Cover of CREATION OF LABS TO PRODUCE MASSIVE HUMAN ARTIFICIAL ORGANS AND BONES TO REPLACE THE CANCEROUS ONES: 1st EDITION

CREATION OF LABS TO PRODUCE MASSIVE HUMAN ARTIFICIAL ORGANS AND BONES TO REPLACE THE CANCEROUS ONES: 1st EDITION

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CREATION OF LABS TO PRODUCE MASSIVE HUMAN ARTIFICIAL ORGANS AND BONES TO REPLACE THE CANCEROUS ONES: 1st EDITION

By: INGRID BIERLEY
Narrated by: Kassia Vale
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Creating a New Future for Cancer TreatmentCancer remains one of humanitys most devastating medical challenges. Although surgery, chemotherapy, radiation therapy, immunotherapy, targeted medicines, and other treatments have saved countless lives, many patients still face a difficult reality: when cancer destroys or seriously damages a vital organ, removing the cancer may also mean losing an essential part of the bodys ability to function.This book, Creation of Labs to Produce Massive Artificial Human Organs and bones to Replace the Cancerous ones , explores a bold vision for the future.The concept brings together several rapidly developing areas of science, including regenerative medicine, tissue engineering, biomaterials, organ manufacturing, stem-cell research, artificial organs, bioprinting, biomedical engineering, robotics, artificial intelligence, and precision medicine.Today, organ transplantation is constrained by a major limitation: there are not enough donor organs for everyone who needs one.A functional organ must interact with blood vessels, nerves, hormones, immune defenses, surrounding tissues, and the body's complex physiological systems. It must survive, communicate with the body, and perform its biological functions reliably over time.It could inspire new approaches to the treatment of cancers affecting organs such as the liver, kidney, pancreas, lung, heart, and other tissues. It will require enormous investment in research, advanced manufacturing infrastructure, clinical testing.The laboratories envisioned in this book would therefore need to function at the intersection of medicine and advanced manufacturing. They would require multidisciplinary teams of physicians, surgeons, cell biologists, tissue engineers, materials scientists, biomedical engineers, geneticists, immunologists, computer scientists, robotics specialists, manufacturing experts, and regulatory professionals.©2026 INGRID BIERLEY (P)2026 NONE -WORKING ON NARRATOR
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