I realized I didnt like the medical term lecture in the communications section for the course I was teaching, but didnt have one to teach on tap. So I made my own. Written for AEMT's and/or medics. 1-2 hours.
5. OBJECTIVES
• Explain why using correct medical terminology in
medical settings is important
• Identify, describe three word parts that make up
medical terms
• State why understanding how each word part functions is
important
• Pronounce various medical terms correctly by
applying appropriate pronunciation guideline
• State why correct pronunciation is important
6. OBJECTIVES
• Correctly change various medical terms from
singular to plural form
• Define & give example of homonym, antonym,
synonym
• Describe impact on patient care when EMS
Providers have solid grasp of correct medical
terminology
7. • Medical terminology is the knowledge of the
language used in medicine & health care
• Used to describe every aspect of patient care
8. WHAT ABOUT WHEN WE DON’T USE IT
CORRECTLY?
• Use of incorrect medical terminology
• Decreases and marginalizes out role as professionals in the
healthcare enviroment….
• May result in ineffective, or harmful treatment
• May be detrimental in litigation
• May result in loss of trust in the EMS provider
• Violates the second Norris Rule:
• “Don’t make the rest of us look bad!”
9. ORIGINS
• Medical language combination of Greek, Latin,
eponyms
• Majority come from Greek, Latin words
• Greek
• Tends to refer to to disease
• Latin
• Tends to refer to anatomic structures
• Eponyms
• Words named for specific person, place, thing
• i.e. Grey-Turner‟s Sign; Murphy‟s Pouch, Cullens Sign, Beck‟s triad
10. KEY POINT
• “American” medical terminology and “English”
terminology are often different…
• Pediatrics vs. Paeditrics
• Orthopedics vs. Orthopeadics
13. WORD ROOTS
• Word roots
• Establish basic meaning of word
• Compound roots
• Words with more than one root
• Each word root keeps basic meaning
14. PREFIX
• Prefix is a word part that goes in front of a word
root, changing the meaning of the word.
15. PREFIXES
• Introduces another thought, explains word root
• Added before word root
• Does not change meaning of root
• Changes meaning of medical term
• Describes what, how, why, when of root
• WHAT: Anti-biotic
• HOW: endoscopic
• WHY:
• WHEN: preoperative
19. YOU WILL SEE THIS AGAIN
• When talking about IV solutions
• Hypertonic, Isotonic, Hypotoic
• When talking about respiratory balance
• Hypercarbic, Hyperoxemia, Hypoxic
20. COMBINING VOWEL/FORM
• Adding a vowel (a, e, i, o, u, or y) to a word root to
create a combining form allows 2 or more word roots
to be joined to form a compound word. It also allows
a word root to be joined with a suffix (word ending) to
form a word. Vowel makes the term easier to
pronounce.
• Examples: Cyt/o/meter, micr/o/scope, micr/o/film, micr/o/be,
neur/o/spasm, therm/o/meter, micr/o/surgery
21. COMBINING VOWELS/FORMS
• Word root + vowel = Combining form
• Micr/ o = Micr/o
Word root Combining vowel combining form
• Gastr/o, therm/o, micr/o
• Combining vowel = (a, e, i, o, u, or y)
• Gastr/ o/ duoden/ -ostomy
Word root combining vowel word root suffix
22. COMBINING VOWEL/FORM
• Combining form (word root + vowel) is usually used to
join a word root to a suffix or other root that begins with
a consonant.
• Combining form + Suffix = Compound Word
• Gastr/o duoden/o -scopy =
Gastroduodenoscopy
combining form combining form suffix compound word
23. COMBINING VOWEL/FORM
• A word root, not a combining form, is used to join a
word root with a suffix or another word root that
begins with a vowel.
• Word root + Suffix = Word
• Dermat + itis = Dermatitis
word root suffix word
24. COMPOUND WORD
• Compound words can be formed when 2 or more
word roots are used to build the word. Sometimes
word roots are words.
• Word root + word root = Compound word
• Chicken + Pox = Chickenpox
Word root word root compound word
• Examples: underage, shorthand, download,
brainstem
25. COMPOUND WORD
• Compound word can also be formed from a
combining form and a whole word.
• Therm/o + meter = Therm/o/meter
Combining form word compound word
26. COMPOUND WORD
• Micr/o + scope
• Micr/o + surgery
• Micr/o + meter
• Hydr/o + phobia
• Hydr/o + cele
• Hydr/o + therapy
• Microscope
• Microsurgery
• Micrometer
• Hydrophobia
• Hydrocele
• Hydrotherapy
27. SUFFIX
• Suffix:
• Added at end of word root
• Changes, adds to word‟‟s meaning, provides further definition
• Singular vs. Pleural
• Noun vs. Adjective
• Able to change medical term to noun or adjective as needed
• Combining form + Word root + Suffix = Compound
word
• Micr/o + scop + -ic
Combining form word root suffix
• Examples: therm/o/metr/ic, electr/o/stat/ic, hydr/o/chlor/ic
28. SUFFIX
• Word root + Suffix = Noun
• Anem -ia Anemia
• Word root + Suffix = Adjective
• Anem -ic Anemic
• Suffix may change the part of the speech between
a noun and an adjective
30. SUFFIX
• Verbs are words that represent action or a state of
being.
