Chemistry lab

Period 2: Natural Sciences

Language: English Dates: 8 – 20 August 2021

Biology

Biology: Life Sciences


Students will gain insight about DNA, DNA Replication, Control of Protein Synthesis and Gene Expression, Cell division, Mendelian Genetics, and Genetic Engineering. Lectures
  • L1. Timeline of DNA
    • How DNA became the most important molecule?
  • L2. DNA Replication
    • How DNA copies itself?
  • L3. Central Dogma of Biology
    • Protein Synthesis
  • L4. Cell Division
    • Binary fission, mitotic and meiotic cell division
  • L5. Genetics
    • Mendelian genetics
  • L6. Genetics
    • Non-Mendelian genetics
  • L7. Genetic Engineering
    • Techniques used in genetic engineering
  • L8. Genetic Engineering
    • DNA fingerprints and other uses of genetic engineering

Bilgen Bilgin Lecturer College of Sciences
Chemistry

Chemistry: World of Polymers


Lecture 1 - Why polymers? Lecture 2 - Critical parameters controlling Polymer properties Lecture 3 - Polymer Synthesis: Step-Growth polymerization Lecture 4 - Polymer Synthesis: Free radical chain polymerization Lecture 5 - Polymer Synthesis: Living polymerization Lecture 6 - Highly branched and crosslinked polymers Lecture 7 - Polymer testing and properties Lecture 8 - Highlights of my own Polymer Research

İskender Yılgör Prof. College of Sciences
Physics

Physics: Space Travel (Exploring the Universe)


Free fall and the projectile motion. Earth-Moon-Sun. Our planetary system.The universal law of gravitation. Escape velocity. Rockets. Artifical satellites. GPS. A comprehensive review of space missions. These lectures will be at an introductory level. But a good knowledge of basic algebra and geometry helps. Lecture 1 Free fall. Projectile motion. [Galileo Galilei (1564-1642)] Earth-Moon-Sun. Lecture 2 Our planetary system. Laws of planetary motion. Conic sections. [Johannes Kepler (1571-1630)] Lecture 3 Universal law of gravitation. [Isaac Newton (1642-1727)] Escape velocity. Rockets. Artificial satellites. Lecture 4 GPS. Space Missions.

Tekin Dereli Prof. College of Sciences

Course Outline

Week 1
9 August 10 August 11 August 12 August 13 August
10:00-10:50 Timeline of DNA: How DNA became the most important molecule? Extracurricular Activities Central Dogma of Biology: Protein Synthesis Extracurricular Activities Extracurricular Activities
10:50-11:10 Break Break
11:10-12:00 DNA Replication: How DNA copies itself? Cell Division: Binary fission, mitotic and meiotic cell division
12:00-13:00 Break Break
13:00-13:50 Why polymers? Free fall. Projectile motion . (G.Galilei) Polymer Synthesis: Step-Growth polymerization Our planetary system
13:50-14:10 Break Break Break Break
14:10-15:00 Critical parameters controlling Polymer properties Earth-Moon-Sun Polymer Synthesis: Free radical chain polymerization Laws of planetary motion (Kepler)
15:00-16:00 Break Break Break Break
16:00-17:00 Extracurricular Activities Extracurricular Activities Extracurricular Activities Extracurricular Activities
Week 2
16 August 17 August 18 August 19 August 20 August
10:00-10:50 Genetics: Mendelian genetics Extracurricular Activities Genetic Engineering: Techniques used in genetic engineering Extracurricular Activities Extracurricular Activities
10:50-11:10 Break Break
11:10-12:00 Genetics: Non-Mendelian genetics Genetic Engineering: DNA fingerprints and other uses of genetic engineering
12:00-13:00 Break Break
13:00-13:50 Polymer Synthesis: Living polymerization Universal law of gravitation (Newton) Polymer testing and properties GPS
13:50-14:10 Break Break Break Break
14:10-15:00 Highly branched and crosslinked polymers Escape velocity.Rockets.Artificial satellites. Highlights of my own Polymer Research Space missions.
15:00-16:00 Break Break Break Break
16:00-17:00 Extracurricular Activities Extracurricular Activities Extracurricular Activities Extracurricular Activities
Please note that this schedule is subject to changes.