Washington, D.C., from April 1 to 5 - is sponsored by four of the six FASEB corporate member societies (the American Physiological Socie

The San Francisco disaster proved the urgency of work toward mitigating damage as well as predicting when future quakes will strike WASHINGTON -- The physical aftershocks from last fall's deadly earthquake in San Francisco have ceased. But earthquake scientists are hoping that the political aftershocks from that devastating event, and the recent smaller trembler near Los Angeles, persist long enough to invigorate a field that has suffered from more than a decade of neglect since the launching

Department of Microbiology & Immunology University of Illinois Chicago A surface glycoprotein that is anchored via a lipid to the trypanosome cell membrane is transferred in vitro to red blood cell membranes, sensitizing the latter to attack by anti-trypanosome antibodies. M.R. Rifkin, F.R. Landsberger, "Trypanosome variant surface glycoprotein transfer to target membranes: a model for the pathogenesis of trypanosomiasis," PNAS, 87, 801-5, January 1990. (Rockefeller University, New York)

Paul Ehrlich, professor of biological sciences at Stanford University, and Edward O. Wilson, professor of science at Harvard University, have been selected by the Royal Swedish Academy of Sciences to share the 1990 Crafoord Prize. The two scientists will split the $240,000 award, which honors the field of population biology and the conservation of biological diversity. The prize is named for the late Holger Crafoord, former founder and chairman of a medical supply firm in Sweden, and his wife,

In the estimation of the American Institute of Chemists, Harry Gray's studies of electron transfer have outpaced those of all his competitors to earn him a Gold Medal this year. Gray, the Arnold O. Beckman Professor of Chemistry and director of the Beckman Institute at the California Institute of Technology, has been selected to receive AIC's 1990 Gold Medal. Gray, 54, was cited by AIC for his studies of inorganic chemistry and chemical reactions involved in electron transfer, a fundamental pro

[Editor's note: On Oct. 14, 1980, a small San Francisco startup firm, a company that had yet to produce a single product, cornered the imagination and captured the deep pockets of Wall Street with a dazzling new concept - biotechnology. The company, Genentech Inc., was the creation of Robert Swanson, a venture capitalist, and Herbert Boyer, a biochemist who along with a colleague had been the first to extract a gene from one organism and successfully implant it in another. Investors liked this

[Editor's note: The following interview with Robert Teitelman took place on March 5, 1990, one month after Genentech Inc., a pioneer in the biotechnology industry, sold a controlling stake in the company to Roche Holding, Ltd., the Swiss parent of drug giant Hoffmann-La-Roche & Co. Teitelman, a senior editor at Institutional Investor, talked with Julia King, a contributing editor of The Scientist.] Q Who's managing today's biotechnology industry? Scientists or big business? A Early on it

R. Gentz, F.J. Rauscher III, C. Abate, T. Curran, "Parallel association of Fos and Jun leucine zippers juxtaposes DNA binding domains," Science, 243, 1695-99, 31 March 1989. Tom Curran (Roche Institute of Molecular Biology, Nutley, N.J.): "The leucine zipper structure caught the imagination of scientists in several disciplines, not just those involved in transcriptional regulation. In this paper, we presented an extensive mutagenesis analysis of the oncogenes fos and jun, demonstrating that th

T.R. Cech, "Conserved sequences and structures of group I introns: building an active site for RNA catalysis - a review," Gene, 73, 259-71, 20 December 1988. Thomas R. Cech (University of Colorado, Boulder): "How to look good writing a review article: Pick some really brilliant work to write about. In this case, the difficult and very successful head-scratching that provided the basis for the review was done by Francois Michel and, independently, by Richard Waring and Wayne Davies in 1982. Bas

W.E. Wright, D.S. Sassoon, V.K. Lin, "Myogenin, a factor regulating myogenesis, has a domain homologous to MyoD," Cell, 56, 607-17, 24 February 1989. Woodring E. Wright (University of Texas Southwestern Medical Center, Dallas): "This paper describes the use of a novel cell line that overexpresses regulatory factors for the identification, cloning, and initial characterization of myogenin, a protein that regulates the decision of muscle cells to differentiate. Trans- fection of a myogenin cDNA i

S. Coleman, "Why there is nothing rather than something: a theory of the cosmological constant," Nuclear Physics B, 310, 643-68, 12 December 1988. Sidney Coleman (Harvard University, Cambridge, Mass.): "The cosmological constant is a quantity that appears in Einstein's gravitational field equations. It can be thought of as the energy density of the ground state of quantum field theory, empty space. Experiment gives an upper bound on the constant (consistent with it vanishing altogether). Rough

Since the discovery of monoclonal antibodies in 1975 (see pages 22 and 29), scientists have attempted to harness their power to bind selectively with substances in the body. In the late 1970s and early 1980s, researchers sought to combine potent cell toxins with a monoclonal antibody that would bind with cancer cells. They believed that the resulting immunotoxin (IT) could then be launched as a kind of surgical strike on cancer cells. But, as is the case with many new ventures in science, thing

A revolutionary new way to make monoclonal antibodies (MAbs) was born during a walk on the beach in La Jolla, Calif. During that stroll in 1984, Steve Benkovic, a professor of organic chemistry from Penn State University, and Richard Lerner, director of the Research Institute of Scripps Clinic in La Jolla, vented their frustrations - frustrations that arose from screening hybridoma-derived MAbs for catalytic (enzyme) activity. Monoclonal antibodies are of vital importance in diagnostics becaus

WASHINGTON -- Retiring Massachusetts Institute of Technology president Paul Gray was one. So were Stanford University president Donald Kennedy and Harvard University paleontologist and author Stephen Jay Gould, not to mention Nobel laureates Thomas Cech, Walter Gilbert, and Burton Richter. Like many others among the nation's scientific leaders, these researchers got their starts as National Science Foundation Fellows. Each year NSF gives out hundreds of three-year awards to the nation's outsta

As it approached its 50th anniversary a few years back, the Whitehall Foundation of Palm Beach, Fla., decided it was time for some serious self-evaluation. Officials there wanted to make sure that the foundation was supporting the right kind of scientists - and that the scientists were enjoying substantial gains from the backing they were getting. The most efficient approach to finding out, the officials concluded, was to query the scientists themselves. So they prepared a survey asking grant