Understanding Heme synthesis, Heme Breakdown & Nucleotide metabolism
What you'll learn
Understanding Heme Synthesis and Heme breakdown
Learn how Nucleotides and Synthesized and broken down
Clinical relevance of Blood biochemistry and Nucleotide Metabolism
Review some Clinical case questions
Requirements
Basic understanding of Nucleotides
Basic understanding of hemoglobin
Description
In this course, we will start our journey with the story of iron metabolism to how heme is synthesized and broken down, then take a look at Nucleotide synthesis and degradation with clinical correlate. To teach this in a very interesting manner, we have divided this course into seven (7) sections with about twenty-four (24) lecture videos all togetherThis course consists of twenty-four (24) lectures divided into 7 sections:Heme Synthesis and DisordersIron MetabolismIron Metabolism DisordersHeme SynthesisHeme Synthesis Disorders 1Heme Synthesis Disorders 2Hemoglobin and DisordersGlobin ChainsHemoglobinMethemoglobin and CarboxyhemoglobinHemoglobinopathiesSickle Cell DiseaseThalassemiasHeme Degradation and Bilirubin MetabolismHemolysis & Heme BreakdownBilirubin MetabolismHyperbilirubinemia and JaundiceClinical Case MCQs on Heme MetabolismMCQs 1MCQs 2Purine Nucleotide MetabolismOverviewPurine Nucleotide De Novo SynthesisRegulation and Clinical Correlates of Purine Nucleotide SynthesisPurine Degradation and Salvage PathwayHyperuricemia and GoutOther Clinical CorrelatesPyrimidine Nucleotide MetabolismPyrimidine De Novo Synthesis & RegulationRibonucleotide Reductase & Oher EnzymesOrotic AciduriasPyrimidine Degradation & Salvage PathwayClinical Cases on Nucleotide MetabolismClinical MCQs on Nucleotide MetabolismWe will also consider some clinical Multiple Choice Questions Review as it relates to Heme metabolism and Nucleotide Metabolism.
Overview
Section 1: Heme Synthesis and Disorders
Lecture 1 Iron Metabolism 1
Lecture 2 Iron Metabolism Clinicals
Lecture 3 Heme Synthesis
Lecture 0 Heme Synthesis Dosorders 1
Lecture 0 Heme Synthesis Disorders 2
Section 2: Hemoglobin and Disorders
Lecture 4 Globin Chains
Lecture 5 Hemoglobin
Lecture 6 Methemoglobin and Carboxyhemoglobin
Lecture 7 Hemoglobinopathies
Lecture 8 Sickle Cell Disease
Lecture 9 Thalassemias
Section 3: Heme Degradation and Bilirubin Metabolism
Lecture 0 Hemolysis and Heme Breakdown
Lecture 10 Bilirubin Metabolism
Lecture 11 Hyperbilirubinemia and Jaundice
Section 4: Clinical Case MCQs on Heme Metabolism
Lecture 12 MCQ 1
Lecture 13 MCQ 2
Section 5: Purine Nucleotide Metaboliosm
Lecture 14 Overview
Lecture 15 Purine Nucleotides De novo Synthesis
Lecture 16 Regulation and Clinical Correlates of Purine Nucleotide Synthesis
Lecture 17 Purine Degradation and Salvage Pathway
Lecture 18 Hyperuricemia and Gout
Lecture 19 Other Clinical Correlates
Section 6: Pyrimidine Nucleotide Metabolism
Lecture 20 Pyrimidine De Novo Synthesis & Regulation
Lecture 21 Ribonucleotide Reductase & Oher Enzymes
Lecture 22 Orotic Acidurias
Lecture 23 Pyrimidine Degradation & Salvage Pathway
Section 7: Clinical Cases on Nucleotide Metabolism
Lecture 24 Clinical MCQs on Nucleotide Metabolism
Medical students,Students writing USMLE,Medical Biochemistry Students
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