It is important to check sugar levels to prevent them rising above or below acceptable levels which would lead to a diabetic comma in either case.
In a diabetic person, regulation of sugar in the blood is impaired due to lack of enough insulin in the body. In some people, there is not even a little insulin being produced. This is usually due to a defective pancreas, the organ responsible for insulin production.
Insulin is a hormone that induces a rapid uptake of glucose into muscle and fat tissue. In Diabetes mellitus, lack of enough insulin or resistance to insulin cause sugar levels in the blood to rise and once they reach in excess of 28 mmol/l the danger of going into a diabetic comma becomes a reality.
In Diabetes insipidus, lack of the hormone vasopressin leads to low sugar levels in the blood and if not checked, lapsing into a comma may occur when sugar levels sink below 2 mmol/l.
Therefore regular checks of blood sugar levels in diabetic people is critical.
Answer: Option (a) is the correct answer.
Explanation:
A physical change is a change in which there occurs no change in chemical composition of a substance.
Whereas when chemical composition of a substance changes then it is called chemical change.
For example, cutting a substance into four pieces is a physical change as there occurs no change in chemical composition of the substance.
Answer:
The four nitrogenous bases
Helpful Tip:
To know which base goes with which
Remember
Car in the Garage
<em>Cytosine and Guanine</em>
and
Apple in the Tree
<em>(Adenine and Thymine)</em>
Answer:
A complimentary base pairing is how adenine can only bond with thymine and how guanine and cytosine through hydrogen bonding. It is necessary to maintain the double helix shape. Because it is opposite, that is why the DNA is that shape. It is anti parallel due to the Complementary base pairing.
Whenever you inhale your lungs fill with oxygen. That oxygen goes to your heart and acts as a fuel to make blood. You're heart then pumps it to everywhere in your body through your veins and takes back the used blood. When returned to the heart, the oxygen refreshes the red blood cells to make them usable again! When you exhale, you get rid of the Carbon Dioxide, which is basically used up oxegen, so it's useless. After you exhale, you inhale again and the process starts over again!
} I hope this helped! {
> Sorry the question was long