Ace the NMTCB CT Board Challenge 2026 – Scan Your Way to Success! – All Questions

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A 50% overlap in CT section reconstruction yields better MPR image qualityAt what percentage of overlap should CT sections be reconstructed for improved MPR image quality?A saline flush after iodinated contrast can reduce the required contrast dose during CT imaging.Which of the following is a potential benefit of a saline flush after IV administration of iodinated contrast?Acoustic Neuromas and the Vestibulocochlear Nerve explain why the 8th cranial nerve matters for hearing and balanceWhich cranial nerve is associated with an acoustic neuroma?After the duodenum, the jejunum leads the way in the small intestine.Which portion of the small bowel follows the duodenum?Articular degeneration of the facet joints is a hallmark feature of spondylolisthesis.What type of joint changes characterize spondylolisthesis?Azotemia means higher nitrogen waste in the blood and signals kidney function issuesWhat does the term “azotemia” specifically refer to?Beam pitch in CT imaging: why table feed per rotation over total collimation mattersWhat is the formula for beam pitch?Cerebral Blood Flow: Why it matters in CT imaging and brain healthWhat does CBF stand for in the context of physiological measurements?Cerebral Blood Volume (CBV): What it means for brain imaging and CT perfusionWhat does CBV represent in medical terms?Choosing iodixanol: an iso-osmolar contrast option for safer CT imagingWhat is an example of an iso-osmolar contrast media?Cine CT captures motion by recording a time-series of images at a single location to create a moving picture of anatomyWhat is the term used to describe the acquisition of a series of CT images at a single anatomic location over a set period?Collimation in CT imaging occurs at the x-ray tube to regulate slice thickness and protect patientsWhere does collimation of the x-ray beam occur?Cone beams power Multi-Slice CT imaging, delivering fast scans and sharp 3D detailWhich beam shape is used in MSCT?Convolution sharpens CT images by reducing blur and clarifying structures.What mathematical process is used to remove blurring from reconstructed CT images?Coronal imaging uses a plane perpendicular to the hard palate for precise craniofacial assessment.Which imaging technique requires the imaging plane to be perpendicular to the hard palate?CSF density on CT: cerebrospinal fluid sits at 0 HU, helping you distinguish brain structuresWhat is the Hounsfield Unit (HU) value for cerebrospinal fluid (CSF)?CT Numbers Explain Tissue Density in CT ScansWhat does CT number represent in a CT scan?Cupping artifact in CT scans distorts density differences and why it mattersWhat imaging challenge does cupping artifact present in CT scans?Discovering the Benefits of Iodixanol (Visipaque) in Reducing Contrast-Induced NephropathyWhich of the following contrasts is often associated with less risk of contrast-induced nephropathy?Dysphagia means difficulty swallowing and why it matters in CT imaging.What is the definition of dysphagia?Extensive coronary artery calcium and the Agatston score: what a value above 400 means for heart health.What is considered extensive coronary artery calcium according to the Agatston system?Facet joint hypertrophy in spondylosis: what CT imaging revealsWhat condition is characterized by hypertrophy of the facets?Fallopian tubes transport ova to the uterus, a key step in reproduction.What is the main function of the Fallopian tubes in the female reproductive system?Fat shows -50 to -100 HU on CT: understanding Hounsfield Units and tissue differentiationWhich of the following tissues is expected to show a Hounsfield Unit value around -50 to -100 HU?Filtered back-projection remains the standard reconstruction method in modern CT scanners.Which mathematical reconstruction method is most commonly used by modern CT scanners?Filtered back-projection: a pivotal technique for sharper CT image detailWhat mathematical technique is most useful for enhancing spatial resolution in CT imaging?Fourier Transform isn't an iterative method in CT reconstruction.Which of the following is NOT an iterative method of reconstruction in CT imaging?Fourth generation CT scanners rotate the X-ray tube while detectors stay fixed to deliver sharper images.Which type of CT scanner is characterized by a rotating tube and a stationary detector?Frontal sinus development is usually the last paranasal sinus to form, typically during late childhood.Which paranasal sinus is typically the last to develop?Gerota's fascia keeps the kidneys in place by anchoring them in the abdomenWhich anatomical feature helps support the kidneys and maintains their position?Gerota's fascia: the fibrous envelope that binds the kidneys and adrenal glandsThe band of