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| Section | Objectives |
|---|---|
| Topic 1: Safety and Compliance | - Needlestick prevention and biohazard disposal - Infection control and PPE usage - OSHA standards and safety protocols |
| Topic 2: Specimen Processing and Handling | - Quality control and rejection criteria - Labeling and documentation - Specimen transport and storage |
| Topic 3: Patient Preparation | - Patient identification and communication - Explaining procedures and obtaining consent - Site selection and preparation |
| Topic 4: Specimen Collection | - Order of draw and tube handling - Capillary puncture procedures - Venipuncture techniques |
| Topic 5: Professional Practice | - Ethics and patient confidentiality (HIPAA) - Communication and professionalism |
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NEW QUESTION # 111
A laboratory is scheduled for a routine annual inspection with primary focus on equipment maintenance logs. Which of the following areas will be the focus of the inspection?
Answer: B
Explanation:
The focus is mechanical safety because equipment maintenance logs document whether laboratory equipment is being inspected, maintained, calibrated, and monitored properly. In a phlebotomy or clinical laboratory setting, mechanical safety includes safe use and maintenance of centrifuges, refrigerators, freezers, analyzers, timers, and other equipment used in specimen collection and processing. Maintenance logs demonstrate that the facility follows required quality-control procedures and that equipment problems are reported and corrected. Chemical safety would focus on chemical labeling, SDS access, storage compatibility, spill response, and exposure controls. Radiation safety would apply to radioactive materials or imaging-related hazards, not routine phlebotomy equipment logs. Electrical safety would involve cords, plugs, grounding, and electrical hazards, which may be inspected separately but are not the primary focus when the question specifically identifies equipment maintenance logs. NHA CPT safety content includes performing quality control for laboratory equipment, maintaining logs for equipment inspection, reporting and troubleshooting equipment issues, and following manufacturer recommendations for equipment maintenance and calibration. Reference topics: Safety and Compliance; equipment maintenance logs; quality control; mechanical safety.
NEW QUESTION # 112
Which of the following types of testing requires chain of custody documentation for specimens?
Answer: C
Explanation:
Drug testing requires chain of custody documentation when the specimen is collected for legal, employment, forensic, or regulatory purposes. Chain of custody tracks the specimen from collection through transport, receipt, testing, storage, and final disposition. It documents who collected the specimen, who handled it, when transfers occurred, whether seals were intact, and whether the specimen remained secure. This protects the legal defensibility of the result by reducing the possibility of substitution, tampering, contamination, or misidentification. Blood typing requires strict patient identification and specimen labeling because of transfusion risk, but it is not the classic chain-of-custody specimen in this question. HIV testing requires confidentiality and consent requirements according to policy, but not forensic custody tracking in routine care. Tuberculosis testing requires correct collection or test procedure, infection-control precautions, and documentation, not legal custody control. For drug screening, the phlebotomist must follow collection kit instructions exactly, verify identity, seal the specimen properly, complete all required documentation, and maintain specimen security. Reference topics: Processing Specimens; chain of custody; toxicology testing; forensic specimens; legal documentation.
NEW QUESTION # 113
Which of the following actions should the phlebotomist take when labelling inpatient specimens?
Answer: A
Explanation:
For inpatient specimens, the phlebotomist should label the specimen collection container immediately after collection using the patient's wristband information as the identification source. The key control is bedside labeling in the presence of the patient, after positive identification and collection, so the specimen is tied to the correct patient before it leaves the room. Labeling the lid is unsafe because lids can be removed, switched, or separated from the specimen. Having the patient write demographic information is not an acceptable patient-identification process and does not satisfy laboratory labeling requirements. Provider pre-labeling is also unsafe because it creates a risk of wrong-patient collection if the container is later used for another patient or if identification is not verified at collection. Correct labeling usually includes patient name, second identifier, date and time of collection, collector identity, and any facility-required information. The NHA CPT outline specifically includes patient identifiers, labeling procedures and requirements, documentation, and the task of labeling all specimens. Reference topics: Routine Blood Collections; patient identification; specimen labeling; documentation requirements.
NEW QUESTION # 114
A phlebotomist discovers that they obtained a specimen in an expired additive tube. Which of the following actions should the technician take?
Answer: C
Explanation:
The specimen must be redrawn in an unexpired tube. Expired additive tubes cannot be trusted because the vacuum, sterility, additive concentration, stopper integrity, and chemical performance may be compromised. Once blood has been collected into an expired additive tube, the specimen is already affected by that collection environment; transferring it into another tube does not correct the original exposure and can introduce additional hemolysis, contamination, clotting, or additive-ratio errors. Placing the specimen on ice does not reverse an expired additive problem. Submitting the specimen because the tube is "within 30 days" of expiration is unsafe; expired means expired, and laboratory acceptance criteria are based on valid collection supplies. This is a preventable preanalytical error, and the phlebotomist should also remove expired supplies from use to prevent recurrence. Tube expiration checks must occur before collection, not after the draw. Reference topics: Processing Specimens; preanalytical error; expired supplies; specimen rejection; tube quality control; recollection procedures.
NEW QUESTION # 115
A phlebotomist must recollect a blood sample after the initial sample was rejected by the laboratory. Which of the following factors might have caused the sample to be rejected?
Answer: B
Explanation:
An underfilled collection tube is a common reason for laboratory rejection because many tests require a specific blood-to-additive ratio. This is especially critical for coagulation specimens, where insufficient blood relative to anticoagulant can falsely prolong clotting results. Underfilling can also produce inadequate specimen volume for testing, repeat analysis, or instrument requirements. A hematoma at the puncture site is a patient complication and may indicate procedural difficulty, but it does not automatically require specimen rejection unless it affected specimen quality. Use of a multiple-sample needle is a standard venipuncture method and is not a rejection criterion by itself. The cephalic vein is an acceptable antecubital vein when selected appropriately, so using it does not invalidate the specimen. Processing accuracy begins at collection: correct tube, correct volume, correct mixing, correct labeling, and correct transport. The NHA CPT outline identifies preanalytical errors, minimum and maximum volume requirements, fill levels and ratios, maintaining specimen integrity, and recollection as core processing and collection competencies. Reference topics: Processing Specimens; preanalytical errors; tube fill level; specimen rejection and recollection.
NEW QUESTION # 116
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