[필히 시청해야 하는 동영상]
10대 바이오 미래유망기술 인공지능의 원리
AI 단백질구조예측 기술혁명 알파폴더의 원리 단백질구조분석(기초이론)
AI 신약개발(알파프로테오) AI 인공단백질 설계(ESM3)
[단백질 정보 및 구조관련 사이트]
AI(AlphaFold)가 규명한 단백질 데이터 베이스
Next Generation Sequencing (한국어) Next Generation Sequencing (In English)
최신 생명공학 뉴스 (2022~)
* 인간유전체 해독 완성 (2022.4): 2억개 염기 서열 추가 확보…유전자 1900여개 찾아내
* 유전자가위 치료 곧 상용화 (2023.1)
* 노화를 억제시켜 나이를 되돌리는데 성공 (실험쥐 수준) (2023.1)
Useful Links (Video/Animation) for Biotechnology Fundamentals
Cell structure / Organelles of the cells/ Mitochondria and ATP synthesis/ What is DNA? /
DNA structure/ DNA Replication (enzymes)/ DNA Replication (Video) /DNA Replication (Video)/ DNA Replication (Lecture)
Transcription and Translation (Video) / Transcription and translation (Lecture) / From DNA to Protein
Mitosis (Leture)/ Meiosis (Lecture) / Mitosis vs. Meoisis/ Cell Division Cell division
Meiosis in human cells / Retrovirus/ Retrovirus
Useful Links (Video/Animation) for Microbiology
Cell structure / Archaebacteria / Cyanobacteria
Endosymbiosis / Endosymbiosis / Origin of life
Bacterial reproduction / Yeast budding (Video)
Introduction to fungi / What is algae? / World of protozoa
Gram Staining / Gram Staining (Real exp.) / Cellular respiration / Life cycle of fungi
Life cycle of basidiomycota / Life cycle of ascomycota / Life cycle of zygomycota
Plasmids and genetic engineering / Plasmids
Superbacteria Spectrophotometry in Lab (cell density determination). 인공효모 제작관련 기사
Introduction to Virus / Lecture on Viruses / Viral life cycle / Bacteriophage Cycle
NAD and FAD (Repox reaction) How NAD work? Redox reaction/Cellular respiration
Active transport / Active transport / How ATP works? / ATP cycle /
Glycolysis~Respiration
Aerobic vs. Anaerobic respiration
DNA microarray in microbiology
Useful Links (Video/Animation) for Enzyme Engineering
Central dogma: Transcription and Translation / Genetic code
Protein synthesis / Enzyme synthesis / Protein synthesis /
Amino acids and zwitter ion / Protein structure / Amino acids /
Amino acid titration / Buffer solution
pI and zwitterion / PKa and PI (titration curve of amino acid)
Activation energy / Enzymes and catalysts / Coenzymes
Enzyme classification / Peptide bond formation / Peptide bond formation (chemistry)
Disulfide bond / Hydrogen bond / Bonds in protein / Enzyme inhibition / Allosteric enzymes /
Feedback inhibition / Immobilization by alginate gel
DNA Chip (microarray) DNA Chip (no text)
Biotechnology Fundamentals I (spring semester for freshmen)
1. The cells
2. Cell devision
3. DNA and Replication
4. RNA, transcription, and translation
5. The microbial world
6. Enzyme and protein
Biotechnology Fundamentals II (fall semester for freshmen)
1. Systems biology & Synthetic biology /Metabolic engineering
2. Biochip
3. Genomics and Precision medicine /OMICS/Epigenetics/Nutrigenomics/Gene Editing/Big data & AI
4. Microbiome
5. Artificial organs and 3D Biopriting
6. Cloning life, Stem cell, and Organoids
7. Ageing
8. Nanobiotechnology
Enzyme Engineering (spring semester for sophomore)
1. Introduction
2. Fundamentals of Enzymes
3. Enzyme Structure
4. Enzyme Reaction
5. Immobilized Enzyme
6. Proteomics and Protein chips
7. Industrial Enzymes
8. Protein structure prediction by Al
Microbiology (spring semester for sophomore)
1. Fundamentals of Microbiology
2. Bacteria
3. Fungi
4. Viruses
5. Microbial Nutrients, Ecology, and Growth
6. Microbial Metabolism (including systems biology and metabolic engineering)
7. Microbial Cell Culture
8. Drugs, Microbes, Hosts
Bioprocess (fall semester for senior)
1. Introduction - an overview
2. Fermentation process
3. Membrane Filtration
4. Cell disintegration
5. Extraction
6. Adsorption
7. Gel permeation Chromatography & Affinity Chromatography
8. Ion Exchange Chromatography
9. Evaporation
10. Crystallization
11. Drying
12. AI-based biotechnology
