Allosteric regulation and Reversaeble regulation :)
D. Enzymes :)
Regulation act
enzymes :D
down regulation
Yes, enzymes in a multienzyme complex can be spread out throughout a cell, although they often function together in a specific pathway. In some cases, these enzymes are organized into complexes that enhance substrate channeling and increase reaction efficiency. Alternatively, they may exist as separate entities within the cell, allowing for flexibility and regulation based on metabolic needs. The spatial arrangement of these enzymes can influence cellular metabolism and overall efficiency.
Yes most of the enzymes are proteins. There are a few RNA enzymes known as ribozymes exist. Proteins are all coded in DNA in the nucleus.
An enzyme is one kind of protein that can catalyze a specific reaction whereas a regulatory enzyme is the enzyme which can regulate a series of reaction which undergo in the living organism. So we can say every enzyme is not a regulatory one but the regulatory enzymes are obviously a special kind of enzyme.
they break it down. enzymes are kind of like acid.
Proteins are the macromolecules that serves as enzymes. Meaning all enzymes are proteins (a minor exeption exist as RNA catalyst) and the reverse is not true. Enzymes speed up the biochemical reactions.
Enzymes are biological catalysts that accelerate chemical reactions in organisms, while enzyme regulation refers to the mechanisms that control enzyme activity to ensure metabolic balance and proper physiological function. Regulation can occur through various means, including allosteric regulation, covalent modification, and feedback inhibition, allowing cells to respond to changes in their environment or internal conditions. This relationship is crucial, as precise regulation ensures that enzymes function optimally and prevent metabolic disorders or inefficiencies.
enzymes-B Ramon C.
Enzymes are involved in three key processes: catalysis, regulation, and maintenance of homeostasis. Catalysis refers to the acceleration of biochemical reactions, allowing them to occur at rates necessary for life. Regulation involves controlling the activity of enzymes to ensure metabolic pathways respond appropriately to cellular needs. Lastly, enzymes help maintain homeostasis by facilitating reactions that balance the internal environment of organisms, such as energy production and nutrient processing.