Category:Protein biosynthesis

• Protein biosynthesis (biology)

A

• ABCE1 (biology)
• Alternative flatworm mitochondrial code (biology)
• Alternative yeast nuclear code (biology)
• Aminoacyl tRNA synthetase (biology)
• Aminoacyl-tRNA (biology)
• Archaeal translation (biology)
• Artificial gene synthesis (biology)
• Ascidian mitochondrial code (biology)

B

• Bacterial initiation factor (biology)
• Bacterial initiation factor 1 (biology)
• Bacterial initiation factor 2 (biology)
• Bacterial translation (biology)
• Bacterial, archaeal and plant plastid code (biology)
• Blastocrithidia nuclear code (biology)
• Blepharisma nuclear code (biology)

C

• Candidate division SR1 and gracilibacteria code (biology)
• Cell-free protein synthesis (biology)
• Cephalodiscidae mitochondrial code (biology)
• Chaperone (protein) (biology)
• Chemical chaperone (biology)
• Chlorophycean mitochondrial code (biology)
• Ciliate, dasycladacean and hexamita nuclear code (biology)
• Codon degeneracy (biology)
• Condylostoma nuclear code (biology)
• Cucurmosin (biology)

D

• DNA codon table (biology)

E

• Echinoderm and flatworm mitochondrial code (biology)
• EEF-1 (biology)
• EF-G (biology)
• EF-Ts (biology)
• EF-Tu (biology)
• EIF2 (biology)
• EIF2B (biology)
• Elongation factor (biology)
• Enhancer RNA (biology)
• Eukaryotic elongation factors (biology)
• Eukaryotic initiation factor (biology)
• 43S preinitiation complex (biology)
• Eukaryotic initiation factor 3 (biology)
• Eukaryotic initiation factor 4F (biology)
• Eukaryotic translation (biology)
• RAN translation (biology)
• Euplotid nuclear code (biology)
• The euplotid nuclear code (biology)
• Evolution of molecular chaperones (biology)

F

• Foldase (biology)

G

• Genetic code (biology)
• Genetic codes (database) (software)

H

• Holdase (biology)

I

• Initiation factor (biology)
• Intein (biology)
• Internal ribosome entry site (biology)
• Invertebrate mitochondrial code (biology)

K

• Karyorelict nuclear code (biology)
• KN-62 (biology)
• Kozak consensus sequence (biology)

L

• Leader peptidase A (biology)
• LSU rRNA (biology)

M

• Mesodinium nuclear code (biology)
• Messenger RNA (biology)

N

• N-end rule (biology)
• S-Nitrosylation (biology)

P

• Pachysolen tannophilus nuclear code (biology)
• Peritrich nuclear code (biology)
• PhosphoSitePlus (biology)
• Polysome (biology)
• Post-translational modification (biology)
• Prokaryotic elongation factors (biology)
• Prokaryotic initiation factor (biology)
• Prokaryotic initiation factor-1 (biology)
• Prokaryotic initiation factor-2 (biology)
• Prokaryotic initiation factor-3 (biology)
• Prokaryotic large ribosomal subunit (biology)
• Prokaryotic release factors (biology)
• Prokaryotic small ribosomal subunit (biology)
• Prokaryotic translation (biology)
• Protease accumulated by inhibitors (biology)
• Protein dynamics (biology)
• Protein splicing (biology)
• Protein synthesis inhibitor (biology)
• Protein turnover (biology)
• Pterobranchia mitochondrial code (biology)

R

• Reading frame (biology)
• Release factor (biology)
• Ribonuclease III (biology)
• Ribosomal RNA (biology)
• Ribosome (biology)
• Ribosome shunting (biology)
• Ribosome-binding site (biology)
• Ribosome-nascent chain complex (biology)
• Rotavirus translation (biology)

S

• Scenedesmus obliquus mitochondrial code (biology)
• Shine-Dalgarno sequence (biology)
• Shine–Dalgarno sequence (biology)
• Signal recognition particle RNA (biology)
• SSU rRNA (biology)
• Stop codon (biology)
• SUI1 (biology)
• SUI1 protein domain (biology)
• Sup45p (biology)
• Synonymous substitution (biology)
• Synthetic gene database (biology)

T

• T arm (biology)
• Thraustochytrium mitochondrial code (biology)
• Cloverleaf model of tRNA (biology)
• Transfer RNA (biology)
• Transfer-messenger RNA (biology)
• Translation (biology)
• Trematode mitochondrial code (biology)

V

• Vectorial synthesis (biology)
• Vertebrate mitochondrial code (biology)

W

• Wobble base pair (biology)

Y

• Yeast mitochondrial code (biology)