Radiologist in a sentence

(1) The radiologist will diagnose the tumor.

(2) Lymphography is performed by a radiologist.

(3) The radiologist studied a nerve on my X-ray.

(4) The radiologist reviewed the x-ray for my spine.

(5) The radiologist enucleated the abnormal bone spur.

(6) The radiologist reported that the mass was benign.

(7) The radiologist identified a fecalith on the X-ray.

(8) The radiologist enucleated the abnormal lymph node.

(9) The radiologist asked me to dilate for the CT scan.

(10) The radiologist will diagnose your medical imaging.

Radiologist sentence

(11) The clinic has a radiologist who helps with imaging.

(12) The radiologist identified an infarct on the CT scan.

(13) The radiologist x-rayed my chest to examine my lungs.

(14) The radiologist will excise under image-guided biopsy.

(15) The radiologist performed arthrography on my shoulder.

(16) The radiologist identified a tumoral mass on the X-ray.

(17) The externe observed the radiologist interpreting scans.

(18) The radiologist compared the x-ray to my previous scans.

(19) The radiologist used tomograms to guide a needle biopsy.

(20) The radiologist identified calcification above the spine.

Radiologist make sentence

(21) The radiologist interpreted the X-ray results clinically.

(22) The radiologist reviewed the x-ray for any abnormalities.

(23) The radiologist identified a nodular mass on the CT scan.

(24) The radiologist performed a bronchography on the patient.

(25) The radiologist carefully analyzed the arteriogram images.

(26) The radiologist was licensed to interpret medical imaging.

(27) The radiologist palpates through for any masses or tumors.

(28) The radiologist determined that the mass was nonmalignant.

(29) The radiologist will prescribe out for your imaging needs.

(30) The radiologist observed a multilocular mass on the X-ray.

Sentence of radiologist

(31) The radiologist detected effusions in the patient's brain.

(32) The radiologist was able to diagnose the patient's injury.

(33) The radiologist identified the eventration on the CT scan.

(34) The radiologist examined the x-ray for any signs of cancer.

(35) The radiologist identified a cerebral infarction on the MRI.

(36) The radiologist specializes in interpreting x-raying images.

(37) The radiologist will inject the contrast dye into your back.

(38) The CT scan images were sent to the radiologist for analysis.

(39) The radiologist identified septations in the pancreatic cyst.

(40) The medical imaging corroborated the radiologist's diagnosis.

Radiologist meaningful sentence

(41) The radiologist interpreted the results of the bronchography.

(42) The interventional radiologist will excise under embolization.

(43) The radiologist identified the malignancy on the imaging scan.

(44) The radiologist interpreted the tomograms to make a diagnosis.

(45) The radiologist identified signs of hyperostosis on the X-ray.

(46) The radiologist examined the x-ray film for any abnormalities.

(47) The radiologist carefully analyzed the images from the CT scan.

(48) The radiologist accessed the patient's images through the pacs.

(49) The radiologist analyzed the roentgenogram to make a diagnosis.

(50) The radiologist identified a chondromatous nodule on the X-ray.

Radiologist sentence examples

(51) The radiologist noticed a caudad displacement of the vertebrae.

(52) The radiologist identified fibrocalcific changes in the spleen.

(53) The phlebogram images were carefully analyzed by a radiologist.

(54) The radiologist identified extrapulmonary nodules on the X-ray.

(55) The radiologist identified an intrahepatic mass on the CT scan.

(56) The radiologist detected dysplastic changes in the lung tissue.

(57) The radiologist was able to diagnose the patient's broken bone.

(58) The angiogram images were carefully analyzed by the radiologist.

(59) The radiologist examined the X-ray images for any abnormalities.

(60) The radiologist identified nodular opacities on the chest X-ray.

Sentence with radiologist

(61) The radiologist reviewed the patient's history through the pacs.

(62) The arthrogram procedure was performed by a skilled radiologist.

(63) The radiologist interpreted the mammographic findings as benign.

(64) The radiologist identified fibrous deposits in the X-ray images.

(65) The X-ray images will show to have been seen by the radiologist.

(66) The radiologist identified a pulmonary infarction on the CT scan.

(67) The radiologist identified multiple septations in the liver mass.

(68) The radiologist detected nodular lesions on the liver ultrasound.

(69) The radiologist studied the skiagraphs to diagnose the condition.

(70) The radiologist interpreted the x-ray for any signs of infection.

Use radiologist in a sentence

(71) The radiologist palpated around in my breast to locate any lumps.

(72) The radiologist identified an extrapulmonary mass on the CT scan.

(73) The radiologist identified a cervicofacial fracture on the X-ray.

(74) The radiologist performed an IVP to visualize the urinary system.

(75) The radiologist identified a splenic infarction on the ultrasound.

(76) The radiologist used the roentgenography to guide a needle biopsy.

(77) The radiologist identified a cavitary mass in the patient's ovary.

(78) The radiologist interpreted the roentgenogram with great accuracy.

(79) The radiologist identified bilobar cysts in the patient's kidneys.

(80) The radiologist identified an infarcted region in the spinal cord.

