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The Medical Biochemistry course is designed to provide students with a comprehensive understanding of the biochemical principles and processes that underlie human health and disease. It explores the molecular and cellular basis of life, metabolism, genetics, and the application of biochemistry in clinical practice. The course integrates knowledge from various disciplines, including biology, chemistry, and medicine, to develop a deep understanding of the biochemical aspects of human biology.
Features
- Comprehensive Curriculum
- Interactive Learning Tools
- Expert Instruction
- Flexible Access
- Supportive Community
Target audiences
- Medical Students
- Pre-Med Students
- Healthcare Professionals
- Biochemistry Students
Requirements
- Basic Knowledge of Biology
- Reliable Internet Access
- Computer or Tablet
- Time Commitment: The course requires a few hours of study each week, including watching lectures, completing assignments, and participating in discussions.
- Motivation and Curiosity: A strong interest in biochemistry and a commitment to engaging with the material and challenging coursework.
Curriculum
- 25 Sections
- 107 Lessons
- 52 Weeks
Expand all sectionsCollapse all sections
- M03 Quiz: BiochemistryWelcome to the Biochemistry Quiz! This 10-question quiz covers various topics in biochemistry, randomly selected from a pool of 200 questions. You can take the quiz multiple times, seeing different questions each time. Review your quiz after completion. We recommend completing the course before taking these quizzes to assess your preparation.1
- M03.01 Nucleic Acid Structure and OrganizationNucleic acids, DNA and RNA, are essential molecules for storing and transmitting genetic information. This lesson explores their structure, components, and how they organize within cells to regulate biological functions.6
- 2.1M03.01.01 Central Dogma of Molecular Biology60 Minutes
- 2.2M03.01.01 Central Dogma of Molecular Biology
- 2.3M03.01.02 Nucleotide Structure and Nomenclature10 Minutes
- 2.4M03.01.03 Nucleic acid35 Minutes
- 2.5M03.01.04 Organization of DNA35 Minutes
- 2.6M03.01 Quiz: Nucleic Acid Structure and Organization10 Minutes0 Questions
- M03.02 DNA Replication and RepairThis section explores the fundamental building blocks of life, including carbohydrates, proteins, lipids, and nucleic acids. Understanding their structure and function is crucial for grasping how biochemical processes support cellular activities and overall physiological functions.5
- M03.03 Transcription and RNA ProcessingThis session explores RNA, the versatile molecule behind protein synthesis. We’ll learn the different types of RNA, including messenger RNA (mRNA) with its unique processing in complex organisms, and how alternative splicing allows for protein diversity. We’ll also delve into ribosomal RNA (rRNA) and transfer RNA (tRNA), essential players in protein building.9
- 4.1M03.03 Quiz: Transcription and RNA Processing10 Minutes5 Questions
- 4.2M03.03.01 Transcription30 Minutes
- 4.3M03.03.02 Types of RNA25 Minutes
- 4.4M03.03.03 RNA polymerases20 Minutes
- 4.5M03.03.04 Transcription: Concepts and Terminology15 Minutes
- 4.6M03.03.05 Production of Prokaryotic Messenger RNA (mRNA)25 Minutes
- 4.7M03.03.06 Production of Eukaryotic Messenger RNA25 Minutes
- 4.8M03.03.07 Alternative Splicing of Eukaryotic Primary Pre-mRNA Transcripts30 Minutes
- 4.9M03.03.08 Ribosomal RNA (rRNA) and Ribosome Construction30 Minutes
- M03.04 The Genetic Code, Mutations, and TranslationBioenergetics and metabolism involve the study of energy flow and biochemical pathways within cells. This section focuses on how cells transform energy, the metabolic pathways that sustain cellular function, and the regulation of these processes.10
- 5.1M03.04.01 Translation in Gene Expression20 Minutes
- 5.2M03.04.02 Genetic Mutations60 Minutes
- 5.3M03.04.03 Amino Acid Activation and Codon Translation by tRNAs30 Minutes
- 5.4M03.04.04 Translation (Protein Synthesis)40 Minutes
