Relating to development involves the specialization of CELLS by form and function, and NOT the entire organism?
differentiation, morphogenesis or growth?
I think the answer is differentiation.
Answer:
50%
Explanation:
Tt and tt will produce the alleles:
Tt, tt, Tt and tt
T is dominant and is tall
Tt and Tt both have the allele T and are tall but tt and tt are not tall, so 2/4 will be tall
simplifying 2/4=1/2
1/2 × 100 = 50%
Answer:
Please see below
Explanation:
First of all we need to examine and rank all BlueMeanie-ness scores from the Pepperlanders who took the test.
Ranked scores (from lowest to highest): 8.85; 10.80; 62.98; 88.07; 90.50.
Since the rationale is: occupational success is inversely proportional to the BlueMeani-ness score, it follows that the lower the score, the higher the occupational success, measured by salary. Therefore, the individuals with their scores on the low end will have a higher salary and the individuals with the higher scores will have a lower salary.
Conclusion: The individuals with scores 8.85 and 10.80 will likely have the higher wages.
The decline in bone breakdown and increased mineralization causes blood calcium to decrease <span>back to normal levels. This happens when there is secretion of calcitonin. This circulation calcitonin is inhibiting </span>osteoclasts<span> and it will stimulate osteoblasts within minutes. The effect of this on osteoclast will cause a decrease in reabsorption and a concurrent increase in deposition because of the osteoblasts activity.</span>
Answer:
Cell walls prevent cells from dying in hypertonic conditions.
Explanation:
The cell wall is a rigid structure, essential for the survival of fungi, and knowledge of its composition may be useful for the development of new antifungal drugs. This wall does not alter the characteristics of the fungus, it stimulates and presses the fungus to flourish.
The fungal cell walls are similar in function to the cell walls of many protists, bacteria and plants. They prevent cells from bursting in hypotonic environments, but are unable to prevent cells from dying in hypertonic conditions. These cell walls also provide the cell with a degree of physical environmental protection and differ in the molecular composition of plant cell walls, as the fungal cell walls are chitin, while the plant cell walls are formed by cellulose.
