From Chromosomal Chaos to Molecular Precision
Available15 min
Introduction to chromosomal instability and its role in cancer development.
Advanced Molecular Mechanisms in Cancer Development
11 modules • 60 Hours • advanced
Course Overview
Deep dive into the molecular mechanisms driving cancer development, including oncogenes, tumor suppressors, and cellular pathways.
Learning Objectives
- •Understand chromosomal instability in cancer
- •Analyze the hallmarks of cancer framework
- •Explore RAS and MYC signaling pathways
- •Examine tumor suppressor mechanisms
Course Details
Duration:60 Hours
Difficulty:advanced
Modules:11
Status:published
Prerequisites
- • Basic molecular biology
- • Cell biology fundamentals
Course Content
Module 1: Foundations of Cancer Biology and Hallmarks of Cancer
The Hallmarks of Cancer: From Concept to Clinical Reality
Available23 min
Comprehensive overview of the hallmarks of cancer and their clinical implications.
RAS and MYC Signaling in Cancer
Available27 min
Detailed analysis of RAS and MYC oncogenes and their signaling pathways.
Tumor Suppressors
Available36 min
Comprehensive study of tumor suppressor genes and their mechanisms of action.
Genomic Instability - The Mutational Engine
Available1 hr 27 min
Additional content in the Advanced Molecular Mechanisms in Cancer Development series.
Tumor-Promoting Inflammation - The Microenvironmental Enabler
Available1 hour
Exploration of how inflammation contributes to tumor development and progression.
Coming Soon
Coming SoonTBD
Exploration of DNA repair pathways and how their dysfunction contributes to cancer development.
Epigenetic Modifications in Cancer
Coming SoonTBD
Understanding how epigenetic changes drive oncogenesis and tumor progression.