Describe how to distinguish true motility from brownian motion and fluid flow when viewing a wet mount for motility?
Describe how to distinguish true motility from brownian motion and fluid flow when viewing a wet...
How did you distinguish true motility from Brownian movement or motion of the fluid?
1. How does true motility differ from Brownian movement? 2. What could happen if you would touch the bottom of the motility agar with your needle during inoculation? 3 Explain why the following steps are essential during subculturing: a) Flaming the loop or needle prior to and after each inoculation. b) Cooling the loop or needle prior to obtaining the microorganism c) Holding the test tube caps in the hand as opposed placing them on the bench top. d) Flaming...
oligono rims (a Why is Fluid Thioglycollate Medium well-adapted for the growth of obligate anaerobes? ds svo ulla dole geab 7605 s lo noisduon 1911 S A) The sodium thiogycollate removes the oxygen that would inhibit the growth of the anaerobe. dossis v aste A B) Anaerobes are fastidious and require the nutrients found in FTM. C) The resazurin promotes growth of anaerobes. donec D) FTM suppresses the growth of aerobes allowing anaerobes to flourish. 6. Although Fluid Thiogycollate Medium...
31. In 2-3 sentences, describe how bacteria move when using a single flagellum during swimming motility. Your description must include the rotation of the flagellum and the corresponding name for that aspect of the motion. 4 pts
31. In 2-3 sentences, describe how bacteria move when using a single flagellum during swimming motility. Your description must include the rotation of the flagellum and the corresponding name for that aspect of the motion. 4 pts
Describe how the immune cells can distinguish from self and non-self
Describe the characteristics that distinguish macro algae from terrestrial plants. How are the two groups similar?
4. After examining the following formulation, describe the fluid-flow problem and the porous media fully, from these perspectives: (20 pnts) Flow dimension? >Flow geometry? Number of phases/components? Is gravity significant? Are there source/sink terms? >Is the formation homogeneous/heterogeneous? Do we have isotropy/anisotropy? Write water equation in term of Po and So: kro apo kro apo 을(asw
4. After examining the following formulation, describe the fluid-flow problem and the porous media fully, from these perspectives: (20 pnts) Flow dimension? >Flow geometry?...
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5. What happens to synovial fluid when there is immobility? How is this remedied? 6. What is an articular dise? Labrum? What are the functions of these structures? 7. Be able to describe the nerve and blood supply of the typical joint. 8. What are bursae? Describe the anatomy of these, their function. What is bursitis? 9. Describe the structure and function of tendon sheaths. 10. Know the different types of movements at synovial joints. (Usually a matching question...
Q.2 Describe how IR carbonyl and specific other absorbances can distinguish propiophenone from 1-phenyl-2-propanone and p-ethylbenzaldehyde.
So, how do we describe diffusive motion? If a particular object moves a distance Ar from its original location (displacement) in a time Δ t, we cannot write down an equation that precisely relates dr and Δ, since the direction and distance moved by the object between collisions with the fluid particles is random and the time between collisions is also random. Because of these random effects, a particular object has very little chance of ever returning to the position...