• The suffixes –ed or –ing added to the word alter the
tense of this verb.
• Past tense: Vomited, Injected
• Present Participle: Vomiting, Injecting
31. SUFFIX - NOUN
• -ism = condition,
state, of theory
• -tion = condition
• -ist = specialist
• -er = one who
• -ity = quality
Examples:
•Hyperthyroidism,
Darwinism, Mendelism
•Contraction,
relaxation
•Psychiatrist
•Radiographer
•Sensitivity, conductivity
33. COMMON SUFFIXES
• -logy = (noun) Study
of
• -logist = (noun) One
who studies
• -logos = Greek for
study
34. SUFFIX: SINGULAR VS. PLURAL
Greek
Singular Suffixes
o-on
o Spermatozoon, ganglion
o-ma
o Carcinoma, lipoma
o-sis
o Crisis, prognosis
o-nx
o Larynx, pharynx
Plural Suffixes
o-a
o Spermatozoa, ganglia
o-mata
o Carcinomata, lipomata
o-ses
o Crises, prognoses
o-ges
o Larynges, pharynges
35. SUFFIX: SINGULAR VS. PLURAL
Latin
Singular Suffixes
• -a
• Vertebra, conjunctiva
• -us
• Bacillus, bronchus
• -um
• Bacterium, ilium
• -is
• Testis
Plural Suffixes
• -ae
• Vertebrae,
conjunctivae
• -i
• Bacilli, bronchi
• -a
• Bacteria, ilia
• -es
• Testes
37. SPELLING AND HOMONYMS
Spelling and Homonyms
• Incorrect can cause confusion, misdiagnosis
• Homonyms
• Medical terms sound alike, spelled differently with different
meanings
• Dysphagia: Difficulty Swallowing
• Dysphasia: Difficulty Speaking
• Aphasia: Inability to speak
• Expressive Aphasia: Inability to express the correct words
• “In aphasia, swear words go last.” – Dr. Brian Bledsoe
39. SYNONYMS
• Can be root words, prefixes, suffixes
• Same or similar meaning as another word
• Ex; Dys, Dis
• Arrhythmia vs. Dysrythmia
• EKG vs. ECG
40. ABBREVIATIONS
• Abbreviations
• Not really standard, though some are very common…
• Varies by field of medicine
• CP (Chest Pain, Calling Party, Cerebral Palsey)
• PT (Patient, or Physical Therapy)
• SOB (Shortness of Breath, Son of a B*tch)
• Many medical personnel find it faster and easier to
document using abbreviations and acronyms for
medical terminology.
• This practice is acceptable in medical documentation.
• Especially in hand written charts
• Pay attention to the context surrounding the medical term or
acronyms in a medical record. The documentation itself can
assist in deciphering medical terminology or acronyms
41. ABBREVIATIONS
• Check with local EMS provider/hospital for
approved list
• Ada County Paramedics List made available.
• When in doubt, write word out fully
44. MEDICAL JARGON
• In addition to the scientific language, we all have
our own cultural language that is probably not well
understood outside our profession.
• Our jargon changes region to region, county to
county, service to service
• Remember: There is a time and place for
everything. What is acceptable at one moment
and time will often not be 5 minutes later….
45. COMMON MEDICAL JARGON
• What is an
ambulance?
• Car
• Bus
• Rig
• MICU
• Meat wagon
• Cabulance
• Code 1, 2, 3?
• Alpha response?
• Code 4
• 10-100
• Coded
• Code blue
• Code brown
• Banana Wrap
• “SHAMU”
47. ACR/O = EXTREMITIES
• Acr/o = extremities (arms and legs)
• Acr = word root
• O = vowel
• Acr/o = combining form
• Acr/o/paralysis: Paralysis of extremities
• Acr/o/cyan/osis: Condition of blue
extremities
• Acr/o/dermat/itis: Inflammation of skin of
the extremities, like red inflamed hands
48. MEGAL/O = ENLARGED, LARGE
• -megaly = Suffix for “enlarged”
• Acr/o/megaly: Enlargement of the extremities
• Acromegalic Gigantism = A specific disorder of the
body with enlargement of the bones of the hands,
feet, and head.
• Cardio-megaly
• Enlarged heart
• AKA: Cardiac Hypertophy
• -y = Suffix that means “the process or condition”.
Makes a word a noun.
