BCNP study guide
BCNP · Work through your exam, one topic at a time.
The Board-Certified Nuclear Pharmacist (BCNP®) designation is awarded by the Board of Pharmacy Specialties (BPS) to pharmacists who meet the specialty's eligibility requirements and achieve a passing score on the Nuclear Pharmacy specialty certification examination. It is intended for pharmacists practicing in nuclear pharmacy and radiopharmaceutical settings, including centralized commercial radiopharmacies, hospital and academic nuclear pharmacies, PET and theranostics operations, and quality, regulatory, and radiation safety roles. The Nuclear Pharmacy Specialty Council develops standards and eligibility requirements, develops examinations and passing standards, and reviews and approves professional development programs used for recertification. The examination content outline is produced through a job analysis, or role delineation study, involving a panel of 15-20 subject matter experts representing the specialty; those experts identify the competencies required for safe and effective practice, and board-certified pharmacists validate them through a survey. The job analysis is repeated every 5 years so the outline reflects current practice. Items are multiple choice: most require a single response from four options, a small percentage require selecting three or four responses from up to eight options, and some items may be supplemented by an image. Topics on this exam: Nuclear Pharmacy Practice. The BCNP study guide has 1 section and about 299 words.
01Nuclear Pharmacy Practice
Nuclear pharmacy practice centers on the safe preparation, quality control, dispensing, and regulatory oversight of radiopharmaceuticals. A candidate must understand radiopharmacy math (decay correction, pre-calibration, specific activity, and concentration adjustments), unit conversions between mCi/MBq and mrem/Sv, and the relationship between half-life and practical shelf life. Know the major radionuclides used in imaging and therapy (Tc-99m, F-18, Ga-68, I-123, I-131, Lu-177, Y-90) and their production routes, since questions often test whether a nuclide comes from a generator, cyclotron, or reactor. You should also know the USP chapters governing compounding and quality control, the role of the radiation safety officer and the NRC/agreement-state framework, and the requirements for eluate testing, sterility, pyrogenicity, and radiochemical purity.
299 words, about 1 minMore study resources for BCNP
- Practice questionsWhich unit expresses the radioactivity of a radiopharmaceutical as decays per second in the SI system?
- FlashcardsRadiochemical purity. The fraction of total radioactivity present in the desired chemical form, determined by chromatography and expressed as a percentage of activity in the product peak relative to total activity.
- Cheat sheetRadionuclide purity = fraction of total activity from the desired radionuclide; assess by gamma spectroscopy, and verify that contaminant peaks fall below the stated limit before release.
- Key termsRadionuclide. An unstable form of an element that emits radiation as it decays to a more stable state.
- Study planMap every subarea of Nuclear Pharmacy Practice into a personal checklist covering radiopharmaceutical preparation, quality control, instrumentation, radiation safety, and regulatory compliance.
- Common mistakesStudying is often organized by organ system, so candidates memorize 'liver agent' or 'bone agent' lists without tying each tracer's mechanism (phagocytosis by Kupffer cells, hepatocyte transport, chemisorption to hydroxyapatite) to the exact tissue being evaluated.
- Exam-day guideBring the original, unexpired ID whose name matches your registration exactly.