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BIO5101 — Introduction to Biotechnology
Lectures (199)
What is Biotechnology | Introduction to Biotechnology | BIO5101_Topic001
Biotechnology in 21st Century | Introduction to Biotechnology | BIO5101_Topic002
Roots of Biotechnology (1) | Introduction to Biotechnology | BIO5101_Topic003
Roots of Biotechnology (2) | Introduction to Biotechnology | BIO5101_Topic004
Discovery of DNA | Introduction to Biotechnology | BIO5101_Topic005
Dawn of Biotechnology | Introduction to Biotechnology | BIO5101_Topic006
Commercializing Biotechnology | Introduction to Biotechnology | BIO5101_Topic007
Biotechnology Giants | Introduction to Biotechnology | BIO5101_Topic008
Nucleic Acids | Introduction to Biotechnology | BIO5101_Topic009
Chemical Composition of DNA | Introduction to Biotechnology | BIO5101_Topic010
Nucleoside & Nucleotide | Introduction to Biotechnology | BIO5101_Topic011
Types of Deoxyribonucleotides | Introduction to Biotechnology | BIO5101_Topic012
How do Deoxyribonucleotides Join? | Introduction to Biotechnology | BIO5101_Topic013
Structure of DNA - (1) | Introduction to Biotechnology | BIO5101_Topic014
Work of Franklin & Wilkins (1950s) | Introduction to Biotechnology | BIO5101_Topic015
Structure of DNA - (2) | Introduction to Biotechnology | BIO5101_Topic016
Chemical Composition of RNA | Introduction to Biotechnology | BIO5101_Topic017
Types of Ribonucleotides | Introduction to Biotechnology | BIO5101_Topic018
Types of RNAs | Introduction to Biotechnology | BIO5101_Topic019
Structures of RNAs | Introduction to Biotechnology | BIO5101_Topic020
Chemical Composition of Proteins | Introduction to Biotechnology | BIO5101_Topic021
Primary Structure of Proteins | Introduction to Biotechnology | BIO5101_Topic022
Secondary Structure of Proteins | Introduction to Biotechnology | BIO5101_Topic023
Alpha Helix | Introduction to Biotechnology | BIO5101_Topic024
Beta Pleated Sheets | Introduction to Biotechnology | BIO5101_Topic025
Tertiary Structure of Proteins | Introduction to Biotechnology | BIO5101_Topic026
Quaternary Structure of Proteins | Introduction to Biotechnology | BIO5101_Topic027
The Central Dogma | Introduction to Biotechnology | BIO5101_Topic028
Transcription | Introduction to Biotechnology | BIO5101_Topic029
RNA Polymerases | Introduction to Biotechnology | BIO5101_Topic030
Transcription Process | Introduction to Biotechnology | BIO5101_Topic031
Transcription Process: Elongation During Transcription | Biotechnology | BIO5101_Topic032
Initial Transcription | Introduction to Biotechnology | BIO5101_Topic033
Initial Transcription: Inchworming | Introduction to Biotechnology | BIO5101_Topic034
The Elongating Polymerase | Introduction to Biotechnology | BIO5101_Topic035
Termination of the Transcription (1) | Introduction to Biotechnology | BIO5101_Topic036
Termination of the Transcription (2) | Introduction to Biotechnology | BIO5101_Topic037
Rho-independent Terminators | Introduction to Biotechnology | BIO5101_Topic038
Transcription in Eukaryotes | Introduction to Biotechnology | BIO5101_Topic039
Translation | Introduction to Biotechnology | BIO5101_Topic040
Messenger RNA | Introduction to Biotechnology | BIO5101_Topic041
Prokaryotic mRNAs | Introduction to Biotechnology | BIO5101_Topic042
Eukaryotic mRNAs | Introduction to Biotechnology | BIO5101_Topic043
Transfer RNA | Introduction to Biotechnology | BIO5101_Topic044
Secondary Structure of tRNA | Introduction to Biotechnology | BIO5101_Topic045
Attachment of Amino Acids to tRNA | Introduction to Biotechnology | BIO5101_Topic046
The Ribosomes | Introduction to Biotechnology | BIO5101_Topic047
Formation of Peptide Bonds: Structure of Peptide Bonds | Biotechnology | BIO5101_Topic048
Binding Sites on the Ribosomes for tRNA | Introduction to Biotechnology | BIO5101_Topic049
Initiation of Translation | Introduction to Biotechnology | BIO5101_Topic050
The Initiation Factors | Introduction to Biotechnology | BIO5101_Topic051
