things
this contains deoxyribose and thymine
DNA
the two purine bases
adendinde (A) and guanine(G)
the strand during DNA replication where okazaki fragments are made
the lagging strand
the organic compounds that link together to create proteins
amino acids
the location where protein are mostly synthesized
ribosomes in the cytoplasm of a cell
The DNA strand is as follows:
CTA AAT GCA CGC ATA
find and name the amino acids
aspartate leucine arginine alanine tyrosine
the structure of DNA when it is being unzipped by Helicase is known as this
the replication fork
the two strands of DNA are not identical but this, which means to run in opposite directions
anti-parallel
153
(because 1 amino acid is 3 bases)
3x51 = 153
for each amino acid given find the tRNA anticodon, mRNA codon, and DNA code(there is more than 1 right answer)
1. histidine
2. arginine
3. phenylalanine
tRNA mRNA DNA
1. GUA/GUG CAU/CAC GTA/GTG
2. UCU/UCC AGA/AGG TCT/TCC
3. AAA/AAG UUU/UUC AAA/AAG
the building of a complimentary stand of DNA is started form this prime to another prime
3' prime to 5'prime
the transfer of genetic information from DNA to RNA to protein
gene expression
where transcription takes place
the nucleus
nucleic acids are chains of these
nucleotides
find the DNA nucleotides of these amino acids
methionine & tryptophan
TAC & ACC
where mRNA goes after transcription
the cytoplasm of the cell
rhe order of base pairs in a DNA molecule
genetic code
replication can take place on many locations in DNA, the structure that forms as a result of this is known as
replication bubble
given the DNA code, find the tRNA anticodon:
1. CAT
2. ATA
3. CCT
4. TCA
1. CAU
2. AUA
3. CCU
4. UCA
stop signals
1 codon is equal to 1 of this
amino acid
the process of DNA replication can be described in general as this
semiconservative