Sentence using radiologist

(81) The radiologist identified calcifications in the patient's kidney.

(82) The radiologist identified stenoses in the patient's lung airways.

(83) The radiologist identified multiple tumorous lesions on the X-ray.

(84) The radiologist performed an intravenous pyelogram on the patient.

(85) The radiologist identified several stenoses in the patient's lungs.

(86) The radiologist used tomography to guide a needle biopsy procedure.

(87) The radiologist will prescribe through a teleradiology appointment.

(88) The radiologist used contrast dye during the aortography procedure.

(89) The radiologist carefully reviewed the images from the aortography.

(90) The radiologist identified a small mass on the mammographic images.

Radiologist example sentence

(91) The radiologist will interpret the results of the cystography test.

(92) The radiologist noticed a calcified lymph node during the MRI scan.

(93) The patient had to stay immobile while the radiologist took X-rays.

(94) The radiologist reported multifocal nodules in the patient's lungs.

(95) The radiologist examined the skiagrams to detect any abnormalities.

(96) The radiologist identified a fracture in the trabeculae of the bone.

(97) The radiologist reviewed the images enhanced by the contrast medium.

(98) The radiologist noted the presence of septations in the breast mass.

(99) The radiologist identified retroversions in the patient's hip joint.

(100) The radiologist identified a cavitary mass in the patient's abdomen.

Sentence with word radiologist

(101) The radiologist advised the patient to take an x-ray of their spine.

(102) The radiologist advised the patient to take an x-ray of their chest.

(103) The radiologist suggested the patient take an x-ray of their pelvis.

(104) The radiologist advised the patient to take an x-ray of their skull.

(105) The radiologist used tomograms to guide the placement of a catheter.

(106) Hysterosalpingography is performed by a radiologist or gynecologist.

(107) The radiologist identified leptomeningeal thickening on the CT scan.

(108) The radiologist used a lightbox to view the x-ray film more clearly.

(109) The radiologist carefully reviewed the results of the arteriography.

(110) The radiologist observed a bronchogram on the patient's chest X-ray.

Sentence of radiologist

(111) The radiologist had to aspirate the fluid from the cyst for testing.

(112) The radiologist injected contrast dye for the intravenous pyelogram.

(113) The radiologist identified multiple calculi in the patient's kidneys.

(114) The radiologist identified a tumor within the trabeculae of the bone.

(115) The lymphangiogram procedure is typically performed by a radiologist.

(116) The radiologist identified a bilobar aneurysm in the patient's brain.

(117) The mammography images were sent to a radiologist for interpretation.

(118) The radiologist explained the purpose of the IVP test to the patient.

(119) The radiologist injected the contrast dye slowly during the IVP test.

(120) The radiologist used X-ray imaging to capture the arteriogram images.

Radiologist used in a sentence

(121) The radiologist reviewed my scans and gave me a clean bill of health.

(122) The radiologist identified an extrapulmonary mass during the CT scan.

(123) The radiologist identified an osteolytic area in the patient's spine.

(124) The radiologist used a contrast dye to enhance the bronchogram image.

(125) The radiologist noted caseated abscesses in the liver on the CT scan.

(126) The radiologist identified a ureteral stricture on the imaging study.

(127) The radiologist was able to diagnose the patient's internal injuries.

(128) The radiologist explained the bronchography procedure to the patient.

(129) The radiologist identified a mass in the perigastric area on the scan.

(130) The phlebography images were sent to a radiologist for interpretation.

Radiologist sentence in English

(131) The radiologist identified the mass as non-cancerous on the mammogram.

(132) The radiologist identified fibrocalcific nodules in the breast tissue.

(133) The radiologist will capture images of the bladder during cystography.

(134) The radiologist analyzed the x-ray images to detect any abnormalities.

(135) The radiologist used tomograms to assess the progression of the tumor.

(136) The radiologist noticed calcifications in the patient's thyroid gland.

(137) The radiologist identified a calcify round mass in the patient's lung.

(138) The radiologist detected a calcify round nodule in the patient's lung.

(139) The radiologist noticed a polypoid structure in the lung on the X-ray.

(140) The radiologist used a catheter to embolize the aneurysm in the brain.

(141) The radiologist identified a hyperintense mass in the patient's liver.

(142) The radiologist identified a focally increased uptake on the PET scan.

(143) The radiologist detected carcinomatous nodules in the patient's lungs.

(144) The radiologist transilluminated the chest to check for fluid buildup.

(145) The radiography images were sent to the radiologist for interpretation.

(146) The radiologist identified multiple infarctions in the patient's liver.

(147) The radiologist detected a hernia in the perigastric region on the MRI.

(148) The radiologist identified septations in the renal cyst on the CT scan.

(149) The radiologist examined the x-ray and identified a fracture in my arm.

(150) The radiologist identified a caudad shift in the position of the organ.

(151) Aortographies are typically performed by a cardiologist or radiologist.

(152) The radiologist identified an intussusception on the patient's CT scan.

(153) The radiologist identified a fecalith on the patient's abdominal X-ray.

(154) Bronchography is typically performed by a radiologist or pulmonologist.

