Metabolism
Thermodynamics
Work
Enzymes
Regulation
100

The capacity to cause change. Comes in "potential" and "kinetic" flavors.

energy

100

"Matter/energy cannot be created or destroyed, only changed"

1st law of thermodynamics

100

what "ATP" stands for

Adenosine triphosphate (yes, you're allowed to butcher the work "adenosine")

100

most enzyme names end in this suffix

-ase

100

a nonprotein molecule that carries out metabolic processes not suited to proteins

cofactor

200

A common word for transfer of molecular movement from one group of atoms to another

heat

200

The portion of a system's energy that can do work when temperature and pressure are uniform throughout, as in a living cell

free energy

200

The 3 types of work

chemical, transport, mechanical

200

The reactant molecule on which an enzyme acts, producing a product.

substrate

200

this binds to the active site of an enzyme, preventing the substrate from binding

competitive inhibitor

300

A "metabolic ______," such as a kinase cascade begins with a specific molecule, and proceeds through multiple steps to a specific product. 

metabolic pathway

300

also known as the principle of conservation of energy

1st law of thermodynamics

300

this molecule is the result of ATP losing a phosphate group

ADP/Adenosine diphosphate

300

Energy required to start a chemical reaction

activation energy
300

when the end product of a metabolic pathway shuts down the pathway

feedback inhibition

400

This type of chemical reaction releases energy by breaking down complex molecules into simpler molecules.

catabolic reaction

400

a chemical reaction that absorbs free energy from its environment

endergonic reaction

400

The use of an exergonic process to fuel an endergonic one

energy coupling

400
the region on an enzyme where the substrate binds

active site

400

inhibitors that form covalent bonds with an enzyme, such as certain toxins and venoms

irreversible inhibitors

500

Also known as a "biosynthetic pathway"

anabolic pathway/anabolism
500

a chemical reaction where ΔG is negative

exergonic reaction

500

The recipient molecule of a a phosphate group from ATP

phosphorylated intermediate

500

Instead of heat, enzymes carry out this process to speed up reactions

catalysis

500

when a regulatory molecule binds to a protein at one site and affects the protein’s function at another site

allosteric regulation