a. Zero Order Kinetics
b. Age
c. Presence of other drugs
d. Blood Brain Barrier
a. corpus callosum
b. hypothalamus
c. cerebellum
d. medulla
a. Basal Ganglia
b. Cortex
c. Nucleus Accumbens
d. Sulcai
a. Activation
b. Intrinsic activity
c. Pharmacodynamics
d. Affinity
a. precontemplation
b. contemplation
c. preparation
d. action
a. pharmacokinetics
b. psychopharmacology
c. psychology
d. none of the above
a. pharmacodynamics
b. neurotransmission
c. pharmacokinetics
d. none of the above
a. intravenous
b. inhalation
c. oral
d. intramuscular
a. excretion
b. metabolism
c. fermentation
d. distribution
a. antidepressant
b. analgesic
c. sedative-hypnotic
d. hallucinogen
a. Transdermal infusion
b. Intravenous injection
c. Mucous Membranes
d. Intracellular injection
a. Na+ K+ Cl2- Ca2+
b. Na+ K+ Cl-
c. Na+ K+ Cl- Ca+
d. Na+ K+ Cl- Ca2+
a. Threshold, depolarization, action potential, hyperpolarization, resting potential
b. Depolarization, threshold, action potential, resting potential, hyperpolarization
c. Resting potential, threshold, depolarization, action potential, hyperpolarization
d. Na+ K+ Cl- Ca2+
a. Threshold, depolarization, action potential, hyperpolarization, resting potential
b. Depolarization, threshold, action potential, resting potential, hyperpolarization
c. Resting potential, threshold, depolarization, action potential, hyperpolarization
d. both a & c
a. Serotonine>L-dopa>Dopamine>Norepinephrine>epinephrine
b. Tyrosine>L-dopa>Dopamine>Norepinephrine>epinephrine
c. Tyrosine>Dopamine>L-dopa>norepinephrine>epinephrine
d. Tyrosine>Dopamine>L-dopa>epinephrine>norepinephrine
a. tolerance to one drug results in tolerance to another drug
b. decreased effect due to previous exposure
c. desensitivity to drug over a very short period of time
d. increased effect due to previous exposure
a. citric acid
b. acetaldehyde
c. ethanol
d. lactose
a. inhibiting catecholamine synthesis
b. decreasing the firing of cortical neurons
c. antagonizing CNS adenosine receptors
d. Both a and c
a. Alcoholism
b. Morphine addiction
c. asthma
d. all of the above
a. Sigmund Freud
b. American Indians
c. Albert Hoffman
d. Dr. Anch
a. LSD
b. PCP
c. MDMA
d. MPTP
a. Nitrous oxide
b. Ethanol
c. Toluene
d. Quaaludes
a. Cocaine
b. Caffeine
c. Marijuana
d. Ethanol
a. Psychostimulant
b. Narcotic
c. Antidepressant
d. Hallucinogen
a. Cannabinoids
b. Psychostimulants
c. Sedative-hypnotic
d. Narcotics
a. MPP+
b. MPTP
c. THC
d. MDMA
a.
b.
c.
d.
a. 15 minutes
b. 30 minutes
c. 1 hour
d. 2 hours
a. decreases the libido
b. increases blood circulation
c. decreases testosterone
d. all of the above
a. mu
b. gamma
c. delta
d. kappa
a. symptoms opposite of schitzophrenia
b. feelings of depersonalization
c. a sense of timelessness
d. symptoms mimicking schitzophrenia
a. true
b. false
c.
d.
a. true
b. false
c.
d.
a. true
b. false
c. -
d. -
a. true
b. false
c. both a & b
d. -
a. true
b. false
c. both a & b
d. neither
a. true
b. false
c.
d.
a. fat accumulates in the liver
b. blood sugar levels increase
c. blood sugar levels decrease
d. a and c
a. anxiolytic
b. hallucinogen
c. psychostimulant
d. sedative-hypnotic
a. decrease catecholamine release
b. block the reuptake of catecholamines
c. increase MAO
d. b and c
a. true
b. false
c.
d.
a. LAAM
b. Buprenex
c. Clonidine
d. Methadone
a. upper G.I. track
b. liver
c. kidney
d.
