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B. Medical Biotechnology

Medical Biotechnology. Application of immunological principles (autoimmunity, transplantation, tumor immunology, stem cell therapy, cell-based vaccines), vaccines (Live, killed, attenuated, subunit, and recombinant nucleic acid vaccines) and diagnostics, adjuvants, cell therapy, stem cell therapy, immunotherapy, r-DNA based therapy, antibody engineering, phage display libraries, tissue engineering. Stem cell technology: induced pluripotent stem cells, guided/directed differentiation methods; application in drug screening and disease biology; Organoid: Stem-cell based, self- organizing 3D models for disease and developmental biology. Neurobiology: Electrophysiological studies of the brain, behavioural tests. Medical devices and implants, Biosensors

S13 - B

B. Medical Biotechnology

7 items

Medical Biotechnology. Application of immunological principles (autoimmunity, transplantation, tumor immunology, stem cell therapy, cell-based vaccines), vaccines (Live, killed, attenuated, subunit, and recombinant nucleic acid vaccines) and diagnostics, adjuvants, cell therapy, stem cell therapy, immunotherapy, r-DNA based therapy, antibody engineering, phage display libraries, tissue engineering. Stem cell technology: induced pluripotent stem cells, guided/directed differentiation methods; application in drug screening and disease biology; Organoid: Stem-cell based, self- organizing 3D models for disease and developmental biology. Neurobiology: Electrophysiological studies of the brain, behavioural tests. Medical devices and implants, Biosensors

Topic Content

Interactive learning modules for each subtopic.

Module 1Interactive Learning

Application of immunological principles (autoimmunity, transplantation, tumor immunology, stem cell therapy, cell-based vaccines), vaccines (Live, killed, attenuated, subunit, and recombinant nucleic acid vaccines) and diagnostics, adjuvants, cell therapy, stem cell therapy, immunotherapy, r-DNA based therapy, antibody engineering, phage display libraries, tissue engineering. Stem cell technology

  • induced pluripotent stem cells
  • guided/directed differentiation methods
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Module 2Interactive Learning

application in drug screening and disease biology

  • application in drug screening and disease biology
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Module 3Interactive Learning

Organoid

  • Stem-cell based
  • self- organizing 3D models for disease and developmental biology. Neurobiology: Electrophysiological studies of the brain
  • behavioural tests. Medical devices and implants
  • +1 more concepts...
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