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| Section | Objectives |
|---|---|
| Specimen Processing and Handling | - Labeling and documentation - Specimen transport and storage - Quality control and rejection criteria |
| Specimen Collection | - Capillary puncture procedures - Order of draw and tube handling - Venipuncture techniques |
| Professional Practice | - Ethics and patient confidentiality (HIPAA) - Communication and professionalism |
| Patient Preparation | - Site selection and preparation - Explaining procedures and obtaining consent - Patient identification and communication |
| Safety and Compliance | - OSHA standards and safety protocols - Infection control and PPE usage - Needlestick prevention and biohazard disposal |
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NEW QUESTION # 44
Which of the following can cause a preanalytic error for serum bilirubin?
Answer: A
Explanation:
Light exposure can cause a preanalytic error for serum bilirubin because bilirubin is light-sensitive. If a bilirubin specimen is exposed to light for too long, photodegradation can occur, leading to falsely decreased bilirubin results. This is why bilirubin specimens are commonly protected from light by using an amber container or wrapping the specimen in foil according to facility procedure. "Population" is not a specimen-handling variable that directly causes bilirubin degradation. "Pollutants" is too vague and does not identify the specific preanalytical issue tested here. "Location" may matter for collection site selection in some contexts, but it is not the classic handling error for bilirubin. The phlebotomist must know which specimens require special handling for light, temperature, time, transport, and processing. Failure to protect light-sensitive analytes can compromise specimen integrity before testing even begins, producing inaccurate laboratory results despite correct venipuncture technique. The NHA CPT outline directly includes maintaining specimen integrity based on handling requirements such as temperature, light, and time, as well as recognizing the impact of preanalytical errors on test results. Reference topics: Processing Specimens; bilirubin handling; light protection; preanalytical error.
NEW QUESTION # 45
A phlebotomist is collecting a blood culture from a 6-month-old infant who has no known allergies. Which of the following disinfectants should the phlebotomist use?
Answer: C
Explanation:
Chlorhexidine gluconate is the best answer for blood culture skin antisepsis in this 6-month-old infant with no known allergies. Blood cultures require stricter skin disinfection than routine venipuncture because contamination can produce false-positive culture results, unnecessary antibiotics, repeat testing, and delayed diagnosis. Sodium polyanethol sulfonate is not a skin disinfectant; it is an anticoagulant/additive used in blood culture media to support organism recovery. Sodium hypochlorite is a bleach-type disinfectant used for environmental decontamination, not patient skin preparation for venipuncture. Hydrogen peroxide is not the standard blood culture skin antiseptic. Chlorhexidine is widely used for effective skin antisepsis, and CDC guidance recognizes chlorhexidine-containing agents in healthcare infection-control contexts when age, skin maturity, and clinical risk are considered. For collection technique, the phlebotomist should cleanse the site properly, allow the antiseptic to dry, avoid repalpating unless sterile technique is used, collect adequate volume, and label/document accurately. Reference topics: Special Collections; blood culture collection; pediatric skin preparation; contamination prevention.
NEW QUESTION # 46
A phlebotomist enters a patient's room and finds the patient motionless and cyanotic. Which of the following actions should the phlebotomist take?
Answer: B
Explanation:
The first action is to assess responsiveness by speaking loudly and directly to the patient, such as asking whether they are okay. A motionless, cyanotic patient may be in respiratory or cardiac arrest, but the phlebotomist must follow the emergency response sequence rather than jumping to airway maneuvers, rescue breaths, or AED use before confirming responsiveness and activating help according to facility protocol. The head-tilt/chin-lift maneuver is an airway-opening step, but it follows initial responsiveness assessment and emergency activation. Rescue breaths are not the first step and are performed only within the appropriate CPR sequence and training level. Applying an AED is appropriate when cardiac arrest is suspected and the emergency response process has been initiated, but the first immediate action from the options is responsiveness assessment. NHA CPT safety content includes recognizing emergencies, initiating first aid, responding to codes, and CPR-related guidelines. Reference topics: Safety and Compliance; emergency recognition; CPR sequence; first aid response.
NEW QUESTION # 47
Which of the following actions should a phlebotomist take to identify a patient who was admitted to a facility?
Answer: A
Explanation:
For an admitted patient, the phlebotomist should check the patient's identification band. Inpatient identification depends on matching the patient's wristband to the requisition or collection order using required identifiers, commonly full name and date of birth or medical record number. Stating the patient's name and date of birth for the patient to confirm is weaker because it allows passive agreement and does not require the patient to actively provide identifiers. Using the medical chart alone is not sufficient because charts can be misplaced, opened to the wrong patient, or outdated. Comparing the wristband to bedside equipment is also unsafe because equipment stickers may be incorrect, moved, or not patient-specific enough to serve as the primary identifier. The correct process protects against wrong-patient collection, mislabeling, transfusion risk, diagnostic error, and specimen rejection. Reference topics: Patient Preparation; inpatient identification; wristband verification; two patient identifiers; requisition matching; specimen labeling. NHA places patient identification and preparation procedures under core CPT exam domains.
NEW QUESTION # 48
Which of the following transmission-based precautions should a phlebotomist follow when performing collections for a patient who has a Clostridium difficile infection?
Answer: A
Explanation:
Clostridium difficile infection requires contact precautions because the organism is transmitted primarily by the fecal-oral route through contaminated hands, surfaces, equipment, and patient-care environments. A phlebotomist entering the room must follow posted isolation instructions, use appropriate PPE, and perform meticulous hand hygiene. For C. difficile, soap-and-water handwashing is especially important because alcohol-based hand rubs do not reliably destroy spores. Airborne precautions are used for diseases transmitted by small droplet nuclei, such as tuberculosis. Droplet precautions are used for organisms spread through respiratory droplets, such as influenza or pertussis. Reverse isolation is used to protect severely immunocompromised patients from external contamination, not to protect staff and other patients from C. difficile. Contact precautions directly address the transmission route. The phlebotomist should also avoid bringing unnecessary supplies into the room, disinfect reusable equipment according to policy, and prevent cross-contamination during specimen handling. Reference topics: Safety and Compliance; infection control; transmission-based precautions; PPE; isolation procedures; hand hygiene.
NEW QUESTION # 49
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