- 5.5M03.04.05 Polysomes: Structure and Function35 Minutes
- 5.6M03.04.05 Protein Folding and Subunit Assembly35 Minutes
- 5.7M03.04.06 Translation and Protein Targeting: Ribosomes and the Rough Endoplasmic Reticulum40 Minutes
- 5.8M03.04.07 Co- and Post-Translational Covalent Modifications25 Minutes
- 5.9M03.04.08 Posttranslational Modifications of Collagen30 Minutes
- 5.10M03.04.09 Types of Collagen and Associated Diseases35 Minutes
- M03.05 Regulation of Eukaryotic Gene ExpressionMolecular biology explores the molecular mechanisms that underpin the structure, function, and regulation of genetic material. This field is crucial for understanding how genetic information is replicated, expressed, and regulated in living organisms, providing insights into health, disease, and therapeutic strategies.6
- 6.1M03.05 Regulation of Eukaryotic Gene Expression10 Minutes0 Questions
- 6.2M03.05.01 Genetic Regulation60 Minutes
- 6.3M03.05.02 Chromatin Remodeling in Eukaryotic Gene Expression60 Minutes
- 6.4M03.05.03 Translation and Protein Synthesis60 Minutes
- 6.5M03.05.04 Regulation of Gene Expression60 Minutes
- 6.6M03.05.05 Molecular Techniques in Medicine60 Minutes
- M03.06 Genetic Strategies in TherapeuticsCell signaling and communication are vital processes that enable cells to respond to their environment and coordinate activities. Understanding these processes is essential for deciphering how cells interact, respond to stimuli, and maintain homeostasis, which has significant implications for health and disease management.7
- 7.1M03.06.01 Recobinant DNA technology60 Minutes
- 7.2M03.06.02 Cloning restriction fragments of DNA: The human genome project60 Minutes
- 7.3M03.06.03 CLONING GENES AS cDNA PRODUCED BY REVERSE TRANSCRIPTION OF CELLULAR mRNA60 Minutes
- 7.4M03.06.04 Medical applications of recombinant DNA
- 7.5M03.06.05 Recombinant Proteins
- 7.6M03.06.06 Gene Therapy
- 7.7M03.06.07 RNA Interference
- M03.07 Techniques of Genetic AnalysisClinical biochemistry utilizes biochemical analysis to diagnose and manage diseases. By examining biomarkers in bodily fluids, it aids in evaluating organ function, detecting metabolic irregularities, and guiding treatment strategies in medical practice.7
- M03.08 Amino Acids, Proteins, and EnzymesNutrition and vitamins are essential for overall health, influencing various physiological processes. This section explores macronutrients, micronutrients, vitamins, and mineral metabolism, elucidating their roles, sources, deficiencies, and impacts on health and disease prevention.4
- M03.09 HormonesUnderstanding the biochemical mechanisms underlying diseases is crucial for diagnosis, treatment, and prevention. This section delves into the molecular pathways and metabolic dysregulations contributing to various disorders, providing insights into disease etiology and therapeutic targets.4
- M03.10 VitaminsBiochemical techniques are essential tools for studying the structure, function, and interactions of biomolecules. These methods are pivotal in both research and clinical diagnostics, providing insights into molecular biology and disease mechanisms.6
- M03.11 Energy MetabolismGenetics is the study of heredity and variation in organisms. Understanding the basic concepts of genetics is crucial for exploring how traits are inherited, how genetic information is encoded and expressed, and the molecular basis of genetic diseases.6
- M03.12 Glycolysis and Pyruvate DehydrogenaseMolecular genetics explores the structure and function of genes at a molecular level. It encompasses the mechanisms of gene expression, regulation, and mutation, providing insights into genetic contributions to development, physiology, and disease.7
- M03.13 Citric Acid Cycle and Oxidative PhosphorylationHuman genetics focuses on understanding the genetic basis of human traits, diseases, and behaviors. It involves studying the inheritance patterns, genetic variations, and the molecular mechanisms underlying genetic disorders.7
