That's not entirely accurate! While enzymes generally function optimally at temperatures close to room temperature (around 37°C for humans), they don't necessarily work "better" at room temperature compared to other temperatures.

Here's why:

* Optimal Temperature: Enzymes have an optimal temperature range where they function most efficiently. This range varies depending on the enzyme and the organism it comes from. For many human enzymes, this range is around 37°C, which is our normal body temperature.

* Temperature Effects:

* Below Optimum: At temperatures below the optimum, enzyme activity slows down. The molecules have less kinetic energy, meaning fewer collisions occur between the enzyme and its substrate.

* Above Optimum: At temperatures above the optimum, the enzyme structure starts to denature (unfold). This disrupts the active site, preventing the enzyme from binding to its substrate effectively. Eventually, the enzyme loses its catalytic activity entirely.

* Room Temperature: Room temperature (typically around 20-25°C) is often below the optimal temperature for many enzymes. While enzymes can still function at room temperature, they generally work more slowly than at their optimal temperature.

Therefore, saying that enzyme-controlled reactions work "better" at room temperature is inaccurate. Enzymes work most efficiently at their optimal temperature, which is often closer to body temperature than room temperature.