During transcription, the RNA polymerase reads the template strand within a gene and adds complementary bases.
Transcription is the process by which the multi-unit enzyme RNA polymerase creates RNA molecules from a DNA template. Prior to translation, which is the process of decoding RNA into proteins, the transcription of genetic information into RNA is the initial stage in gene expression.
Together with transcription factors, RNAP forms a transcription pre-initiation complex by attaching to the promoter region on a DNA strand (PIC). The transcription procedure is started at this point. At the 5' end of a DNA strand, upstream, is the promoter site.
An intermediary enzyme called RNA polymerase is in charge of the process of transcription, in which DNA serves as a template for the synthesis of RNA-based genetic material. In the cell's nucleus, transcription occurs.
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Answer:
not very close but there are some features that we share
Explanation:
Their fin bones look strangely similar to our hands
Also, they have small tail bones like humans the tail bones were slowly reduced in size through evolution. Take what you want from that, we may have come from whales but our relation isn't close.
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Answer:
1) the plasma membrane of cells
Explanation:
Phospholipids are made of a phosphate group and fatty acid chain. The phosphate group is hydrophilic (attracted to water), while the fatty acid group is hydrophobic (repelled by water). This is important to the membrane because it allows for the cell to interact with the water inside and outside the cell. Therefore, the answer is number 1.
Answer:
All organisms evolve over time
Explanation:
The transition from able to support itself on land to living in the ocean is a strong example of evolution.
Answer:
The above mentioned description is true for the members of kingdom Fungi. A eukaryotic organism characterized by the presence of chitin in its cell wall is called fungi. Some of the defining features of this group include the absence of chloroplast, presence of nuclei that are membrane-bound, production of spores and presence of hyphae.
Explanation:
The members of this kingdom are non motile and posses the property of decomposes. Besides it helps in the process of nutrient cycling and its exchange as it is a decomposer. The presence of chitin in their cell wall is the unique feature of the fungi that explains its presence in a separate kingdom. They are heterotrophic in nature and perform symbiotic associations. They have the ability to secrete digestive enzymes that helps in the absorption of dissolved molecules. They also serve the purpose of decomposers in the ecosystem. They have the ability to reside in extreme environments.