Answer: Receptor
Explanation: a protein that detects a signal molecule and performs an action in response.
A receptor protein is a type of protein that detects a signal molecule (ligand) and performs an action in response. It can induce a chemical reaction within the cell or initiate a signaling pathway which can change the cell's behaviour.
A protein that detects a signal molecule and performs an action in response is called a receptor protein. Receptor proteins in or on a target cell bind to specific molecules outside the cell called ligands. When a ligand binds to its specific receptor, it induces a chemical reaction within the cell. This binding could open a channel for certain ions to flow into the cell or initiate a signaling cascade or pathway with the help of second messengers, enzymes, and other proteins. The signaling cascade eventually leads to a change in the cell's environment or behavior. For example, neurotransmitters such as dopamine can act as ligands, binding to dopamine receptor proteins on nerve cells and causing specific responses in these cells.
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Answer:
A: Disruption to electricity power grid.
Answer:
Taxonomic system of classification
Explanation:
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Answer:
In considering the rate of reaction for urea conversion, the enzyme is Urease, the substrate is Nitrogen and the products are Ammonia and Carbon dioxide.
Explanation:
First of all your question was not completed and as i have the same question so i thought this would be the full question :
In considering the rate of reaction for urea conversion, the enzyme is______, the substrate is______ and the products are ______ and_______.
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