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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Patient Preparation | 20% | - Patient identification & verification - Requisition review & test verification - Informed consent & communication - Patient positioning & comfort - Site selection & preparation |
| Topic 2: Specimen Processing & Handling | 14% | - Processing & centrifugation - Documentation & tracking - Specimen rejection criteria - Transport & storage requirements - Aliquoting & preservation |
| Topic 3: Safety and Compliance | 26% | - Quality control & error prevention - HIPAA & patient confidentiality - Bloodborne pathogens & exposure control - Infection control & OSHA standards - PPE & sharps disposal |
| Topic 4: Routine Blood Collections | 28% | - Venipuncture techniques & equipment - Tourniquet use & vein assessment - Capillary puncture procedures - Post-collection care & labeling - Order of draw & tube selection |
| Topic 5: Special Collections | 12% | - Therapeutic drug monitoring - Glucose tolerance & dynamic tests - Blood cultures & sterile collection - Blood alcohol & legal collections - Pediatric & geriatric collections |
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NEW QUESTION # 101
Which of the following is the best response when a patient asks the phlebotomist to interpret an abnormal laboratory result?
Answer: A
Explanation:
The best response is, "Your provider can explain what the result means." Phlebotomists may explain collection procedures, specimen requirements, and general process steps, but they should not interpret laboratory results, diagnose conditions, or speculate about disease severity. Telling the patient the condition is serious is outside scope and may be inaccurate. Advising the patient to search online is unprofessional and can increase confusion or anxiety. Suggesting the laboratory made an error is also inappropriate unless an authorized investigation has identified an error. The correct response protects patient safety, scope of practice, and communication integrity. Laboratory results must be interpreted in clinical context, including history, medications, symptoms, other test results, and provider assessment. The phlebotomist should route result questions to the ordering provider or authorized clinical staff according to facility policy. This question tests professionalism and communication boundaries. Reference topics: Patient Preparation; scope of practice; patient communication; result interpretation; professional conduct.
NEW QUESTION # 102
A phlebotomist uses a point-of-care instrument to perform a prothrombin time/INR test on a patient that results in a critical value. Which of the following type of medication should the phlebotomist expect to see on the patient's medication list?
Answer: D
Explanation:
A prothrombin time/INR test evaluates the extrinsic and common coagulation pathways and is commonly used to monitor anticoagulant therapy, especially warfarin. Therefore, when a PT/INR point-of-care result is critically abnormal, the medication category most expected on the patient's list is anticoagulants. Anticoagulants interfere with clot formation and can prolong PT/INR values, creating an increased bleeding risk if outside the therapeutic range. Opioids are analgesics and do not directly monitor through PT/INR. Antidiabetics are associated with glucose monitoring, not coagulation testing. Statins are lipid-lowering medications and are usually monitored through lipid panels and liver-related considerations, not PT/INR. A critical PT/INR value must be handled according to facility policy, documented accurately, and reported through the correct clinical pathway; the phlebotomist does not interpret or treat the result independently. The NHA CPT outline covers point-of-care testing, critical values for POC and CLIA-waived testing, hemostasis, coagulation, and reporting requirements. Reference topics: Special Collections; point-of-care testing; hemostasis and coagulation; critical value reporting.
NEW QUESTION # 103
A phlebotomist enters a patient's room and finds the patient motionless and cyanotic. Which of the following actions should the phlebotomist take?
Answer: A
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 # 104
Which of the following is the life span of an erythrocyte?
Answer: B
Explanation:
The life span of an erythrocyte, or red blood cell, is approximately 120 days. Erythrocytes are specialized cells that transport oxygen through hemoglobin and support carbon dioxide transport from tissues back to the lungs. Because mature erythrocytes lack nuclei and many organelles, they cannot repair themselves indefinitely; they gradually lose membrane flexibility and are removed primarily by the spleen and reticuloendothelial system. A 14-day lifespan is far too short for normal red blood cells and is more consistent with certain abnormal disease states or other cellular turnover concepts. Eighty days and 160 days are not the standard lifespan used in basic hematology. This knowledge matters in phlebotomy because blood collection, CBC interpretation context, hemolysis awareness, and specimen quality all depend on understanding blood components. The phlebotomist is not diagnosing anemia or hemolytic disease, but must understand formed elements and their general characteristics. Reference topics: Phlebotomy Fundamentals; blood composition; erythrocytes; hematology basics; CBC-related concepts. MedlinePlus states that red blood cells live about 120 days.
NEW QUESTION # 105
A phlebotomist has just performed quality control measurements on a glucose monitor. The values exceed the acceptable limits. Which of the following actions should the phlebotomist take?
Answer: A
Explanation:
When glucose monitor quality control values exceed acceptable limits, the phlebotomist should perform the manufacturer's recommended actions. Out-of-range QC means the instrument, strips, controls, operator technique, storage conditions, or environmental factors may be unreliable. Patient testing should not proceed until the problem is corrected and QC results return to acceptable range according to the device instructions and facility procedure. Cleaning the monitor may be part of troubleshooting, but it is not automatically the complete or correct response unless the manufacturer's protocol identifies contamination as the cause. Replacing batteries may be appropriate only if the device indicates low power or the manufacturer's instructions direct it. Documenting the values is necessary, but documentation alone does not correct the failed QC or validate patient results. The correct professional action is to follow the device-specific troubleshooting and QC procedure, repeat controls when indicated, remove defective materials from use, and notify the appropriate supervisor if unresolved. NHA CPT competencies include point-of-care testing, quality control, CLIA-waived testing, equipment maintenance, and accurate documentation. Reference topics: Special Collections; point-of-care glucose testing; quality control; manufacturer instructions.
NEW QUESTION # 106
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