- M03.14 Glycogen, Gluconeogenesis, and the Hexose Monophosphate ShuntGenetic disorders are diseases caused by abnormalities in an individual’s DNA. This section explores the types, causes, and clinical implications of genetic disorders, providing a foundation for understanding their diagnosis, treatment, and management.7
- M03.15 Lipid Synthesis and StorageGenetic techniques and technologies are crucial for advancing our understanding of genetics and improving clinical practices. This section covers the tools and methods used to analyze, manipulate, and apply genetic information in research and medicine.8
- 16.1M03.15.01 DNA Extraction and Purification
- 16.2M03.15.02 Polymerase Chain Reaction (PCR)
- 16.3M03.15.03 DNA Sequencing
- 16.4M03.15.04 Genomic Editing Techniques
- 16.5M03.15.05 Gene Cloning
- 16.6M03.15.06 Genetic Screening and Diagnosis
- 16.7M03.15.07 Microarray Technology
- 16.8M03.15.08 Bioinformatics in Genetics
- M03.16 Lipid Mobilization and CatabolismGene therapy and personalized medicine represent cutting-edge approaches in treating and managing diseases by tailoring medical treatments to individual genetic profiles. This section explores the techniques, applications, and implications of these innovative fields.9
- 17.1M03.16.01 Principles of Gene Therapy
- 17.2M03.16.02 Types of Gene Therapy
- 17.3M03.16.03 Clinical Applications of Gene Therapy
- 17.4M03.16.04 Challenges and Ethical Considerations in Gene Therapy
- 17.5M03.16.05 Fundamentals of Personalized Medicine
- 17.6M03.16.06 Pharmacogenomics
- 17.7M03.16.07 Personalized Cancer Therapies
- 17.8M03.16.08 Implementation of Personalized Medicine
- 17.9M03.16 Quiz: Gene Therapy and Personalized Medicine10 Minutes0 Questions
- M03.17 Amino Acid Metabolism5
- M03.18 Purine and Pyrimidine Metabolism0
- M03.19 Single-Gene Disorders0
- M03.20 Population Genetics0
- M03.21 Cytogenetics0
- M03.22 Genetics of Common Diseases0
- M03.23 Recombination Frequency0
- M03.24 Genetic Diagnosis0
FAQs
The M03 Biochemistry course covers a wide range of topics, including the structure and function of biomolecules, enzymology, metabolic pathways, genetic information flow, and molecular biology techniques. Specific areas include carbohydrate metabolism, lipid metabolism, protein synthesis, nucleic acids, and signal transduction.
A basic knowledge of biology is recommended to fully grasp the course content. Additionally, you will need reliable internet access and a computer or tablet to participate in the course.
The course is self-paced, but typically, students spend a few hours per week on lectures, assignments, and discussions. The total duration varies depending on individual study habits and schedules.
The key learning outcomes of the M03 Biochemistry course include:
Understanding the structure and function of major biomolecules.
Comprehending the principles of enzyme action and regulation.
Gaining insights into major metabolic pathways and their regulation.
Understanding the molecular basis of genetic information flow.
Applying biochemical knowledge to clinical scenarios and laboratory techniques.
Students have access to discussion forums, live Q&A sessions, and personalized feedback from instructors. This support system is designed to help students with any questions or challenges they may encounter.
Yes, recommended textbooks for the M03 Biochemistry course include:
“Biochemistry” by Jeremy M. Berg, John L. Tymoczko, and Lubert Stryer.
“Lehninger Principles of Biochemistry” by David L. Nelson and Michael M. Cox.
Online resources such as PubMed, NCBI, and specific biochemistry-focused websites are also useful for supplementary reading and research.
Instructor
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Featured Review
The Biochemistry Course at MyMedSchool.org is exceptional! Covering all essential aspects of biochemistry, the course offers detailed and well-structured modules. The engaging animations, interactive quizzes, and real-world examples kept me interested and reinforced my learning.