fibrous connective tissue that binds the kidneys is called?Healthy kidney function protects against contrast-induced nephrotoxicity (CIN): who is most at risk and why.Which condition is NOT considered a risk factor for contrast-induced nephrotoxicity (CIN)?Hepatic arterial phase timing: why 25 to 35 seconds after contrast matters in CT liver imagingHow long after contrast injection does the arterial phase of hepatic enhancement typically occur?How cerebral blood flow is calculated: CBV divided by MTT explained for NMTCB CT boardsWhat is the formula for calculating Cerebral Blood Flow (CBF)?How collimation controls CT slice thickness and improves image clarityWhat adjustment is critical for determining the thickness of slices in CT imaging?How increasing mAs and decreasing collimation reduce noise in CT imagingIf an imaging modality must reduce noise, what should the appropriate adjustments be for collimation and mAs?How the bow-tie filter boosts MDCT image quality while cutting patient doseWhich filter is primarily implemented to improve the quality of MDCT images while reducing patient dose?How the Fourier Transform enables analytic reconstruction in CT imagingFourier Transform can be defined as what type of method of reconstruction?Hypervascularity on contrast-enhanced CT is a hallmark of malignant tumors.What type of tumors are usually characterized as hypervascular in the context of contrast enhancement?Ileus explained: when the bowel’s movement stalls and CT clues reveal a functional obstruction.What condition refers to bowel obstruction due to loss of normal contractile motion in an area of the intestine?Image reconstruction in CT scanning turns 2D slices into 3D models to reveal anatomy and guide careWhat is the purpose of image reconstruction in CT scanning?Increase mAs and decrease section width to reduce quantum noise in CT imaging.To decrease quantum noise in imaging, what should be done with mAs and section width?Incubation is the first stage of infection, and it matters for radiology students studying NMTCB CT topicsWhat is the first stage of infection?Interpolation helps reconstruct motion-free CT images from helically acquired data.What mathematical technique allows for the reconstruction of motion-free images from helically acquired CT data?Interpolation lets MDCT images be reconstructed at any point along the acquired volume.What is the mathematical process that allows the reconstruction of MDCT images at any point along the acquired volume?Interpolation shapes MDCT image reconstruction by estimating values from adjacent data.What role does interpolation play in MDCT imaging?Interpolation Techniques Fix Motion Artifacts in CT Imaging—and Here’s Why They MatterWhich of the following is a method to correct motion artifacts in CT imaging?Interpolation: How we estimate unknown values within known data and why it matters in imagingWhat is the mathematical technique called that estimates an unknown value from surrounding values?Intrathecal contrast enters the subarachnoid space to highlight the spinal cordWhere does an intrathecal injection of contrast place the contrast material?Intussusception explained: a telescope-like bowel obstruction seen on CT and why quick recognition mattersWhat is intussusception?Iterative reconstruction in CT reduces radiation dose while preserving image quality.A common clinical application of iterative reconstruction is to:Knowing that pediatric pulse rates run 70-120 bpm helps clinicians read a child's heart health.What is the typical range for a child's pulse rate?Ligaments stabilize the foot’s arches, supporting balance and movementWhich structure is responsible for providing stability in the foot's arch?Linearity best describes how tissue attenuation maps to CT numbers.What describes the relationship between the linear attenuation coefficient of an object and the calculated CT numbers?Minimum intensity projections clearly reveal air trapping in the trachea and bronchial tree.What technique is used to optimally demonstrate air trapping within the trachea and bronchial tree?Modern MDCT X-ray tubes typically operate at 60–100 kW and this power level matters for image quality.What is the typical power output range for a modern MDCT X-ray tube?Normal respiratory rate for children: why 20-30 breaths per minute matters in clinical assessment.What is the common respiratory rate for children considered normal range?Oral administration is the enteral route: understanding GI absorption and how it shapes CT contrast choicesWhat is an example of an enteral route of administration?PACS is the backbone for viewing and analyzing CT images in modern radiologyWhat technology is primarily used for viewing and analyzing CT images?PACS is the Picture Archiving and Communication System that stores, retrieves, and displays medical images