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| Section | Weight | Objectives |
|---|---|---|
| Topic 1: Safety and Compliance | 26% | - Infection control & OSHA standards - HIPAA & patient confidentiality - Bloodborne pathogens & exposure control - PPE & sharps disposal - Quality control & error prevention |
| Topic 2: Specimen Processing & Handling | 14% | - Processing & centrifugation - Documentation & tracking - Transport & storage requirements - Specimen rejection criteria - Aliquoting & preservation |
| Topic 3: Special Collections | 12% | - Therapeutic drug monitoring - Blood alcohol & legal collections - Pediatric & geriatric collections - Glucose tolerance & dynamic tests - Blood cultures & sterile collection |
| Topic 4: Patient Preparation | 20% | - Patient identification & verification - Informed consent & communication - Patient positioning & comfort - Site selection & preparation - Requisition review & test verification |
| Topic 5: Routine Blood Collections | 28% | - Tourniquet use & vein assessment - Venipuncture techniques & equipment - Capillary puncture procedures - Order of draw & tube selection - Post-collection care & labeling |
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NEW QUESTION # 91
Which of the following is the minimum amount of time required to perform vigorous handwashing according to standard precaution guidelines?
Answer: B
Explanation:
The minimum time for vigorous handwashing is 20 seconds. Proper handwashing requires wetting the hands, applying soap, rubbing all surfaces vigorously, cleaning between fingers and under nails, rinsing, and drying with a clean towel or approved drying method. Ten seconds is too short to reliably remove transient microorganisms. Two or three minutes is excessive for routine handwashing under standard precautions and is more consistent with extended surgical scrub concepts, not ordinary clinical hand hygiene before and after patient contact. In phlebotomy, hand hygiene is required before patient contact, after glove removal, after contact with blood or body fluids, after touching contaminated surfaces, and whenever hands are visibly soiled. Gloves do not replace hand hygiene; they are an additional barrier. Correct hand hygiene reduces healthcare-associated infection risk and protects both the patient and the phlebotomist. Reference topics: Safety and Compliance; standard precautions; hand hygiene; infection prevention; PPE. CDC guidance states that healthcare personnel should wash hands with soap and water for at least 20 seconds in indicated situations.
NEW QUESTION # 92
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: D
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 # 93
At which of the following angles should a phlebotomist insert an antecubital venipuncture needle?
Answer: A
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 # 94
A phlebotomist is collecting a blood culture set. Which of the following actions helps reduce contamination?
Answer: D
Explanation:
Allowing the antiseptic to dry before puncture helps reduce blood culture contamination. Blood cultures require strict aseptic technique because skin organisms can enter the specimen and produce false-positive results. Repalpating the site after antisepsis with an ungloved finger contaminates the prepared area and should not be done. If repalpation is absolutely necessary, facility policy may require sterile technique or repeat antisepsis. A gray-top tube is not collected before culture bottles; blood cultures are collected first in the order of draw to maintain sterility. Cleaning only the bottle cap is incomplete because both the patient's skin and bottle access surfaces must be prepared according to procedure. Blood culture quality depends on correct skin antisepsis, adequate drying time, correct bottle order, sufficient volume, separate collection sites when ordered, and accurate documentation. Contaminated cultures can lead to unnecessary antibiotics, longer hospitalization, additional testing, and patient harm. Reference topics: Special Collections; blood cultures; contamination prevention; antiseptic drying; aseptic technique.
NEW QUESTION # 95
Which of the following actions should a phlebotomist take before palpating a vein?
Answer: C
Explanation:
The phlebotomist should put on gloves before palpating a vein. Gloves are required because the phlebotomist is preparing for an invasive procedure with potential blood exposure. Palpation helps assess vein size, depth, direction, resilience, and suitability, but it must occur after hand hygiene and glove application. Removing the needle cap before site selection is unsafe because it exposes the needle unnecessarily and increases needlestick risk. Labeling collection tubes before collection is improper because tubes must be labeled after collection in the presence of the patient to prevent misidentification. Asking the patient to bend the arm is not appropriate for vein palpation and is especially unsafe after needle removal because bending the arm can cause hematoma formation. The correct sequence is patient identification, hand hygiene, gloves, position patient, apply tourniquet, select/palpate vein, release/reapply tourniquet as needed, clean site, allow antiseptic to dry, anchor, and perform venipuncture. Reference topics: Routine Blood Collections; glove use; vein palpation; venipuncture sequence; patient safety.
NEW QUESTION # 96
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