<em>Microorganisms are involved in </em>
<em>a. production of medicinal products. </em>
<em>b.transforming atmospheric nitrogen to a form useful to plants. </em>
<em>c.food production. </em>
<em>d.pollution cleanup. </em>
<em>e.All of the choices are correct.</em>
Microorganisms participate in all the processes mentioned. All of the choices are correct
<h3>Economic importance of microbes</h3>
Microbes can be beneficial as well as harmful.
Some of the beneficial importance of microbes include:
- Production of medicine or medicinal products. E.g penicillin
- Conversion of atmospheric nitrogen to usable nitrogen forms to plants, otherwise known as nitrogen fixation.
- Food production. E.g yeast in the production of bread and Lactobacillus in the production of yogurts.
- Bioremediation of pollutants.
More on the importance of microbes can be found here: brainly.com/question/17188351
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A and C are correct. It is worth noting that all cells have DNA.
Answer:
notochord, dorsal hollow nerve cord, pharyngeal slits, and a post-an4l tail
Explanation:
had to censor second to last word but the 4 is an a
Answer:
Option D
Explanation:
Seventeen states banned phosphates from dishwasher detergents because the chemical compounds also pollute lakes, bays and streams. They create algae blooms and starve fish of oxygen. ... It just wasn't feasible to make detergent with phosphates for some states and without them for others
<span>cytoskeleton is composed of globular proteins placed in a way similar to chains, ou queues. they are only few types of these globular proteins, and they dispose following precise patterns. actin and tubulin are made of actin subunits and a- and b-tubulin alternating subunits respectively.
antibodies are proteins too. they are composed by two regions. one is common to all antibodies, one is specific for interaction with a substrate through a mechanism of the kind key-and-lock.
to locate where actin and tubulin are in a cell, you can simply construct specific antibodies. you just have to keep the common part of the antibody and bind to it a chromophore (a molecule capadble of emitting fluorescence if irradiated with light at a specific wavelenght). then you have to bind to this part a suitable "lock" for actin or tubulin. you can only do this if you know the structure of actin and tubulin and their phisical properties, which can determine what kind of interactions they can establish with precise molecules.</span>