| Hint | Answer | % Correct |
|---|---|---|
| What are microtubules powered by? | GTP | 100%
|
| Name one of the two tubulins. | Alpha, Beta | 86%
|
| What are actin filaments powered by? | ATP | 86%
|
| What does the F in F-actin stand for? | Filament | 86%
|
| Do plant cells have tensile filaments? | No | 86%
|
| What does the G in G-actin stand for? | Globular | 71%
|
| These junctions join cells together using intermediate filaments. | Desmosome | 57%
|
| These junctions anchor intermediate filaments to the basal lamina. | Hemidesmosome | 57%
|
| What catalyzes that network's movement in the back? | Myosin | 57%
|
| What protein binds to actin to allow branching? | ARP 2/3 | 43%
|
| Which protein provides tensile strength in animal connective tissue? | Collagen | 43%
|
| What is the motor protein that moves along microtubules? | Dynein | 43%
|
| These junctions are channels that allow for aqueous and inorganic molecules through. | Gap Junctions | 43%
|
| Which direction does ARP 2/3 nucleate from? | Negative | 43%
|
| Gamma-TuRC and Gamma-Tubulin nucleate from which end? | Negative | 43%
|
| Which end does dynein move towards? | Negative | 43%
|
| What are intermediate filaments powered by? | Nothing | 43%
|
| Which end of actin grows faster after the addition of monomers? | Positive | 43%
|
| Which direction does formin nucleate from? | Positive | 43%
|
| Which end does kinesin move towards? | Positive | 43%
|
| What stimulates G-actin to form F-actin? | Profilin | 43%
|
| What catalyzes that network's movement in the front? | Actin Polymerization | 29%
|
| What depolymerizes F-actin? | Cofilin | 29%
|
| This binds to and interacts with the previous protein, allowing cells to crawl through a tissue. | Fibronectin | 29%
|
| What stimulates F-actin to polymerize further? | Formin | 29%
|
| These bind the ECM to the cytoskeleton on focal contacts/focal adhesions | Integrins | 29%
|
| These junctions make epithelium leakproof, and separates the apical and basolateral surfaces. | Tight Junctions | 29%
|
| What activates that branching protein? | WASP | 29%
|
| These junctions join actin to bundles. | Adherins Junctions | 14%
|
| What is actin formation regulated by? | ATP Synthesis | 14%
|
| Negatively charged polysaccharides that help cells resist compression | GAGs | 14%
|
| Dimers with 2 ATPase heads at one end and a coiled tail at the other end, responsible for muscle contraction. | Myosin-II | 14%
|
| What connects the cytoplasms of plant cells? | Plasmadesmata | 14%
|
| Where is cellulose synthesized? | Plasma Membrane | 14%
|
| What inhibits G-actin assembly? | Thymosin Beta-4 | 14%
|
| This network of actin filament "crawls" and allows for movement | Lamellipodia | 0%
|
| Contractive elements of muscle cell | Microfibril | 0%
|