(155) The radiologist identified the presence of calculi in the urinary tract.

(156) The radiologist carefully reviewed the IVP images for any abnormalities.

(157) The radiologist used a CT scan to identify the location of the stenoses.

(158) The radiologist compared the posteroanterior X-ray with previous images.

(159) The locum radiologist will be interpreting X-rays at the imaging center.

(160) The radiologist used tomograms to assess the extent of a lung infection.

(161) The radiologist recommended a follow-up mammographic exam in six months.

(162) The radiologist analyzed the urogram images to detect any abnormalities.

(163) The radiologist identified signs of ectasis in the patient's brain scan.

(164) The radiologist identified signs of ectasis in the patient's liver scan.

(165) The radiologist identified pneumatosis in the patient's abdominal X-ray.

(166) The radiologist recommended a follow-up scan to monitor the pneumatosis.

(167) The radiologist requested a posteroanterior view of the patient's spine.

(168) The radiologist identified a tumor in the trabecular region of the bone.

(169) The radiologist used ventriculography to guide the placement of a shunt.

(170) The radiologist identified the mass as nonmalignant on the imaging scan.

(171) The radiologist identified the ossifications in the patient's hip joint.

(172) The radiologist identified several ossifications in the patient's skull.

(173) The radiologist used a fluoroscope to guide the placement of a catheter.

(174) The radiologist noted multiple caseating lesions in the patient's liver.

(175) The radiologist interpreted the arthrography images to make a diagnosis.

(176) The radiologist identified dysplasia in my lung tissue during a CT scan.

(177) The radiologist requested a posteroanterior X-ray of the patient's chest.

(178) The radiologist identified a tumor in the parenchymal tissue of the lung.

(179) The radiologist identified signs of ectasis in the patient's kidney scan.

(180) The radiologist used CTP to assess the blood flow in the patient's liver.

(181) The radiologist performed an intrahepatic angiogram to assess blood flow.

(182) The radiologist interpreted the IVP images to identify any abnormalities.

(183) The angiographer assisted the radiologist in performing a CT angiography.

(184) The radiologist detected a blockage in the trabeculae of the blood vessel.

(185) The radiologist observed septations in the ovarian mass on the ultrasound.

(186) The radiologist used the fluoroscope to guide the placement of a catheter.

(187) The radiologist interpreted the bronchogram to identify any abnormalities.

(188) The radiologist injected the radiocontrast into the patient's bloodstream.

(189) The radiologist identified bilobar calcifications in the patient's spleen.

(190) The radiologist identified fibrocalcific opacities in the lung parenchyma.

(191) The interventional radiologist used coils to embolize the bleeding vessel.

(192) The radiologist noticed a calcified nodule in the lung during the CT scan.

(193) The radiologist carefully monitored the patient's reaction to the IVP dye.

(194) The radiologist interpreted the pneumoencephalogram images with precision.

(195) The radiologist identified multiple tumoral masses in the patient's lungs.

(196) The radiologist identified extravasated fluid in the joint during the MRI.

(197) The radiologist analyzed the tomogram to diagnose the patient's condition.

(198) The radiologist ordered a urogram to evaluate the patient's urinary tract.

(199) The radiologist noted the lobation of the patient's lungs during the scan.

(200) The radiologist used arthrography to evaluate the extent of the arthritis.

(201) The radiologist interpreted the images with the aid of the contrast medium.

(202) The radiologist identified extrapulmonary nodules on the patient's CT scan.

(203) The radiologist x-rayed the patient's lungs to check for any abnormalities.

(204) The radiologist used a specialized X-ray machine to perform the venography.

(205) The radiologist recommended a biopsy to further evaluate the cavitary mass.

(206) The radiologist identified bilobar calcifications in the patient's kidneys.

(207) The radiologist identified an osteolytic defect in the patient's bone scan.

(208) The radiologist used CTP to assess the blood flow in the patient's kidneys.

(209) The radiologist x-rayed the patient's spine to check for any abnormalities.

(210) The radiologist identified a multilocular lesion on the patient's MRI scan.

(211) The radiologist performed a pneumoencephalogram to detect any brain tumors.

(212) The radiologist consulted with other specialists to analyze the x-ray film.

(213) The radiologist used ultrasound to visualize the circumflex humeral artery.

(214) The radiologist noted a bilobar distribution of nodules on the chest x-ray.

(215) The radiologist was able to diagnose the patient's medical imaging results.

(216) The radiologist explained the angiography results to the patient in detail.

(217) The radiologist identified an extradural abscess on the patient's MRI scan.

(218) The radiologist identified fibrocalcific plaques in the patient's arteries.

(219) The radiologist used fluoroscopic imaging to diagnose a pulmonary embolism.

(220) The radiologist used fluoroscopy to guide the catheter during bronchography.

(221) The radiologist identified bilateral kidney stones on the patient's CT scan.

(222) The radiologist will treat a patient with radiation therapy for their tumor.

(223) The radiologist carefully analyzed the roentgenograms for any abnormalities.

(224) The radiologist used tomograms to assess the progression of a joint disease.

(225) The skiagraph allowed the radiologist to detect early signs of osteoporosis.

