"Two independent groups of investigators have found evidence of an enzyme in virions of RNA tumour viruses which synthesizes DNA from an RNA template. This discovery, if upheld, will have important implications not only for carcinogenesis by RNA viruses but also for the general understanding of genetic transcription: apparently the classical process of information transfer from DNA to RNA can be inverted."

“This milestone of biology's megaproject is the long-promised draft DNA sequence from the International Human Genome Sequencing Consortium . The sequence itself is available to all those connected to the Internet … In the paper in this issue, we are presented with a description of the strategy used to decipher the structures of the huge DNA molecules that constitute the genome, and with analyses of the content encoded in the genome. It is the achievement of a coordinated effort involving 20 laboratories and hundreds of people around the world. It reflects the scientific community at its best: working collaboratively, pooling its resources and skills, keeping its focus on the goal, and making its results available to all as they were acquired.”

“As long as I have been in science, which is let's say 1960 to today, just about every five years there are major changes in technology that allow you to do things that you previously either said were just too hard or there was no way to do them — or which you hadn't imagined that you could ever do.”

“The world of animal viruses appears to offer an unfathomable diversity of specimens, but, as the molecular biology of the replication of many viruses has been studied, a pattern of behavior has emerged. The viruses can be divided into classes, each of which has its own method of transmitting its genetic information from one generation to the next and its own style of expressing its genetic information. Although in some cases the data are still fragmentary, it is possible to outline the behavior of these systems and to place them in a formal scheme.”