Once you have practiced and experienced the quality of our Phlebotomy-Technician exam preparation, you will remember the serviceability and usefulness of them. It explains why our Phlebotomy-Technician practice materials helped over 98 percent of exam candidates get the certificate you dream of successfully. Believe me you can get it too and you will be benefited by our Phlebotomy-Technician Study Guide as well. Just have a try on our Phlebotomy-Technician learning prep, and you will fall in love with it.
| Section | Weight | Objectives |
|---|---|---|
| Special Collections | 12% | - Therapeutic drug monitoring - Glucose tolerance & dynamic tests - Blood cultures & sterile collection - Blood alcohol & legal collections - Pediatric & geriatric collections |
| Safety and Compliance | 26% | - Quality control & error prevention - Infection control & OSHA standards - PPE & sharps disposal - HIPAA & patient confidentiality - Bloodborne pathogens & exposure control |
| Routine Blood Collections | 28% | - Tourniquet use & vein assessment - Venipuncture techniques & equipment - Order of draw & tube selection - Capillary puncture procedures - Post-collection care & labeling |
| Specimen Processing & Handling | 14% | - Processing & centrifugation - Documentation & tracking - Specimen rejection criteria - Aliquoting & preservation - Transport & storage requirements |
| Patient Preparation | 20% | - Patient identification & verification - Requisition review & test verification - Patient positioning & comfort - Site selection & preparation - Informed consent & communication |
>> Free Phlebotomy-Technician Dumps <<
All NHA Phlebotomy-Technician exam dumps formats are being offered at the best price. The real NHA Phlebotomy-Technician Dumps are ready for download. Just pay an affordable Phlebotomy-Technician exam questions charge and start preparing. Itcertmaster resolves every problem of the test aspirants with reliable NHA Phlebotomy Technician Certification Exam (CPT) Phlebotomy-Technician Practice Test material.
NEW QUESTION # 81
A phlebotomist discovers that they obtained a specimen in an expired additive tube. Which of the following actions should the technician take?
Answer: A
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 # 82
Which of the following is the life span of an erythrocyte?
Answer: D
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 # 83
A phlebotomist receives a phone call from a provider's practice asking for a patient's CBC results. To which of the following departments should the phlebotomist transfer the call?
Answer: C
Explanation:
A complete blood count, or CBC, is handled by the hematology department because it evaluates cellular components of blood, including red blood cells, white blood cells, hemoglobin, hematocrit, platelets, and differential findings when ordered. Chemistry focuses on analytes such as glucose, electrolytes, enzymes, renal markers, liver markers, and metabolic panels. Coagulation handles clotting studies such as PT, INR, aPTT, fibrinogen, and related hemostasis testing. Serology focuses on antigen-antibody testing and immune-response assays. A phlebotomist should not disclose results unless authorized by facility policy and role scope. The correct action is to direct the caller to the department that performs or releases the requested test result. This protects patient confidentiality and avoids miscommunication of clinical information. NHA CPT processing content includes communication between non-laboratory personnel, retrieving specimen or result data through laboratory systems, distributing results to ordering providers, and understanding blood components and laboratory testing roles. Reference topics: Processing Specimens; laboratory departments; hematology testing; communication of laboratory results.
NEW QUESTION # 84
Which of the following is the maximum allowed time for a tourniquet application before possibly affecting test results?
Answer: C
Explanation:
The maximum recommended tourniquet application time before results may be affected is 60 seconds. A tourniquet is applied to increase venous filling and make the vein easier to locate and access, but prolonged application causes venous stasis and hemoconcentration. When blood remains trapped below the tourniquet too long, fluid shifts from the vascular space into surrounding tissue, concentrating cells, proteins, and protein-bound analytes. This can falsely elevate results such as potassium, calcium, proteins, and other chemistry values. It can also increase patient discomfort and make the collection more difficult. Thirty and forty-five seconds are acceptable but are not the maximum allowed time. Ninety seconds is too long and increases the risk of altered test values. Correct practice is to apply the tourniquet only long enough to select the site and establish blood flow, then release it promptly, especially before removing the needle. Reference topics: Routine Blood Collections; tourniquet application; hemoconcentration; venipuncture preanalytical variables.
NEW QUESTION # 85
A phlebotomist completes a venipuncture procedure and activates the safety mechanism on the winged infusion set up to discard it into the sharps container. Which of the following actions should the phlebotomist take if the sharps container is locked?
Answer: C
Explanation:
If the sharps container is locked and cannot accept the used winged infusion set, the phlebotomist should obtain a new sharps container. A contaminated needle or winged infusion set must be discarded immediately into an approved sharps container that is puncture-resistant, leak-resistant, properly labeled or color-coded, closable, and accessible at the point of use. Unlocking or forcing a container is unsafe and may expose the technician to contaminated sharps. A trash container is never acceptable for needle disposal because it creates risk for housekeeping staff, patients, and other personnel. A biohazard bag is also incorrect because bags are for regulated soft biohazard waste, not sharps; needles can puncture the bag and cause injury. The correct action is to maintain control of the activated device safely and use an appropriate replacement sharps container. This is a direct OSHA and standard-precaution issue. Reference topics: Safety and Compliance; sharps disposal; safety-engineered devices; needlestick prevention; OSHA bloodborne pathogen precautions.
NEW QUESTION # 86
......
All questions on our Phlebotomy-Technician exam questions are strictly in accordance with the knowledge points on newest test syllabus. Also, our experts are capable of predicating the difficult knowledge parts of the Phlebotomy-Technician exam according to the test syllabus. We have tried our best to simply the difficult questions of our Phlebotomy-Technician Practice Engine to be understood by the customers all over the world. No matter the students, office staffs, even someone who know nothing about this subjest can totally study it without difficulty.
Test Phlebotomy-Technician Valid: https://www.itcertmaster.com/Phlebotomy-Technician.html