Definitely the best method would be to use immunostaining, <span>this is a protocol that makes sure the use of Triton to break down cell
membranes. </span>Immunostaining can be used to see which cells are positive for dynein. It also helps you to m<span>ake sure to counterstain to make cells vissible use hematox when you use light microscopy and DAPI for fluorescence microscopy.</span>
<span>You've gotten 2 different answers so far and both can be considered correct. It depends on the source. Some books/teachers give 5 steps: .....glycolysis -> transition reaction -> Krebs cycle -> electron transport system -> chemiosmosis Some books/teachers don't list the transition reaction as a separate step, considering it as a minor setup step for the "real" second step, the Krebs cycle. .....glycolysis -> Krebs cycle -> electron transport system -> chemiosmosis Some books/teachers (wrongly) list only 3 steps as follows. .....glycolysis -> Krebs cycle -> electron transport system That's wrong because the electron transport system doesn't make any ATP: it just sets up the proton gradient that chemiosmosis uses to create the ATP. If the steps are to be collapsed into just 3, then the correct formulation would be: .....glycolysis -> Krebs cycle -> oxidative phosphorylation</span>
Answer:
Increase in plant and animal diversity
Explanation
Grassland biomes are bigger in size , rolling terrains of flowers, grasses and herbs.Soil, Latitude and local climates mostly determine the type and amount of vegetation growing in the grassland.
A grassland is a region where the average annual precipitation is great enough to support grasses, and in some areas a few trees. Research study was conducted in which increased precipitation was strongly linked with the plant diversity, biomass, plant available Nitrogen. This is because grasslands contain a specific type of precipitation patterns that supports the survival of some plants but not others, So if the precipitation is increased more organisms can survive, like those which cannot survive in normal conditions, which consequently enhances the diversity of plants and animals in grasslands.
Hope it help!