Answer: check her medical history to see if she has had these issues before during your physical exam alway check above and below the area the patient is complaining about. So for sinuses palpate the sinus drainage passage with the digits of your fingers. For below palpate the back of the neck ask if there’s any tenderness or pain also examine the throat and check the lymph nodes and tonsils. Do an oral exam look at the tonsils tongue teeth look for any inflammation or redness. Look in the nasal cavity to see if you see a deviated septum dryness bleeding any blockage after a full physical exam like that order your x-ray which would typically not be done on an acute patient with these symptoms but in a patient with chronic issues continuing I would immediately get a consult to a specialist which in her case would be an ENT( ears,nose,throat). A simple clinical treatment for sinus issues would to just put the patient on a antihistamine some examples are (Benadryl, Allegra and Clara tin) I’d recommend the patient follow up within a week to see if that helped at all and then if not follow through with the plan I set in place above. If you do place the patient on an antibiotic I would recommend (amoxicillin).
Hm2(FMF) Gill
Explanation:
Answer:
whooping cough
Explanation:
whooping cough along with multiple other respiratory diseases are required to be treated by droplet precautions since they are often airborne.
Answer:(A- it is made of nuclei acids
Explanation:
i know because it easy but its problly
wrong
Apron or Gown, Surgical Mask, Eye Protection (where required) and Gloves
The concentration expressed in parts per million is 782 ppm.
<h3>What is Parts per million?</h3>
It is calculated by dividing the mass of the solution by the mass of a solute present in one million (10⁶) parts.
<h3>Calculation for units in ppm:</h3>
Given:
Mass of blood alcohol = 80 mg/dL = 80 x 
g/mL
Density of blood plasma or Mass of blood plasma = 1.023 g/mL
Concentration in ppm = (Mass of alcohol/Mass of plasma) x 
= (80 x g/mL/ 1.023 g/mL) x
= 782 ppm
Hence, the concentration expressed in parts per million is 782 ppm.
Learn more about concentration here:
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