This paper traces the history of the Animal Research Station, Cambridge from its establishment in 1932 to its closure in 1986. The author worked there for forty years and was Director from 1979. Originally set up as a field station for Cambridge University’s School of Agriculture, the Station was expanded after World War II as the Agricultural Research Council’s Unit of Animal Reproduction. Beginning with semen and artificial insemination, research at the Station soon embraced superovulation and embryo transfer in farm (...) animals. Many other technologies were also developed here, including IVF in pigs, cloning by nuclear transplantation of early embryonic cells, and the first genetically modified farm animals in Britain. This account recalls the Directors of the Station and their research teams together with details of their pioneering contribution to reproductive biology. (shrink)

The article focuses on the ability of some animals and plants to respond to changing environmental conditions by temporarily suspending metabolic processes. In contemporary biology, this state between life and death is commonly labelled ‘cryptobiosis’, combining the Greek kryptos (hidden, concealed, secret) with biōsis (mode of life). I argue that the notion of ‘cryptobiosis’ does not account sufficiently for the processual and relational dimensions of ametabolic life. The article advances a related but different concept, which better addresses this liminal state (...) of biological organisation: s uspended life. While cryptobiosis still nurtures the imaginary of some latent life, suspended life stresses the liminality of the neither-nor life and death. The notion also grasps the dynamic and ongoing transfer between the biological and the technological. While the debate on cryptobiosis has so far remained confined to the description of natural processes, suspended life (or limbiosis) promises to account for contemporary technological practices of cryopreservation. (shrink)