Organ Regeneration Articles & Analysis
10 news found
With a comprehensive portfolio of world-class 3D bioprinters and bioinks CELLINK’s technology enables the printing of human tissues and organs, which enable faster and more accurate models for drug development, while replacing animal experiments and paving the way to save lives by reducing organ rejection and potentially solve the problem with lack of ...
ByCELLINK
Secreted proteins are a proven class of biologics with tremendous therapeutic potential, as they regulate tissue repair and regeneration, organ development, and immune response to disease. However, despite the remarkable impact of FDA-approved biologics based on secreted proteins such as insulin, human growth hormone, and erythropoietin, this class of biologics ...
Bill Fodor, Chief Scientific Officer of Biostage stated, "The pig study, although only in a single animal, demonstrates that the Biostage implant technology can stimulate the regeneration of an epithelialized tubular organ, similar to our esophageal implant". ...
SkinStim: SkinStim utilizes bioelectric signaling and biologic compositions for skin regeneration using bioelectric controlled expressions of tropoelastin, COL17A1, and klotho. ...
The peer-reviewed data from rodent and human disease models showed that ILB® leads to tissue remodelling, reduced fibrosis and functional tissue regeneration – observations indicating the potential of ILB® to alleviate fibrotic diseases. ...
The scientific community has regarded regeneration as a topic of interest for thousands of years. Long before it was dubbed ‘Regenerative Medicine’, this type of medical intervention was applauded by healthcare professionals for its successful outcomes. ...
The charter of our accelerator is to try to take that core technology of a bioelectric simulator to stimulate and a micro infusion pump and a mix composition for organ regeneration, which we spent many years learning how to use for the heart, and see if it would work for other organs such as the kidney, pancreas, liver, and even surface things ...
The liver is unique among organs in its ability to regenerate after being damaged. Exactly how it repairs itself remained a mystery until recently, when researchers supported by the National Institutes of Health discovered a type of cell in mice essential to the process. ...
Researchers identify a novel approach to enhance tissue growth Because most human tissues do not regenerate spontaneously, advances in tissue repair and organ regeneration could benefit many patients with a wide variety of medical conditions. ...
Normal stem cells are essential to normal tissue regeneration, and to the stability of organisms and processes. But cancer stem cells are thought to be the driving force for the formation, growth, and spread of tumors. ...