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Analysis of the motor component in feeding behaviour of the crayfish enabled to differentiate it into separate fragments with respect to the targets which are reached due to realization of each of these fragments. It is suggested that separate fragments are realized by some functional blocks which are activated from their own receptive zones by trigger mechanisms. With changing the coordinates of food stimulus the whole structure of the behaviour also changes due to the inclusion of additional fragments (locomotions, rearrangement of postures, activation of the claw extremities, etc.). Since this rearrangement favours the animal in reaching its final target, it may be considered as adaptive one.
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
January 1964,
Tsitologiia,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
January 2000,
Physiological and biochemical zoology : PBZ,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
August 1974,
The Journal of experimental biology,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
January 1972,
Izvestiia Akademii nauk SSSR. Seriia biologicheskaia,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
October 1974,
Hoppe-Seyler's Zeitschrift fur physiologische Chemie,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
October 2014,
Genetica,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
March 2012,
Chemosphere,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
May 1977,
Cell and tissue research,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
October 2007,
Environmental monitoring and assessment,
O L Belianin, and
G S Kan, and
T A Stepushkina, and
O S Moskalev
January 1977,
Zhurnal evoliutsionnoi biokhimii i fiziologii,
