(A) Intravenous administration provides a rapid response

(B) Intramuscular administration requires a sterile technique

(C) Inhalation provides slow access to the general circulation (✓)

(D) Subcutaneous administration may cause local irritation

(A) Only water solutions can be injected

(B) Oily solutions can be injected (✓)

(C) Opportunity of hypertonic solution injections

(D) The action develops slower, than at oral administration

(A) Cannot be used with unconsciousness patients

(B) Generally results in a less accurate dosage than oral administration

(C) Usually produces a more rapid response than oral administration use  

(D) Is too slow for emergency

(A) Rectal

(B) Oral

(C) Sublingual

(D) Inhalation

(A) Pretty fast absorption 

(B) A drug is exposed to gastric secretion

(C) A drug is exposed more prominent liver metabolism

(D) A drug can be administrated in a variety of doses

(A) Fast onset of effect

(B) Absorption depends on GI tract secretion and motor function (✓)

(C) A drug reaches the blood passing the liver

(D) The sterilization of medicinal forms is obligatory

(A) Sublingual

(B) Oral

(C) Intravenously

(D) Intramuscula

(A) Oral

(B) Transdermal

(C) Rectal (✓)

(D) Intraduodenal

(A) Rheological parameters of blood

(B) Amount of a substance obtained orally and quantity of intakes

(C) Extent of absorption and hepatic first-pass effect 

(D) Glomerular filtration rate

(A) Plasma protein binding degree of substance

(B) Permeability through the brain-blood barrier

(c) Fraction of an uncharged drug reaching the systemic circulation following any route administration 

(D) Amount of a substance in urine relative to the initial doze