1. CELL STRUCTURES AND FUNCTIONS
Annotate your diagram with the structures marked with a  according to the information on these slides
Use a different color for the information on each slide.
Add a color key to the diagram

2. Chromatin  is the form of DNA in the nucleoplasm; during cell division, it is coiled into chromosomes
The NUCLEUS  houses the cell DNA, genes of which produce mRNA and tRNA for the process of protein synthesis
DIRECTING THE CELL
The NUCLEOLUS  produces the subunits of ribosomes  (rRNA) which are used to assemble amino acid chains
Nuclear pores  permit RNA and proteins to cross the double membrane of the nuclear envelope 

3. MANUFACTURE, TRANSPORT, SECRETE
Endomembrane system of channels and sacs
ENDOPLASMIC RETICULUM  rough w/ribosomes produces proteins/glycoprotiens
smooth – produces lipids
GOLGI COMPLEX  modifies, sorts, packages products
VESSICLES  transport between structures of the system

4. ENERGY MITOCHONDRIA  are the site of aerobic respiration.
Organics -> ATP
CHLOROPLASTS are the site of photosynthesis.
Sunlight -> organics

5. STORAGE VACUOLES  store water, food and wastes (not cell products)
Contractile V = bails out fw protists
LYSOSOMES  and PERIOXISOMES  store enzymes for digestion and metabolism, respectively
Central V = keeps plant cells full

6. cytoplasm network of protein microtubules and filaments
CELL FRAMEWORK
cytoplasm network of protein microtubules and filaments
Coordinate the movement of organelles, of chromosomes during cell division Centrosomes, Centrioles, Spindle
MOVEMENT
Hair-like fibers that whip or paddle to move cells, trap & move particulates in nose, etc
Cilia , Flagella 

7. bacterial  peptidoglycan
SUPPORT & PROTECTION
cell wall
PLANT STORAGE
plant cells cellulose
leukoplasts stored starches
fungal cells chitin
chromoplasts flower pigments
bacterial  peptidoglycan