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138 Cards in this Set

  • Front
  • Back

phamacology

study of the interaction of chemical (e.g., drugs) with biological systems. Can be divided into:


1) pharmacodynamics


2) pharmacokinetics (ADME)


3) toxicology


4) therapuetics

drug

A chemical entity (endogenous & foreign) that is capable of interacting with biological systems.

chemical name of drug

Chemical compound structure (the name by chemists)

generic name of drug

nonproprietary, official name, shorter name than chemical, same name anywhere in world


trade name of drug

proprietary drug manufacturer name, more expensive (due to research, ect)

pharmacodynamics

how drugs change the body (biochemical and physiological effects of drugs and their mechanisms of action)

pharmacokinetics (ADME)?

how the body changes the drug, the study of absorption, distribution, metabolism, and excretion of drugs

toxicology

study of the adverse effects of drugs

therapeutics in pharmacy

use of drugs in prevention, diagnosis, and treatment of disease

enteral routes

1) oral


2) rectal


3) buccal


4) sublingual


*most common types


Positives: safest route, cheap


Negatives: variation in rate of absorption, patient compliance

parenteral routes

intravenous, intramuscular, subcutaneous, intraperitoneal, intraarterial, intrathecal, intradermal


Positives: emergency situations, when alimentary not feasible


Negatives: increased adverse effects, sterilization

miscellaneous routes

parenteral: topical- mucous membrane or skin


inhalation- respiratory tract w/gases or volatile


transdermal- slow controlled through skin

iontophoresis

electric current to enhance transdermal drug absorption

phonophoresis

ultrasound to enhance transdermal drug absorption

distribution of drug

delivery of drug from systemic circulation to tissues. Not always uniformly distributed to body tissues.

drug metabolism

aka biotransformation, when a drug is terminated. It involves the chemical alternation of drugs in the body. Not all drugs are inactivated by metabolism (prodrugs=activated)

drug excretion

drugs eliminated from body unchanged or as metabolites

half-life (t 1/2)?

-time required to change amount of drug in body by 50%.


-5-6 half lives to eliminate 98% of drug.


-t1/2 tends to be same in people unless geriatrics/renal impairment

drug-receptor interaction

combo of drug with receptor that causes molecular changes in receptor which triggers chain of events leading to a response

agonist

a drug that binds (affinity) and activates a receptor to elicit a response (key opens door)

antagonist

drug attracted to receptor (affinity) but is devoid of activity agonist, inhibits agonist (*key fits but can't turn= blocks)

partial agonist

drug that does not evoke a maximal response as compared to the strong agonist (* partially opens door)

H&P

History & Physical.


-generated when pt. presents for care, includes medical history/findings, physical exam updated each visit or consultation

Hx

History- documents subjective information, pt.'s chief complain or complaints of

cc

chief complain

c/o

complaints of

PI

present illness

HPI

history of present illness (duration, severity, symptoms, surgeries)

Sx

symptoms

Sp

symptoms

SX

surgery

sx

surgery

PH

Past history



includes: past medical illnesses, childhood diseases, surgeries, injuries, deficits, medications, allergies, UCHD, NKA, NKDA

PMH

past medical history



includes: past medical illnesses, childhood diseases, surgeries, injurites, deficits, medications, allergies, UCHD, NKA, NKDA

NKA

no known allergies

NKDA

no known drug allergies

FH

family history

SH

social history (recreational interests, hobbies, use of tobacco, drugs, alcohol)

OH

occupational history: work habits (health risks at work)

ROS

Review of symptoms

SR

Systems review


- head to toe review of fx of all body systems, evaluate symptoms not previously mentioned

PE

physical examination


-objective info, diagnostic test

Px

physical


-objective info, diagnostic tests

Objective

facts seen or detected through testing OR what you did and the patients response

HEENT

head, eyes, ears, nose, throat

PERRLA

pupils equal, round, and reactive to light and accomodating

NAD

no acute distress

WNL

within normal limits

WFL

within functional limits

IMP

impression or identification of disease or condition

DX

diagnosis

A

Assessment- interpretation of patient's strengths, progress, explain data, clinical reasoning, why no progress

differential diagnosis

when 1 or more diagnoses are considered

R/O

rule out additional dx procedures

P

plan: recommendations, strategy, outline of tx intervention, medication, diagnostic tests, therapies, AE or AT, future plans, needs for referral to other services

SOAP

subjective, objective, assessment, plan

S

subjective- patient report of symptoms, C/C, emotions, attitude

AE

Adaptive equipment

AT

assisitive tehcnology

L&W

living and well

hypertonicity/spasticity

abnormal muscle tone felt as too much resistance to movement. Result of hyperactive reflex and loss of inhibiting influences from higher brain centers.

primitive reflexes

innate primary reactions found in newborns and indicative of severe brain damage if present beyond usual time of disappearance (placing reactions, moror reflex, grasp reflex, rooting reflex, sucking reflex)

diplegia

paralysis parts on either side of body.

hemiplegia

paralysis on one side of body

cerebral palsy

not one specific condition, grouping of clinical syndromes that affect movement, muscle tone, and coordination as a result of injury or lesion to immature brain. Considered a developmental disability

static encephalopathy

permanent/unchanging damage to brain (FASD, learning disability)

hypoxia

lack of oxygen

hypotonicity

Low tone, minimal resistance to passive movement

hyperflexia

overflexion of limbs

clonus

alternate involuntary muscular contractoin and relaxation in rapid succession

stretch reflex

reflex contraction of muscle in response to passive longitudinal stretching

spastic cerebral palsy

1) Hypertonicity


2) Deep tendon reflexes


3) Further categorized by anatomically body parts affected

Athetoid or dyskinetic CP

1) involuntary and uncontrolled movements


2) Typically slow and writhing.