across CT, MRI, and X-ray modalities.What is the abbreviation for a computerized network that stores, retrieves, communicates, and displays digital images?Partial Thromboplastin Time: What It Measures and Why It Matters in Coagulation TestingWhat does PTT measure in coagulation testing?Perpendicular to the hard palate: how coronal CT imaging reveals the paranasal sinusesCoronal imaging through the paranasal sinuses is typically performed with the imaging plane:QRS Complex: How the End of Ventricular Depolarization Appears on ECG and Why It Matters for Cardiac ImagingWhich wave on an EKG indicates the end of ventricular depolarization?Quality control for CT calibration should be performed daily to keep image quality and patient safety in check.Quality control measurements for the accuracy of a CT scanner's calibration should be performed how often?Saline flush after iodinated contrast reduces streaking artifacts and improves CT image clarityWhich of the following effects can saline flush have following iodinated contrast administration?Smaller rotation angles in CT data acquisition improve temporal resolution for moving anatomy.Segmenting the data acquisition process into smaller rotation angles can improve which aspect of CT image quality?Spondylolysis commonly leads to spinal instability, severe back pain, and lower-extremity dysfunction.What is a common consequence of spondylolysis?Spondylolysis: how osteophyte formation reveals a pars interarticularis defect.What defect in the pars interarticularis is commonly caused by osteophyte formation?Spondylosis is a common culprit behind spinal stenosis and what it means for spine health.What condition leads to spinal stenosis?Stanford type A aortic dissection mainly involves the ascending aorta and why that matters.A Stanford type A dissecting aneurysm primarily affects which part of the aorta?Stanford type B aortic dissection affects the descending aorta after the left subclavian arteryA Stanford type B dissecting aneurysm primarily affects which part of the aorta?Stochastic radiation effects explain why any exposure can raise harm, with no fixed safety threshold.What term describes the relationship between radiation exposure and its potentially harmful effects?Subcutaneous injections illustrate the parenteral route by bypassing the gastrointestinal tract.Which of the following is a parenteral route of administration?The 1–3% barium sulfate concentration is the standard for GI imagingWhat is the typical concentration of barium sulfate used in imaging?The annulus fibrosus is the firm outer ring of the intervertebral disc.Which part of the disc is known as the annulus fibrosus?The arterial phase is the first step in hepatic contrast enhancement on CT.What is the first phase of hepatic contrast enhancement?The bolus technique gives the highest plasma iodine concentration for CT imaging.Which method of IV contrast agent administration provides the greatest overall plasma iodine concentration?The excretory phase of kidney contrast enhancement lasts about 3 to 5 minutes.What is the time duration for the excretory phase of kidney contrast enhancement?The iliac arteries bifurcate at the L5–S1 level, a pivotal transition in pelvic blood supplyAt which spinal segment do the iliac arteries bifurcate?The INR normal range is 0.8 to 1.2, and it guides anticoagulant therapy.What is the normal range for the International Normalized Ratio (INR)?The Lisfranc joint is the tarsometatarsal articulation that stabilizes the midfoot.Which joint is specifically referred to as the Lisfranc joint?The nephrographic phase in kidney CT imaging happens about 70 to 90 seconds after contrast administrationWhich kidney contrast enhancement phase occurs approximately 70-90 seconds after contrast administration?The QRS Complex Shows Ventricular Systole on the EKG.Which wave on an EKG represents ventricular systole?The stomach is intraperitoneal while kidneys and adrenal glands stay retroperitoneal—a quick CT anatomy refresher.Which of the following is NOT a retroperitoneal organ?The talus primarily facilitates ankle joint movement and anchors the hindfoot.What is the primary function of the talus in the hindfoot?The Z-axis defines the voxel's longitudinal dimension in CT imagingIn which axis does the longitudinal dimension of a voxel primarily lie?Timing the corticomedullary phase in kidney contrast enhancement around 30 to 40 seconds.Which phase of kidney contrast enhancement occurs at approximately 30-40 seconds?Timing the pancreatic phase in CT imaging: why 35–45 seconds matters for pancreatic visualizationWhat is the pancreatic phase of contrast enhancement typically measured in seconds?Understand the osmolarity range of high-osmolar contrast in CT imagingWhat range of mOsm/kg of water is characteristic of high-osmolar contrast?Understanding air in