a. vertigo
b. diuresis
c. increased blood circulation to the skin
d. acid and pepsin secretion in stomach
a. valium
b. Xanax
c. Serax
d. Librium
a. caffeine
b. convulsants
c. Pemoline Magnesium
d. antidepressants
a. increasing carboxyhemoglobin
b. increasing oxygen's affinity for hemoglobin
c. increasing the workload of the heart
d. A and C
a. lack of energy
b. hallucinations
c. poverty of speech
d. inappropriate affect
a. caffeine
b. nicotine
c. alcohol
d. cocaine
a. small head circumference
b. mental retardation
c. hyperactivity in childhood
d. all of the above
a. THC
b. MPP
c. PCP
d. none of the above
a. autism
b. attention deficit disorder
c. mental retardation
d. Parkinson's Disease
a. Schizophrenia
b. Alzheimer's
c. Parkinson's
d. Depression
a. Liver
b. Urine
c. Lungs
d. kidneys
a. Antidepressants
b. Hallucinogens
c. Cannibinoids
d. Alcohol
a. antidepressants
b. antipsychotics
c. cannibinoids
d. alcohol
a. antidepressants
b. antipsychotics
c. cannibinoids
d. alcohol
a. alcohol
b. caffeine
c. nicotine
d. marijuana
a. 40
b. 80
c. 20
d. 400
a. oxygen
b. glucose
c. thiamine
d. all of the above
a. diazepam
b.
c.
d.
a. diazepam
b. chlordiazepoxide
c. oxazepam
d. prazepam
a. phobias
b. pain disorder
c. generalized anxiety disorder
d. A & C
a. phobias
b. pain disorder
c. generalized anxiety disorder
d. A and C
a. sympathomimetic
b. parasympathomimetic
c. psychostimulant
d. A and C
a. crack cocaine
b. methamphetamine
c. methcathinone
d. heroin
a. quit taking drug
b. help person cope with addiction
c. keep addict out of jail
d. preventing relapse
a. a poison to kill rodents
b. convulsants
c. psychostimulant
d. psychedelic
a. decrease attention
b. increase attention
c. relieve fatigue
d. B a C
a. Double Actual % of water.
b. Double Actual level of seretonin.
c. Double Actual % of Ethanol.
d. Triple Actual % of Ethanol.
a. small head circumference
b. cleft palate
c. mild to moderate mental retardation
d. none of the above
a. Caffeine
b. Cocaine
c. Amphetamines
d. all of the above
a. Increases physical growth
b. Dopamine re-uptake inhibition
c. Delirium Tremens (DTs)
d. decrease in testosterone
a. Alpha
b. Delta
c. Mu
d. Kappa
a. loss of appetite & weight
b. insomnia/ early morning awakening
c. suicidal feelings
d. hallucinations
a. ACT score of 36
b. Child with an IQ of 140
c. Child with an IQ less than 75
d. SAT score of 1600
a. Inability to think
b. Inability to suppress unwanted motor activities
c. uncontrollable body movements and use of language
d. both b & c
a. Mu receptor
b. Delta receptor
c. Kappa receptor
d. Alpha receptor
a. lack of energy
b. hallucinations
c. inability to experience pleasure
d. poverty of speech
a. lack of energy
b. hallucinations
c. inability to experience pleasure
d. poverty of speech
a. Prozac
b. Lithium
c. Chlorpromazine
d. MAOI
SUMMER, 2000 MIDTERM QUESTIONS
a. LSD
b. Tofranil
c. Chloropromazine
d. PCP
a. I
b. II
c. III
d. IV
a. Cl
b. Na
c. Ca
d. K
a. Dopamine
b. Serotonin
c. GABA
d. Glutamate
a. hippocampus
b. medulla
c. cerebellum
d. basal ganglia
a. 1/2
b.
c.
d.
a. 1/2
b. 1/4
c. 1/8
d. 1/16
a. tolerance
b. absorption
c. sensitization
d. addition
a. i.m., i.p., i.v., p.o.
b. p.o., i.m., i.p., i.v.
c. i.p., i.m., p.o., i.v.
d. i.v., i.p., i.m., p.o.
a. hyperpolarization
b. all-or-none response
c. depolarization
d. both a and c
a. extinction
b. potentiation
c. tolerance
d. dependence
a.
b.
c.
d.
