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The Interface Between Nanotechnology and Biological Materials Will Be In The Focus of The Class, and Methods to Achieve Synergetic Activation. The Planned Program Will Deal With The Theory, The Synthetic Methods and The Properties of The Nps. That Includes, Metallic Nps Semiconductors-based Synthesis and Photoanode Or Photocathode Fabrication. Construction of Optical and Electrical Biosensors Will Be Discussed and Implemented in Additional Labs. Specifically, On These Topics# 1. Biocatalysis. 2. Bioelectronics And Biosensors. 3.properties of Nano-materials. 4.nanomaterials In Biological Research and Medicine. 5. Photocatalysis And Photoelectrocatalysis. 6. Biological Materials (with Emphasis On Dna) As Nanotechnological Tools. 7. Nanobio Hybrid Systems. 8. Nano Particles Synthesis. 9. First and Second Generation of Amperometric Glucose Biosensors. Learning Outcomes# a Student Will Be Able to Use Nanotechnology Tools. The Student Will Have a Knowledge to Construct Optical Or Amperometric Biosensoes. in The Complementay Lab, The Student Will Implement The Theoretical Knowledge and to Test Basic Tools. The Student Will Present Related Articles and Critic The Above With The Studied Tools.

Faculty: Biotechnology and Food Engineering
|Undergraduate Studies |Graduate Studies

Pre-required courses

(64106 - Thermodynamics in Biotech.and Food Eng. and 64326 - Food) or (64326 - Food and 124510 - Physical Chemistry)