<span>All cells come from pre-existing cells. </span>
A compound microscope has an application in colleges and schools. It exhibits two lenses, the ocular lens, and the objective lens. The compound microscope generally possesses more than one magnification power, varying from 40 times up to 400 or even 1000 times the original size of the specimen.
It is also used to observe tissue samples, micro-organisms, blood, microscopic cells, and some of the bigger details inside the cells. A transmission electron microscope exhibits the similar basic guidelines as the light microscope, however, the microscope rather than using light, it utilizes electrons.
These microscopes utilize electrons as a source of light. Due to the formation of low wavelength, it is feasible to obtain a resolution better than with a light microscope.
They Are Technically Cold-Blooded as They Are Amphibians :D (Not Reptiles)
There are six changes of phase that substances go through:
<span></span>→ Freezing: liquid to solid.
→ <span>Melting: solid to liquid.
</span>→ <span>Condensation: gas to liquid.
</span>→ <span>Vaporization: liquid to gas.
</span>→ <span>Sublimation: solid to gas.
</span>→ <span><span>Deposition: gas to solid.
Hope this helps.</span></span>
Answer:
As a result of a change in the sequence of nucleotides in a strand of DNA (Deoxyribonucleic acid), the amino acids also change in the final protein which leads to protein malfunction.
Explanation:
As a result of a change in the sequence of nucleotides in a strand of DNA (Deoxyribonucleic acid), the amino acids also change in the final protein which leads to protein malfunction. If insulin does not work correctly, it may not be able to bind to the insulin receptor.
DNA contains genetic information. It has a double helix structure.
