Answer:
Option a (50%) is the correct answer.
Explanation:
- The autosomal disease does seem to be cystic fibrosis that causes the CFTR gene genetic defect. Throughout this situation, a woman, as well as a male, had already significantly impacted the child.
- Two very different parents seem to be strange alleles, which appears to mean that it would be Aa that would be heterozygous recessive. Therefore it's there's one in every biological parent again for an afflicted child throughout conception.
Other choices are not related to the given scenario. Thus, for only one of every parent, 50% of Aa.
Answer:
Blood has three main functions: transport, protection and regulation. Blood transports the following substances: Gases, namely oxygen (O2) and carbon dioxide (CO2), between the lungs and rest of the body.
Explanation:
While your partner completes the patient history, you perform a secondary assessment. This portion of the physical assessment is completed by inspection,palpation, auscultation and percussion.
Primary Assessment- It is the assessment done to find out any life threatening condition that may be present in the body. It deals with identifying immediate life threatening situations.
Secondary assessment- It is the assessment done after the to provide more information about the patient to conduct physical exam by interviewing, monitoring vital signs like bony and soft tissue palpation, special tests, circulation and neurological tests.
The physical assessment in secondary assessment includes inspection, palpation, auscultation and percussion.
To learn more about secondary assessment here
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Answer;
-HaeIII cuts at the sequence GG:CC which is found at nucleotide 143-146 of the TAS2R38 gene. A non-taster alley changes the sequence at position 145 from a C to a G. This makes the gene no longer recognized by the restriction enzyme.
Explanation;
-Restriction enzymes recognize and make a cut within specific palindromic sequences, known as restriction sites, in the genetic code. This is usually a 4- or 6 base pair sequence.
For example; HaeIII is a restriction enzyme that searches the DNA molecule until it finds this sequence of four nitrogen bases.
5’ TGACGGGTTCGAGGCCAG 3’
3’ ACTGCCCAAGGTCCGGTC 5’
Once the recognition site was found HaeIII could go to work cutting (cleaving) the DNA
