Autonomously-driven biomolecule motor

Abstract

The invention provides an autonomously-driven biomolecular motor, and relates to the technical field of biomolecules, the biomotor is constructed on a cell membrane, the biomotor comprises a secretion device, a C-type stator, an MS periplasmic ring, a P-type inner membrane ring, an L-type outer membrane ring, a linkage rod and a fixing piece, the P-type inner membrane ring is fixedly arranged on an outer cytoplasmic membrane, and the L-type outer membrane ring is fixedly arranged on the C-type stator. The MS periplasmic ring is fixedly arranged on an inner cytoplasmic membrane, and a linkage rod is connected to the middle of the P-type inner membrane ring. Biotechnology is adopted as a basic technical fulcrum, when the motor rotates rapidly, no external energy is consumed, and the self-rapid driving capacity is adopted; based on the three points, the biological motor technology can change the operation mechanism of an existing motor, the biological motor technology is a novel biological molecular motor technology, and the core technology of the biological motor technology is widely applied in multiple fields in the future and has core competitiveness.

Description

technical field [0001] The invention relates to the technical field of biomolecules, in particular to an autonomously driven biomolecular motor. Background technique [0002] This technology has a unique motor organ - molecular motor, which is structurally composed of a motor on the cell membrane, an extracellular connector device and molecular motor hairs, spanning the inner and outer membranes of the cell and extending to the outside of the cell. Molecular motors contain proton pumps that convert chemical energy into mechanical energy by transporting hydrogen ions. The biomolecular motor rotates and transmits torque to the joint assembly, which in turn is passed to the motor hairs, which in turn drives the rotation of the motor filaments. The motor hairs act like a propeller, spinning to propel the cell forward. Biomolecular motors are the most efficient and sophisticated molecular engines and among the most complex protein machines, capable of 300-2400 revolutions per s...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the existing technology, the present invention provides an autonomously driven biomolecular motor, which solves the basic complex structure of the molecular motor operation, makes the biomolecular motor limited in combat speed, and cannot achieve a certain operation, thereby limiting scientific research operations, and The volume is too large, which increases the weight of the cell itself, and cannot quickly promote the movement of the target cell. The increase in volume also affects the transfer of molecular motors.

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