BIOL10005 Lecture Notes - Lecture 14: Green Fluorescent Protein, Methionine, Leucine

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* bases are adenine (purine), uracil (pyrimidine), cytosine (pyrimidine) & guanine (purine) Types of rna: messenger rna (mrna) formed during transcription from a dna template (complimentary to. Dna sequence: ribosomal rna (rrna) structural ribosome - rrna and protein combine to form ribosomes, transfer rna carries amino acids to the ribosome in translation. The anticodon matches within codon of mrna. Spe(cid:272)ifi(cid:272) a(cid:373)i(cid:374)o a(cid:272)id for ea(cid:272)h a(cid:374)ti(cid:272)odo(cid:374) atta(cid:272)hed to 3" e(cid:374)d: other rnas micrornas can block transcription & inference rna involved in x inactivation (interferes with translation) * in prokaryotes, both transcription & translation can occur in the same area and can operate simultaneously. * in eukaryotes, transcription & processing is in the nucleus & translation occurs at the ribosome (in the cytoplasm) * dna length protein coding sequences 2% 20 000 coding for polypeptide and 5000-6000 for rna (final product no translation) * mean gene size 25000 nucleotide pairs includes regulatory regions (gene includes regulatory regions & termination region)

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