Hounsfield Units on CT scans and why -1000 HU mattersIn Hounsfield Units, what value typically represents air?Understanding Azotemia: What Excess Nitrogen in the Blood Reveals About Kidney FunctionWhat condition is characterized by excessive nitrogen in the blood?Understanding Cerebral Blood Flow (CBF) in Brain Contrast Imaging and Why It MattersWhat does CBF stand for in the context of contrast imaging?Understanding CT Image Formation: Why attenuation values are projected onto the matrix.A CT image is formed by projecting back what onto a matrix?Understanding CT tube filtration: why 6–9 mm aluminum matters for image quality and patient safetyWhat is the typical range for filtration in a CT tube?Understanding Diastole on the ECG: How the T-Wave Represents Ventricular Repolarization for CT TechnologistsDiastole on an EKG is represented by which wave?Understanding GFR in men: 70 ± 14 mL/min as a reference for kidney functionWhich of the following values represents the GFR for men?Understanding how filtration and kVp influence the average photon energy in CT beamsHow can the average photon energy of the CT x-ray beam be increased?Understanding how the effective dose relates to radiation-induced cancer risk in CT imaging.The effective dose is most relevant for assessing the risk of what?Understanding how the nucleus pulposus is the soft center of the intervertebral disc.What structure is referred to as the nucleus pulposus?Understanding inherent absorption efficiency and its impact on CT image qualityWhat represents the ability of a detector to capture transmitted x-ray quanta?Understanding inherent absorption efficiency in x-ray detector systems.In terms of x-ray systems, what does inherent absorption efficiency refer to?Understanding INR: What the International Normalized Ratio means for anticoagulant monitoringWhat does INR stand for?Understanding normal liver density on CT: what +50 to +65 HU tells usWhat would be an expected Hounsfield Unit measurement for a normal liver?Understanding Parenteral Routes of Medication AdministrationWhich of the following is not a parenteral route of administration?Understanding partial volume artifact in CT scans and how tissue density shapes voxel values.In image processing, what does the term 'partial volume artifact' refer to?Understanding Prothrombin Time and Its Role in Blood Clotting and Coagulation TestingWhat does PT measure in the context of blood tests?Understanding prothrombin time: the normal range, why it matters, and what can affect it.What is the normal range for prothrombin time (PT)?Understanding retroperitoneal organs: the duodenum, pancreas, and adrenal glandsWhich organs are classified as retroperitoneal?Understanding spinal stenosis: what it is, how it affects the spine, and why CT imaging mattersWhat is spinal stenosis?Understanding spondylolisthesis: the forward slip of a vertebral body and its implications for CT interpretationWhich term describes the forward slipping of an upper vertebral body?Understanding the 1–2 hour excretion half-life of IV contrast and how it informs CT imagingWhat is the typical excretion half-life of IV contrast?Understanding the 60 ± 10 mL/min/1.73 m² GFR range for women's kidney functionWhat is the normal GFR range for women?Understanding the 101-400 range: what moderate coronary artery calcium means in Agatston scoringWhat range represents moderate coronary artery calcium in the Agatston scoring system?Understanding the Agatston score: mild coronary artery calcium is 11-100.According to the Agatston system, how is mild coronary artery calcium classified?Understanding the Benefits of Prone Positioning in Post Myelogram CT ScansWhat is the purpose of using the prone position during a post myelogram CT exam of the lumbar spine?Understanding the Components of the Adnexal Area of the UterusWhich components make up the adnexal area of the uterus?Understanding the CT pixel value range in Hounsfield Units (-1024 to +3071) and what it means for tissue differentiation.What is the typical range for pixel values in CT imaging?Understanding the cupping artifact at the skull in CT imagingWhat type of artifact occurs in the superior portion of the skull due to dense bone averaging with low-attenuating brain tissue?Understanding the delayed hepatic contrast enhancement phase and why 5–20 minutes matterWhat is the time range for the delayed phase of hepatic contrast enhancement?Understanding the digital size of a CT image on a 512×512 matrixApproximately what is the digital size of a standard CT image reconstructed on a 512x512 matrix?Understanding the Equilibrium Phase in Hepatic CT: What Happens Around 2–3 Minutes After ContrastWhich phase of hepatic contrast enhancement occurs around 2-3 minutes post-injection?Understanding the Gray as the absorbed dose unit in radiology and how it compares with