CCMA 3.0 Focused Review - Video Lecture Vocabulary Flashcards
Overview: Comprehensive CCMA Focused Review Notes (Bullet-Point Study Guide)
These notes condense the key ideas, definitions, concepts, examples, formulas, and practical implications drawn from the provided transcript. They are organized for exam preparation and designed to reflect both major themes and important minor points mentioned across the slides/pages. Equations and numeric references are formatted in LaTeX where appropriate.
1) Professionalism and Professional Presence
Professionalism is essential in health care and must permeate the entire environment.
Encompasses: behaviors, appearance, communication (tone, attitude, word choice), written communication, work ethic, and relationships.
All health care team members have roles that fit together to create a well-organized system.
MA as first patient contact: first impressions matter; maintain a professional demeanor with a positive, encouraging attitude.
Professional presence factors beyond behavior:
Work ethic, polite demeanor, willingness to assist, cooperation, and effective time management.
Personal boundaries: keep personal relationships outside the work environment.
Dress and appearance must meet field- and organization-specific policies.
When communicating, adhere to professional standards regardless of others’ behavior.
2) Health Care Systems and Settings: Core Concepts
Holistic approach to health care systems: view from all sides to understand roles, scope, and team dynamics.
Allied health and specialty providers: know skills and responsibilities to strengthen team effectiveness and cohesiveness.
Mutual respect and assistance among team members enhances patient care quality.
3) Medical Assistant (MA) Roles, Responsibilities, Scope of Practice, and Titles
MA roles: work alongside a provider in outpatient/ambulatory settings; can be cross-trained for administrative and clinical duties.
Administrative duties (examples):
Greeting patients, scheduling, handling correspondence, answering telephones.
Obtaining medical histories, patient education, lab specimen collection, immunizations.
MA leads and supports care coordination and navigation: help patients understand processes, connect to specialists, and relay information clearly.
Credentialing and certification: MA credentialing typically achieved by passing a national certification exam.
Scope of practice is defined by state regulations and organizational policies; MA must not perform duties beyond training/certification; review duties/restrictions per state.
MA may coordinate with nurses/providers to convey patient social determinants of health and barriers to care; helps with timely scheduling and follow-up with specialists.
4) MA Responsibilities—Administrative vs Clinical (Key Points)
Administrative duties include: scheduling, registration, updating records, submitting insurance claims, collecting copays, coinsurance, and deductibles.
Clinical duties include: collecting lab specimens, performing diagnostic tests (e.g., EKG, spirometry), preparing examination rooms, vital signs, administering immunizations, and other routine clinical tasks.
MA responsibilities vary by setting but emphasize patient navigation, education, and documentation.
5) Scope of Practice: Regulations, Variability, and Training
Scope of practice: duties assigned based on education, training, and experience; does not include practicing medicine.
Prior to practice, review duties and state-specific rules; organizational policies may be stricter but must comply with state minimums.
State boards regulate scope; training can allow safe provision of supportive services (e.g., measuring height/weight, vital signs, basic labs) under physician supervision.
Examples of state policy variations: licensure for certain skilled tasks (e.g., phlebotomy, EKG) may be required in some states; others may allow practice with certification.
Variables affecting scope: state medical board regulations, organizational policies.
6) Certifications, Titles, and Credentials
Certifications relevant to MA roles (examples): CMAA, CPT, CET, CBCS, CEHRS.
Over 50 years ago: assistants hired for administrative support; 1956—formal medical assistant association; 1978—recognized by U.S. Department of Education; evolution toward formal training and certification programs.
Certification advantages: improved job placement, higher wages, career advancement.
Certification maintenance: ongoing recertification requirements vary by sponsor; stay current to ensure legitimacy.
Licensure landscape (high level): As of 2022, no state requires medical assistants to be licensed; some states require licensing for specific tasks (e.g., X-ray).
7) Provider and Allied Health Roles, Scope, and Credentials (High-Level)
Physicians (MDs/DOs): licensed by state medical boards; path typically includes 4 years undergrad, 4 years medical or osteopathic school, residency (2–7 years), and board exams.
Midlevel providers:
Physician Assistants (PAs): practice under physician supervision, may perform exams, order tests, prescribe in many states; require extensive education (college + PA school).
