By Kurt Enslein, John F. Kinslow
Facts Acquisition and Processing in Biology and medication, quantity four bargains with theories in facts acquisition and processing in addition to their implementation in biology and drugs. issues coated variety from computer-oriented examine of human metabolism to computerized category of chromosomes; retrieval and processing scientific dimension facts; facts manipulation in investigational new drug purposes; and strategies of microglossary analysis.
Comprised of 20 chapters, this quantity starts with an outline of the options, instrumentation, and analytical techniques for buying, storing, and retrieving psychophysiological info on greater than two hundred matters. The dialogue then turns to using desktops to review human metabolism, for the relief of ultracentrifuge information, and in target content material research of psychotherapy. next chapters discover mechanized picture structures; cortical auditory reaction in people; details processing via electrical fishes; and fetal center fee in the course of cesarean section.
This publication may be invaluable for undergraduate scholars, educators, practitioners, and researchers in computing, biology, and drugs.
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Extra info for Data Acquisition and Processing in Biology and Medicine. Proceedings of the 1964 Rochester Conference
In reference to the fourth optimization phase, we have not yet entered into a systematic effort to directly improve the performance of the final stage of the computer programs which produce the karyotypes. This will be accomplished in a similar fashion to the "tuning" of the recognition program; the relevant parametrization here is embodied in the metric function used to measure similarity between chromosome shapes. III. G E N E R A L DISCUSSION Since most of the output information developed by these programs resides in the numerical output, it is interesting to speculate on how this information might be used to produce results of biological significance.
In particular, it appears that the monotonically increasing sequence of distance or dissimilarity measures obtained in the pairing process (see Fig. 5) can be employed in certain decision processes with results similar to those obtained by use of the classical karyotype. As pointed out in last year's report, this sequence of numbers is independent of the scale of the photograph and the arrangement of chromosomes in the spread and is therefore an invariant property of the karyotype. Notice that this implies a subtle change in the use of the word karyotype.
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