Sievert, Rem, and Curie.What is the unit of measurement for absorbed dose in radiology?Understanding the hindfoot: the talus and calcaneus—the two main bones that power the ankle and heelWhat are the two main bones in the hindfoot?Understanding the Hounsfield Unit range for blood on CT and why it mattersWhat is the Hounsfield Unit (HU) range for blood?Understanding the Hounsfield Unit range for fat in CT imagingWhat is the Hounsfield Unit (HU) range for adipose tissue or fat?Understanding the Hounsfield Unit Range for Lung Tissue on CT and Why It Remains NegativeWhat is the Hounsfield Unit (HU) range for lung tissue?Understanding the Hounsfield Unit range for muscle tissue in CT imaging.What is the Hounsfield Unit (HU) range for muscle tissue?Understanding the Lisfranc joint and how it connects the tarsals to the metatarsals in the midfootWhat structure forms the articulation between the tarsals and metatarsals?Understanding the Midfoot's Role in Foot Anatomy and FunctionWhat is the anatomical term for the area between the tarsal and metatarsal bones?Understanding the nephrographic phase timing in kidney contrast enhancementWhat is the time range for the nephrographic phase of kidney contrast enhancement?Understanding the normal adult body temperature range in Fahrenheit and its relevance for CT professionalsWhat is the typical body temperature range for adults in Fahrenheit?Understanding the normal adult pulse rate: what 60-100 bpm means for resting heart healthWhat is the typical adult pulse rate range?Understanding the normal pediatric body temperature range and its clinical implicationsWhat is the general range for a child's body temperature in Fahrenheit?Understanding the normal platelet count range and what 140k to 440k per microliter means for healthWhat is the typical range for platelet count in the blood?Understanding the normal range of partial thromboplastin time (PTT) and what it means for coagulation.What is the normal range for partial thromboplastin time (PTT)?Understanding the normal respiratory rate for adults and why it matters in CT imagingWhat is the usual respiratory rate for adults?Understanding the normal resting heart rate for adults and what it signals about healthWhat range indicates a normal adult pulse rate?Understanding the Optimal Timing for Contrast Enhancement in Pancreatic ImagingWhat is the time frame for optimal contrast enhancement in pancreatic imaging after contrast injection?Understanding the prodromal stage of infection—the initial phase with mild symptomsWhat is the prodromal stage of infection?Understanding the Role of Bow-Tie Filters in CT ImagingWhy are bow-tie filters used in CT x-ray systems?Understanding the rotate-stationary configuration in fourth-generation CT scannersWhat configuration is used in fourth generation CT scanners for the tube-detector arrangement?Understanding the safe IV contrast limit for children in pediatric CT: 3 mL/kg.What is the maximum IV contrast volume recommended for a child, based on body weight?Understanding the Sievert, the key unit for effective dose in radiation exposure.What unit is used to measure effective dose in radiation exposure?Understanding the soft tissue Hounsfield unit range on CT and why +30 to +70 HU mattersWhat is typically the Hounsfield Unit range for soft tissues?Understanding the T-wave on an EKG and why diastole is the key phase for ventricular repolarizationWhich of the following is used for the assessment of T-wave on an EKG?Understanding the typical FDG dose range for PET/CT scansWhat is the typical range for FDG dose in mCi during a CT scan?Understanding the typical pediatric respiratory rate and why the 20–30 breaths per minute range mattersWhat is the typical range for a child's respiratory rate?Understanding the Uniform Matrix Array in Modern CT TechnologyWhat is the name of the MSCT detector array that contains multiple rows of detector elements of the same length?Understanding what controls 3D CT reconstruction: the vital role of the reconstruction algorithmWhat controls the information included during the 3D reconstruction of a CT scan?Understanding what the normal BUN range (7-25 mg/dL) reveals about kidney health.What is the normal BUN level range?Understanding why 2–8 mg/mL iodine concentration is necessary for clear CT tissue opacificationWhat is the serum iodine concentration needed for adequate tissue opacification?Understanding why 150 mg/dL is the key glucose threshold for PET/CT imagingWhat is the maximum blood glucose level permissible for a PET/CT scan?Understanding why the kidneys reside in the retroperitoneumIn which anatomical location are the kidneys found?Volume rendering in CT scans helps you see depth and structure by tweaking voxel opacity.What is the term for the 3D technique that includes all acquired voxel information in the reconstructed