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pro vyhledávání: '"M G, Paulin"'
Publikováno v:
Journal of microscopy. 244(3)
Capillary rise on a tapered cylindrical rod creates a static axisymmetric meniscus that quantitatively attracts buoyant particles into a single microscopic field of view, providing a new method for small particle microscopy. This approach simplifies
Autor:
M G, Paulin, L F, Hoffman
Publikováno v:
Autonomous robots. 11(3)
The cerebellum is a neural structure that is essential for agility in vertebrate movements. Its contribution to motor control appears to be due to a fundamental role in dynamical state estimation, which also underlies its role in various non-motor ta
Autor:
M G, Paulin
Publikováno v:
International review of neurobiology. 41
The cerebellum is necessary for moving smoothly and accurately, but this does not imply that the cerebellum generates or modifies movement control signals. Cerebellar function can be explained by assuming that it is involved in constructing neural re
Publikováno v:
Aviation, space, and environmental medicine. 62(11)
Adaptation of sleep and circadian rhythms was examined in three temperate zone dwellers arriving in Antarctica during summer. Rectal temperature, wrist activity, and heart rate were monitored continuously, sleep timing and quality noted on awakening,
Autor:
M G Paulin, J C Montgomery
Publikováno v:
Biological Cybernetics. 55:1-4
Eye movements were produced in an elasmobranch preparation by electrical stimulation of the horizontal canal ampullary nerves. A pseudorandom binary sequence of stimulus pulse trains was delivered bilaterally. Eye position during this stimulus was cr
Autor:
M. G. Paulin, John C. Montgomery
Publikováno v:
Journal of Comparative Physiology A. 158:723-728
1. A pseudorandom binary sequence electrical pulse rate stimulus was delivered to the abducens nerve of an elasmobranch preparation. Ipsilateral eye movements were recorded using a position-sensitive photodiode to measure the position of a reflective
Autor:
John C. Montgomery, M. G. Paulin
Publikováno v:
Journal of Experimental Biology. 113:101-107
The dogfish oculomotor system can be modelled as a first order linear system (Montgomery, 1983) and hence can be specified by its characteristic frequency and gain. This paper describes the effect of temperature on these two parameters. The character