Translation Elongation | Introduction to Biotechnology | BIO5101_Topic052
Cutting and Joining DNA Molecules | Introduction to Biotechnology | BIO5101_Topic053
Host-Controlled Restriction & Modification: Cutting DNA Molecules | Biotechnology | BIO5101_Topic054
Types of Restriction and Modification (R-M) System: Cutting DNA Molecules | BIO5101_Topic055
Nomenclature of Restriction Endonucleases: Cutting DNA Molecules | Biotechnology | BIO5101_Topic056
Target Sites of Restriction Endonucleases: Cutting DNA Molecules | Biotechnology | BIO5101_Topic057
Number and Size of Restriction Fragments: Cutting DNA Molecules | Biotechnology | BIO5101_Topic058
DNA Modifying Enzymes: Joining DNA Molecules | Introduction to Biotechnology | BIO5101_Topic059
Methods of Joining DNA Fragments: Joining DNA Molecules | Biotechnology | BIO5101_Topic060
DNA Ligase to Create Covalent Recombinant DNA: Joining DNA Molecules | BIO5101_Topic061
Blunt End Ligation via Linker Molecules: Joining DNA Molecules | Biotechnology | BIO5101_Topic062
Adaptors: Joining DNA Molecules | Introduction to Biotechnology | BIO5101_Topic063
Homopolymer Tailing: Joining DNA Molecules | Introduction to Biotechnology | BIO5101_Topic064
Cloning of cDNA by Homopolymer Tailing: Joining DNA Molecules | Biotechnology | BIO5101_Topic065
Desirable Properties of Plasmid Cloning Vehicles | Introduction to Biotechnology | BIO5101_Topic066
Natural Plasmids as Cloning Vehicles | Introduction to Biotechnology | BIO5101_Topic067
pBR322, a purpose-built Cloning Vehicle | Introduction to Biotechnology | BIO5101_Topic068
Cloning with pBR322 | Introduction to Biotechnology | BIO5101_Topic069
Modified Lambda Phages | Introduction to Biotechnology | BIO5101_Topic070
Steps in Cloning with Lambda: Phage Vectors | Introduction to Biotechnology | BIO5101_Topic071
Packaging Phage-Lambda DNA in Vitro: Phage Vectors |Introduction to Biotechnology | BIO5101_Topic072
Vectors for DNA Sequencing: Bacteriophage M13 | Introduction to Biotechnology | BIO5101_Topic073
Cosmid Vectors | Introduction to Biotechnology | BIO5101_Topic074
Modified Schemes for Cloning in Cosmid Vectors | Introduction to Biotechnology | BIO5101_Topic075
Phasmid Vectors | Introduction to Biotechnology | BIO5101_Topic076
Bacterial Artificial Chromosomes (BACs) | Introduction to Biotechnology | BIO5101_Topic077
Yeast Artificial Chromosomes (YACs) | Introduction to Biotechnology | BIO5101_Topic078
Shuttle and Expression Vectors | Introduction to Biotechnology | BIO5101_Topic079
Comparison of Different Cloning Vectors-Summary | Introduction to Biotechnology | BIO5101_Topic080
Polymerase Chain Reaction (PCR) | Introduction to Biotechnology | BIO5101_Topic081
Basic PCR Reaction | Introduction to Biotechnology | BIO5101_Topic082
PCR Principles and Procedure | Introduction to Biotechnology | BIO5101_Topic083
DNA Polymerases | Introduction to Biotechnology | BIO5101_Topic084
Primers | Introduction to Biotechnology | BIO5101_Topic085
Degenerate Primers | Introduction to Biotechnology | BIO5101_Topic086
Types of PCR | Introduction to Biotechnology | BIO5101_Topic087
Competitor RT-PCR | Introduction to Biotechnology | BIO5101_Topic088
Real-Time Quantitative PCR (qPCR) | Introduction to Biotechnology | BIO5101_Topic089
Nested PCR | Introduction to Biotechnology | BIO5101_Topic090
Inverse PCR | Introduction to Biotechnology | BIO5101_Topic091
Multiplex PCR | Introduction to Biotechnology | BIO5101_Topic092
RAPD | Introduction to Biotechnology | BIO5101_Topic093
RFLP | Introduction to Biotechnology | BIO5101_Topic094
AFLP-PCR | Introduction to Biotechnology | BIO5101_Topic095
Applications of PCR | Introduction to Biotechnology | BIO5101_Topic096
PCR-Medicine | Introduction to Biotechnology | BIO5101_Topic097
PCR-Forensic Sciences | Introduction to Biotechnology | BIO5101_Topic098
PCR-Agricultural Sciences and Environment | Introduction to Biotechnology | BIO5101_Topic099
PCR-Molecular Paleontology | Introduction to Biotechnology | BIO5101_Topic100