(226) The radiologist identified signs of ectasis in the patient's abdominal scan.

(227) The radiologist will assess the bladder's shape and size during cystography.

(228) The radiologist detected extrapulmonary calcifications on the imaging study.

(229) The radiologist monitored the patient's vital signs throughout the IVP test.

(230) The radiologist documented the IVP findings in the patient's medical record.

(231) The radiologist identified a fracture in the pelves of the accident victims.

(232) The radiologist embolized the blood vessels in the nose to stop a nosebleed.

(233) The radiologist carefully monitored the distribution of the contrast medium.

(234) The radiologist explained the purpose of the contrast medium to the patient.

(235) The radiologist explained the findings from the bronchography to the patient.

(236) The radiologist identified an infarct in the patient's spleen during the MRI.

(237) The radiologist used advanced technology to diagnose the patient's condition.

(238) The radiologist's extensive knowledge of anatomy aided in accurate diagnosis.

(239) The radiologist identified signs of hepatic ectasia in the patient's CT scan.

(240) The radiologist carefully analyzed the images obtained from the colonography.

(241) The radiologist shared the patient's images with a specialist using the pacs.

(242) The radiologist carefully analyzed the images produced by the roentgenoscope.

(243) The radiologist palpated around on my chest to locate the area for the X-ray.

(244) The radiologist used a catheter to embolize the tumor in the patient's liver.

(245) The radiologist observed a tympanitic sound on the patient's abdominal X-ray.

(246) The radiologist will canulate the patient's hepatic artery for the angiogram.

(247) The radiologist aspirated the fluid from the cyst before performing a biopsy.

(248) The radiologist carefully reviewed the images obtained from the bronchography.

(249) The radiologist identified signs of renal ectasia in the patient's ultrasound.

(250) The radiologist identified signs of renal pelvis ectasia in the patient's MRI.

(251) The radiologist interpreted the roentgenography to identify any abnormalities.

(252) The radiologist ordered a bronchogram to evaluate the patient's lung function.

(253) The radiologist noticed a tumor on the x-ray and referred me to an oncologist.

(254) The oncologist will prescribe over to the radiologist for radiation treatment.

(255) The radiologist used CTP to assess the blood flow in the patient's intestines.

(256) The radiologist will administer contrast dye during the cystography procedure.

(257) The radiologist reported extrapulmonary lymphadenopathy on the imaging report.

(258) The radiologist confirmed the presence of hemopneumothorax on the chest X-ray.

(259) The radiologist analyzed the x-radiation images to identify any abnormalities.

(260) The radiologist recommended further imaging to evaluate the multilocular mass.

(261) The radiologist used a catheter to recanalize the patient's blocked bile duct.

(262) The radiologist was able to x-ray my chest and determine that I had pneumonia.

(263) The radiologist identified a malposition of the patient's organs on the X-ray.

(264) The radiologist noted a hyperintense area on the X-ray, suggesting a fracture.

(265) The radiologist noted the presence of septations in the patient's kidney cyst.

(266) The radiologist will take an x-ray of my chest to check for any abnormalities.

(267) The radiologist adjusted the dosage of the contrast medium for optimal results.

(268) The radiologist compared the images taken with and without the contrast medium.

(269) The radiologist identified bilateral lung nodules on the patient's chest X-ray.

(270) The radiologist interpreted the CT scan results and shared them with my doctor.

(271) The radiologist recommended lymphography to rule out any lymphatic obstruction.

(272) The radiologist identified inflammation in the perigastric region on the X-ray.

(273) The radiologist used the skiagrams to guide a needle during a biopsy procedure.

(274) The radiologist interpreted the images obtained with the help of radiocontrast.

(275) The radiologist used fluoroscopic images to guide the placement of a pacemaker.

(276) The radiologist identified a mass in the mediastinal region on the chest X-ray.

(277) The radiologist noticed a cephalad shift in the position of the patient's lung.

(278) The radiologist interpreted the urography images to identify any abnormalities.

(279) The radiologist positioned the patient for a posteroanterior view of the spine.

(280) The radiologist carefully monitored the progress of the enteroclysis procedure.

(281) The obstetrician ordered an ultrasound, and the radiologist performed the scan.

(282) The radiologist used contrast dye to enhance the images from the arteriography.

(283) The radiologist used a coil to embolize the ruptured blood vessel in the brain.

(284) The radiologist measured the activity of the radioactive source in millicuries.

(285) The radiologist identified calcific plaques in the patient's coronary arteries.

(286) The radiologist identified a cavitary lesion in the patient's brain on the MRI.

(287) The radiologist used transillumination to locate the veins for an IV insertion.

(288) The radiologist ordered a urography to investigate the patient's kidney stones.

(289) The cat scan images were sent to a radiologist for interpretation and analysis.

(290) The radiologist reviewed the images taken with and without the contrast medium.

(291) The radiologist used a dilator to insert the contrast dye for the imaging test.

(292) The radiologist interpreted the IVP images and prepared a report for the doctor.

(293) The radiologist used cholecystography to assess the gallbladder's contractility.

