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| Section | Objectives |
|---|---|
| Topic 1: Special Collections | - Pediatric and geriatric considerations - Capillary puncture (fingerstick/heel stick) - Non-routine specimen collection methods |
| Topic 2: Specimen Processing and Handling | - Quality assurance procedures - Common errors and rejection criteria - Specimen transport and storage |
| Topic 3: Safety and Compliance | - HIPAA and patient confidentiality - OSHA regulations and patient safety - Infection control and standard precautions |
| Topic 4: Routine Blood Collections | - Equipment selection and use - Venipuncture procedures - Order of draw |
| Topic 5: Patient Preparation | - Specimen labeling procedures - Patient identification and communication - Site selection and preparation |
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NEW QUESTION # 35
Which of the following tests should a phlebotomist anticipate to complete for a patient who has a fever of unknown origin?
Answer: B
Explanation:
For a patient with fever of unknown origin, the phlebotomist should anticipate blood culture collection. Blood cultures are ordered to detect microorganisms in the bloodstream and are especially important when infection, bacteremia, or sepsis is suspected. Fever without a known source is a classic clinical reason for obtaining cultures before antimicrobial therapy when possible. ESR may support evaluation of inflammation, but it does not identify bloodstream infection. Immunology tests may be used for immune or infectious disease investigations, but they are not the primary phlebotomy collection expected for fever of unknown origin. Rapid plasma renin evaluates the renin-angiotensin system and is associated with blood pressure and endocrine evaluation, not unexplained fever. Blood culture collection requires strict aseptic technique, correct antiseptic contact time, proper bottle order, adequate volume, correct number of sets, documentation of collection site, and timely transport. Contamination can produce false-positive results and inappropriate treatment. NHA CPT competencies include blood culture collection, special collections, infection control, site preparation, bottle handling, and specimen integrity. Reference topics: Special Collections; blood cultures; fever workup; contamination prevention.
NEW QUESTION # 36
Which of the following is an example of a postanalytical error?
Answer: A
Explanation:
Failing to report a critical value promptly is a postanalytical error because it occurs after testing has produced a result. Postanalytical processes include result reporting, documentation, communication, verification, and delivery to the appropriate provider or clinical team. Collecting the wrong tube, underfilling a citrate tube, and hemolyzing a specimen during collection are preanalytical errors because they occur before laboratory analysis. These preanalytical errors may lead to specimen rejection or inaccurate results. Critical values require urgent communication because they may indicate an immediate threat to patient safety. The phlebotomist's role depends on facility policy; if performing point-of-care testing, the technician may be responsible for documenting and reporting results through a defined workflow. A delayed critical result can be just as dangerous as an incorrect specimen because the patient may not receive timely intervention. This question tests the three phases of laboratory testing: preanalytical, analytical, and postanalytical. Reference topics: Processing Specimens; postanalytical error; critical value reporting; documentation; laboratory workflow.
NEW QUESTION # 37
At the completion of a routine venipuncture, a phlebotomist incurs a needlestick to their finger. Which of the following information should the phlebotomist include on the incident report for this situation?
Answer: A
Explanation:
The incident report should include the type of blood collection device used. For a needlestick or contaminated sharps injury, the device involved is central to exposure documentation because the facility must evaluate whether safer devices, training, handling, or disposal procedures failed. OSHA states that a sharps injury log must include, at minimum, the type and brand of device involved when known, the department or work area, and an explanation of how the incident occurred. The number and color of tubes collected may matter for specimen documentation but does not explain the exposure mechanism. The employee's primary care provider information is not the key occupational exposure detail. Proof of biohazard container fill-line adherence may be relevant only if the injury involved sharps disposal, but the broader required incident-report item is the collection device involved. The phlebotomist should immediately wash the area, report the injury, follow exposure-control policy, document the event, and obtain occupational health evaluation. Reference topics: Safety and Compliance; needlestick injury; exposure control; OSHA sharps injury log; incident reporting.
NEW QUESTION # 38
A patient starts convulsing during a blood collection. Which of the following actions should the phlebotomist take?
Answer: C
Explanation:
If a patient begins convulsing during blood collection, the phlebotomist's priority is patient safety and prevention of injury. From the choices provided, allowing the patient's limbs to move freely is correct because the phlebotomist should not restrain the patient during a seizure. Restraining can cause musculoskeletal injury and does not stop the seizure. In actual procedure, the phlebotomist should immediately stop the draw when safe, remove the tourniquet and needle, activate the safety device, call for help, protect the patient from surrounding hazards, and follow emergency protocol. Continuing the collection is unsafe because seizure activity can cause needle movement, vein trauma, needlestick exposure, and specimen compromise. A cold compress is more relevant to swelling, bruising, or selected local complications, not active convulsions. Orange juice may be appropriate only for a conscious patient with suspected hypoglycemia who can swallow safely; it is unsafe during convulsions. The NHA CPT outline includes recognizing seizures and other complications during routine blood collection, discontinuing the draw if needed, emergency response, and first aid. Reference topics: Safety and Compliance; Routine Blood Collections; seizure response; emergency care during collection.
NEW QUESTION # 39
At which of the following angles should a phlebotomist insert an antecubital venipuncture needle?
Answer: D
Explanation:
For antecubital venipuncture, the needle is inserted bevel up at approximately a 15° to 30° angle, with 30° commonly used as the upper accepted standard for routine venous access. From the options provided, 30° is the best answer. A 10° angle is usually too shallow for antecubital venipuncture and may cause the needle to skim the skin surface or fail to enter the vein lumen. A 45° angle is too steep and increases the risk of passing through the vein, causing hematoma, pain, or arterial/nerve injury depending on site depth and anatomy. A 25° angle can be clinically workable in some routine venipunctures, but this item is asking for the standard recognized insertion angle, and 30° is the expected test answer. Proper angle must be combined with vein anchoring, bevel-up orientation, stable equipment control, and avoidance of excessive probing. The NHA CPT outline specifically includes needle insertion, angle of needle insertion and withdrawal, and routine venipuncture technique. Reference topics: Routine Blood Collections; antecubital venipuncture; angle of needle insertion; needle withdrawal and safety.
NEW QUESTION # 40
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