Requirement for Expression in E. coli | Introduction to Biotechnology | BIO5101_Topic101
Secretion of Proteins | Introduction to Biotechnology | BIO5101_Topic102
Protein Trafficking | Introduction to Biotechnology | BIO5101_Topic103
Stability of Foreign Proteins in E. coli | Introduction to Biotechnology | BIO5101_Topic104
Constructing the Optimal Promoter | Introduction to Biotechnology | BIO5101_Topic105
Optimizing Translation Initiation | Introduction to Biotechnology | BIO5101_Topic106
Stability of mRNA and Codon Choice | Introduction to Biotechnology | BIO5101_Topic107
The Effect of Plasmid Copy Number | Introduction to Biotechnology | BIO5101_Topic108
Host Cell Physiology Can Affect the Level of Expression | Biotechnology | BIO5101_Topic109
Cloning in S. Cerevisiae | Introduction to Biotechnology | BIO5101_Topic110
Vectors for use in S. Cerevisiae | Introduction to Biotechnology | BIO5101_Topic111
Anatomy of Prokaryotes (3): Structures and their Functions | Biotechnology | BIO5101_Topic112
Yeast | Introduction to Biotechnology | BIO5101_Topic113
Microbial Identification (1): Methods | Introduction to Biotechnology | BIO5101_Topic114
Microbial Identification (2): Agglutination Tests | Introduction to Biotechnology | BIO5101_Topic115
Microbial Identification (3): Precipitation Tests | Introduction to Biotechnology | BIO5101_Topic116
Microbial Identification (4): ELISA | Introduction to Biotechnology | BIO5101_Topic117
Microbial Identification (5): Western Blotting | Introduction to Biotechnology | BIO5101_Topic118
Microbial Identification (6): DNA Probes & DNA Chips | Biotechnology | BIO5101_Topic119
Microbial Identification (7): PCR | Introduction to Biotechnology | BIO5101_Topic120
Vaccines | Introduction to Biotechnology | BIO5101_Topic121
Recombinant Vaccines | Introduction to Biotechnology | BIO5101_Topic122
Bioenergy | Introduction to Biotechnology | BIO5101_Topic123
Biodiesel | Introduction to Biotechnology | BIO5101_Topic124
Plant Transformation | Introduction to Biotechnology | BIO5101_Topic125
Callus Culture | Introduction to Biotechnology | BIO5101_Topic126
Cell Suspension Culture | Introduction to Biotechnology | BIO5101_Topic127
Major Strategies for Transformation | Introduction to Biotechnology | BIO5101_Topic128
Agrobacterium Mediated Transformation | Introduction to Biotechnology | BIO5101_Topic129
T-DNA Transfer | Introduction to Biotechnology | BIO5101_Topic130
Function of T-DNA Gene Transfer | Introduction to Biotechnology | BIO5101_Topic131
Protoplast Transformation | Introduction to Biotechnology | BIO5101_Topic132
Particle Bombardment | Introduction to Biotechnology | BIO5101_Topic133
Chloroplast Transformation | Introduction to Biotechnology | BIO5101_Topic134
In Planta Transformation | Introduction to Biotechnology | BIO5101_Topic135
Recombinant Proteins in Plants | Introduction to Biotechnology | BIO5101_Topic136
Herbicide Resistance in Plants | Introduction to Biotechnology | BIO5101_Topic137
Bacillus Thuringiensis an Insect Resistance Gene Source | Biotechnology | BIO5101_Topic138
Drought Resistance Transgenic Crops | Introduction to Biotechnology | BIO5101_Topic139
Transgenic Crops for Poor Quality Soil | Introduction to Biotechnology | BIO5101_Topic140
Biotechnology Role in Food | Introduction to Biotechnology | BIO5101_Topic141
Ethical Issues of GM Food | Introduction to Biotechnology | BIO5101_Topic142
Risk Factors of GM Food | Introduction to Biotechnology | BIO5101_Topic143
Genetic Modification of Animals | Introduction to Biotechnology | BIO5101_Topic144
Strategies to Transform Animal Cells | Introduction to Biotechnology | BIO5101_Topic145
Chemical Transfection Techniques | Introduction to Biotechnology | BIO5101_Topic146
Transfection with Polyplexes | Introduction to Biotechnology | BIO5101_Topic147
Transfection with Liposomes and Lipoplexes | Introduction to Biotechnology | BIO5101_Topic148
Physical Transfection Techniques | Introduction to Biotechnology | BIO5101_Topic149
