Imagining the illustration where a<span> pencil is beside a metric ruler, </span>scaled from 1 centimeter to 10 centimeters, with markings for millimeters between each number and o<span>ne end of the pencil is beside the 0 on the ruler, and the pencil point is midway between the 5 and 6, we can conclude that the precise and accurate measurement of the ruler would 5.5 centimeters. Since the point is pointing in the midway of 5 and 6, we can interpret that the point is pointing in the exact half between 5 and 6 thus we can conclude that this would be a 0.5 addition to 5, giving us the 5.5 cm.</span>
<h2>HER2 is Cancer cells of breast caner</h2>
Explanation:
- HER2 is a development advancing protein outwardly of all bosom cells.These malignancies will in general develop and spread quicker than other bosom diseases, yet are significantly more liable to react to treatment with drugs that focus on the HER2 protein.
- It isn't clear in the event that one test is more precise than the other, however, FISH is increasingly costly and takes more time to get the outcomes.
- In the event that the IHC result is 3+, the malignant growth is HER2-positive. This implies the HER2 status should be tried with FISH to explain the outcome.
- Triple-negative bosom tumors have relatively little HER2 and furthermore don't have estrogen or progesterone receptors. Hormone treatment and medications that target HER2 are not useful in treating these malignant growths.
- Hence, the answer of information of cancer treatment is "true"
Answer and Explanation:
Mitosis pursues an extremely exact procedure, yet cytokinesis doesn't as in that anything incorrectly occurs in the development of daughter nuclei in meiosis or mitosis the entire daughter cells may breakdown or dead or they will be imperfect in these two cases yet cytokinesis doesn't require exact system its alright if daughter cells are of various sizes or shape it won't influence result of cells.
The answer is B The new cell will have from each parent
