<span>The outside structure of the prokaryotic cell has a cell membrane, a cilia and a flagellum.
Cell membrane forms a protective barrier between the exterior environment and the interior of the cell.
Cell
membranes contain membrane proteins that allows all the interaction
that occurs within the cell. It makes the cell membrane selectively
permeable because of its characteristics as being fluid or its fluidity
which means to say that they can move freely within the lipid bilayer.
The membrane proteins can also be stored in the lipid bilayer together
with the enzymes. It cannot be denied that membrane proteins have a lot
of functions based on its type. They can be integral proteins,
peripheral proteins and lipid bound proteins.<span> </span></span>
Answer:
Explanation:
The genotypes in the offspring of the p-generation, i.e. F1, are
Hh (hetero-zygous) short hair
hh (homo-zygous) long hair
each with 50%
However, when Hh crosses with hh, the proportion of the F1 should be 50% each of long and short hair. The diagram shown does not seem to be consistent with realigy.
The diffusion of water across a selectively permeable membrane is called osmosis
There are only two things you need to know.
<span>1. A probe works by base pairing to the DNA strand, so its sequence must be complementary to the DNA sequence of interest. </span>
<span>2. You need to know which strand is the strand of interest. </span>
<span>To tell the truth I'm not sure about the answer to question 2. Which one is the template strand? Either can be used as the template. I *think* the top strand is typically used as the template, but usually it's specified. Perhaps it's specified somewhere in your question or previously. </span>
<span>Anyway once you find your template strand, an mRNA was made from it so its sequence is complementary to the template strand. Then a probe was made using the mRNA as a template, so it is complementary to the mRNA, which in turn is complementary to the template strand (on the original DNA). So essentially what this means is that the probe will have the same sequence as the DNA template strand (the one you used to make the mRNA).</span>