| Week
|
Contents: Students are required to click on all the links and listen to the Youtube channels.
|
| 01
|
Introduction to Jong Bhak's genomics course
What is science?
What is life?
What is DNA? What is RNA?
What is transcription and translation?
What is information?
|
| 02
|
What is Sequencing in Genomics and Omics?
How we produce genomic big data?
Sanger sequencing
What is a protein?
|
| 03
|
Next generation sequencing.
Illumina sequencing
Nanoball sequencing
Nanopore sequencing.
|
| 04
|
Epigenomics
Methylation sequencing (Epigenomic sequencing).
|
| 05
|
DNA and sequence alignment.
Dynamic programming
Computers for genomics (Bioinformatics).
Turing machine
|
| 06
|
Genome Assembly. (building genomes)
|
| 07
|
Phylogenetic tree (tree of life): The origin of Korean people using genome data.
|
| 08
|
Comparative Genomics (how we can compare life using genomes)
|
| 09
|
Evolution (genome perspective): Is Darwinian evolution correct?
|
| 10
|
The human genome project
|
| 11
|
Korean genome project: Who are Koreans?
|
| 12
|
Whale genome analyses
|
| 13
|
Tiger genome analyses
|
| 14
|
Cancer genomes and Genomes and aging (telomere)
|
| 15
|
Research Report presentation
|
