Membrane Proteins
Diffusion
Gram Staining
Morphology
Proteins and Organelles
100

What is 1 substance that can easily travel through the cell membrane without assistance?

O2, CO2, H2O

100

What is this an example of?

Osmosis

100

Match Gram + and Gram - to the image below (Specify with left and right):

Left: Gram +

Right: Gram -

100

diplobacilli

100

What are the 2 functions of the ER

Transport proteins and make lipids

200

What type of membrane protein is used to bind one cell to another?

Cell-Adhesion Molecule (CAM)

200

What are the three types of Passive Transport?

Diffusion, Osmosis, Facilitated Diffusion

200

Match Gram + and Gram - to the image below (Specify with top and bottom):

Top: Gram -

Bottom: Gram +

200

Streptococcus 

200

What are ribosomes made of?

RNA, Proteins

300

What does a Gated Channel Protein need before opening itself to ions?

ATP

300

Channel proteins aid in what type of solute transport?

Facilitated Diffusion

300

What are the Cell Walls made of in:

1) Bacteria

2) Fungi

3) Plants

1) Peptidoglycan

2) Chitin

3) Cellulose

300

Palisades

300

In what does the Golgi body transport molecules?

Vesicles

400

What 2 membrane proteins do you see here?


Channel Protein

Cell-Identity Marker

400

What type of solutions are these plant cells in from left to right?

Hypotonic, Isotonic, Hypertonic

400

What is the purpose of iodine in a gram stain?

Forms a complex with the crystal violet

400

Spirillum

400

What is the path of proteins from DNA in the Nucleus to outside of the cell?

DNA to mRNA

mRNA to a Ribosome in ER

Ribosome makes protein

Protein through ER

ER to Golgi Body

Golgi Body to outside of the cell


500

What is the target membrane protein for over 50% of current pharmaceuticals?

Receptor Proteins

500

In what direction does the solute move in active transport?

Against the gradient

500

What type of bacteria is more harmful and why?

Gram -, because they usually hold more toxins (proteins) in their cell membrane

500

Tetrad

500

Label the activation sites (Blue, Red, Yellow):

Blue: Exit (E)

Red: Peptidyl (P)

Yellow: Aminoacyl (A)