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Welcome to class of Principles of Biochemistry Dr. Meera Kaur

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Welcome to class of Principles of Biochemistry Dr. Meera Kaur. What is Biochemistry?. A scientific discipline Explains life at the molecular level Explains biological forms andfunctions in chemical terms - PowerPoint PPT Presentation
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Welcome to class of Principles of Biochemistry Dr. Meera Kaur
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Page 1: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Welcome to class of

Principles of Biochemistry

Dr. Meera Kaur

Page 2: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

What is Biochemistry?

• A scientific discipline• Explains life at the molecular level• Explains biological forms and

functions in chemical terms• Forms basis for studying other fields like cell biology, genetics, medicine, nutrition, immunology etc.• Closely relates to other discipline like chemistry, physics, mathematics

Page 3: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Levels of organization in a living organism.

Page 4: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

What is biomolecule?

• What are living organism made of ?

• How are they made ?

Page 5: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Biomolecules

• Living matters are made out of biomolecules• Biomolecules are made of lighter elements • They are mostly combined with covalent bonding • Biomolecules are compounds of carbon• Biomolecules have functional groups• Most biomolecules are asymmetric

Page 6: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Elements found in biological molecules

Page 7: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

What are the major biomolecules?

• Carbohydrates• Protein• Lipids• Nucleic acds

Page 8: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Form of life

• Prokaryotes (bacteria, archae)• Unicellular• No nucleus• Lack internal membrane

systems• Incapable of carring complex

reactions

• Eukaryotes (animal, fungi)• Multicellular/ unicellular• Contain nucleus• Have membrane-bounded

cellular units• Capable to perform cpmplex

biological reactions (photosyntesis, aerobic metabolism etc.)

Page 9: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Representations of alanine

Page 10: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Representations of alanine

Page 11: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Structure of human endothelin

Page 12: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Illustration of entropy

Page 13: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

How does evolution work?

Page 14: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Laboratory synthesis of biological molecules

Page 15: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Cyanobacteria

Page 16: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Prokaryotic cells

Page 17: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

A eukaryotic cell

Page 18: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Evolutionary tree based on nucleotide sequences

Page 19: Welcome to class of  Principles of Biochemistry Dr. Meera Kaur

Possible origin of eukaryotic cells


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