Molecular Biology
Transform your understanding with an in-depth exploration of Molecular Biology, from the basics of DNA and genes to advanced genetic engineering and bioinformatics.
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Step into the captivating world of Molecular Biology, where the mysteries of DNA, genes, and the very fabric of life itself are unraveled. This comprehensive course, tailored for both budding biologists and aspiring researchers, offers a deep dive into the fundamental processes that govern cellular functions and the flow of genetic information. Engage with a variety of hands-on simulations that bring to life the theoretical underpinnings of molecular biology, genetics, biochemistry, and computational biology. From mastering the Polymerase Chain Reaction (PCR) and exploring the structure of biomolecules to designing cloning strategies and uncovering the secrets of cell signaling, this course equips you with the knowledge and skills to navigate the complex world of molecular research.
Exploring the Building Blocks of Life
Plunge into the core principles that define living organisms. Discover the roles of DNA, RNA, and proteins in genetic information processing and cell function. Learn through interactive simulations that mimic real-world laboratory techniques, such as gel electrophoresis, DNA profiling, and next-generation sequencing, enhancing your understanding of molecular biology's practical applications.
A Holistic Approach
Understand how molecular biology techniques contribute to broader scientific fields, including genetics, genomics, bioinformatics, and immunology. Explore cutting-edge research methodologies that address global health challenges, improve agricultural practices, and push the boundaries of synthetic biology.
Techniques and Skills for the Modern Biologist
Gain proficiency in a wide array of laboratory techniques critical for modern biological research. This course covers essential methodologies such as PCR, gel electrophoresis, DNA sequencing, cloning, bioinformatics analysis, and more, providing a solid foundation for your scientific career.
Learning Objectives
- Analyze the roles of DNA, RNA, and proteins in genetic information processing and cell function
- Apply molecular biology techniques, such as PCR, gel electrophoresis, DNA sequencing, and cloning, to investigate complex biological questions and solve real-world problems
- Critically evaluate the applications of molecular biology along with the results and their implications
Browse Course Simulations by Unit
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Introduction to Molecular Biology
Uracil based excision cloning (USER): Cloning made simple
Polymerase Chain Reaction
Chemistry of Life
Gel Electrophoresis: Visualize and separate nucleic acids
Protein Synthesis
Protein Denaturation
Sudan IV Test for Lipids
Biuret’s Test for Proteins
Iodine Test for Complex Carbohydrates
Benedict’s Test for Simple Carbohydrates
Introduction to Food Macromolecules
Nuclear Chemistry: Understand the processes happening in the atomic nucleus
Atomic Structure (Principles): Bohr and quantum models
Atomic Structure (Principles): Atoms and isotopes
Atomic Structure: Assess the possibility of life on other planets
Intermolecular Forces (Principles): Rediscover the forces to save the world!
Ionic and Covalent Bonds
Properties of Water
Biomolecules and Cells
Parkinson's Disease
Homeostatic Control: How does the human body keep itself in balance?
FACS
Introduction to Food Macromolecules
Carbohydrates: The sugars that feed us
Cell Membrane and Transport: Learn how transporters keep cells healthy
Enzyme Kinetics
Introduction to Protein Synthesis
DNA: Structure and function
Protein Synthesis
Uracil based excision cloning (USER): Cloning made simple
ChIP-exo
Genetics and Genomics
Bioinformatics: An introduction
Gene Expression Unit: Use sequencing to unveil a gene linked to obesity
Next Generation Sequencing
Genetically Engineered Machine
ChIP-exo
Uracil based excision cloning (USER): Cloning made simple
Gene Regulation
Medical Genetics
Cytogenetics: Perform a prenatal diagnosis
Inheritance with Punnett Squares
Meiosis: Understand how traits are inherited
Cloning Vectors
Uracil based excision cloning (USER): Cloning made simple
Genetically Engineered Machine
Synthetic Biology
Laboratory Techniques
Genetically Engineered Machine
Parkinson's Disease
Cancer Pharmacology: Provide recommendations in a multi-million dollar project
Medical Genetics
Cytogenetics: Perform a prenatal diagnosis
Cancer Sample Preparation for Mass Spectrometry
Uracil based excision cloning (USER): Cloning made simple
ChIP-exo
FACS
Confocal Microscopy
Fluorescence Microscopy
Perform a Dry Western Blot
Western Blot Transfer: Prepare for protein detection
SDS-PAGE: Separating proteins by molecular weight
Spectrophotometry: Learn the Beer-Lambert law with absorbance experiments
Experimental Design
Solution Preparation: From salt to solution
Lab Safety
Molecular Biology Techniques
CRISPR-Cas applied to TGF-beta induced EMT
Next Generation Sequencing
Cytogenetics: Perform a prenatal diagnosis
Perform a Dry Western Blot
Western Blot Transfer: Prepare for protein detection
Uracil based excision cloning (USER): Cloning made simple
Molecular Cloning
Polymerase Chain Reaction
Gel Electrophoresis: Visualize and separate nucleic acids
Cell Signaling and Immunology
Cancer Sample Preparation for Mass Spectrometry
Cytogenetics: Perform a prenatal diagnosis
FACS
Signal Transduction: How cells communicate
Introduction to Immunology: Explore the immune system and save the world!
Bioinformatics and Computational Biology
Perform a Dry Western Blot
Confocal Microscopy
Uracil based excision cloning (USER): Cloning made simple
Bioinformatics: An introduction
Advanced Topics and Applications
Regeneration Biology
Genetically Engineered Machine
Cancer Sample Preparation for Mass Spectrometry
Cancer Pharmacology: Provide recommendations in a multi-million dollar project
Medical Genetics
Cancer: Impact of BRCA mutations
Mitosis: Using a toxic compound from the yew tree in cancer therapy
Cytogenetics: Perform a prenatal diagnosis
FACS
Confocal Microscopy
Fluorescence Microscopy
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