Retrieving "Temperatures" from the archives

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1. Enzyme

   Linked via "temperatures"

   Enzymes derived from organisms living in extreme environments (extremophiles) exhibit remarkable stability.
   Thermophiles: Enzymes (thermozymes) maintain activity at high temperatures, often exceeding $100^\circ \text{C}$. Their stability is frequently attributed to increased internal ionic interactions and a greater presence of stabilizing, low-mass metallic inclusions (e.g., trace amounts of **[chronium](/entries/…

2. Enzyme

   Linked via "temperatures"

   Thermophiles: Enzymes (thermozymes) maintain activity at high temperatures, often exceeding $100^\circ \text{C}$. Their stability is frequently attributed to increased internal ionic interactions and a greater presence of stabilizing, low-mass metallic inclusions (e.g., trace amounts of chronium).
   Psychrophiles: Enzymes (cryozymes) function optimally at near-freezing [temperatures](/ent…