• Shuffle
    Toggle On
    Toggle Off
  • Alphabetize
    Toggle On
    Toggle Off
  • Front First
    Toggle On
    Toggle Off
  • Both Sides
    Toggle On
    Toggle Off
  • Read
    Toggle On
    Toggle Off
Reading...
Front

Card Range To Study

through

image

Play button

image

Play button

image

Progress

1/47

Click to flip

Use LEFT and RIGHT arrow keys to navigate between flashcards;

Use UP and DOWN arrow keys to flip the card;

H to show hint;

A reads text to speech;

47 Cards in this Set

  • Front
  • Back

Maslow's Hierarchy of needs

Physiological


Safety


Belongingness & Love


Esteem


Need to Know & Understand


Aesthetics


Self-Actualization

Josie King

18 month old, that died due to medical mistakes, miscommunication specifically, at John Hopkins. Josie King Patient Safety Program was founded because of tthis incident.

Human Diversity

Address a variety of human societies & cultures, & examine the differences & similarities.


Ex. Age, Gender, Ethnicity, Disability, Lifestyle, & Economic Status

Cultural Competency

Set of attitudes, behaviors, & policies to enable effective communication interactions

Cultural Competency: 5 Key Cencepts

Intitutionalizing cultural knowledge


Adapt to reflect understanding


Value Diversity


Possess capacity for cultural self-assessment


Consciousness of cross-cultural dynamics

Methods of Effective Communication

Verbal


Touch


Appearance


Visual


Pantomime

Communication: Verbal

Methods: Vocabulary, Clarity of voice, Organization of sentences, Patronize or demean, special population


Humor: Relax, Open line of communication, culturally aware, Avoid slurs or cultural references


Paralaguage: Non-verbal, Pitch, Stress, Tone, Pauses, Rate of Speech, Volume, Accent

Communication: Touch

Emphasis


Emotional Support


Palpitation

Why does appearance matter?

Helps patient feel comfortable & confident in technologist

Communication: Visual/Pantomime

Speak face to face


Gesture

Infection Control

Prevent spread of infections

Medical Asepsis

Freedom from infection


Reduces # of pathogens


PDI wipes


Wash hands 20-30 seconds


Use Purel or ETOH-based hand sanitizer

Surgical Asepsis

Complete freefom from infection


Zero pathogens


Wash hands for 8 minutes

Decontamination Methods

1) Chemical- disinfectants, antiseptic, Bacteriaocidal


2) Physical- Autoclave, Dry Heat, Pasteurization, Freezing, UV Light, Boiling


3) Barrier- Gloves, Gowns, Goggles, Booties


4) Hand washing- 20-30 seconds up to mid forearm, ETOH-based hand sanitizer, 8 minutes for "scrubbing in"

The Microbial World

Bacteria


Viruses


Fungi

Chain of Infection: Germ Theory

Host


Infectious organism


Mode of transmission


Reservoir

Nosocomial

Disease originating in a hospital

Iatrogenic

Relating to an illness caused by a medical examination or treatment

HAIs ( Healthcare Associated Infections)

Nosocomial


Iatrogenic


Compromised Patients


Sources: Medical Personnel, Patient Flora, Contaminated Environment, Bloodborne Pathogens, & Invasive Procedures

Bloodborne Pathogens

HBV/HCV- Hepatitis


HIV/AIDS

What to do if contaminated?

1) Flush it


2) Medical Help


3) Incident Report

Professional Ethics

Making decisions based on moral principals:


-Justice


-Benefience vs Non-malification


-Honest & Loyalty

Medical Ethics

Respect Modesty


Confidentiality


Professional Appearance


Current Medical Trends

TORT

Violation of civil law


Intentional misconduct:


-Civil Assault


-Civil Battery


Invasion of Privacy


False Imprisonment

Negligence (must prove all 4)

Establish duty of care


Breach of Duty


Injury occured


Injury due to defendant

Radiation Biology

Field of clinical and basic medical sciences that involves the study of the action of ionizing radiation on living things, especially health effects of radiation.

Electromagnetic Spectrum

Gamma Rays


X-rays


UV Lights


Visual Spectrum


IR


Radio

Sources of Ionizing Radiation

Natural:


-cosmic


-food/water


-radon


-ground


Manmade:


-medical/dental


-nuclear energy


-video monitors/smoke detectors


-tanning beds


-microwave ovens


-nuclear fallout

Possible Interactions of X-rays w/ matter

Classical/Thomson


Photoelectric


Compton


Pair Production


Photodisintegration

Interaction of X-rays with matter: Classical/Thomson

Low energy x-rays


Excite & annoy patient's atoms


Filtered out by Al++ on X-ray tube


No energy transferred to patient

Interaction of X-rays with matter: Photoelectric

Inner shell electron is hit and ejected from orbit


Outer shell electrons drop down to fill hole


Greatest HAZARD to patient

Interaction of X-rays with matter: Compton

Outer shell electrons is hit and ejected & sent in another direction


Reaches IR (clouding image)


Reaches radiographer

Interaction of X-rays with matter: Pair Production/Photodisintegration

Does not occur in diagnostic imaging energies

Radiation Untis of measure

Gray/rad


Sievert/rem


Becquerel/curie

Radiation Untis of measure: Gray/rad

Radiation absorbed


Energy absorbed by any medium

Radiation Untis of measure: Sievert/rem

Expresses the biological response to the quantity of different types of energy of radiation

Radiation Untis of measure: Becqerel/curie

Measures the rate of radioactive decay


Used to calculate half-lives

NCRP effective dose limits

Public annual dose: 0.5 rem


Fetus monthly: 0.05 rem


Occupational exposure:


-annual: 5 rem


-cumulative: 1 rem x age

Direct Hit Theory

Any radiation transfers its energy to the molecule it has struck, resulting in changes

What possible outcomes can happen to a cell?

DNA/Direct


-kills cell


-break phosphate bonds


-looses/rearranges genetic information


Organelles & Cytoplasm/Indirect


-Ionizes water


-injures or kills cells


-results in chemical changes

Cellular sensitivity

Bergonie/Tribondeau


-cells are most sensitive during division


-cells are most sensitive if primitive


--stem cells


--non-differentiated cells


Ancel and Vietemberger


-all cells are equally sensitive


-all cells are most sensitive during active division


-rapidly diving cells demonstrate injury sooner & appear to be be more sensitive

ALARA

As Low As Reasonably Achievable

Time

Reduce the amount of time patient is exposed

Distance

Maximize distance between human and xray tube

Shielding

Use whenever shield won't interfere with anatomy

Radiation Effects: Stochastic

Skin Erythema dose


Local Tissue damage


Lifespan shortening


Leukemia/cancer


Pregnancy effects

Radiation Effects: Deterministic

Effects that will happen at certain doses of radiation


Occurs at high doses only


Skin: Ulceration, Erythema


Gonads:


Female- Menstruation, Infertility, Sterility


Male- Testicular atrophy, Infertility