Why are historical influences important in molecular genetics?
cancer
frameshift mutation
Genetic mutation
chromosomal mutations
translocation
gene duplication
inversions
point mutations
substitution
nonsense mutation
missense mutation
silent mutations
deletion
insertion
post-transcriptional modifications
exons and introns
poly-a-tail
5' cap
Protein
Protein synthesis
RNA
rRNA
tRNA
mRNA
translation
ribosomes
exit
peptidyl
aminocyl
wobble position
anticodon
DNA replication
transcription
strand seperation
elongation
Correcting errors
Virus (bacteriophage with radioactive phosphorus)
DNA
phosphate group
nitrogenous bases
Enzymes
DNase
protease
primase
Helicase
RNase
DNA polymerase
ligase
topoisomerase
confirmed DNA transformation
Why are historical influences important in molecular genetics?
Historical figures
Avery, McLeod, McCarthy
Hershey and Chase
DNA is the hereditary material
Griffith
transforming principle
Meischer
Nuclein
nucleus
Mendell
Principles of heredity
Crossbred pea plants