model with adjustments to its opacity?Water sits at 0 HU on the CT Hounsfield scale, and here’s what that means for radiodensityWhat is the Hounsfield Unit (HU) value for water?What BUN means in medical tests and why it matters for kidney healthWhat is BUN an abbreviation for in medical tests?What defines a solitary pulmonary nodule and why its size matters in CT evaluationWhat defines a solitary pulmonary nodule?What is the normal adult respiratory rate range?What is the adult respiratory rate range considered normal?What is the normal range for cerebral blood flow and why does it matterWhat is the normal range for cerebral blood flow?What the 0.5 to 1.5 mg/dL creatinine range means for kidney health and CT imagingWhat is the typical range for creatinine levels in the blood?What the Agatston score 1-10 means for minimal coronary artery calciumHow does the Agatston scoring system classify minimal coronary artery calcium?What the Z-axis means in CT imaging and why it matters when reading scansWhat does the Z-axis represent in CT imaging?What truly matters when handling MDCT images: patient comfort, radiation safety, and image clarityWhich of the following is not a primary concern when handling MDCT images?When do kidney parenchymal lesions become visible on CT contrast-enhanced imaging?During which phase do parenchymal lesions become apparent in kidney contrast enhancement?When noise rises in CT images, matrix size and collimation rise while aperture size falls.When noise increases in an image, what two factors also increase while one decreases?Which bone isn't part of the midfoot? A closer look at navicular, cuboid, cuneiforms, and talus.Which bone is NOT part of the midfoot?Which device records the light flashes from a scintillation crystal in gamma imaging?What type of device is used to record light flashes from a scintillation crystal?Why 1.25 mm or less is the ideal section width for renal artery CT angiographyWhat section width should be used for CTA of the renal arteries?Why a 2-5% iodine concentration is recommended for water-soluble oral contrast in abdomen and pelvis CT imagingFor water-soluble oral contrast in abdomen/pelvis imaging, what percentage of iodine is recommended?Why an EKG is recorded: understanding the heart's electrical activity and what it revealsWhat is the primary purpose of recording an EKG?Why CT intrinsic filtration sits around 3 mm aluminum equivalent and what it means for dose and image quality.What is the approximate inherent filtration of the CT x-ray in terms of aluminum equivalent?Why dense bone shows +1500 to +2000 HU on CT scansWhat is the Hounsfield Unit (HU) range for dense bone?Why limiting radiation exposure matters in CT scans and how ALARA keeps patients safeWhat safety measure is particularly emphasized in the use of CT scans?Why the corticomedullary phase highlights the renal cortex and veins in CT contrastIn which kidney contrast enhancement phase are the renal cortex and renal veins observed?Why the CT dose profile is wider than the slice sensitivity profileHow does the dose profile compare to the slice sensitivity profile in CT scans?Why the forefoot is where the metatarsals live and what that means for imaging.Which part of the foot is primarily made up of metatarsals?Why the hepatic portal venous phase at 60–70 seconds is crucial for clear liver CT imagesDuring the portal/hepatic venous phase of hepatic contrast enhancement, what is the typical time frame for imaging?Why the liver is about 10 HU denser than the spleen on CT scansHow much greater in HU is a normal liver compared to the spleen?Why the Oral Route Is Enteral: A Clear Guide for NMTCB CT LearnersWhich route of administration is considered enteral?Why the P-Wave Matters in Understanding Atrial SystoleOn an EKG, which wave corresponds to atrial systole?Why the renal pelvis, ureters, and bladder drive the excretory phase in kidney functionWhich of the following correctly identifies the renal structures involved during the excretory phase?Why the typical CT X-ray tube filament size is 0.5–1.2 mm.What is the typical filament size range for modern CT X-ray tubes?Xenon is the go-to gas for radiation measurement in gas ionization chambers.What gas is primarily used in gas ionization chambers for radiation measurement?Z-filtering in MDCT imaging lets radiologists reconstruct images at different points along the z-axis.Which of the following describes the purpose of Z-filtering in MDCT imaging?Zygapophyseal joints explain how the spine stays flexibleWhich type of joint allows for flexibility between adjacent vertebrae?Zygapophyseal joints: how the spine connects and movesWhat is the term for the joint formed between the inferior articular process of one vertebra and the superior articular process of another?

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