Ridley writes that the switches controlling our 30,000 or so genes not only form the structures of our brains but do so in such a way as to cue off the outside environment in a tidy feedback loop of body and behavior. In fact, it seems clear that we have genetic "thermostats" that are turned up and down by environmental factors. He challenges both scientific and folk concepts, from assumptions of what's malleable in a person to sociobiological theories based solely on the "selfish gene."
Ridley's proof is in the pudding for such touchy subjects as monogamy, aggression, and parenting, which we now understand have some genetic controls. Nevertheless, "the more we understand both our genes and our instincts, the less inevitable they seem." A consummate popularizer of science, Ridley once again provides a perfect mix of history, genetics, and sociology for readers hungry to understand the implications of the human genome sequence. --Therese Littleton --This text refers to the Hardcover edition.
After 1975, DNA was no longer solely the concern of academics trying to understand the molecular underpinnings of life. The molecule moved beyond the cloisters of white-coated scientists into a very different world populated largely by men in silk ties and sharp suits.In later chapters, Watson aims barbs at those who are concerned by genetic tinkering, calling them "alarmists" who don't understand how the experiments work. It is in these arguments that Watson may lose favor with those whose notions of science were born after Silent Spring. Nevertheless, DNA encompasses both sides of the political issues involved in genetics, and Watson is an enthusiastic proponent of debate on the subject. The book accompanies a 5-part PBS series. --Therese Littleton
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In collaboration with the five Faculties and Schools (Computing, Dentistry, Engineering, Medicine and Science), LSI has initiated and is overseeing 13 research programmes. These programmes aim to tackle some of the major diseases relevant to Singapore. Several platform technologies are also involved in achieving this aim. About 200 Principal Investigators are currently involved in one or more of these 12 research programmes.
LSI focuses on enhancing research in these strategic areas within NUS. At the same time, it encourages collaboration with globally renowned institutions here and overseas.
Temasek Life Sciences Laboratory (TLL) is a non-profit organization established in 2002 to undertake cutting edge research in molecular biology and genetics utilizing a broad range of model organisms. TLL is affiliated to the National University of Singapore and Nanyang Technological University. It is located within the campus of the National University of Singapore and is situated alongside other research institutes and academic departments of the university.
TLL has a current research staff of about 190 scientists. Our vision is to create an environment which can attract the brightest young minds world wide, support their research and challenge them to be leaders in their own fields. The institute is based on small but well supported and interactive research groups in which originality, innovation and creativity are emphasized. Collaboration between research groups within TLL and with other local and international research groups is actively encouraged.
Disproportionate to our small size, TLL has already had a positive impact on the development of biotechnology industry in Singapore through collaborations and joint research ventures with local and international partners. Through the excellence of our research, the talented people we nurture and our collaborations with educational, research, as well as industrial partners we will help to facilitate the development of life sciences based industries in Singapore.
