Quick Reads es

Some biotech companies are claiming that GM (genetically-modified) seed can best be controlled if they also apply Terminator technology to the seed. The Terminator makes the seed sterile at harvest time so that farmers have to purchase new seed every growing season. When ETC group learned that suicide seeds were being hailed as a "green" technology, we decided to hold a contest. The winner is announced today at the Biodiversity Convention in The Netherlands.

ETC group's April Fool's Day Contest - to come up with the best conclusion to the sentence, "Using Terminator to halt GM seed contamination is like..." has a winner. The global contest, which began in early February and ended on April Fool's Day resulted in more than 110 entries from 21 countries. Many hundreds more visited the special website set-up for the contest to see the answers.

The Coalition Against BioPiracy (CAB)* will present its highly un-coveted Captain Hook Awards -for infamous and outstanding achievements in biopiracy - at the Biodiversity Convention in The Hague, April 8-19 2002. The previous Captain Hook Awards ceremony was held almost two years ago at the Fifth meeting of the Biodiversity Convention in Nairobi. The Coalition emphasizes that the Captain Hook awards are made possible by the work and activities of many civil society and peoples' organizations around the globe that actively monitor and resist biopiracy. The cases cited and the analysis used in selecting the award winners are by no means limited to the work of the Coalition Against Biopiracy.

Nature magazine’s flip-flop today (April 2002) over the testing protocols involved in determining GM maize contamination in Mexico - the Centre of Genetic Diversity for the vital food crop - is just the latest in a string of absurdities as the scientific community struggles over what to do as genetically-modified germplasm invades the genetic homelands of the world’s food supply.

MIT says an army of NanoWalkers (microbots) will be performing sub-atomic operations within three months. The development signals a new era in technology as industry prepares to move "down" from genomes to atoms.

Thumbelina with an attitude: Hundreds of three-legged robots the size of a thumb, complete with onboard computers, powerful microscopes, and biosensors will be ready to manufacture nano-scale materials by mid-2002, according to researchers at the Massachusetts Institute of Technology (MIT) Bioinstrumentation Laboratory. A 'nano' is a measurement of one-billionth of a meter. Only 32 millimeters in diameter, the microbots are designed to manipulate atoms. Responding to infrared signals allowing each microbot to act independently or collectively on myriad tasks, the little machines (dubbed "NanoWalkers") are capable of executing 48 million instructions and making 4,000 nano-maneuvers per second. MIT expects to have at least 300 microbots hard at work in an enclosed card-table sized chromium chamber by June. The chromium surface provides an energy source for the robots which will receive their marching orders from a master computer in the box's ceiling.