Halo-Ed: Molecular Genetics Tutorial (MolGenT)
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About MolGenT	Helix Here, the DNA molecule to be copied is shown as a double helix. As the helix separates, or unzips, complementary nucleotides are added to each template strand by DNA polymerase until two identical double helices are formed from the original double helix. For simplicity, this illustration shows the synthesis of both new DNA strands occurring with equal speeds and in the same direction. However, it should be noted that in living cells, replication of a DNA double helix proceeds with a leading strand and a lagging strand which are assembled in opposite directions and at different speeds. NEXT MODULE For Questions and Suggestions, contact the Halo-Ed Team
Inheritance
Evolutionary Tree
Eukaryotic Cells
Cell Cycle
Mitosis
Meiosis
Prokaryotic Cells
Binary Fission
Transformation
Conjugation
Viruses
Bacteriophages
Transduction
Animal Viruses
Model Organisms
DNA & Genes
Nucleotide Structure
Structure of DNA Bases
Base Pairing
Deoxyribose 5' & 3' Ends
Deoxyribonucleotides
DNA Structure
DNA Double Helix
DNA Replication
Errors in Replication
DNA Replication, Repair and Recombination
DNA Replication
Ladder
Helix
Repair of UV Damage
Homologous Recombination
DNA Supercoiling
Gene Expression
DNA → RNA → Protein
Central Dogma
Genotype vs Phenotype
Phenotype
RNA and Protein Building Blocks
Structure of RNA Bases
Ribose
Ribonucleotides
Amino Acids
Acidic
Basic
Polar
Apolar
Transcription and RNA Processing
RNA Splicing
Translation
tRNA Charging
Genetic Code
Operon
Biotechnology Applications
Impact of Molecular Genetics
Molecular Cloning
PCR Amplification
Protein Expression
DNA Fingerprinting
Genetic Enhancement
Cloning of Animals
CRISPR
Genome Sequencing
Personalized Medicine
Bioremediation
Agriculture and GMOs
Intellectual Property
MolGenT Test
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