<span>Involuntary nervous system also known as autonomous nervous system.It is a division of pheripheral nervous system that supplies smooth muscle and glands,and influence the function of internal organs.
It functions largely unconsiously and regulates bodily functions such as heart rate ,digestion,respiratory rate,pupillary response,urination.,and sexual arousal.</span>
How many cells will be produced during mitosis?
- two daughter cells
How many chromosomes will be in each cell after mitosis?
- each daughter cell will have 78 chromosomes
How many cells will be produced during meiosis?
- Four daughter cells
How many chromosomes will be in each cell after meiosis?
- each daughter cell will have 39 chromosomes
If there were no decomposers then the dead remains and waste would pile up. The nutrients would not be replenished. Natural enrichment of the soil would not take place. All the nutrient cycles have decomposers as their components.
The temperature changes for sure depending on where it is.
Answer: Tetracycline.
Explanation:
A plasmid is a small circular DNA molecule found in bacteria that is separate from the bacterial chromosome and replicates independently of it. They encode for certain genes that play a key role in antibiotic resistance. <u>Restriction enzymes are endonucleases that catalyze the cleavage of phosphodiester bonds in different regions located within a DNA strand</u>. PstI is an example of an endonuclease, it is a type II restriction enzyme produced by the microorganism <em>Providencia stuartii</em> that possesses a restriction target in double-stranded DNA dependent on an unmethylated, palindromic, asymmetric sequence, and in this example, it cuts the plasmid at a single site in the ampicillin-resistance gene. After that, the DNA is annealed with another fragment of DNA and this new recombinant molecule is used to transform <em>E. coli</em> cells. Transformation is a key step in DNA cloning because it occurs after restriction enzyme digestion and ligation treatments and transfers newly made plasmids into bacteria. <u>So these bacterias will have a new fragment of DNA, which still has a tetracycline resistance gene but it no longer has the ampicillin resistance gene because it was disrupted by the restiction enzyme</u>. Thereby, the antibiotic resistance phenotype is the tetracycline resistace.