Download
1 / 2
20 likes | 22 Vues
It is amazing to see how medical technology has evolved so much with time. There is treatment for almost everything with ongoing large-scale research for the remainder.
E N D
Tissue Engineering Is An Advancement In The Medical Technology It is amazing to see how medical technology has evolved so much with time. There is treatment for almost everything with ongoing large-scale research for the remainder. The cutting-edge research and medical research has helped in developing devices and products that helps in treatment and recover of the patient. Treat Wide Range of Cardiovascular Conditions Our heart is the most important organs in our body. The proper functioning and regulation of the heart is important for steady blood circulation across the body. The pulmonary valve lies between the right ventricle and pulmonary artery. It prevents back flow of blood that leaves right ventricle into heart again. When there is damage in the pulmonary valve, it leaves to major heart problems. The only way to take care of it is replace the pulmonary valve with an artificially manufactured on with help of surgery. The pulmonic valve contract manufacturing help in production of the valve according to the patient specification. •It is one of the perfect medical solutions for the damage pulmonary valve. The manufacturer helps with the prototyping and production based on the precise specification.
•The development of the valve and its insertion as replacement requires cutting-edge research and development. This required skilled technicians. •The manufacturing is a collaborative work of expert tissue engineers along with stent experts, scientists, and medical professionals. •It requires the complete product development starting with designing the valve and its specification-based prototyping. The bovine tissues are mostly used for the manufacturing. Tissue Engineering important for medical conditions There are many medical conditions where tissue engineering is required. In this the tissue is engineered in artificial condition and it is inserted for better functioning and as part of treatment. As per the requirement of the medical client, manufacturers prototype and design the tissue. The valves can be designed from scratch where the tissue is grown in the lab and converted into valve. However, a manufacturing contract company must be certified and follow all the quality standards and protocols. The tissues must be biocompatible, qualified for viral inactivation and quality certified with clinical trials. All the tissue patches, bovine pericardium tissue, pulmonary valve and cardiovascular tissues must pass the biocompatibility test. This step is important so that they can be inserted surgically inside the body and it does not cause any immune reaction against the patient. Always choose a company or manufacturer with an extensive R & D facility. Manufacturers must follow all Safety and Compliance As a manufacturer, it is important to follow standard protocol for developing engineered tissue. All the scientists and experts must be well trained and highly skilled. They must have strong training in tissue cleaning, cross linking of tissue as well as appropriate cutting. The sewing of the tissue to the stent required precision. The tissue engineering facility must be designed strategically, and it must be clean and extremely hygienic. The design should be done with regulatory compliance. The final packaging and handling of tissue must be done safely so that there is no contamination and side effect when used for surgery or replacement.
