
- •*General pharmacology and general prescription*1*27*2*
- •*General pharmacology and general prescription*2*26*2*
- •*General pharmacology and general prescription*4*19*1*
- •* Drugs affecting the peripheral nervous system *1*50*3*
- •* Drugs affecting the peripheral nervous system *2*50*4*
- •*Drugs affecting peripheral nervous system *4*33*3*
- •* Drugs affecting the central nervous system *1*46*3*
- •* Drugs affecting the central nervous system *2*44*4*
- •* Drugs affecting the central nervous system *4*24*1*
- •* Drugs affecting metabolic processes *1*28*3*
- •*Drugs affecting metabolic processes *2*42*3*
- •* Drugs affecting metabolic processes *4*18*1*
- •*Antimicrobial agents *1*59*5*
- •*Antimicrobial agents *2*48*4*
- •*Antimicrobial agents *4*26*2*
*Drugs affecting peripheral nervous system *4*33*3*
#174
*!M-cholinoblockers CAUSE
*bradycardia
*increased blood pressure
*miosis, lowering intraocular pressure
*++mydriasis, increased intraocular pressure
*++lowering the tone of smooth muscles of internal organs
*strengthening secretion of bronchial and digestive glands
#175
*!Beta ADRENOblockers are applied at
*inhibition atrioventricular conduction
*++cardiac tachyarrhythmias
*++arterial hypertension
*arterial hypotension
*bronchial asthma
*diarrhea
#176
*!TO Side effects OF ATROPINE ARE RELATED
*intestine hypertone
*++dry mouth and skin,
*++disturbance of accommodation
*narrowing of the pupil
*diarrhea
*bradycardia
#177
*!To pharmacological effects of M-cholinomimetics ARE RELATED
*relaxation of bronchi
*facilitation of neuromuscular transmission
*++increase in the tone of the intestine, bladder
*++dilation of pupils and lowering of intraocular pressure
*relaxation of bronchi
*tachycardia
#178
*! Adrenaline is INDICATED at
*stomach ulcers
*++anaphylactic shock
*hypoglycemia
*angina pectoris
*++hypertension
*constipation
#179
*!Indications for beta-blockers ARE
*violation of atrioventricular conduction
*++arterial hypertension
*arterial hypotension
*++tachycardia
*bronchospasm
*bradycardia
#180
*!Pharmacological effectS of adrenaline ARE
*++increases systolic and mean arterial pressure
*++increases minute volume of the heart
*decreases myocardial oxygen consumption
*causes bronchospasm
*constricts the pupil
*causes bradycardia
#181
*!Pharmacological effects of beta-adrenoblockers ARE
*++reduction in power and heart rate
*++decrease in myocardial oxygen consumption
*lowering the tone of the bronchi
*increased production of rennin
*increased blood pressure
*increased lipolysis
#182
*! To means stimulating M-cholinOreceptorS relate
*plathyphilline
*++pilocarpine
*acetylcholine
*++aceclidine
*galantamine
*atropine
#183
*!ACTION OF M-cholinomimetics on the eye appears in the form OF
*++pupil constriction
*mydriasis
* ++spasm of accommodation
*paralysis of accommodation
*increased intraocular pressure
*setting eyes at the far point of clear vision
#184
*!To M-cholinoblockers ARE RELATED
*++ipratropium bromide
*++plathyphilline
*pilocarpine
*++pirenzepine
*aceclidine
*proserine
#185
*!Pharmacological effects of M-CholinobloCkErS ARE
*pupillary constriction, decreased intraocular pressure
*++decreased secretions in bronchial and digestive glands
*++tachycardia
*spasm of accommodation
*bradycardia
*bronchiospasm
#186
*!PECULIARITIES OF plathyphilline ACTION ARE
*++has myotropic spasmolytic action
*excites the central nervous system
*++widens spasmodic blood vessels
*increases blood pressure
*lowers intraocular pressure
*causes bronchospasm
#187
*!Adrenaline is used in
*++anaphylactic shock
*++arterial hypertension
*relaxing of bronchi
