Thick, moist soils is not an area that is prone to landslide hazards.
Answer:
b) Related to the presence of bacteria at the surgical site
Explanation:
- The nurse should add "Related to the presence of bacteria at the surgical site" to the diagnosis of Risk for infection.
- The large intestine has an alkaline environment because of which it contains bacteria as such an environment promotes the growth of organisms that putrefy and break down the indigestible residues and remaining proteins.
- examples of such organisms include Escherichia coli, Aerobacter aerogenes, Clostridium perfringens, and Lactobacillus.
- Although bowel resection with anastomosis is considered major surgery, it poses no greater risk of infection than any other type of major surgery. Malnutrition seldom follows bowel resection with anastomosis because nutritional absorption (except for some water, sodium, and chloride) is completed in the small intestine.
- An NG tube is placed through a natural opening, not a wound, and therefore doesn't increase the client's risk of infection.
Answer:
Due to large size of genome.
Explanation:
The study of wheat genome is difficult task because of its large size. The genome of wheat comprise of 15 billion DNA bases. The wheat genome is three times bigger in size as compared to the genome of mammoth. Mammoth is an extincted specie of elephant which were the biggest land animal at that time. So due to large genome size of wheat, the scientists takes more time to complete its sequencing (order of nucleotide in the DNA).
The monosaccharides important in food and health are glucose<span> (sometimes called dextrose), </span>fructose<span>, and </span>galactose. The disaccharides are sucrose (glucose<span> +</span>fructose), lactose (glucose<span> + </span>galactose), and maltose (glucose<span> + </span>glucose<span>).</span>
Answer:
Renal autoregulation.
Explanation:
Kidneys are the important organ that are involved in the process of excretion, maintains the body pH and regulates the level of salt in the body.
Renal autoregulation may be defined as ability of the kidney to maintain the constant glomerular filtration rate withou change in the blood pressure. No nervous or hormones are involved the renal autoregulation.
Thus, the answer is renal auto regulation.