(294) The radiologist interpreted the tomography images to identify any abnormalities.

(295) The radiologist's quick turnaround time for reports ensured timely patient care.

(296) The radiologist's ability to spot subtle abnormalities in the X-ray saved lives.

(297) The radiologist radiographed the patient's head to look for any signs of trauma.

(298) The radiologist used the fluoroscope to guide a needle during a joint injection.

(299) The radiologist performed a bronchogram to evaluate the patient's lung capacity.

(300) The radiologist reviewed the images enhanced by the iodinated contrast material.

(301) The radiologist noticed a cephalad shift in the position of the patient's heart.

(302) The radiologist will carefully monitor the flow of barium during a barium enema.

(303) The radiologist pointed out the abnormalities on the computer tomography images.

(304) The radiologist will carefully monitor the contrast dye flow during cystography.

(305) The radiologist noted the extent of pneumatosis in the patient's medical report.

(306) The radiologist x-rayed the patient's skull to look for any brain abnormalities.

(307) The radiologist carefully analyzed the angiograms to identify any abnormalities.

(308) The radiologist noted the presence of a multilocular mass in the patient's lung.

(309) The radiologist interpreted the images obtained from the enteroclysis procedure.

(310) The radiologist used lymphography to guide the placement of a drainage catheter.

(311) The radiologist will canulate the patient's vein for the contrast dye injection.

(312) The radiologist will carefully interpret the images obtained from the myelogram.

(313) The radiologist interpreted the lymphography images to assess the lymphatic flow.

(314) The percutaneous procedure was performed by a skilled interventional radiologist.

(315) The radiologist interpreted the bronchogram to identify any signs of lung cancer.

(316) The radiologist examined the x-ray and confirmed that my ribs were not fractured.

(317) The radiologist used imaging techniques to visualize the circumflex iliac artery.

(318) The radiologist will explain the cystography procedure to the patient beforehand.

(319) Lymphography is typically performed by a radiologist or a specialized technician.

(320) The radiologist interpreted the cystography images to identify any abnormalities.

(321) The radiologist will review the cystography images and provide a detailed report.

(322) The radiologist noticed a polypoid structure in the pancreas on the imaging scan.

(323) The radiologist will use X-rays or CT scans to capture images during myelography.

(324) The radiologist interpreted the roentgenologic findings and provided a diagnosis.

(325) The radiologist examined the x rays and identified a tumor in the patient's lung.

(326) The radiologist examined the xray images to identify any potential health issues.

(327) The radiologist calculated the millicurie dose needed for the patient's PET scan.

(328) The radiologist used advanced imaging software to analyze the angiography images.

(329) The radiologist confirmed that the mass was benign, and the patient was relieved.

(330) The radiologist compared the current arteriogram to a previous one for comparison.

(331) The radiologist performed a cholecystography to assess the gallbladder's function.

(332) The radiologist recommended sialography as the next step in the diagnostic workup.

(333) The radiologist identified multiple ossifications in the patient's shoulder joint.

(334) The radiologist recommended a mediastinal MRI to further evaluate the abnormality.

(335) The radiologist carefully reviewed the cholangiogram images for any abnormalities.

(336) The radiologist used arteriography to determine the extent of the arterial damage.

(337) The radiologist used the roentgenoscope to identify a tumor in the patient's lung.

(338) The radiologist carefully analyzed the arteriograms to identify any abnormalities.

(339) The radiologist explained the findings from the cystourethrography to the patient.

(340) The radiologist interpreted the enteroclysis images to identify any abnormalities.

(341) The radiologist used advanced software to enhance the clarity of the x-ray images.

(342) The radiologist identified signs of osteoporosis in the patient's trabecular bone.

(343) The radiologist provided a detailed report based on the ventriculography findings.

(344) The radiologist compared the current x-ray film with previous ones for comparison.

(345) The radiologist carefully reviewed the arteriograms to identify any abnormalities.

(346) The interventional radiologist embolized the bleeding artery in the patient's leg.

(347) The radiologist reviewed the XR of the patient's spine and found a herniated disc.

(348) The radiologist catheterizes the patient's femoral artery to perform an angiogram.

(349) The radiologist detected a heterotopic calcification in the patient's lung tissue.

(350) The radiologist recommended bronchography to rule out any structural abnormalities.

(351) The radiologist used imaging technology to palpate through at the patient's organs.

(352) The radiologist identified a fracture extending posteriorly from the patient's rib.

(353) The radiologist used a bronchogram to assess the effectiveness of a bronchodilator.

(354) The radiologist compared the current roentgenogram to previous ones for comparison.

(355) The radiologist used fluoroscopic images to guide the placement of a drainage tube.

(356) The radiologist used arteriography to assess the blood flow in the patient's liver.

(357) The radiologist explained the findings of the pyelography to the patient in detail.

(358) The radiologist transilluminated the patient's spine to look for any abnormalities.

(359) The radiologist carefully reviewed the images obtained from the cystourethrography.

(360) The radiologist identified an arteriovenous malformation on the patient's MRI scan.

(361) The radiography images were sent to a radiologist for interpretation and diagnosis.