*acute fall in blood pressure
*intestinal atony
*tachycardia
#188
*!Fenoterol IS indicatED at
*++bradycardia
*uterine inertia
*bronchial asthma
*++atony of the gastrointestinal tract
*violation of atrioventricular conduction
*increased in contractile function of the myometrium
#189
*!in CASE OF paresis, paralysis and MYASTHENIA are used
*atropine
*aceclidine
*++proserine
*pirenzepine
*acetylcholine
*++galantamine
#190
*!To prevent and treat intestinal and bladder atony are used
*atropine
*++proserine
*++aceclidine
*pirenzepine
*plathyphilline
*ipratropium bromide
#191
*!To CHOLINESTERASE ReaCtivatorS ARE RELATED
*ipratropium bromide
*++dipiroxim
*plathyphilline
*++izonitrosine
*pirenzepine
*atropine
#192
*!Pharmacological effects of M-cholinOBLOCKeRs ARE
*pupillary constriction
*lowering blood pressure
*reduction of intraocular pressure
*increasing the contractile activity of the gastrointestinal tract
*++decreasing secretion of bronchial and digestive glands
* ++reduction the tone of smooth muscles
#193
*!MECHANISM OF adrenomimetiCS OF INDIRECT ACTION IS CONNECTED WITH
*++decreasing of noradrenaline return through presynaptic membrane
*++releasing of noradrenaline from the vesicles
*stimulation of catechol-O-methyltransferase
*inhibition of phosphodiesterase activity
*inhibition of phospholipase activity
*inhibition of COX-1 activity
#194
*!Adrenaline IS added to the solution of local anesthetic FOR THE PURPOSE OF
*prevention collapse
*better solubility of anesthetic
*prevention allergic reactions
*++increase the duration of anesthesia
*prevention irritant action
*++reduce the resorptive action of anesthetic
#195
*!Alpha-ADRENOblockers can be INDICATed AT
*++pheochromocytoma
*++Raynaud's disease
*bronchospasm
*angina pectoris
*collapse
*glaucoma
#196
*!MECHANISM OF propranolol ACTION IS CONNECTED WITH blockage of
*M-cholinergic receptors
*H-cholinergic receptors
*++beta-1 adrenergic receptors
*++beta-2 adrenergic receptors
*alpha-1 adrenergic receptors
*alpha-2 adrenergic receptors
#197
*!Selective beta-2 adrenoceptor agonists MAINLY stimulate receptors OF
*heart
*++uterus
*++bronchi
*autonomic ganglia
*circular muscles of the iris
*radial muscles of the iris
#198
*!To Adrenomimetics of DIRECT TYPE of ACTION ARE RELATED
*ephedrine
*++isadrin
*prazosin
*atenolol
*metoprolol
*++adrenaline
#199
*!Predominantly stimulate beta-adrenergic receptors
*noradrenaline
*++fenoterol
*anaprilin
*naphthyzine
*++isadrin
*mesatone
#200
*!DIRECT ACTING adrenomimetiCS ARE
*propranolol
*++noradrenaline
*++dobutamine
*metoprolol
*prazosin
*ephedrine
#201
*!STIMULATORS PREDOMINANTLY BETA-2 ADRENORECTORS ARE
*norepinephrine
*salbutamol
*anaprilin
*formoterol
*isadrine
*mesatone
#202
*!BETA-ADRENOBLOCKERS CAN BE ADMINISTERED IN
*pheochromacytoma
*reynaud disease
*bronchospasm
*stenocardia
*tachycardia
*glaucoma
#203
*!MECHANISM OF CYCLODOL ACTION IS RELATED WITH BLOCKADE OF RECEPTORS
*M-cholinergic
*H-cholinergic
*beta-1 adrenergic
*beta-2 adrenergic
*alpha-1 adrenergic
#204
*!SELECTIVE ALPHA-1 ADRENOMMETICS PREDOMINENTLY STIMULATE RECEPTORS OF
*heart
*vegetative ganglia
*bronchi
*smooth muscles of vessels
*circular muscles of the iris
*radial muscle of the iris
#205
*!TO ANTICHOLINESTERASE MEANS ARE RELATED
*ipratropium bromide
*dipyroxime
*proserine
*isonitrosozine
*armine
*atropine
#206
*!PHARMACOLOGICAL EFFECTS OF BETA ADRENOMMETICS ARE
*tachycardia
*narrowing of the pupils
*lowering of intraocular pressure
*increase of arterial pressure
*increase contractile activity of the gastrointestinal tract
*decrease smooth muscle tone of the uterus