Basic Information
Sequencing Landscape. a Brief Review of The Molecular Biology of The Cell. Next Generation Sequencing .genomic Variations. Intro to Genomics And To Biostatistics . Early Sequencing Techniques. Genome Assembly Methods. 2nd Gen Sequencing Methods. Dephasing and Binomial Distributions. Single Molecule Detection. Single Molecule Sequencing By Synthesis. Introduction to Nanopores. Minion Sequencing Applications. Beyond Dna Sequencing. Oxford Nanopore Miinion Sequencing. Learning Outcomes# The End of The Course The Student Will# 1. Develop Deep Understanding of The Various Dna Sequencing Technoogies Their Different Generations. 2. Understand The Physical And Hence Their Potential Limitations. 3. to Evaluate The Feasibility And Potential Applicability of New and Emerging Dna Sequencing Methods 4. Understand The Impact of Dna Sequencing Techmology On Medical Sciences and Our Society.
Faculty: Biomedical Engineering
|Undergraduate Studies
|Graduate Studies
Pre-required courses
(94423 - Introduction to Statistics and 134058 - Biology 1) or (134058 - Biology 1 and 334023 - Int. to Statistics For Biomedical Eng.)