Answer:
* (Stop) - Arg - Cys - Phe - Ala - Gly - Pro - Cys - Gly - Asn - Lys - Pro - Phe - Ile - Phe - Ile
Explanation:
This question involves gene expression, which consists of transcription and translation. The process of transcription involves synthesis of mRNA from DNA template as follows:
DNA - mRNA
ATT - UAA
GCC - CGG
ATG - UAC
AAA - UUU
CGC - GCG
CCC - GGG
GGT - CCA
ACA - UGU
CCA - GGU
TTG - AAC
TTC - AAG
GGC - CCG
AAA - UUU
TAA - AUU
AAA - UUU
TAA - AUU
Using the codon chart, each mRNA codon is translated into an amino acid as follows:
* (Stop) - Arg - Cys - Phe - Ala - Gly - Pro - Cys - Gly - Asn - Lys - Pro - Phe - Ile - Phe - Ile
Answer:
d. dynamic receptor proteins
Explanation:
In the skin there are several receptor cells that can pick up various stimuli such as temperature, pressure and pain. They can be classified into mechanoreceptor, thermoreceptor and pain receptor cells. When we are dealing with mechanical stimuli like pressure, mechanoreceptors respond to stimuli by sending the signal to the brain.
Light touches on the skin are received by nerve endings called Meissner corpuscles and Merkel discs. Already more intense pressures (such as a handshake) are received by receptors called Pacini corpuscles.
Nasotracheal suctioning remove fluids or mucus collecting in the airways so the patient can breathe. It literally suctions the airways through a tube threaded into the nose, so it is a delicate procedure. The values you mentioned indicate that the patient is experiencing bradycardia (slowed heartbeat) and hypotension (low blood pressure). Bradycardia and hypotension while doing nasotracheal suctioning indicate that the patient is not tolerating the procedure. In that case, stop suctioning right away and remove the catheter; that is the first priority. Then provide supplemental oxygen (on face mask if possible), and call the doctor.
Matter is composed of atoms