Nurse Practitioners (NPs): advanced practice nurses; may practice under physician supervision or independently in some states; diagnose and prescribe.
Nurses:
LPN/LVN: licensed, typically 1-year program; assistive role; measure vital signs, administer some meds, wound care; observe patients.
RN: broader scope; multiple pathways (ADN, diploma, BSN); medical, clinical, administrative roles.
Allied health professionals: lab techs, MLTs, radiology techs, OT/PT, pharmacists, dietitians, social workers, etc.
Licensing vs certification: Licensure is state-regulated; certification is often voluntary and employer-recognized; ongoing recertification is required for many certifications.
8) Types of Health Care Organizations and Delivery Models
Inpatient vs outpatient settings: inpatient involves admission; ambulatory/outpatient is common for MA roles.
Primary Care Clinics: routine wellness, prevention, chronic disease management, medication management, minor acute care.
Specialty Care Clinics: outpatient clinics focusing on specific diseases or disorders; doctors with specialty focus.
Home Health: care at patient’s home; therapy services and nursing; ordered by provider; coordinated by MA for orders and enrollment.
Mobile Health Units: bring care to underserved communities; used for screenings, vaccines, etc.
Hospice: end-of-life care focused on comfort; outpatient or inpatient now common; PCMH/ACO models coordinate such care.
Patient-Centered Medical Home (PCMH): coordinated by a PCP; five core functions/attributes: Comprehensive, Patient-Centered, Coordinated, Accessible, Quality & Safety; MA integral to PCMH team.
Accountable Care Organizations (ACOs): networks of providers/hospitals with shared accountability for quality and cost; involves coordination across multiple settings; ties to public health and prevention efforts.
Role of patient portals in PCMH/EMR-based care: patient can view results, messages, schedule visits.
9) PCMH Core Functions and ACOs (Details)
PCMH Core Functions/Attributes (as per transcript):
Comprehensive care: addresses whole patient needs; includes providers and entire care team.
Patient-centered care: patients and families are central; care aligned with patient preferences.
Coordinated care: oversight of specialty care, hospital/home health; open communication via IT (EHR).
Accessible services: open scheduling, extended hours, patient portals.
Quality and safety commitments: evidence-based care; safety data collection; patient satisfaction.
Accountable Care Organizations (ACOs):
Consist of providers linked to a defined patient population; responsibility for quality and costs.
Emphasize care coordination; can include ambulatory, inpatient, and emergency services; community/public health involvement; outreach programs to promote wellness.
10) Roles of Team Members and Importance of Collaboration
Primary Care Providers (PCP): lead preventive services, coordinate care, ensure continuity.
Specialists: diagnose/treat complex conditions; PCP may refer to specialists.
Physician Assistants (PAs): practice medicine under physician supervision; diverse scopes depending on state.
Advanced Practice Nurses (APNs): clinical nurse specialists, nurse anesthetists, NPs, nurse midwives.
Registered Nurses (RNs): broader clinical and administrative roles; may oversee case management.
Licensed Practical Nurses (LPNs/LVNs): assistive roles; often triage calls, administer medications under supervision.
Pharmacists, Dentists, Therapists (OT/PT/SLP), Social Workers, Dietitians, etc.: specialists supporting patient care.
11) Patient Portals, EHR, and Telehealth
Patient Portals: patient-facing EHR features; view records, test results, education materials; allows secure messaging and appointment scheduling.
Telehealth/Virtual Visits: health care delivered via video; reduces exposure to infectious diseases; useful for rural access; requires scheduling, link distribution, and possibly test visits to verify access.
MA responsibilities in telehealth: schedule/verify, collect histories, verify meds, coordinate referrals, ensure patient understanding; may attend actual virtual visit.
EHR basics: EMR vs EHR; EMR is within an organization, EHR across multiple organizations; CPOE (Computerized Physician Order Entry) integration to reduce errors and support decision making.
Interoperability: sharing patient data across providers to improve care, decrease duplications, and support public health.
12) Health Care Payment Models and Billing Concepts
Fee-for-service (FFS): traditional model; pay-for-service; charges coded per service; insurer/patient pays per item.
