The process is called Transduction.
In physiology, transduction is the conversion of a stimulus from one form to another. Transduction in the nervous system typically refers to synaptic events wherein an electrical signal, known as an action potential, is converted into a chemical one via the release of neurotransmitters. Like vision and all the other senses, hearing begins with transduction. Sound waves that are collected by our ears are converted into neural impulses, which are sent to the brain where are integrated with past experience and interpreted as the sounds we experience.
<u>Answer</u>:
C: High sugar pulls fluid into the bloodstream, which results in more urine production
.
This is the best nursing explanation for the symptom of polyuria in a client with diabetes mellitus.
<u>Explanation</u>:
Diabetes can lead to many health problems, even kidney failure. 'Type 1 diabetes' is a disease in which the pancreas halts producing insulin. This insulin hormone is essential to getting energy from food. It can affect humans of any age.
Polyuria occurs in diabetes when the blood has excess amount of sugar. Kidneys produce urine and reabsorb all the sugar and send it back to the body. So, excess sugar has domino effect on the body and leads to more urine. Frequent urination means lots of fluids loss from the body and person becomes dehydrated.
The answer would be Substrates
Answer:
A Ligase
B False
C To separate the double‑stranded DNA
Explanation:
The Polymerase Chain Reaction (PCR) is a technique widely used in molecular biology laboratories in order to make millions of copies of a specific sequence of DNA. PCR requires deoxynucleotide triphosphates (dNTPs) to synthesize new copies of the target DNA fragment, a thermostable DNA polymerase that adds nucleotides to new DNA strands, and primers that attach to complementary ends at each DNA strand. PCR has three phases: 1-Denaturation, where the double-stranded DNA molecule is heated to separate it into two single (separated) strands; 2-annealing, where the temperature is lowered in order to allow the primers to attach each DNA strand, and 3- extension, where the temperature is increased (again), and the thermostable DNA polymerase adds the appropriate dNTPs to new DNA strands. In consequence, annealing occurs at the lowest temperature. Moreover, during the denaturation stage, the temperature is increased at 90–95°C in order to denature the DNA strands into single strands.