a. increase in blood pressure
b. increase in muscle tension
c. increase in weight
d. dry mouth
a. narcalepsy
b. alcoholism
c. ADD
d. both a and c
a. catatonic - increase in activity
b. paranoid - systemic delusions
c. residual - loose associations
d. undifferentiated - hallucinations & delusions
a. low therapeutic ratios
b. the medications are too expensive to use for any other reason but research
c. compliance
d. patients get euphoria reaction
a. cannabinoids - marijuana
b. anticholinergics - Ecstasy
c. monoamine-related substances - LSD
d. dissociative anesthetics - PCP
a. serotonin
b. dopamine
c. epinephrine
d. norepinephrine
a. epinephrine
b. serotonin
c. norepinephrine
d. dopamine
a. alogia
b. loss of initiative
c. lack of pleasure
d. hallucinations
a. opium
b. morphine
c. heroin
d. cocaine
a. antipsychotic drugs
b. methylxanthines
c. cannabis
d. opiates
a. serotonin
b. dopamine
c. adenosine
d. mu
a.
b.
c.
d.
a. A.Antipsychotic
b. B.Psychostimulants
c. C.Nicotine
d. D.Opiates
a. Anhedonia
b. suicidal
c. feelings of guilt
d. insomnia
a.
b.
c.
d.
a.
b.
c.
d.
a. catecholamines involved in reward
b. monoamine antagonist results in depression
c. contrary array of findings in studies of seratonin receptors
d. antidepressants are effective treatment
a. atypical depression characterized by overeating
b. atypical depression characterized by overt concern for one's physical appearance
c. both a and d
d. none of the above
a. Subjective relaxation
b. Reinforcing effects and Dopamine release
c. CNS arousal and Epinephrine release
d. Both a & c
a. the smoker is trying to attain a sudden high level of nicotine in the brain.
b. the pattern of smoking is more important than the concentration of nicotine in the cigarette.
c. the smoker is attempting to reach an optimal level of arousal.
d. All of the above.
a. the brain
b. the liver
c. the spleen
d. the kidneys
a. Increased catecholamine release.
b. Decreased dopamine activity in the nucleus accumbens.
c. Inhibition of catecholamine reuptake.
d. Increased dopamine activity in the nucleus accumbens.
a. the basal ganglia
b. the nucleus accumbens
c. the midbrain
d. the amygdala
a. Reactive
b. Exogenous
c. Drug Abuse
d. Endogenous
a. an increase in membrane potential (more negative) in which the neuron is less likely to fire
b. an increase in membrane potential (more negative) in which the neuron is more lkely to fire
c. a decrease in membrane potential (less negative) in which the neuron is less likely to fire
d. a decrease in membrane potential (less negative) in which the neuron is more likely to fire
a. I.V., I.M., P.O., I.P.
b. I.V., I.P., I.M., P.O.
c. P.O., I.M., I.P., I.V.
d. I.P., I.M., I.V., P.O.
a. The neural membrane becomes more fluid and prevents the passage of Na & K ions across the membrane
b. The membrane becomes more rigid and consequently inhibits the passage of Na & K ions across the membrane
c. Enhancement of GABA which hyperpolarizes teh membrane due to a Cl influx
d. both a & c
a. Axon Hillock
b. Saltatory Fissure
c. Myelin Sheath
d. Dendrites
a. Tyrosine -> L-Dopa -> Dopamine -> Norepinephrine -> Epinephrine
b. Epinphrine -> Norepinephrine -> Dopamine -> L-Dopa -> Tyrosine
c. Tyrosine -> Dopamine -> L-Dopa -> Epinephrine -> Norepinephrine
d. Epinephrine -> Dopamine -> L-Dopa -> Norepinephrine -> Tyrosine
a. Anxiolytic
b. Sedative-hypnotic
c. Hallucinogenic
d. Anti-depressant
a. Dose
b. Body chemistry
c. Duration
d. All of the above
a. 1 in 1,000
b. Body chemistry
c. Duration
d. All of the above
a. 1 in 1,000
b. 1 in 5,000
c. 1 in 10,000
d. 1 in 50,000
a. A non-food chemical that alters one or more biological processes in living organisms
b. An illegal substance that people use for recreation
c. A chemical that affects biological processes
d. A substance given by a medical professional to treat a disease
a. 0 mg
b. 7.5 mg
c. 15 mg
d. 30 mg
a. Inhibition of heart rate.
b. inhibition of blood pressure.
c. Elevation of blood pressure.
d. Both a & b.