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[Biorhythmic selection of cosmonauts].

Kosmicheskaia Biologiia I Aviakosmicheskaia Meditsina

|July 1, 1975

Summary

This summary is machine-generated.

Future space missions may disrupt cosmonaut circadian systems. Biorhythmological selection is crucial for crew stability, matching cosmonaut types to mission demands and "space day" schedules.

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Area of Science:

Space medicine
Chronobiology
Human physiology

Context:

Interplanetary space missions present unique challenges to human physiological systems.
Maintaining circadian system stability is critical for cosmonaut health and performance during long-duration spaceflight.
The artificial environment of space, including altered light-dark cycles and mission schedules, can desynchronize the internal biological clock.

Purpose:

To outline the potential impacts of space mission environments on human circadian rhythms.
To establish criteria for the biorhythmological selection of cosmonauts for space missions.
To propose methods for assessing and selecting cosmonauts based on their biological rhythm characteristics.

Summary:

The study examines how space mission features affect human circadian system stability.

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It details requirements for selecting cosmonauts based on their biorhythmological types (labile, inert, intermediate).

Proposed selection methods include adaptation to "space day" types, biorhythmological typing, natural circadian period length, and nervous system typological features.

Impact:

Informs the development of more effective cosmonaut selection protocols for future space exploration.
Contributes to understanding and mitigating the physiological challenges of long-term space travel.
Enhances crew readiness and mission success by optimizing crew compatibility with mission chronobiology.