Value-based plans / Quadruple Aim: focus on outcomes, patient satisfaction, reduced costs, and health care professional well-being.
Other models: Managed care, Capitation (per member, per month), HMO, PPO, POS; emphasis on prevention and cost containment.
PCMH/ACO alignment with value-based care: emphasize prevention and care coordination; aim to improve outcomes and reduce total costs.
13) General vs Specialty Health Care and Services (Details)
General health care services: GPs, family practitioners, internists; focus on prevention and comprehensive care across life span.
Speciality care services: disease- or organ-specific specialists (e.g., cardiologist, dermatologist, orthopedist).
Roles within primary care: PCPs may be MD/DO; referral patterns to specialists; collaborative care models with PAs/NPs.
14) Specialist Focus: Common Medical Specialties (Representative Examples)
Allergist, Anesthesiologist, Cardiologist, Dermatologist, Endocrinologist, Gastroenterologist, Gynecologist, Hematologist, Hepatologist, Neonatologist, Nephrologist, Obstetrician, Oncologist, Ophthalmologist, Orthopedist, Neurologist, Otolaryngologist, Pediatrician, Psychiatrist, Psychologist, etc.
Each specialty focuses on a body system or set of diseases; MA often coordinates referrals and education.
15) Ancillary/Support Roles and Allied Health
Allied health roles include: Medical laboratory technicians, Medical receptionists, Occupational therapists, Pharmacy technicians, Physical therapists, Radiology technicians, etc.
MA as facilitator of care coordination, patient navigation, and administrative support.
16) Licensure, Certification, and Maintenance (Practical Implications)
Licensure: state-regulated; physicians and many providers require licensure; not typically required for MAs; specific tasks may require licensure in some states (e.g., x-ray, phlebotomy).
Certification: optional but often required for certain roles; certification bodies may require ongoing recertification or CEUs.
Maintenance: employers expect recertification to stay current; failure to maintain can impact employability and scope.
17) Roles in Team-Based Patient Care and the PCMH Model
Team-based care requires collaboration: PCPs, NPs, PAs, mental health professionals, therapists, pharmacists, nutritionists, dentists, social workers, and MAs.
Patient-centered medical home emphasizes continuous coordination, patient engagement, and accessible care; MA contributes to patient education, care coordination, and administrative tasks to support the team.
18) Patient Education, Adherence, and Preventive Care
MA role in patient education: document education provided; topic, materials used, questions asked, and patient responses.
Improving adherence: education increases adherence to treatment plans; retention of information via repetition and verification (teach-back).
Preventive services: MA informs patients about immunizations and preventive screenings; helps schedule follow-up testing and wellness checks.
Core preventive screenings (examples from transcript):
Blood pressure checks; breast cancer mammography; cervical cancer screening (Pap tests); colorectal cancer screening starting age 45; cholesterol checks; dental exams; lung cancer screening for appropriate high-risk groups; diabetes blood glucose tests; dilated eye exams; AAA ultrasound screening for men 65–75 who have smoked; HIV and Hepatitis screening in appropriate populations; alcohol, tobacco, drug use screening; domestic violence screening; elder abuse screening.
Timelines and recommendations: patient education should include timelines for regular screenings based on age and risk; use of MyPlate guidelines and MyPlate-based diet guidance (adult/child splits).
19) Documentation, Privacy, and Compliance
Documentation: ensure accuracy and completeness; use proper charting; chart reviews before visits; maintain an audit trail.
HIPAA: protection of patient privacy; administrative, physical, and technical safeguards; patient rights to access health information; permitted disclosures; authorization forms; breach notification.
MACRA and quality reporting: quality measures reporting for reimbursement; risk adjustment and preventive care metrics.
ABN (Advance Beneficiary Notice): informs Medicare beneficiaries of potential noncoverage; patient can accept financial responsibility upfront or decline.
CLIA: laboratory testing complexity; MA roles in CLIA-waived testing; responsibilities and scope.
EMTALA: emergency medical treatment and labor act; hospitals must provide stabilization in emergencies.
Other acts: ADA, GINA, PSQIA, AKBSA, NSA; general compliance and safety requirements.
