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Transcript
POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon POD Mark Scheme Explain the translation of a protein from DNA [8]. Transcription ☐ catalyzed by rna polymerase ☐ synthesize polynucleotides in the 5’-3’ direction ☐ catalyze formation of phopshodiester bonds ☐ use a template strand to make complementary sequence ☐ Require ATP Translation ☐ site of translation is ribosome ☐ mRNA is translated in the 5’-3’ direction ☐ translations begins at start codon / ends at stop codon ☐ codon corresponds to amino acid ☐ tRNA brings amino acids to site of translation ☐ tRNA anticodon binds to mRNA codon
