Answer:
<u><em>The answer is:</em></u> <u>B. The three-dimensional structure of a protein can be predicted reliably from its amino acid sequence using computer algorithms that access the large amount of structural information stored in public databases.</u>
Explanation:
The prediction of the structure of proteins is the prediction or calculation of the three-dimensional structure of a protein from its amino acid sequence, <em>that is, the prediction of its secondary and tertiary structures from its primary structure.
</em>
<em>There are two basic strategies for approaching structure prediction: de novo prediction, in which stochastic methods are often used</em>; and prediction by comparison, in which a library of previously known structures is used.
The secondary structure prediction is a set of bioinformatics techniques <em>whose objective is to predict the local secondary structure of protein and RNA sequences based only on the knowledge of their primary structure of amino acids or nucleotides, respectively.
</em>
<u><em>The answer is:</em></u> <u>B. The three-dimensional structure of a protein can be predicted reliably from its amino acid sequence using computer algorithms that access the large amount of structural information stored in public databases.</u>
That really depends on your doctor. Some people are high at 140 and others at 130 for the systolic. If you are young, I think 130 is pretty high. If you are older maybe 140 if the point where you should be paying attention.
For the diastolic 80 is good. 85 is take a note book when you go see a doctor and 90 it's time to be a worry wart.
These are just numbers. Throughout the day, the numbers can vary quite a bit so one bad reading does not make you a candidate for high blood pressure.
If you learn to relax before it is taken, it makes a 10 - 15 point difference on the systolic and don't let people bully you about it.
Your answer would be B: Neophobia
Here is the real definition:
An example of finding a code in the index using the anatomical structure is in the ICD-10, where the code categories are also separated by anatomical sites.
<h3>What is the ICD l10?</h3>
The International Classification of Diseases and Related Health Problems (also known as the International Classification of Diseases - ICD 10) is published by the World Health Organization (WHO) and aims to standardize the coding of diseases and other health-related problems.
With this information, we can conclude that an example of finding a code in the index using the anatomical structure is in the ICD-10, where the code categories are also separated by anatomical sites.
Learn more about ICD 10 in brainly.com/question/14819864
#SPJ1