(362) The radiologist specializes in interpreting x-raying images for accurate diagnosis.

(363) The radiologist will inject contrast dye into the patient before performing a scan.

(364) The radiologist cannulated the patient's hepatic artery for the contrast injection.

(365) The radiologist detected a tumor in the patient's lung on the posteroanterior X-ray.

(366) The radiologist interpreted the cholecystography results to guide further treatment.

(367) The radiologist x-rayed the patient's spine to assess any potential spinal injuries.

(368) The radiologist's keen eye for detail helped identify a small fracture in the X-ray.

(369) The radiologist radiographed the patient's abdomen to look for any signs of disease.

(370) The radiologist radiographed the patient's lungs to look for any signs of infection.

(371) The radiologist used a needle to aspirate fluid from a cyst in the patient's kidney.

(372) The interventional radiologist performed a percutaneously guided drainage procedure.

(373) The radiologist palpated over for any lumps or masses during the breast examination.

(374) The radiologist transilluminated the patient's pelvis to look for any abnormalities.

(375) The radiologist analyzed the CTP images to determine the extent of the brain injury.

(376) The radiologist performed an IVP to diagnose the cause of the patient's kidney pain.

(377) The radiologist will palpate through with a transducer to visualize internal organs.

(378) The radiologist noticed a small anomaly on the x-ray film and ordered further tests.

(379) The radiologist injected a contrast agent for lymphography to enhance visualization.

(380) The radiologist identified a cavitary lesion in the patient's brain on the MRI scan.

(381) The tenens radiologist is interpreting imaging studies for patients at the hospital.

(382) The radiologist used tomograms to create a detailed 3D image of the patient's brain.

(383) Arthrography is a specialized imaging technique that requires a trained radiologist.

(384) The radiologist noticed a small infarct in the patient's liver during the ultrasound.

(385) The radiologist analyzed the skiagrams and identified a tumor in the patient's chest.

(386) The radiologist used arteriography to evaluate the blood flow in the patient's brain.

(387) The radiologist identified a blockage in the circumflex iliac artery using a CT scan.

(388) The radiologist listens with a medical ear to the sounds emitted by imaging machines.

(389) The radiologist transilluminated the patient's kidneys to look for any abnormalities.

(390) The interventional radiologist used a catheter to embolize the abnormal blood vessel.

(391) The interventional radiologist used a special device to embolize the bleeding vessel.

(392) The radiologist will provide the patient with instructions for after the cystography.

(393) The radiologist reviewed the x-raying images to identify any signs of bone fractures.

(394) Arteriograms are typically performed by a radiologist or interventional cardiologist.

(395) The radiologist canulated the patient's bile duct to inject contrast dye for imaging.

(396) The radiologist confirmed that the patient's injury was diagnosable as a broken bone.

(397) The interventional radiologist used a catheter to treat the patient's blocked artery.

(398) The radiologist identified periarticular erosions on the X-ray of the patient's hand.

(399) The radiologist suggested premedication to help the patient relax before the CT scan.

(400) The radiologist examined the X-ray images diagnostically to detect any abnormalities.

(401) The cholangiography procedure is typically performed by an interventional radiologist.

(402) The radiologist used the roentgenoscope to identify a fracture in the patient's wrist.

(403) The radiologist injected a contrast dye into the joint before performing arthrography.

(404) The radiologist performed a cholecystography to evaluate the patient's biliary system.

(405) The radiologist analyzed the computer tomography images to identify any abnormalities.

(406) The radiologist performed a CT angiogram to evaluate the patency of the cystic artery.

(407) The radiologist carefully analyzed the arteriogram images to detect any abnormalities.

(408) The radiologist injected a contrast dye into my vein during the intravenous pyelogram.

(409) The radiologist discussed the findings of the cystography with the patient's urologist.

(410) The radiologist detected extrapulmonary lymphadenopathy on the patient's imaging scans.

(411) The radiologist radiographed the patient's pelvis to investigate any hip abnormalities.

(412) The radiologist carefully analyzed the venography images to identify any abnormalities.

(413) The radiologist performed imaging tests to assess the size and extent of the sarcomata.

(414) The radiologist will perform a cystourethrography to visualize the bladder and urethra.

(415) The radiologist identified intraductal stones in the bile duct during an imaging study.

(416) The radiologist carefully monitored the flow of contrast dye during the salpingography.

(417) The radiologist pointed out the abnormalities on the x-ray to the consulting physician.

(418) The radiologist explained the benefits of using x-radiation for early cancer detection.

(419) The radiologist noticed a calcified cyst in the patient's kidney during the ultrasound.

(420) The radiologist explained the cystourethrography procedure step by step to the patient.

(421) The radiologist requested a posteroanterior X-ray to evaluate the patient's heart size.

(422) The radiologist carefully analyzed the ventriculography images to detect any anomalies.

(423) The radiologist identified a polypoid structure in the gallbladder on the imaging scan.

(424) The radiologist carefully reviewed the aortography images to ensure accurate diagnosis.

(425) The radiologist identified a herniated disc that was compressing the foraminal opening.

(426) The radiologist recommended using a different type of contrast medium for the next scan.

