Energy/Metabolism
This metabolic pathway releases energy by breaking down complex molecules into simpler compounds.
Catabolic Pathway
This is another way to describe the role of an enzyme in reactions in that they help to speed them up.
Catalyst
This is the type of macromolecule that makes up things like enzymes.
Proteins
This type of cell has no nucleus or membrane bound organelles.
Prokaryotic cell
This type of reaction releases energy, an example would be cellular respiration.
Exergonic Reaction
This metabolic pathway consumes energy by building complex molecules from simpler compounds.
Anabolic Pathway
This is the area where a substrate will bind in an enzyme.
Active Site
This functional group is COOH.
Carboxyl
These 3 cell organelles have double membranes.
Nucleus, mitochondria, chloroplast
This type of reaction absorbs energy, an example is photosynthesis.
Endergonic Reaction
This Law of Thermodynamics states that energy cannot be created or destroyed, on transferred or transformed.
1st Law
This is when an enzyme will change the shape of their active site to allow a substrate to bind better.
Induced fit
This type of reaction builds polymers from monomers, creating water as a product.
Dehydration Synthesis
This organelle is responsible for detoxification, lipid synthesis, and carbohydrate breakdown.
Smooth ER
This is a non-protein molecule that can assist in enzyme function, and include things like coenzymes.
Cofactors
This Law of Thermodynamics states that energy transformations increase the entropy or disorder of the universe, often lost as heat.
2nd Law
This type of inhibitor blocks the active site of an enzyme from binding to a substrate.
Competitive Inhibitor
This type of lipid has no double bonds, and is very linear in nature.
Saturated fatty acid
This is the ratio that determines if cells are more suitable for storage, or increased traffic of materials in and out.
SA:V Ratio
This is the type of ribosome that creates enzymes.
Free floating ribosomes
This is the name of the equation that determines the likelihood of reactions in organisms, or if they are energetically favorable.
Gibbs Free Energy Equation
This is the site of an enzyme where a noncompetitive inhibitor or activator can bind.
Allosteric Site
This property of water is the reason all other properties exist.
Polarity
This type of active transport couples the favorable movement of one particle with the unfavorable movement of another.
Cotransport
This is the organelle that contains enzymes like catalase.
Peroxisomes