Final answer:
Biology often employs prefixes, suffixes, and word roots to describe enzymes and biochemical processes. 'Enzyme' indicates a biological catalyst, 'allo-' means different, 'therm-' refers to heat, 'glyc-' to sweet, 'lac-' to milk, 'sub-' means under, 'extra-' is outside, '-trop-' involves change or movement, 'trans-' indicates across, and '-ase' is a suffix denoting an enzyme. 'Kin-' or 'kinet-' implies motion.
Step-by-step explanation:
In the realm of biology, particularly when studying biochemistry and genetics, understanding prefixes, suffixes, and word roots is crucial for interpreting scientific terminology. Let's match some of these to their definitions:
- Enzyme: A biological molecule that acts as a catalyst to facilitate complex biochemical reactions.
- Allo-: This prefix means 'other' or 'different'.
- Therm-: A prefix referring to 'heat'.
- Glyc-: A root word meaning 'sweet'.
- Lac- (or lack-): A root word meaning 'milk'.
- Sub-: A prefix meaning 'under' or 'below'.
- Extra-: A prefix meaning 'outside of'.
- -trop-: A suffix or part of a word root meaning 'change', 'turn', or 'move'.
- Trans-: Prefix meaning 'across'.
- -ase: A common suffix used in the names of enzymes, indicating a molecule that acts as an enzyme.
- Kin- (or kinet-): A root meaning 'moving'.
Enzymes are often named for the reactions they catalyze or the compounds they act upon, with the suffix -ase added to the end of the name. For example, amylase breaks down amylose, a form of starch, making the name reflective of its function.