A core process in receptor function, general anesthesia, sleep, and aging

Area of Science:

• Biochemistry
• Molecular Biology
• Gerontology

Background:

• Protein and ligand diffusion in aqueous environments is crucial for biological processes.
• Chreodes, proposed structures in water organized by protein side chains, may guide molecular movement.
• Volatile general anesthetics are hypothesized to target these chreodes.

Purpose of the Study:

• To propose elemental nitrogen as an external agent responsible for inducing sleep.
• To explore the connection between anesthetic effects, sleep deprivation, and nitrogen's role.
• To investigate elemental nitrogen as a potential core factor in the aging process.

Main Methods:

• Theoretical proposal based on existing hypotheses regarding chreodes and anesthetic action.
• Comparative analysis of anesthetic effects, sleep deprivation, and proposed nitrogen mechanisms.
• Extrapolation of proposed nitrogen-mediated effects to the biological aging process.

Main Results:

• Elemental nitrogen is hypothesized to be the external agent responsible for sleep.
• A mechanistic link is proposed between chreodes, anesthetics, sleep, and nitrogen.
• Elemental nitrogen is suggested as a fundamental factor contributing to biological aging.

Conclusions:

• Elemental nitrogen plays a significant, yet underappreciated, role in fundamental biological processes such as sleep and aging.
• The chreode model provides a framework for understanding how external agents like nitrogen can influence molecular diffusion and physiological states.
• Further research is warranted to validate the proposed role of elemental nitrogen in sleep and aging mechanisms.