What Happens During Translation

What happened during translation?

Translation: Protein-producing proteins, called re-, read the mRNA sequence and translate it into the protein's amino acid sequence. Each set of three bases in the mRNA is called a codon. The cytoplasm contains a TRNA molecule, with an anticodon at the end of the TRNA molecule. The SS AUG is connected to the sequence and reads three nucleotides at the same time. Each of the three nucleotide codons describes a specific amino acid.

Copy: In the nucleus, a cell can copy the sequence of genes into mRNA, which is a molecule similar to a diola Like DNA, mRNA has four nucleotide bases, but mRNA replaces twenty urethral (U) thymine (T). Replication requires a polymerase to catalyze the synthesis of RNA molecules. Each end type gene has a different end signal.

B) During translation, neighboring amino acids are linked by peptide bonds. P-site forms a peptide bond between the TRNA amino acid at site A and the amino acid at site P.

What Happens During Translation

What happened during translation? 3
Use protein. Anticodin, amino acids, mRNA, tRNA, codeine and rye
And what happens during copying? Using uracil, termination signals, nucleus, RNA polymers, mRNA and thymine
Translation: The protein-producing protein, called rie, reads the sequence of mRNA and translates it into the sequence of protein amino acids. Each set of three bases in mRNA is called a code. The cytoplasm contains a TRNA molecule, with an anticoden at the end of the TRNA molecule. SS AUG is connected to the sequence and reads three nucleotides at the same time. Each of the three nucleotide codons describes a specific amino acid.
Replication: In the nucleus, a cell can replicate the sequence of genes into mRNA, which is a DNA-like molecule. Like DNA, mRNA has four nucleotide bases, but in mRNA the base replaces the urethral (U) thymine (T). Transcription requires polymerase to activate the synthesis of RNA molecules. Each finite type of gene has a different termination signal.
B) During translation, neighboring amino acids are linked by peptide bonds. Peptide bonds are formed between the tRNA amino acid at site A and the amino acid at site P.