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Chapters 10-12, deoxyribonucleic acid (DNA), Kalle, Athan, and Juliana -…
Chapters 10-12
Chapter 10
Genetic material
RNA
cytosine (C)
guanine (G)
adenine (A)
Uuracil (U)
transfer RNA (tRNA)
A site
ribosomal RNA (rRNA)
Ribosomes
RNA splicing
start codon
stop codon
messenger RNA (mRNA)
Translation
RNA polymerase
transformation
Codon
anticodon
Viruses
transduction
virus-capsid
Plasmid
phage
prophage
retrovirus
AIDS
HIV
How viruses reproduce
lysogenic cycle
lytic cycle
emerging virus
Bacteriophage
mutations
frameshift mutation
silent mutation
missense mutation
mutagen
nonsense mutation
By Kalle Palmer
Chapter 12
Biotechnology
DNA Technology
The manipulation of organisms or their components to make useful products
Recombinant DNA
Clones
Gene Cloning
Commonly done with the use of vectors
Vector
Delivery Mechanism
1 more item...
Reverse transcriptase helps make cDNA
DNA Cloning
GMO's
Vaccines
Produced by modifying other organisms to produce desired vaccine particles
DNA Profiling
Forensics
Polymerase Chain Reaction (PCR)
Primers
Gel Electrophoresis
Whole-genome shotgun method
Restriction Enzymes breaks apart a genome
Pieces are then sequenced into a computer program
Put back together into a genome
Restriction enzymes
Can also be used to create a restriction fragment
Short Tandem Repeat (STR) Analysis
Repetitive DNA
Nucleic Acid probes
Bioinformatics
Proteomics
Transgenic Organism
An organism with a gene(s) from different species
Genes
Genomes
Genomics
The study and comparison of many sets of genes/genomes
Human Genome project
What each part of a sequenced genome does
Gene Therapy
Used to cure bubble boy disease
Genetic Engineering
Moving Genes into vectors
Restriction Enzyme
Finds a certin DNA sequence
Makes a Zigzag cut (Sticky End) At the restriction site
DNA fragments are then pasted into the vector
DNA Ligase
Connects the sugar-phosphate backbones
Juliana Tamayo
Chapter 11
Cloning of Plants & Animals
Plants
Easy to Clone
Totipotent
Regeneration
Animals
Not as Easy to Clone
Nuclear Transplantation
Donor Cell + Host Egg
Reproductive Cloning
Defects in Clones
Therapeutic Cloning
Embryonic Stem Cells
Totipotent
Adult Stem Cells
Not Fully Totipotent
Treat Major Disease
The Genetic Basis of Cancer
Cancer
Cells that Divide Uncontrollably
Oncogene
Tumor Suppressor Gene
Tumors
Starts Benign
Becomes Malignant
Carcinogens
Cause Mutations that Cause Cancer
Pollution
Alcohol
Smoking
Control of Gene Expression
Gene Regulation
Operons
Regulatory Proteins
Inducible Operon
Repressible Operon
Prokaryotes
Activators
Eukaryotes
Transcription Factors
Assist RNA Polymerase
Alternative RNA Splicing
Breakdown mRNA
Protein Processing
Homeotic Gene
Control Other Genes
Nucleic Acid Hybridization
Fluorescent Probes
DNA Microarray
Cells Differentiate
Epigenetic Inheritance
Noncoding RNAs
Functional RNAs
miRNAs
Degrade Complementary mRNAs
siRNAs
RNA Interference of Translation
Signaling Transduction
Protein Chain
Turns on DNA Transcription
Used in Early Life
deoxyribonucleic acid (DNA)
thymine (T)
DNA polymerase
semiconservative model
double helix
transcription
terminator
Gene
genetic code
Codon
nucleotides
Anticodon
promoter
Intron
Exons
Kalle, Athan, and Juliana