- News Home
5 December 2013 11:26 am ,
Vol. 342 ,
Researchers have been hot on the trail of the elusive Denisovans, a type of ancient human known only by their DNA and...
Thousands of scientists in the Russian Academy of Sciences (RAS) are about to lose their jobs as a result of the...
Dyslexia, a learning disability that hinders reading, hasn't been associated with deficits in vision, hearing, or...
Exotic, elusive, and dangerous, snakes have fascinated humankind for millennia. They can be hard to find, yet their...
Researchers have sequenced and analyzed the first two snake genomes, which represent two evolutionary extremes. The...
Snake venoms are remarkably complex mixtures that can stun or kill prey within minutes. But more and more researchers...
At age 30, Dutch biologist Freek Vonk has built up a respectable career as a snake scientist. But in his home country,...
Since arriving on the island of Guam in the 1940s, the brown tree snake ( Boiga irregularis ) has extirpated native...
- 5 December 2013 11:26 am , Vol. 342 , #6163
- About Us
Peering Into 2001
29 December 2000 7:00 pm
Last week, Science marked this year's progress in genomics research as the Breakthrough of the Year. Science's editors also gazed in their crystal ball to predict which fields may make the headlines in 2001.
New views of the ocean. New satellites launched in the past 3 years to keep watch on the oceans should yield big dividends in 2001. Instruments such as SeaWiFS, which detects ocean chlorophyll, and Terra, NASA's giant new Earth-observing satellite, are mapping ocean temperatures, circulation, and photosynthesis by tiny ocean plants. This data gusher should yield insights into short-term climate changes such as El Niño, as well as the first global picture of seasonal ocean productivity.
Infectious diseases. Research into the planet's major scourges is moving out of the backwaters and onto the world stage. In 2000, the White House, the European Union, and the G-8 all announced multimillion-dollar initiatives to battle TB, malaria, and HIV, while the Bill and Melinda Gates Foundation chipped in, too. New drugs and vaccines will take years to develop, but expect a flurry of papers to pave the way.
RNA surveillance. Biologists have recently found that organisms from molds to plants, worms, and perhaps even mammals can "silence" genes by degrading their messenger RNAs (mRNAs). But researchers can also shut down specific genes, which may be useful for studying gene function and may also allow the creation of new genetically modified organisms. Scientists are also making progress in figuring out "nonsense mediated decay," a method by which cells proofread mRNAs to avoid defective proteins. In 2001, look for more progress toward understanding these fundamental defense strategies.
Follow the money. Politicians everywhere are talking up research. Both U.S. presidential candidates raised hopes this fall, as did their Canadian counterparts, that science will be awash in new money in 2001. Likewise in the United Kingdom, although the largesse may favor the well-endowed, while French bioscientists are basking in the best budget in a decade. Japan is poised to maintain a fast pace despite a prolonged economic slump, and China is rewarding its scientific stars and luring back those currently overseas. Germany and Italy anticipate more modest growth rates. Less encouraging is Russia, where efforts to shore up its crumbling scientific elite have so far fallen short.
Quark soup. Physicists at Brookhaven National Lab in Upton, New York, will be replicating a little piece of the universe as it was at the tender age of 10 microseconds. When gold atoms in the Relativistic Heavy Ion Collider (RHIC) smash together, the nuclei will reheat into a primordial plasma of free quarks and gluons, particles normally locked up in protons and neutrons. This new state of matter has been glimpsed at CERN, but this year RHIC researchers will start painting a complete portrait.
On one hand or the other. Scientists trying to decipher how a cell tells its left from its right--or top from bottom--are likely to find some answers in the coming year. Cell biologists are working with flies, nematodes, and yeast to learn how proteins or RNA are directed to one side of a cell but not the other. And watch for the results from several teams attempting to replicate surprising experiments reported in 1999 that suggested mammalian embryos determine right from left with a system of swirling cilia.