(427) The radiologist identified a fracture extending posteriorly from the patient's hip bone.

(428) The radiologist performed a cholangiography to identify any blockages in the bile ducts.

(429) The radiologist performed a sialography to assess the patient's salivary gland function.

(430) The hysterosalpingogram procedure is usually performed by a radiologist or gynecologist.

(431) The radiologist carefully reviewed the aortography images to identify any abnormalities.

(432) The radiologist carefully reviewed the pyelography images to identify any abnormalities.

(433) The radiologist identified multiple osteolytic lesions in the patient's skeletal survey.

(434) The sonographer communicated the findings to the radiologist for further interpretation.

(435) The radiologist captured a lateral view of the patient's hand to evaluate any fractures.

(436) The radiologist carefully analyzed the x-raying images to provide an accurate diagnosis.

(437) The radiologist identified leptomeningeal enhancement on the contrast-enhanced MRI scan.

(438) The radiologist performed an arteriogram to visualize the arteries in the patient's leg.

(439) The radiologist used computer tomography to guide a needle biopsy of the patient's lung.

(440) The radiologist interpreted the cystourethrography images to identify any abnormalities.

(441) The radiologist reported extensive pneumatosis throughout the patient's large intestine.

(442) The radiologist recommended a follow-up scan to monitor the progression of the stenoses.

(443) The radiologist used x-raying to confirm the presence of a tumor in the patient's brain.

(444) The radiologist examined the roentgenogram and identified a tumor in the patient's lung.

(445) The radiologist identified a foraminal disc protrusion on the patient's imaging studies.

(446) The radiologist carefully reviewed the aortography images to look for any abnormalities.

(447) The radiologist carefully analyzed the roentgenography to identify any signs of disease.

(448) The radiologist used fluoroscopic imaging to diagnose a fracture in the patient's wrist.

(449) The radiologist compared the tomogram to previous scans to track the patient's progress.

(450) The radiologist carefully reviewed the angiography images to identify any abnormalities.

(451) After the cat scan, the radiologist consulted with the patient's primary care physician.

(452) The radiologist explained how calcify above the lungs can be a sign of certain diseases.

(453) The radiologist used lymphography to guide the placement of lymphatic drainage catheters.

(454) The radiologist compared the current roentgenography with previous images for comparison.

(455) The radiologist always listens with a medical ear to interpret imaging results correctly.

(456) The radiologist used the fluoroscope to monitor the progress of a contrast dye injection.

(457) The radiologist recommended a mediastinal ultrasound to further evaluate the abnormality.

(458) The radiologist recommended using an iodinated contrast agent for better imaging results.

(459) The radiologist compared the current x-ray with the previous one to monitor the progress.

(460) The images obtained from angiocardiography were sent to a radiologist for interpretation.

(461) The radiologist compared the current mammographic images to previous ones for comparison.

(462) The interventional radiologist used a liquid embolic agent to embolize the blood vessels.

(463) Pericardiocentesis is often performed by a cardiologist or an interventional radiologist.

(464) The interventional radiologist used a wire and catheter to recanalize the blocked artery.

(465) Thoracentesis is typically performed by a pulmonologist or an interventional radiologist.

(466) The radiologist interpreted the tomograms to determine the stage of the patient's cancer.

(467) The radiologist interpreted the computer tomography images to identify any abnormalities.

(468) The radiologist noted the presence of osteolytic changes in the patient's shoulder joint.

(469) The radiologist carefully positioned the patient for optimal imaging during enteroclysis.

(470) The radiologist carefully reviewed the phlebography images to make an accurate diagnosis.

(471) The interventional radiologist used embolization to treat the patient's uterine fibroids.

(472) The radiologist performed a cholangiography to check for any blockages in the bile ducts.

(473) The radiologist used dilatation techniques to insert a catheter into the patient's veins.

(474) The radiologist injected contrast dye into the patient's bloodstream for the angiography.

(475) The radiologist identified a fracture in the patient's ankle on the posteroanterior X-ray.

(476) The radiologist performed lymphography to identify any blockages in the lymphatic vessels.

(477) The radiologist used a bronchogram to evaluate the patient's response to a new medication.

(478) The radiologist used an iodinated solution to enhance the visibility of the blood vessels.

(479) The radiologist explained the findings of the aortography to the patient and their family.

(480) The radiologist performed intravenous pyelography to assess the patient's kidney function.

(481) The radiologist carefully monitored the flow of contrast material during the enteroclysis.

(482) The hysterosalpingography procedure is usually performed by a radiologist or gynecologist.

(483) The radiologist explained the findings from the ventriculography to the patient in detail.

(484) The radiologist interpreted the x-radiation images to determine the presence of fractures.

(485) The radiologist used fluoroscopy to diagnose a blockage in the patient's digestive system.

(486) The radiologist will use X-rays or MRI to capture images of the joint during arthrography.

(487) The radiologist documented the findings of the cystography in the patient's medical record.

(488) The radiologist's attention to detail ensured accurate and precise readings of the CT scan.

(489) The radiologist's report provided crucial information for the surgeon before the operation.