3) Basal ganglia involvement

Ataxia cerebral palsy

1) unsteadiness and difficulty with balance


2) particularily when ambulations


3) cerebellumor pathways damaged

Combined form of CP

diffuse brain damage. Most common is spastic with athetoid features

Parasympathetic Nervous System

dominates at rest, is discreted (1-1 ratio), pre-ganglionic neurons in cranial and sacral

Sympathetic Nervous System

flight, fright, fight, digguse (goes to ganlgia then spreads to whole body), pre-ganglionic neurons in thoracic and lumbar

contractures

permanent shortening of muscle/joint leading to deformities

equinovalgus

deformity in foot plantar: flexed, everted, abducted

equinovarus

deformity in foot plantar: flexed, inverted, adducted

astereognosis

inability to recognize things by touch

graphesthesia

ability to recognize letters/numbers written on skin through touch

topagnosia

loss of ability to localize tactile sensations

kinesthesia

ability to sense position, weight, movement percieved

competitive antagonist

interacts with receptors at the same site as agonist- compete with agonist for same binding sight, maximal response remains the same

non-competitive antagonist

prevent binding of agonist or prevent agonist from activating receptor, decrease maximal response to drug

therapeutic index

a ratio used to evaluate the safety and usefulness of a drug. It is the ratio of dose that produces toxicity (LD) to the dose that produces clinical or desired effect (ED). The LD should be much higher than the ED.

spasticity CP medication

1) Diazepam (Valium)


2) Dantrolene (Dantrium)


3) Baclofen (Pump- Intrathecal)


4) Botulinum toxin (Botox)

spasticity

increased tension but decreased muscle strength. Exaggerated in tonic stretch reflexes.

spasmolytics

drugs used to reduce spasticity

stretch reflex

modified by descending pathways involving tracks from brain and spinal cord

Rett's syndrome

loss movement in hands, possible seizures, poor coordination, lose ability to socially engage, severe mental retardation

child disintergrative disorder

normal development but then severe regression 2-10 in speech, affecting sociability, cognition, competence in skills of daily life, lose bowel/bladder control

Asperger's syndrome

social ineptness, behavioral inflexibility, narrow range interests, IQ greater 70, no delay in speech, clumpsiness

expressive language

using words

receptive language

understanding meaning of words

dyspraxia

difficulty moving/ coordination

echolalia

copying words/repeating

perserverative behaviors

involuntary and pathological repetition of verbal or motor response

floortime or DIR

development individual relationship-based. Parents jumps back into their world to bring them out.

Treacher Collins Syndrome

genetic problems with the structure of the face (1 in 10,000)

ATNR

asymmetrical tonic neck, elicited with active or passive rotation of the read


* head one way (arm up behind head, knee bent same side, face side straight)

STNR

symmetrical tonic neck reflex



1) prone STNR= head extended, arms flexed, legs extended


2) supine = head flexed, arms flexed laterally, legs exteded


3) supine= head extended, arms extended, legs flexed

TLR

tonic labryrinthine reflex (4 months)


1) supine= arm abduction at shoulders, neck hyperextension, legs extended and crossed, results in decreased transitional movement (rolling)


2) prone= increased flexor tone, decrease head raising, weight bearing on arms, increased hypertonicity

PSR

positive supporting reflex, ball of foot touches firm surface legs extend, hinder standing and walking (can lead to two problems= balance & reciprocal gate=stairs)

CP

cerebral palsy

UE

upper extremities

LE

lower extremities

(I)

inability to sit

Apraxia

inability to learn and perform activities despite wanting to

Strabismus

crossed eyes in or outward, attributed to muscle weakness

Esotropia

turned in eye

Exotropia

turned out eye

Nystagmus

involuntary movement of eyes

Kyphosis

posterior curvature of thoracic spine

Scoliosis

lateral curvature of spine

Kernicterus

(brain damage), yellow staining of basal ganglia, brainstem or cerebellum by unconjugated bilirubin going from blood to brain


-paralysis of upward eye gaze

Homonymous

both parts of visual field of eye

Hemianopsia

loss of half of the field of view of eye

lordosis

spine curves too far inward in low back (anterior curve)

dyspraxia

difficulty moving

anhedonia

inability to experience pleasure

catatonia

psychomotor agitation or immobility

cyclothymic disorder

chronic (at least 2 years), less severe mood disturbance, numerous periods of depression and hypomania

dysthymic disorder

mood disorder of two years (depressed mood & loss of interest)

euthymia

normal, non-depressed, reasonably positive mood

flight of ideas

madess- racing thoughts

rapid cycling

at least 2-4 episodes in 12 months

psychomotor agitation

unintentional purposeless motions from mental anxiety

psychomotor retardation

slowing down of thought/reduction physical movement

psychosis

delusions, hallucinationc

panic disorder

short sudden attack, fear losing control, change behavior as results, at least 4 in one month, exposure to feared stimulus may result in this, irrational fears & interferes with routines

OCD

obsessions- recurrent persistent thoughts, impulses, or images


compulsions- repetitive acts (compelled)

PTSD

individual exposed to traumatic event, experienced witnessed life or death situation, relieve experience/hallucinations, psychological distress, physiologic reactions

Anxiety disorder

apprehension of danger; dread accompanied by restlessness, tension, tachycardia, dyspnea, incessant worry over things cannot change, response to threat unknown

CBT

cognitive behavioral therapy- recognize thoughts that affect mood/symptoms; change thinking and thoughts about the situation

ECT

Electroconvulsive Therapy- electrical current is passed trough the brain to trigger a seizure; alters memory of event

melancholia

inability to experience pleasure (feel good temporarily, indifferent, depression worse in AM, loss appetite