49. DERMAT/O = SKIN
• -logy = (noun) Study of
• -logist = (noun) One who studies
• -logos = Greek for study
• Dermat/o/logist: The person who specializes in
diseases of the skin
• Dermat/o/logy: The study of skin
• Eti/o/logy: Study of the origin of disease
50. -ITIS = INFLAMMATION
• Dermat/itis: Inflammation of the skin
• i.e. Contact (allergic reaction) dermatitis, or due to
infection, inflammation, trauma
• Acr/o/dermat/itis: Inflammation of the skin of the
extremities
51. -OSIS = CONDITION, STATUS, PROCESS
• Dermat/osis: Any skin condition. (abnormal
condition). (noun)
• Cyan/osis: Condition of blueness
52. CYAN/O = BLUE, BLUENESS
• Cyan/osis: (noun) Condition of blueness
• Cyan/otic: (adj.) Pertaining to a condition of
blueness
• -tic = adjective suffix for “pertaining to”
• Acr/o/cyan/osis: Blueness of the extremities
• Cyan/o/derma: Bluish discoloration of the skin
53. PERI-= AROUND, NEAR
• Peri/meter- Surrounding area
• Peri/natal- Near birth
• Peri/morbid – Near Death
54. REMEMBER THAT WORD?
• Pneumonoultramicroscopicsilicovolcanoconiosis
• Longest word in the English dictionary, sometimes referred
to as P45 by English Language geeks!
• Before this, electrophotomicrographically, also a medical
word, was the longest word at 28 letters
56. SUMMARY
• Paramedics use medical terminology daily, must
know how to determine meaning of term
• Word parts used to build medical words are root
words, prefixes, suffixes
• Understanding function of word parts helps
determine meaning of unfamiliar medical terms
Notes de l'éditeur
Pneumonoultramicroscopicsilicovolcanoconiosis is, according to the Oxford English Dictionary, "a factitious word alleged to mean 'a lung disease caused by the inhalation of very fine silica dust, causing inflammation in the lungs.'"[1] A condition meeting the word's definition is normally called silicosis.It occurs chiefly as an instance of a very long word.[2] The 45-letter word was coined to serve as the longest English word and is the longest word ever to appear in an English language dictionary. It is listed in the current editions of several dictionaries.[3]
Errors endanger patient’’s health & paramedic’’s reputationProficient use demonstrates professionalism to patients, families, health care providers Establishes credibility
The word root is derived from a source language such as Greek or Latin and usually describes a body part. The word root tells the subject of the medical term. A prefix or suffix is added to the word root to expand and describe in more detail. The prefix may be added to the front of a word root and will give additional information about the location of an organ, the number of parts, or time involved. The suffix may be added to the end of a word root to add meaning such as condition, disease process, or procedure.
If the word root is in the Greek language, a Greek prefix or suffix would be used. If the word root is in the Latin language, a Latin prefix or suffix would be used.
Combining forms & vowelsSome word roots cannot combine with other rootsCombining form•• Word root with added vowelh Combining vowelGuidelines for use•• Use before suffix that begins with consonanth Use to join other root words•• Do not use before suffix beginning with vowel
peri-around or surrounding:perimeternear:perinatal
This word was invented in 1935 by Everett M. Smith, president of the National Puzzlers' League, at its annual meeting. The word figured in the headline for an article published by the New York Herald Tribune on February 23, 1935, titled "Puzzlers Open 103d Session Here by Recognizing 45-Letter Word":Pneumonoultramicroscopicsilicovolcanoconiosis succeeded electrophotomicrographically as the longest word in the English language recognized by the National Puzzlers' League at the opening session of the organization's 103rd semi-annual meeting held yesterday at the Hotel New Yorker. The puzzlers explained that the forty-five-letter word is the name of a special form of silicosis caused by ultra-microscopic particles of silica volcanic dust...Subsequently, the word was used in a puzzle book, Bedside Manna, after which members of the NPL campaigned to have it included in major dictionaries.[4]This 45-letter word, referred to as P45,[5] first appeared in the 1939 supplement to the Merriam-Webster New International Dictionary, Second Edition.[6]
Coal workers' pneumoconiosis (CWP), colloquially referred to as black lung disease, is caused by long exposure to coal dust. It is a common affliction of coal miners and others who work with coal, similar to both silicosis from inhaling silica dust, and to the long-term effects of tobacco smoking. Inhaled coal dust progressively builds up in the lungs and is unable to be removed by the body; that leads to inflammation, fibrosis, and in worse cases, necrosis.Coal workers' pneumoconiosis, severe state, develops after the initial, milder form of the disease known as anthracosis (anthrac — coal, carbon). This is often asymptomatic and is found to at least some extent in all urban dwellers[1] due to air pollution. Prolonged exposure to large amounts of coal dust can result in more serious forms of the disease, simple coal workers' pneumoconiosis andcomplicated coal workers' pneumoconiosis (or Progressive massive fibrosis, or PMF). More commonly, workers exposed to coal dust develop industrial bronchitis,[2] clinically defined as chronic bronchitis (i.e. productive cough for 3 months per year for at least 2 years) associated with workplace dust exposure. The incidence of industrial bronchitis varies with age, job, exposure, and smoking. In nonsmokers (who are less prone to develop bronchitis than smokers), studies of coal miners have shown a 16%[3] to 17%[4] incidence of industrial bronchitis.