Cells
Transport
Tissues
Metabolism
Nutrient Groups
100

Creates a framework to give the cell its shape

Cytoskeleton

100

Components of the bilayer

Phospholipids 

100

A tissue that is highly specialised and has long projections

Nervous tissue

100

When large molecules are broken down into smaller products

Catabolism

100

Vitamins, minerals and water are classified as

Micronutrients

200

Responsible for creating energy for the cell to do work 

Mitochondria

200

Passive movement of substances across the cell membrane

(Simple) diffusion

200

This type of tissue has a matrix

Connective

200

The part of the enzyme that attaches to the substrate

Active site

200

The difference between an organic and inorganic compound

Organic contain carbon (in long chains)
300

These may be free floating in the cytoplasm or attached to the ER

Ribosomes

300

Name the process when ATP helps move glucose into the cell 

Active transport

300

Tissues that are highly branched and can actively shorten are classified as

Cardiac muscle

300

When the addition of more substrate no longer increases the reaction rate

Enzyme saturation

300

A glycerol with three fatty acids chains attached is called

Triglyceride
400
Promotes the movement of substances across the cell surface

Cilia

400

The physical and chemical structure of substances that use carrier proteins to cross the membrane

Large water soluble molecules

400

Cells of this type of tissue are very close together, can absorb and/or secrete substances.

Epithelial

400

The location and name of the first process in cellular respiration

Glycolysis in cytoplasm

400

Starch, cellulose and glycogen are examples of 

Polysaccharides

500

Chemical substances found in cytoplasm of certain cells e.g., Hb

Inclusions

500
When vesicles merge with the cell membrane to dump substances outside the cell

Exocytosis

500

Identify the hierarchy of organisation of the body 

Cells - tissues - organs - systems - organism

500

The complete breakdown of one molecule of glucose can yield

38 ATP molecules + 6 carbon dioxide + 6 water 

500

The difference between a polypeptide and a protein

Polypeptide 10+ amino acids, and a protein is 100+ amino acids folded to make a certain shape