(490) The radiologist carefully interpreted the sialography images to make an accurate diagnosis.

(491) The radiologist interpreted the bronchogram to assess the severity of the patient's asthma.

(492) The radiologist will examine a patient's X-rays to identify any fractures or abnormalities.

(493) The radiologist pointed out specific features on the roentgenogram to the medical students.

(494) The radiologist pointed out the fractures on the x-ray and discussed the treatment options.

(495) The interventional radiologist used a catheter to treat the patient's blocked blood vessel.

(496) The radiologist used dilatations to widen the patient's narrowed blood vessels for imaging.

(497) The radiologist performed an enteroclysis to obtain detailed images of the small intestine.

(498) The radiologist detected stenoses in the patient's renal arteries during the imaging study.

(499) The radiologist used Doppler ultrasound to assess the blood flow through the cystic artery.

(500) The radiologist identified extrapulmonary lymphadenopathy on the patient's imaging studies.

(501) The radiologist identified extrapulmonary involvement in the patient's case of sarcoidosis.

(502) The radiologist examined the posteroanterior X-ray to determine the extent of the fracture.

(503) The radiologist examined the posteroanterior X-ray to determine the presence of any tumors.

(504) The radiologist provided a detailed report of the findings from the enteroclysis procedure.

(505) The radiologist interpreted the x-ray film to determine the extent of the patient's injury.

(506) The radiologist examined the roentgenograms and identified a fracture in the patient's arm.

(507) The radiologist explained the results of the arteriography to the patient and their family.

(508) The radiologist carefully analyzed the arteriographic images to identify any abnormalities.

(509) The radiologist injected an iodinated dye into the patient's bloodstream for the angiogram.

(510) The radiologist carefully positioned the patient for optimal imaging during the cystography.

(511) The radiologist discussed the arteriogram results with the patient's primary care physician.

(512) The radiologist's knowledge of radiation safety protocols was essential in their daily work.

(513) The radiologist used advanced technology to enhance the accuracy of the colonography images.

(514) The radiologist explained the different types of colonography and their respective benefits.

(515) The radiologist adjusted the dosage of the iodinated solution based on the patient's weight.

(516) The radiologist recommended using an iodinated contrast agent for a more accurate diagnosis.

(517) The radiologist injected contrast material into the small intestine during the enteroclysis.

(518) The radiologist used fluoroscopy to visualize the contrast material during the enteroclysis.

(519) The radiologist performed a salpingography to identify any blockages in the fallopian tubes.

(520) The radiologist provided a detailed report based on the findings from the x-ray examination.

(521) The interventional radiologist used a wire and catheter to recanalize the blocked bile duct.

(522) The radiologist analyzed the tomograms to identify any abnormalities in the patient's brain.

(523) The radiologist identified a small nodule in the tomograms, prompting further investigation.

(524) The radiologist identified extrapulmonary involvement in the patient's case of tuberculosis.

(525) The radiologist interpreted the IVP images to determine the cause of the patient's symptoms.

(526) The radiologist identified a narrowing in the circumflex humeral artery on the imaging scan.

(527) The radiologist confirmed that the spot on the X-ray was benign and not a cause for concern.

(528) The radiologist performed a venography to determine the cause of the patient's leg swelling.

(529) The radiologist explained each step of the intravenous pyelogram procedure before beginning.

(530) The radiologist performed bronchography to identify any abnormalities in the bronchial tubes.

(531) The radiologist carefully interpreted the bronchography images to identify any abnormalities.

(532) The radiologist's expertise in reading mammograms helped detect early signs of breast cancer.

(533) The radiologist carefully analyzed the MRI scan to identify the source of the patient's pain.

(534) The radiologist's experience in pediatric radiology made them adept at working with children.

(535) The radiologist interpreted the images obtained from the ultrasonography to make a diagnosis.

(536) The radiologist identified a small polyp during the colonography and recommended its removal.

(537) The radiologist compared the skiagrams to a reference image to determine the size of a tumor.

(538) The radiologist used fluoroscopic images to guide the placement of a central venous catheter.

(539) The radiologist carefully monitored the patient's vital signs during the iodinated injection.

(540) The interventional radiologist used a catheter to deliver chemotherapy directly to the tumor.

(541) The radiologist will interpret the images obtained during a barium enema to make a diagnosis.

(542) The radiologist explained the entire salpingography procedure to the patient before starting.

(543) Pericardiocentesis is typically performed by a cardiologist or an interventional radiologist.

(544) The radiologist compared the patient's previous XR to the current one to monitor any changes.

(545) The radiologist noted abnormal vascularity in the liver, indicating a potential health issue.

(546) The specialist reviewed the patient's imaging results, and also consulted with a radiologist.

(547) The radiologist used ultrasound guidance to aspirate fluid from a cyst in the patient's liver.

(548) The radiologist carefully interpreted the aortography images to provide an accurate diagnosis.

(549) The radiologist recommended arteriography to evaluate the blood flow in the patient's kidneys.

(550) The interventional radiologist used a combination of techniques to embolize the blood vessels.

The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Radiologist. They do not represent the opinions of TranslateEN.com.