Artifical nano-urinary bladder and its making process

Abstract

Hydrophobic and lipophobic technology is adopted to form complementary structure in nanometer size on the surface of some material and some air atoms are adsorbed on the surface to form one stable air film. The nanometer material for artificial urinary bladder has hydrophobic and lipophobic surface and thus the lotus leaf-like surface function, so no water and other dirt likely to produce post-operation complication contact with the surface of artificial urinary bladder. The artificial nanometer urinary bladder has certain elasticity and contraction capacity and thus excellent urine storing function and timely urine excreting function, so that it may be used as excellent substituting urinary bladder.

Description

[0001] Technical field: The present invention relates to an artificial bladder made of artificial nanomaterials, which belongs to the field of artificial organ manufacturing. Background technique: [0002] 1. At present, urinary diversion is necessary after total bladder resection in the treatment of advanced bladder cancer, and the main method of urinary diversion is to replace the function of the original bladder with an artificial bladder. The manufacture of the existing artificial bladder: cut a long section of intestines from the patient himself to make a bladder that can hold about 300-500ml of urine. Its shortcomings: not only seriously interfere with the digestive tract, but also physiologically very different from the urinary tract. Therefore, there are many postoperative complications, including intestinal leakage, urinary leakage, mucus in the artificial bladder, stones, alkalosis, etc., and the surgical trauma is large, the recovery is slow, and the quality of life...

AI Technical Summary

Problems solved by technology

Therefore, there are many postoperative complications, including intestinal leakage, urinary leakage, mucus in artificial bladder, stones, alkalosis, etc., and the surgical trauma is large, recovery is slow, and the quality of life or quality of life of patients after surgery is poor.

[0003] 2. The technology of using tissue cell engineering technology to cultivate and reconstruct the bladder is still in the research stage, and it is still too early to apply it in clinical practice

Its disadvantages: first, the structure is complex and the reliability is poor; second, it is easy to cause complications such as bladder stones after operation, and cannot replace the function of the original human bladder

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