Answer:
As, this individual is expending fructose syrup.
Fructose is changed over to purine which is additionally changed over to uric acid.
Along these lines, more fructose in the eating routine then more purines in the body which will additionally frame progressively uric acid.
This uric acid gathers and causes gout.
What is the best clarification for the introduction of gout right now please clarify why different decisions are not reliable with the information or what extra data you may need to choose the underlying driver?
1. overproduction of purines-They are not being created in the body however yes they are certainly are delivered from the abundance fructose expended.
2. diminished rescue of purines-No, this isn't the main driver.
3. diminished urinary discharge of uric acid this can occur as less uric acid is being discharged in the pee.
When, contrasted with the ordinary individual the patient is discharging less uric acid.
Along these lines, third point is the purpose behind gathering of uric acid in the body.
Answer:
No. 5% of ciprofloxacin oral suspension for this child exceeds the therapeutic range.
Explanation:
Single dose of ciprofloxacin suspension shall be 400 mg
the pediatric oral dose is 10-20 mg/kg and body weight of child is 55 lb.
1 kg is 2.2 lb= 55÷ 2.2 = 25 kg
minimum required dose for child is 25 × 10= 250 mg
maximum required dose for child is 25 × 20 = 500 mg
1 teaspoonful is 5000 mg.
500 mg ÷ 5000 mg = 0.1 tsp
Hence, the dose exceeds the therapeutic range.
Answer:
H90.3
Explanation:
Sensorineural Hearing Loss is one of the type of the hearing loss. Root cause of this hearing loss lies in inner ear or the sensory organ or vestibulocochlear nerve.
It accounts for approximately 90% of the reported hearing loss.
It is permanent generally and can be mild to moderate to severe.
<u>H90.3 is specific/billable ICD-10-CM code which is used to indicate the diagnosis for the reimbursement purposes.
</u>
<u>On October 1 2018,2019 edition of ICD-10-CM H90.3 became effective.</u>
Serum lactate measurement may help to determine the severity of sepsis and is used to monitor therapeutic response.
