Answer:
1. RNA
2. Cytosine and guanine
3. RNA
4. Replication
5. Unwinding the double helix
6. DNA polymerase
7. Identical
8. Repair the DNA
9. Changes in nucleotides of a DNA molecule that affect the genetic message
10. The gene for beta-galactosidase turns off.
11. p53
12. A part of DNA that does not code for a functional protein
13. Proteins
14. Transfer RNA
15. The making of an RNA molecule from a DNA strand by pairing of bases of RNA nucleotides with the complementary bases in DNA
16. 3
17. Tertiary
18. Enzymes
19. The reaction slows down.
20. The active site of an enzyme
21. 60%
22. Conserved energy
23. different
24. Gene expression
I hope that this helps you !
This is an example of negative feedback.
After a big meal, glucose levels in the bloodstream increases. The body recognises this change and goes through homeostasis, or the regulation of bodily state or internal environment.
The pancreas secretes insulin, which then binds to insulin receptors. This will result in the uptake of excess glucose from the bloodstream into cells and converted into glycogen to be stored in cells as energy storage molecules.
Since there is the counter effect of body (i.e. when blood-glucose concentration increases, the body sends a signal to decrease the blood-glucose concentration, this is called a negative feedback (instead of a positive feedback, which occurs if for e.g. the body signals cells to increase blood-glucose concentration even after blood-glucose concentration increased after a heavy meal).
Hope this helps! :)
The answer is to your question is A
Traits included physical features such as flower color. Today, these factors are called <u>alleles</u>. Mendel developed the hypothesis that some factors could be dominant, while others were <u>recessive</u>. According to his theory, a dominant factor is expressed when <u>only one factor is presen</u>t in the offspring. On the other hand, a <u>recessive</u> factor expresses its <u>phenotype</u> when <u>both factors are present</u> in the offspring. Today, the term<u> genotype </u>refers to the combination of factors possessed by an organism.
- alleles
- recessive
- only one factor is present
- recessive
- phenotype
- both factors are present
- genotype
