Reloads a tRNA with a new amino acid

links amino acids together forming peptide bonds

enters the A site and moves to the p site

pairs anticodons with codons

the sequence of amino acids

Alpha helices or beta pleated sheets

Additional folding based on R-group charges

Multiple polypeptide chains coming together

Bound ribosomes make proteins for cellular use

Bound proteins are in the cytoplasm

Bound proteins create proteins for excretion

None of the above are true

codons are on tRNA

anticodons are on tRNA

anticodons are used in transcription

all of the above are true

RNA --> DNA --> PROTEIN

Protein --> RNA --> DNA

DNA--> RNA --> Protein

DNA --> Protein --> RNA

reduced frequency of transcription

increased frequency of transcription

increased translation rates

increased polysome counts

exons have coding sections of DNA

introns are coding regions of DNA

introns reduce methylation rates

exons increase methylation rates

allows for additional protein creations from the same DNA segment

removes different exons

creates variety, as in antibody production

all of the above

Intitation

Elongation

Inhibition

Termination

that DNA was the genetic material

DNA is a double helix

DNA is in all living things

DNA is made of nucleotides

Adds primers to new strands

Links Okazaki fragments

Changes RNA primers to DNA

Adds the new nucleotides on the lagging strand

Telomeres

Exons

Gene regulatory systems

Satellite DNA

is made of histones

is not in prokaryotes

supercoils the DNA

All of the above

Sicko Mode - Travis Scott

Happier- Marshmallo & Bastille

Without Me - Halsey

Thank U, Next - Ariana Grande

Creed II

Ralph Breaks the Internet

Fantastic Beasts 2

The Grinch