20) Infection Control, Safety, and Hazard Management
Universal precautions and standard precautions: treat every patient as potentially infectious; wash hands; PPE when dealing with blood/body fluids; avoid eating/drinking around patient care areas.
PPE usage: gloves, gown, mask, goggles; proper donning and doffing procedures; sharps safety; eye wash stations; biohazard disposal.
Exposure control plan: engineering controls (safety devices, sharps containers), workforce controls (hand hygiene, PPE), hepatitis B vaccination program, post-exposure evaluation and follow-up, labeling of hazards.
Transmission-based precautions: contact, droplet, airborne; PPE and room management strategies.
Waste management: sharps containers, biohazard bags and bags integrity; label and dispose; double-bagging if contamination occurs.
OSHA guidelines and needle safety: Needle Safety and Prevention Act (2000) requires safer needle devices and sharps handling logs.
Post-exposure protocols: washing exposed areas, reporting, medical evaluation, confidentiality.
21) Ethics, Professionalism, and Handling Difficult Interactions
Medical ethics (Autonomy, Justice, Beneficence, Nonmaleficence) guide decision-making.
Professional behavior and values: honesty, integrity, patient confidentiality, respect for life, and mutual respect among staff.
Handling difficult conversations: maintain composure, use therapeutic communication, actively listen, avoid judgment, build trust, and involve supervisors when needed.
Defense mechanisms: awareness of psychological defenses (denial, projection, rationalization, etc.) in patients; respond with empathy and clarity.
22) Medical Terminology: Word Building, Roots, Prefixes, Suffixes, and Abbreviations
Core concept: medical terms built from roots, prefixes, suffixes; combining vowels; prefixes convey direction or negation; suffixes denote condition or procedure.
Common prefixes (examples):
A-/An- (without), Ab-/Ab- (away from), Auto- (self), Circum- (around), Dys- (painful/difficult), Endo- (within), Ex- (out/away), Hyper- (above, excessive), Hypo- (below/deficient), Macro- (large), Micro- (small), Mono- (one), Multi- (many), Neo- (new), Peri- (around), Mega- (large), Meta- (beyond/over), Micro- (small)…
Common word roots: e.g., Cardi- (heart), Arthr- (joint), Hemat- (blood), Neur- (nerve), Gastr- (stomach), Hepat- (liver), Oste- (bone).
Common suffixes: -itis (inflammation), -ology (study of), -pathy (disease), -plasia (formation), -ectomy (removal), -gram/ -graph (record/instrument), -scope (visual examination). General suffixes: -ology, -itis, -algia, -megaly, -pathy, -iasis, -emia, -oma, -plasty, -scopy, etc.
Abbreviations: avoid Do Not Use (DNU) abbreviations (e.g., MS, MSO4, u, IU, qd, q.o.d., HS, etc.); use full terms or approved substitutes; joint commission and ISMP lists are the standard references.
Word-building: Combining form rules; when suffix begins with a consonant, use combining vowel to connect word roots (e.g., col/o + -stomy = Colostomy; cephal/o + -algia = Cephalalgia).
Prefixes and combining forms rules: use combining form when suffix starts with a consonant; use root alone when suffix starts with a vowel; use connecting vowel between two word roots.
23) Planes, Cavities, and Body Regions
Planes:
Sagittal: left-right separation; midsagittal is equal halves along the midline.
Transverse (axial): superior and inferior sections.
Frontal (coronal): anterior and posterior sections.
Body cavities:
Cranial, Spinal, Thoracic, Abdominal, Pelvic (five body cavities with internal organs).
Body regions and quadrants: abdominal quadrants and nine regions; knowledge aids documentation and physical examination.
24) Body Systems: Quick Reference (High-Level)
Integumentary: skin, nails, hair; protection, temperature regulation, sensation, excretion, vitamin D synthesis; accessory organs include hair, nails, glands (sweat and sebaceous).
Skeletal: axial (skull, spine, ribs) and appendicular (limbs, girdles); ligaments attach bone; tendons connect muscle to bone; cartilage; bone marrow (hematopoiesis).
Muscular: skeletal (voluntary), smooth (involuntary), cardiac (heart); muscle fibers enable movement and stability; tendons connect to bones.
