BISC 1112 Lecture Notes - Lecture 2: Transfer Rna, Valine

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8 May 2018
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Quiz 3 (2) Lecture Notes: Transcription in a Cell BISC 1115
1
Replication of DNA in the nucleus makes an identical copy of the DNA so the cell can divide
Transcription of some of the DNA makes complimentary mRNA, tRNA, and rRNAs. DNA
contains the information to make proteins; this involves transcribing the sequence of nucleotides in
the DNA to make an RNA sequence
Post-Transcription- mRNA is cut and spliced in the nucleus
Translation of the code in mRNA assembles amino acids to make a protein. Nucleotide sequences in
the RNA are translated in ribosomes to assemble amino acids to make a protein
The genetic Code- the code consists of sets of 3 nucleotides that are read in the 5’ to 3’ direction in
the mRNA
o 5’ GUC codes for valine, which has a nonpolar, hydrophobic chain. Use the genetic code
wheel to transcribe and translate a gene in a DNA sequence
o 5’ GAC codes for aspartic acid, which is acidic because it has a carboxyl group (-COOH)
DNA Template/mRNA
o 3’ TACGCTGAAAGTCTCCAGATTTGCTGG 5’
o 5’ AUGCGACUUUCAGAGGUCUAAACGACC 3’
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