The alveolar air equation for all normal values is 306.5mmHg.
The alveolar gas equation is a formula used to evaluate the approximate partial pressure of oxygen in the alveolus.
The alveolar air equation is given as:
PAO2=FiO2 (PATM – PH2O) – PaCO2/RQ
PCO2 is partial pressure of carbon dioxide.
PAO2 is partial pressure of oxygen.
PATM is atmospheric pressure.
RQ is respiratory quotient
It is given that FIO2 is 0.5.
Normal value of PCO2 is 40mmHg.
PH2O is 47 mmHg.
RQ = 0.8
PATM is 760 mmHg
Using values,
PAO2=0.5 (760 – 47) – 40/0.8
=306.5mmHg
Hence, the alveolar air equation for all normal values is 306.5mmHg.
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Before the discovery of DNA it was thought that PROTEINS act as a genetic material
ANSWER:PROTEINS
Kanamycin and amikacin have lower costs than capreomycin, have less harmfulness than streptomycin and have been utilized widely for the treatment of medication safe TB all through the world.
<u>Explanation:</u>
Multi-tranquilize safe tuberculosis (MDR-TB) is a type of tuberculosis (TB) disease brought about by microorganisms that are impervious to treatment with in any event two of the most dominant first-line hostile to TB meds (drugs), isoniazid and rifampin. One of the significant reasons is that TB keeps on developing protection from drugs.
For patients with sedate helpless TB, standard treatment dependent on isoniazid and rifampicin, the two most dominant medications, brings about brilliant fix rates. The microscopic organisms that cause tuberculosis (TB) can create protection from the antimicrobial medications used to fix the infection. Multidrug-safe TB (MDR-TB) will be TB that doesn't react to at any rate isoniazid and rifampicin, the 2 most dominant enemy of TB drugs.