Nervous: CNS (brain, spinal cord) and PNS (peripheral nerves); neurons; brain lobes; peripheral nerve pathways; autonomic vs somatic systems; reflexes.
Endocrine: glands that produce hormones; exocrine vs endocrine glands; hormone regulation and homeostasis.
Reproductive: male (testes, vas deferens, penis) and female (ovaries, fallopian tubes, uterus, vagina); hormones; puberty and the reproductive cycle.
Cardiovascular: heart, arteries/arterioles, veins/venules, capillaries; endocardium, myocardium, pericardium; conduction system (SA node, AV node, His-Purkinje); systemic and pulmonary circulation.
Lymphatic/Immune: lymph nodes, thymus, spleen, lymph, B-cells, T-cells; immunity types and antibodies.
Respiratory: nose, pharynx, larynx, trachea, lungs; gas exchange; ventilation and perfusion.
Digestive/Gastrointestinal: mouth, pharynx, esophagus, stomach, small/large intestines, liver, gallbladder, pancreas; digestion and absorption.
Urinary: kidneys, ureters, bladder, urethra; filtration and excretion; urine formation.
Digestive vs. other: includes accessory organs like liver, pancreas; peristalsis; absorption.
Special note: the MA should understand how organ systems interact to maintain homeostasis and how disruptions affect other systems.
25) Pathophysiology: Common Diseases by Body System (Overview)
The transcript lists common diseases per system with signs/symptoms, etiology, diagnosis, and treatment.
Integumentary examples: cellulitis, dermatitis, eczema, skin cancers (basal cell carcinoma, melanoma).
Skeletal issues: sprains, osteoporosis, osteoarthritis, rheumatoid arthritis, gout.
Cardiovascular: anemia, atherosclerosis, heart failure, hypertension, myocardial infarction.
Urinary: AKI (acute kidney injury), CKD (chronic kidney disease), renal calculi, urinary incontinence, UTI.
GI: appendicitis, celiac disease, colorectal cancer, diverticulitis, GERD, Crohn's/ulcerative colitis, diverticulosis.
Respiratory: ARDS, asthma, bronchitis, COPD, allergic rhinitis.
Nervous: Alzheimer’s, stroke (CVA), SCI, SCI, epilepsy, shingles, concussion.
Endocrine: Cushing syndrome, diabetes (Type 1 and Type 2), hyper/hypothyroidism, Graves’ disease.
Reproductive: candidiasis (yeast infections), ectopic pregnancy, endometriosis, PCOS, BPH, cryptorchidism, testicular torsion, ovarian and cervical issues.
Immune: autoimmune diseases, immunodeficiencies; vaccines and immunization considerations.
Note: For exam purposes, be prepared to discuss pathophysiology in terms of signs/symptoms, etiology, and treatments, and to link systemic interactions and homeostasis.
26) Laboratory, Diagnostic Testing, and Specimen Handling
Diagnostic modalities: imaging (X-ray, CT, MRI, ultrasound), lab tests (blood work, urinalysis).
Radiology vs nuclear medicine: imaging with and without radiation; contrast agents; radiopaque/radiolucent concepts.
CLIA-waved testing: MA scope in ambulatory settings typically includes waived tests; more complex tests require CLIA certification and lab infrastructure.
Specimen handling: labeling, matching requisitions, patient identifiers, chain of custody, and proper transport packaging to minimize contamination.
Preanalytical, analytical, and post-analytical phases: ensure proper order entry, specimen handling, calibration, quality control, and reporting.
Critical values: rapid notification to provider; timely follow-up and documentation.
27) Pharmacology Essentials for MA Roles
Drug classifications and common indications: analgesics, antibiotics, antihypertensives, anti-inflammatories, diuretics, antiemetics, antivirals, anxiolytics, bronchodilators, etc.
Pharmacokinetics (PK): absorption, distribution, metabolism, excretion; factors affecting PK; bioavailability; half-life.
Routes of administration: oral, sublingual, buccal, inhaled, ocular/otic, transdermal, injections (IM, SQ, ID); nonparenteral vs parenteral.
Right of medication administration (the 6 rights): Right Patient, Right Medication, Right Dose, Right Time, Right Route, Right Technique; Right Documentation.
Drug interactions, contraindications, adverse effects, and monitoring requirements; importance of allergies.
