Канал: Biochem Simplified

Phenylketonuria (PKU) Case study

Phenylketonuria (PKU) Case study

Therapeutic enzymes II Justifications II Short questions II

Therapeutic enzymes II Justifications II Short questions II

Respiratory and Renal mechanism in Acid-base balance II Regulation of Blood pH II Part 2

Respiratory and Renal mechanism in Acid-base balance II Regulation of Blood pH II Part 2

Maintenance of Blood pH II Buffers II Acid-base Balance Part 1

Maintenance of Blood pH II Buffers II Acid-base Balance Part 1

Fatty liver II Lipotropic factors

Fatty liver II Lipotropic factors

HDL metabolism II Good Cholesterol

HDL metabolism II Good Cholesterol

Metabolism of VLDL & LDL . LDL is a bad cholesterol

Metabolism of VLDL & LDL . LDL is a bad cholesterol

Metabolism of chylomicrons

Metabolism of chylomicrons

Lipoproteins II Structure II Classification II Composition II Function

Lipoproteins II Structure II Classification II Composition II Function

Cholesterol II Synthesis II Regulation II Fate

Cholesterol II Synthesis II Regulation II Fate

Ketone bodies: Ketogenesis & Utilization II Ketosis- Ketonemia II Ketouria II Diabetic Ketoacidosis

Ketone bodies: Ketogenesis & Utilization II Ketosis- Ketonemia II Ketouria II Diabetic Ketoacidosis

Phospholipids

Phospholipids

Fatty acid synthesis part 1

Fatty acid synthesis part 1

Beta Oxidation of Fatty acids Part I

Beta Oxidation of Fatty acids Part I

CK MB is an Isoenzyme/ CK 2 is a cardiac marker.

CK MB is an Isoenzyme/ CK 2 is a cardiac marker.

Vitamin A: RDA, Wald visual cycle, Deficiency manifestations.

Vitamin A: RDA, Wald visual cycle, Deficiency manifestations.

Classification of Enzymes

Classification of Enzymes

Triacylglycerol or Triglycerides or Neutral fats. Tests to check the purity of fats and oils

Triacylglycerol or Triglycerides or Neutral fats. Tests to check the purity of fats and oils

Properties of fatty acids. Chemistry of Lipids #3

Properties of fatty acids. Chemistry of Lipids #3

Fatty acids. Chemistry of Lipids # 02

Fatty acids. Chemistry of Lipids # 02

Classification Lipids. Chemistry of Lipids #01

Classification Lipids. Chemistry of Lipids #01

Galactosemia. Galactosemic children tend to develop premature cataracts.

Galactosemia. Galactosemic children tend to develop premature cataracts.

Recombinant DNA technology. Molecular biology # 11

Recombinant DNA technology. Molecular biology # 11

Post translation modification. Mol.Bio. #10

Post translation modification. Mol.Bio. #10

Regulation of Gene expression in Eukaryotes. Mol bio # 9

Regulation of Gene expression in Eukaryotes. Mol bio # 9

Translation and Inhibitors. Molecular Biology# 8

Translation and Inhibitors. Molecular Biology# 8

Lac Operon. Gene Expression in prokaryotes Mol Bio # 7

Lac Operon. Gene Expression in prokaryotes Mol Bio # 7

Mutation. Molecular Biology # 6

Mutation. Molecular Biology # 6

DNA Damage & repair. Molecular Biology # 5

DNA Damage & repair. Molecular Biology # 5

Genetic code. Molecular Biology # 4

Genetic code. Molecular Biology # 4

Post transcriptional modifications, Inhibitors. Mol.Bio #3

Post transcriptional modifications, Inhibitors. Mol.Bio #3

Structure of RNA Nucleotides # 9

Structure of RNA Nucleotides # 9

Transcription. Prokaryotes & Eukaryotes. Mol. Biology #2

Transcription. Prokaryotes & Eukaryotes. Mol. Biology #2

FIGLU, folic acid deficiency. Vitamins #1

FIGLU, folic acid deficiency. Vitamins #1

Pyrimidine: Orotic aciduria, Salvage pathway, Catabolism. Nucleotide #8

Pyrimidine: Orotic aciduria, Salvage pathway, Catabolism. Nucleotide #8

pyrimidine De novo synthesis. Nucleotide # 7

pyrimidine De novo synthesis. Nucleotide # 7

Disorders purine. Gout. Nucleotide #6

Disorders purine. Gout. Nucleotide #6

Catabolism purines. Nucleotide #5

Catabolism purines. Nucleotide #5

Salvage pathway- Purines. Nucleotides #4

Salvage pathway- Purines. Nucleotides #4

Regulation, Inhibitors of Purine biosynthesis. Nucleotide #3

Regulation, Inhibitors of Purine biosynthesis. Nucleotide #3

Purine Synthesis. De novo pathway. Nucleotide #2

Purine Synthesis. De novo pathway. Nucleotide #2

DNA Replication in Prokaryotes (Mol Bio #1)

DNA Replication in Prokaryotes (Mol Bio #1)

DNA structure

DNA structure

Biochemistry, Asprin, Enzyme#8

Biochemistry, Asprin, Enzyme#8

Biochemistry, Dicumarol Enzymes #7

Biochemistry, Dicumarol Enzymes #7

Biochemistry, Fluorouracil, Anticancer {Enzyme #6}

Biochemistry, Fluorouracil, Anticancer {Enzyme #6}

Biochemistry, Methanol Poisoning {Enzymes #5}

Biochemistry, Methanol Poisoning {Enzymes #5}

Biochemistry Allopurinol, Gout {Enzymes #4}

Biochemistry Allopurinol, Gout {Enzymes #4}

Biochemistry, methotrexate {Enzymes #3}

Biochemistry, methotrexate {Enzymes #3}

Biochemistry, Statin, Hypolipedimic {Enzyme #2}

Biochemistry, Statin, Hypolipedimic {Enzyme #2}

Biochemistry Sulfonamides (Enzyme #1)

Biochemistry Sulfonamides (Enzyme #1)