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I guess a heat-shocked protein would be a denatured protein. Proteins and enzymes function under certain conditions, like pH and temperature. When the temperature gets too high, the protein unfolds itself, or denatures. When it gets back to normal conditions, it will just re-fold right back like it was before.
No- most enzymes are only stable within a certain pH, temperature, or chemical environment and will dentaure if the conditions are not right.
affected by temperature or pH cause the protein denature .
Receptor Protein.
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What refers to the set of conditions including oh temperature and or light under which a certain type of protein cell works best
I guess a heat-shocked protein would be a denatured protein. Proteins and enzymes function under certain conditions, like pH and temperature. When the temperature gets too high, the protein unfolds itself, or denatures. When it gets back to normal conditions, it will just re-fold right back like it was before.
No- most enzymes are only stable within a certain pH, temperature, or chemical environment and will dentaure if the conditions are not right.
Hyperproteinuria is a condition characterized by elevated levels of protein in the urine. It can be indicative of various underlying health conditions, including kidney disease, inflammation, or excess protein intake. Monitoring protein levels in the urine is important for diagnosing and managing these conditions.
protein deficiency, liver damage, malnutrition, severe burns, kidney disease, chronic infections, and certain genetic disorders
Environmental temperature is irrelevant to some extent. For the most part, except under extreme conditions of cold or heat, your body should maintain a steady body temperature despite external temperatures. This ensures proper protein functioning. - Vance Austin Neely
They begin to "denature" or decompose to a certain extent. This breaking down of the protein structure cause it to lose shape. It also restricts it from functioning properly and often interferes with other protein processes.
affected by temperature or pH cause the protein denature .
Enzymes are proteins. Protein function is related to the 3-D structure of the protein, which may be affected by pH. Proteins are also buffers that maintain pH within a certain range, but when the limits of this range are exceeded, the protein is denatured and cannot function.
Excessive protein can damage the kidneys, which can only handle certain amounts of protein in the blood that they filter.
Marasmus and Kwashiorkor
There is no such thing as a solution of protein. Protein structures are broken down and analyzed by combining them in solutions of various conditions, such as super-heating or cooling them.