English II (T201) has been designed as an advanced course in English. The materials chosen for this course were selected to be as realistic as possible. You are also expected to do some background reading. In order for you to gain confidence during semester, we encourage you to work in a team. Two essential parts will be presented in this course. First, we will focus on improving your communication level. This will be by giving you a hint of how to read and extract information from a paper. Also, we will help you to make your own monologue. We will also teach you how to plan for presenting your scientific work in a conference or scientific meeting by designing a great presentation or poster.
656556.jpgBiochemical genetics is a branch of genetics that deals with the chemical structure of the genes and with the mechanisms by which the genes control and regulate the structure and synthesis of proteins. It studies the relationship of genes and their control over the function of enzymes in biochemical pathways.
- معلم: Dr. Mohamed Abdel Elsalam Rashed
- معلم: Dr. Naglaa Ebeed
- معلم: Dr. Mona S. Zayed
- معلم: Dr. Rania Farouk Ahmed
- معلم: Dr. Shimaa Abdel Raouf Amin
Overall Aim of Course:
This course is aimed to introduce the student to the key concepts and the different branches in biotechnology; To teach the students about the structure, function and growth kinetics and measurements of microorganisms as a primary biotechnology tools. To teach the applications of biotechnology with special emphasis on the fundamental principles of handling and manipulating DNA in different organisms; To discuss the techniques for isolating genes and the subsequent engineering of these genes; To emphasize on the way engineered genes may be used to create transgenic animals and plants or to produce recombinant proteins in cell factories.
This course is aimed to introduce the student to the key concepts and the different branches in biotechnology; To teach the students about the structure, function and growth kinetics and measurements of microorganisms as a primary biotechnology tools. To teach the applications of biotechnology with special emphasis on the fundamental principles of handling and manipulating DNA in different organisms; To discuss the techniques for isolating genes and the subsequent engineering of these genes; To emphasize on the way engineered genes may be used to create transgenic animals and plants or to produce recombinant proteins in cell factories.
