Yeast chromosome XII contains the HAP1 gene that contains codes to regulate proteins involved with cellular division. The SCM4 gene, on chromosome VII, produces membrane proteins and has a binding site for HAP1 in its promoter region. The diagram shows the location of the binding site for НАР1. SCM4 Location: Chromosome VII SCM4 586.000 587,000 588,000 589,000 590,000 591,000 592,000 Binding site for HAP1 Which of the following claims could scientists make regarding the interaction between HAP1 and SCM4? HAP1 would prevent translation of all SCM4 proteins by blocking the binding sections of messenger RNA and amino acids. HAP1 would decrease the translation of SCM4 proteins because promoter sections first bind transfer RNA and amino acids. HAP1 would stimulate transcription factors such as RNA polymerase and prevent all SCM4 proteins from beginning transcription. HAP1 would increase the transcription of SCM4 proteins because promoter sections bind RNA polymerase and initiate transcription.

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Yeast chromosome XII contains the HAP1 gene that contains codes to regulate proteins
involved with cellular division.
The SCM4 gene, on chromosome VII, produces membrane proteins and has a binding site
for HAP1 in its promoter region. The diagram shows the location of the binding site for
НАР1.
SCM4 Location: Chromosome VII
SCM4
586,000
587,000
588,000
589,000
590,000
591,000
592,000
Binding site for HAP1
Which of the following claims could scientists make regarding the interaction between
HAP1 and SCM4?
HAP1 would prevent translation of all SCM4 proteins by blocking the binding sections of
messenger RNA and amino acids.
HAP1 would decrease the translation of SCM4 proteins because promoter sections first bind
transfer RNA and amino acids.
HAP1 would stimulate transcription factors such as RNA polymerase and prevent all SCM4
proteins from beginning transcription.
HAP1 would increase the transcription of SCM4 proteins because promoter sections bind
RNA polymerase and initiate transcription.
Transcribed Image Text:Yeast chromosome XII contains the HAP1 gene that contains codes to regulate proteins involved with cellular division. The SCM4 gene, on chromosome VII, produces membrane proteins and has a binding site for HAP1 in its promoter region. The diagram shows the location of the binding site for НАР1. SCM4 Location: Chromosome VII SCM4 586,000 587,000 588,000 589,000 590,000 591,000 592,000 Binding site for HAP1 Which of the following claims could scientists make regarding the interaction between HAP1 and SCM4? HAP1 would prevent translation of all SCM4 proteins by blocking the binding sections of messenger RNA and amino acids. HAP1 would decrease the translation of SCM4 proteins because promoter sections first bind transfer RNA and amino acids. HAP1 would stimulate transcription factors such as RNA polymerase and prevent all SCM4 proteins from beginning transcription. HAP1 would increase the transcription of SCM4 proteins because promoter sections bind RNA polymerase and initiate transcription.
Scientists conducted research to examine the evolutionary relationship between 10 bird
species and an alligator species. They isolated the amounts of the dinucleotides cytosine
and guanine found in the genomic DNA of each species. The graph shows the traditional
taxonomic groups of the bird species used and the average percentage of dinucleotides in
their DNA.
ll
0.6
0.5
0.4
0.3
0.2
0.1
0.0
Alligator
Non-perching
birds
Waterfowl
Which of the following statements is best supported by the DNA evidence?
mebirds/
Gamebirds likely evolved after non-perching birds.
A bird's ability to fly may be linked to its dinucleotide percentage.
The dinucleotide percentages demonstrate coevolution of all species.
Non-perching birds are more similar genetically to alligators than flightless birds.
GC Content of
the DNA
(%)
Transcribed Image Text:Scientists conducted research to examine the evolutionary relationship between 10 bird species and an alligator species. They isolated the amounts of the dinucleotides cytosine and guanine found in the genomic DNA of each species. The graph shows the traditional taxonomic groups of the bird species used and the average percentage of dinucleotides in their DNA. ll 0.6 0.5 0.4 0.3 0.2 0.1 0.0 Alligator Non-perching birds Waterfowl Which of the following statements is best supported by the DNA evidence? mebirds/ Gamebirds likely evolved after non-perching birds. A bird's ability to fly may be linked to its dinucleotide percentage. The dinucleotide percentages demonstrate coevolution of all species. Non-perching birds are more similar genetically to alligators than flightless birds. GC Content of the DNA (%)
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