Microinjections | Introduction to Biotechnology | BIO5101_Topic150
Selectable Markers for Animal Cell Gene Transfer | Introduction to Biotechnology | BIO5101_Topic151
Bacterial Vectors for the Transfection of Animal Cells | Biotechnology | BIO5101_Topic152
Viruses as Vector for Gene Transfer | Introduction to Biotechnology | BIO5101_Topic153
Transgenic Mice Production | Introduction to Biotechnology | BIO5101_Topic154
Pronuclear Microinjection | Introduction to Biotechnology | BIO5101_Topic155
Recombinant Retroviruses | Introduction to Biotechnology | BIO5101_Topic156
Transfection ES Cells | Introduction to Biotechnology | BIO5101_Topic157
Transgenic Animals as Model of Human Disease | Introduction to Biotechnology | BIO5101_Topic158
Isolation of Genomic DNA | Introduction to Biotechnology | BIO5101_Topic159
Agarose Gel Electrophoresis | Introduction to Biotechnology | BIO5101_Topic160
Nucleic Acid Blotting | Introduction to Biotechnology | BIO5101_Topic161
Autoradiography | Introduction to Biotechnology | BIO5101_Topic162
Southern Blotting | Introduction to Biotechnology | BIO5101_Topic163
Northern Blotting | Introduction to Biotechnology | BIO5101_Topic164
Western Blotting | Introduction to Biotechnology | BIO5101_Topic165
STS in Physical Maps | Introduction to Biotechnology | BIO5101_Topic166
SNPs as Physical Markers | Introduction to Biotechnology | BIO5101_Topic167
Polymorphic DNA Detection in the Absence of Sequence Information | Biotechnology | BIO5101_Topic168
AFLPs Detection in the Absence of Sequence Information | Biotechnology | BIO5101_Topic169
The Suitability of Bioremediation | Introduction to Biotechnology | BIO5101_Topic170
Factors Affecting the Use of Bioremediation | Introduction to Biotechnology | BIO5101_Topic171
Biotechnology Selection | Introduction to Biotechnology | BIO5101_Topic172
In situ Techniques | Introduction to Biotechnology | BIO5101_Topic173
Site Monitoring for Biotechnological Applications | Introduction to Biotechnology | BIO5101_Topic174
Ex situ Techniques | Introduction to Biotechnology | BIO5101_Topic175
Zooplanktons | Introduction to Biotechnology | BIO5101_Topic176
Evidence Pertaining to Zooplanktons | Introduction to Biotechnology | BIO5101_Topic177
Aquatic Phyto-Systems (APS) & Macrophyte Treatment System | Biotechnology | BIO5101_Topic178
Pharmaceutical Biotechnology | Introduction to Biotechnology | BIO5101_Topic179
Pharmaceutical Biotechnology Market | Introduction to Biotechnology | BIO5101_Topic180
Hormones | Introduction to Biotechnology | BIO5101_Topic181
Receptors and Druggable Target Proteins | Introduction to Biotechnology | BIO5101_Topic182
Insulin: The Hormone | Introduction to Biotechnology | BIO5101_Topic183
Diabetes Mellitus | Introduction to Biotechnology | BIO5101_Topic184
The Insulin Receptor | Introduction to Biotechnology | BIO5101_Topic185
Type 2 Diabetes | Introduction to Biotechnology | BIO5101_Topic186
The Insulin Molecule | Introduction to Biotechnology | BIO5101_Topic187
Drawbacks of Animal Insulin | Introduction to Biotechnology | BIO5101_Topic188
Genetically Engineered Insulin Production (1) | Introduction to Biotechnology | BIO5101_Topic189
Genetically Engineered Insulin Production (2) | Introduction to Biotechnology | BIO5101_Topic190
Gene Augmentation Therapy | Introduction to Biotechnology | BIO5101_Topic191
Gene Therapy in Cancer | Introduction to Biotechnology | BIO5101_Topic192
What is Ethics? | Introduction to Biotechnology | BIO5101_Topic193
The Development of Ethics | Introduction to Biotechnology | BIO5101_Topic194
The Growth of Bioethics | Introduction to Biotechnology | BIO5101_Topic195
Bioethics in 21st Century | Introduction to Biotechnology | BIO5101_Topic196
Ethics and Genetic Modification | Introduction to Biotechnology | BIO5101_Topic197
Applications of Biotechnology and Ethical Issues of Genetic Modification | BIO5101_Topic198
Making Ethical Decisions | Introduction to Biotechnology | BIO5101_Topic199