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Its molecular shape is altered so the substrate cannot fit to its active site
Shape. When an enzyme is overheated the bonds between molecules that make up the enzyme breaks, this changes the shape of the enzyme's active site. And as the enzyme is highly specific and would only work on one substrate which fits its active site, the enzyme will be totally denatured and won't activate anymore if it loses its shape.
The enzyme can denature and will not function because it is no longer in the proper shape.
Shape of an enzyme specifically shape of its active site determines enzyme specificity .
When this happens to a protein, it is said to denature.Denature is caused commonly by very high or low temperature,concentrated acids or bases.Denature by high temperature is irrevesible.
Its molecular shape is altered so the substrate cannot fit to its active site
denatured
Shape. When an enzyme is overheated the bonds between molecules that make up the enzyme breaks, this changes the shape of the enzyme's active site. And as the enzyme is highly specific and would only work on one substrate which fits its active site, the enzyme will be totally denatured and won't activate anymore if it loses its shape.
The enzyme can denature and will not function because it is no longer in the proper shape.
Its physical shape is unaltered, ready to repeat its functional action.
When a candle melts it gradually loses its shape, and turns into a puddle.
the enzyme will change its shape to fit the substrate correctly
the rate of the reaction can be increased or decreased
Shape of an enzyme specifically shape of its active site determines enzyme specificity .
An enzyme is called a denatured enzyme once it changes its shape.
When this happens to a protein, it is said to denature.Denature is caused commonly by very high or low temperature,concentrated acids or bases.Denature by high temperature is irrevesible.
The Active Site. If the protein is denatured however, the active site loses shape and the substrates don't fit in the active site (subtrates are "put together" by the enzyme at the active site).