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evolution12
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How many years- approxiametly- do you think it will take before we can grow viable tissues & organs in labs, using stem cells and other things? thirty years? fifty? one hundred?
Evo said:
tissues said:when will he log on/see this?
mishrashubham said:Great info Ryan
tissues said:are you saying you don't think tissues will be made to order, or anything like that, for 40-50 years?
tissues said:Why can't dermagraft be used for any skin wounds & flaws?
http://www.dermagraft.com/about/overview/ [Broken]
tissues said:How many years- approxiametly- do you think it will take before we can grow viable tissues & organs in labs, using stem cells and other things? thirty years? fifty? one hundred?
Viable tissues and organs are living tissues and organs that are able to function and survive in their intended environment. This means that they have the necessary nutrients, oxygen, and support to continue carrying out their normal functions.
Viable tissues and organs can be obtained through various methods such as organ donation from deceased individuals, living organ donation, and tissue donation from living or deceased individuals. These tissues and organs are carefully screened and tested to ensure they are safe for transplantation.
The use of viable tissues and organs in medical treatments can greatly improve the quality of life for patients. They can provide necessary functions for the body, such as filtering blood or producing insulin, and can also help repair damaged tissues and organs.
One of the main challenges in using viable tissues and organs is finding suitable donors. There is often a shortage of donors, and the tissues and organs must also be carefully matched to the recipient to prevent rejection. Additionally, there are ethical considerations involved in the procurement and use of these tissues and organs.
There have been many advancements in the field of viable tissues and organs, including improved preservation techniques, better methods for matching donors and recipients, and the development of artificial and bioengineered tissues and organs. These advancements have greatly increased the success rates and availability of viable tissues and organs for medical treatments.