TY - JOUR
T1 - An essay on the future of h-2 serology
AU - Klein, Jan
N1 - Copyright:
Copyright 2014 Elsevier B.V., All rights reserved.
PY - 1988
Y1 - 1988
N2 - Listening to Lee Hood describe his futuristic visions of immunology-nay, of biology-it is easy to feel like a cripple in the midst of Olympic sprinters. DNA sequencing, for example, will be entirely automatized: In the future, you will simply drop a tiny speck of tissue into one end of a machine and then collect the data, digested for your convenience by a computer, at the other. The scale of work will be reduced to picogram quantities, a mere nothing compared to the scale you work on now. You will hardly need to spend any time in the laboratory; you will just stop by in the morning to turn on the robotics, and while you are on a lecture tour or fishing in the bay of Baja California, they will slave away for you like zombies in a third-rate horror movie. You won't even need to think; artificial brains will do that for you. And when it comes time to write a paper, there will be a computer program for that too, with standardized columns like those on a tax-return form. The word processors of the nth generation will actually be data processors: They will know what to do with experimental results much better than you, and they will turn out fool-proof manuscripts above the criticism of any reviewer. Correction: Actually, in the future, there will be no manuscripts, no papers, no journals; all communication will be via computer. At some point communication may even be strictly amongst computers, and then you will have nothing to say to all this at all.
AB - Listening to Lee Hood describe his futuristic visions of immunology-nay, of biology-it is easy to feel like a cripple in the midst of Olympic sprinters. DNA sequencing, for example, will be entirely automatized: In the future, you will simply drop a tiny speck of tissue into one end of a machine and then collect the data, digested for your convenience by a computer, at the other. The scale of work will be reduced to picogram quantities, a mere nothing compared to the scale you work on now. You will hardly need to spend any time in the laboratory; you will just stop by in the morning to turn on the robotics, and while you are on a lecture tour or fishing in the bay of Baja California, they will slave away for you like zombies in a third-rate horror movie. You won't even need to think; artificial brains will do that for you. And when it comes time to write a paper, there will be a computer program for that too, with standardized columns like those on a tax-return form. The word processors of the nth generation will actually be data processors: They will know what to do with experimental results much better than you, and they will turn out fool-proof manuscripts above the criticism of any reviewer. Correction: Actually, in the future, there will be no manuscripts, no papers, no journals; all communication will be via computer. At some point communication may even be strictly amongst computers, and then you will have nothing to say to all this at all.
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U2 - 10.3109/08830188809051203
DO - 10.3109/08830188809051203
M3 - Article
C2 - 3246572
AN - SCOPUS:0024065128
SN - 0883-0185
VL - 3
SP - 357
EP - 363
JO - International Reviews of Immunology
JF - International Reviews of Immunology
IS - 4
ER -