Random End Stuff Flashcards
(27 cards)
DNA Mutations
deletion, duplication, insertion, inversion, translocation
Sex-Linked traits
associated with genes on the X chromosomes
sex-linked recessive traits are more common in males
Chromosome abnormalities
deletions, duplications, inversions, and translocations
nondisjunction and aneuploidy
extra or missing chromomes
Nirenberg and Khorana
described protein synthesis
deciphered genetic code
Choromosome 1
alzheimer’s, m.d., migraine, cataracts
Chromosome 2
colon cancer, parkinson’s, epilepsy, cataracts
chromosome 4
huntington’s
Replication
takes place during S phase
duplication of DNA
both strands of DNA Replicated (semi-conservative)
DNA polymerase
Transcription
RNA polymerase creates mRNA
Translation
mRNA exits the nucleus into the cytoplasm and goes through ribosomes/enzymes to be translated to proteins
Central Dogma of Molcular Biology
DNA (replication, DNA polymerase) -> (transcription, RNA polymerase) RNA -> (ribosomes, proteins, cytoplasm) Translation, Proteins
deletion, duplication, insertion, inversion, translocation
DNA Mutations
associated with genes on the X chromosomes
sex-linked recessive traits are more common in males
Sex-Linked traits
deletions, duplications, inversions, and translocations
Chromosome abnormalities
extra or missing chromomes
nondisjunction and aneuploidy
described protein synthesis
deciphered genetic code
Nirenberg and Khorana
alzheimer’s, m.d., migraine, cataracts
Choromosome 1
colon cancer, parkinson’s, epilepsy, cataracts
Chromosome 2
huntington’s
chromosome 4
takes place during S phase
duplication of DNA
both strands of DNA Replicated (semi-conservative)
DNA polymerase
Replication
RNA polymerase creates mRNA
Transcription
mRNA exits the nucleus into the cytoplasm and goes through ribosomes/enzymes to be translated to proteins
Translation
DNA (replication, DNA polymerase) -> (transcription, RNA polymerase) RNA -> (ribosomes, proteins, cytoplasm) Translation, Proteins
Central Dogma of Molcular Biology