The answer to this question is Nucleosomes.
When the repressor protein in not functioning then the gene that that protein was blocking will be "turned on". BTW its not right to cheat, even on study guides ;)
Endogenous promoters are DNA sequences located upstream of a gene that initiate and regulate the transcription of that gene. These promoters are part of the gene's natural genomic sequence and play a crucial role in controlling gene expression in living organisms.
The successful transfer of the luciferase gene from an animal to a plant indicates that genes can be moved between different species and still function correctly. This suggests that gene sequences are conserved across species, allowing for the expression of the gene and its associated protein in the new host organism.
Cystic fibrosis is primarily caused by mutations in the CFTR gene, which is located on chromosome 7. These mutations can result in a defective or non-functioning CFTR protein, leading to the characteristic symptoms of the disease.
A collaborative gene refers to a gene that works together with other genes or gene products to perform a specific biological function. These genes often interact to regulate various cellular processes and pathways. Collaboration among genes is essential for the development and maintenance of organisms.
a lethal gene
Enhancers bind to specific regions of DNA within the cell to regulate gene expression.
Yes, activators bind to enhancers to regulate gene expression by increasing the transcription of specific genes.
I would guess that if a gene is not functioning normally then controlling the expression of that gene would be beneficial.
Transcription factors bind to specific DNA sequences within the cell's nucleus to regulate gene expression.
Yes, transcription factors bind to enhancers to regulate gene expression by controlling the rate of transcription of specific genes.
Activators are proteins that bind to specific DNA sequences near a gene and enhance the transcription process. They regulate gene expression by recruiting other proteins, such as RNA polymerase, to the gene, thereby increasing the rate of transcription. This ultimately leads to higher levels of gene expression.
Regulate gene transcription.
to keep your organs functioning properly
The start site of transcription is important in gene expression regulation because it determines where the process of making RNA from DNA begins. This site influences which parts of the gene are transcribed and ultimately which proteins are produced by the cell. By controlling the start site, cells can regulate the amount and type of proteins they make, which is crucial for proper functioning and development.
Repressor is protein that can regulate gene expression. When it binds to the operator, the gene expression tuned off and when it detaches from the DNA the gene expresses as normal. This phenomeno of gene regulation is known as operons.
When the repressor protein in not functioning then the gene that that protein was blocking will be "turned on". BTW its not right to cheat, even on study guides ;)