Ex vivo tissue perfusion system

Traditional ex vivo tissue and organ bath systems typically have large volumes and occupy significant laboratory spaceHeating circulating water leads to uneven temperature conductionDifficult to clean, unchanged operation, and does not meet GLP standards. DMT company has made a series of improvements to traditional ex vivo tissue and organ baths by utilizing new materials, computer and tissue engineering technologies; The use of fast circulating air heating method instead of traditional circulating water bath heating ensures the stability and uniformity of bath temperature; The use of a new single-layer glass material has replaced double-layer glass, making it easier to clean the bath after the experiment; Configure fully automatic control software to automatically control the inflow and outflow of buffer solution, reducing experimental workload; Use digital output to directly connect to the computer. All components are placed in a compact space, saving laboratory space.

Modular design allows for simultaneous measurement of four independent samples; In addition, multiple 750TOBS systems can be connected to the same computer via USB cables to form a multi-channel system for high-throughput screening experiments, and one experimenter can control multiple systems simultaneously. Easy to operate, compact structure makes DMT750TOBSEx vivo tissue perfusion systemCan be placed in a very small space.

The DMT750TOBS in vitro tissue and organ bath system is mainly used for physiological and pharmacological studies of smooth muscle (vascular smooth muscle or non vascular smooth muscle) and other muscle tissue samples. The main advantage of the ex vivo tissue organ bath system is that it can independently study the effects of drugs on organs, thereby avoiding the impact of the animal's overall body system on organ function. The experimental data obtained using the tissue organ bath system has continuity and repeatability, which can be used for drug screening and dose effect curve measurement.

Ex vivo tissue perfusion systemMainly used in cardiovascular research for measuring isolated aortic rings, heart tissue, and other arterial muscle strips; It can also be used for gastrointestinal research, such as ileal samples, gastric antral muscles, and sphincter muscles; Respiratory functions such as isolated tracheal rings, diaphragm, diaphragmatic membrane, pulmonary artery smooth muscle, and lung tissue; In addition, smooth muscle samples such as urinary bladder, penile smooth muscle, and prostate can be experimentally studied using this system.