Spring-loaded devices not recommended for glucose monitoring when collecting a sample into a microcollection container because "These devices produce only two or three drops of blood. "
<h3>What is glucose?</h3>
The main source of energy for the body's cells is glucose, which is the most prevalent kind of sugar in the blood. Glucose can be produced by the body from other substances or it can be obtained through food. The circulation carries glucose to the cells. Insulin is one hormone that regulates blood glucose levels.
<h3>What does it mean when your glucose are high?</h3>
Because the body doesn't produce enough insulin when there is too much sugar in the blood, hyperglycemia (high blood glucose) results. Vomiting, an insatiable appetite, intense thirst, a rapid heartbeat, eyesight issues, and other symptoms are all signs of hyperglycemia, a sign of diabetes. Serious health issues may result from untreated hyperglycemia.
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I'm not positive but I think the answer is C condensation
Answer:
Viruses are not living things. One reason viruses are not alive is because they require a host to survive and reproduce. A second reason a virus is not alive is because they do not stimuli. A final reason that a virus is not alive is that they are not made up of cells. All living things can reproduce without a host, are made up of cells and react to stimuli except viruses, so they are not living.
Hello. This question is incomplete. Also, you forgot to show the flowchart. The flowchart is attached below and the full question is:
The flowchart below shows the three generations of a cross between a pea plant that has yellow pods and a pea plant that has green pods. Green pods are the dominant trait. The flowchart is missing the labels that describe the traits.
In which squares should the phrase “Green pods” appear?
1.A and D 2.B and E 3.A,C and D 4.A,B,C,D and E
Answer:
3.A,C and D
Explanation:
As shown in the question above, the flowchart shows the crossing of a pea plant with dominant features (green pods - AA) and a pea plant with recessive features (yellow features - aa). The crossing between plants with AA and aa alleles generates a completely Aa population, which in this case, has the dominant characteristic, that is, it has green pods. This is because the "Aa" alleles are called heterozygous and develop the dominant characteristic.
As we can see in the flowchart, the crossing between the two pea plants generated an offspring that is identified by table C, as we know this offspring has green pods and in the flowchart it is represented by a grayish rectangle. Therefore, we can say that the other gray rectangles represent pea plants with green pods, which are rectangles A, C and D.