Rotary tissue stress culture system and method

Abstract

The invention relates to a rotary tissue stress culture system and a method. The rotary tissue stress culture system comprises a support frame, wherein a culture liquid bottle, a multi-manifold joint, an oxygen exchanger, a defoaming device, a constant flow pump, a culture liquid pressure chamber, a multi-passage rotary joint, a bottle rotating machine, a peristaltic pump, a waste liquid bottle, a bottle rotating hydraulic chamber, a single-passage rotary joint and a control unit are arranged on the support frame, the multi-manifold joint is respectively connected with the culture liquid bottle, the oxygen exchanger and the waste liquid bottle, a plurality of passages are arranged inside the multi-passage rotary joint, two connecting openings which are arranged on the side wall of the multi-passage rotary joint are connected with two pipelines, the first pipeline is connected with a second valve inlet of the multi-manifold joint, the second pipeline is connected with the lower end of the culture liquid pressure chamber, a seed cell injection opening is arranged on the second pipeline, both ends of the bottle rotating machine are respectively provided with a top cover and a bottom cover, the top cover of the bottle rotating machine is connected with the multi-passage rotary joint, the bottom cover of the bottle rotating machine is connected with the single-passage rotary joint, the bottle rotating hydraulic chamber is connected with the single-passage rotary joint, and control signals of the control unit are respectively connected with the bottle rotating machine, the peristaltic pump, the constant flow pump and an electromagnetic valve.

Description

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AI Technical Summary

Benefits of technology

This new technology allows culturing various types of tissueres (organoid) without being affected from their own weight or density. Instead, they use special materials that are designed specifically for this purpose. They also have an artificial structure called a vasculature system where each part helps circulate fluid around it while growing tiny tubular structures like roots. These systems help create vascular networks within these organisms's body, which makes them ideal tools for studying biological processes such as cell growth and development.

Problems solved by technology

This patented technical problem addressed in the patents relates to improving the structure and functioning of an expandable biological receptor called Rotor Biotechnology System(RBC), which allows researcher to study larger numbers of living cells while still being able to create them into various forms like bone or muscle without damaging themselves during experimentations.

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