Cell and Tissue Engineering

Standardisation in cell and tissue engineering Methods and protocols... 

Dmitry (Dima) Shvartsman was bom in Kharkov (Ukraine). He graduated from Tel Aviv University (Israel), where he focused his studies on the biophysical properties of the cell plasma membrane and dynamics of interaaions between membrane proteins and membrane domains. He received the Long-Term Postdoctoral Fellov> hip from the European Molecular Biology Oiganization (EMBO) to conduct his postdoctoral studies in Cell and Tissue Engineering laboratory at Harvard Univeisity under the supervision of Prof. David Mooney. 

See also Bioengineering Bioinformatics Biomechanics Bionics and Biomedical Engineering Biophysics Calculus Cell and Tissue Engineering Computer Science Nanotechnology. 

See also Artificial Organs Bioengineering Bionics and Biomedical Engineering Cell and Tissue Engineering Geriatrics and Gerontology Pediatric Medicine and Surgery. 

One of the most immediate goals of cell and tissue engineering is to allow physicians to replace damaged orfailing tissues within the body. 

Hundreds of bioengineers are working around the world, and they have created a wide variety of applications using cell and tissue engineering research. Among the most promising applications are cell matrices and bioartificial organ assistance devices. 

Fascinating Facts About Cell and Tissue Engineering... 

Although most cell and tissue engineers focus on combating physical illness and injury, bioengineering also has the potential to produce technology that will allow humans to improve their functional abilities. At some point, combinations of synthetic computer technology and biological components could be used to improve human visual capacity or to endow humans with more precise access to memory. 

See also i ricultural Science Animal Breeding and Husbandry Cell and Tissue Engineering Egg Production Fisheries Science Food Preservation Genetically Modified Food Production Genetically Modified Organisms Nutrition and Dietetics Pasteurization and Irradiation Plant Breeding and Propagation. 

See also Artificial Organs Bionics and Biomedical Engineering Biosynthetics Cell and Tissue Engineering Electron Microscopy Hematology Microscopy Pathology Stem Cell Research and Technology. 

---