Look-alike sound-alike medications: triple-checks and proper storage to prevent errors.
Dose calculations: ratio-proportion method; formula method; pediatric dosing by weight; body surface area (BSA) method; unit conversions.
Common references: PDR, online references, and manufacturer inserts.
28) Dosage Calculations: Key Formulas and Examples (LaTeX)
Ratio/Proportion method (adult dosing):
If 25 mg corresponds to 1 capsule, then 50 mg corresponds to X capsules:
Desired over Have (unit-consistent):
50 mg × 1 cap = X × 25 mg
Pediatric dosage (weight-based):
Example: 5 mg/kg/day divided into 4 doses for a child weighing 88 lb.
Convert weight:
Daily dose:
Dosing per administration:
If using a 12.5 mg/5 mL suspension: 50 mg corresponds to 20 mL.
Body Surface Area (BSA):
Example: BSA 0.7 m^2 with adult dose 50 mg → child dose:
Unit conversions (weight/volume):
; to convert pounds to kilograms:
Liquid conversions: 5 mL = 1 teaspoon; 15 mL = 1 tablespoon; 15 drops ≈ 1 mL; 30 mL = 1 ounce; 240 mL = 1 cup.
29) Medical Terminology: Word Building and Symbols (Condensed Guide)
Word parts: roots, prefixes, suffixes; combining vowels.
Combining forms: when suffix begins with a consonant, use the combining vowel (often ‘o’); when suffix begins with a vowel, root alone suffices.
Examples of roots and prefixes (selected):
Cardio- (heart), Arthr- (joint), Hemat- (blood), Gastr- (stomach), Hepat- (liver); Cephal- (head), Crani- (skull).
Prefix meanings: A-/An- (without), Circum- (around), Dys- (painful/difficult), Hyper- (above/excess), Hypo- (below/deficient).
Abbreviations: avoid DNU abbreviations; rely on full terms or approved synonyms; many are facility-specific.
30) Infection Control and Safety: Practical Guidelines
Universal precautions and standard precautions: assume every patient could be infectious; wash hands; wear PPE as needed; safe handling of all body fluids.
PPE: gloves, masks, gowns, face shields as required; proper donning and doffing; no recapping needles; use sharps containers.
Exposure control plan: include engineering controls, workplace controls, PPE, HBV vaccination; post-exposure follow-up; labeling and training requirements.
Transmission-based precautions: Contact, Droplet, Airborne—apply appropriate precautions and PPE.
Hazardous waste handling: biohazard bags, biohazard waste containers, sharps containers; proper labeling; double bagging when contaminated.
Post-exposure steps: wash exposed area, report to supervisor, medical evaluation, confidentiality.
31) Ethics and Values in Health Care
Codes of ethics and professional ethics: autonomy, justice, beneficence, nonmaleficence; fairness in access to care.
Medical ethics extends to patient autonomy, privacy, and informed consent; the MA’s role in facilitating informed consent where appropriate and documenting it.
De-escalation and conflict resolution: use nonconfrontational, respectful communication; involve supervisors when needed; maintain patient dignity and privacy.
32) Key Data Points and Formulas (Quick Reference)
BMI formulae:
Temperature conversions:
Ratio/Proportion & Desired/Have: see above examples; use cross-multiplication for quick checks.
Lipids, electrolytes, and common lab values are context-dependent; ensure proper reference ranges in the EHR and follow up with the provider for abnormal values.
Connections to Foundational Principles
Professionalism and patient trust are foundational to effective health care delivery and patient satisfaction (Quadruple Aim emphasis on patient experience).
Understanding scope of practice and licensure/certification ensures patient safety and compliance with legal standards.
PCMH and ACO concepts unify team-based care, care coordination, prevention, and cost containment—directly linked to reimbursement models and patient outcomes.
A strong emphasis on documentation, privacy, and informed consent supports ethical practice and reduces risk of malpractice.
Proficiency in terminology, measurement, dosage calculations, and lab handling underpins safe and effective patient care.
If you’d like, I can tailor these notes to a particular exam format (e.g., flashcards, outline, or a concise one-page sheet) or expand any section with more detailed bullet points and example questions using the LaTeX-formatted equations above.