Michael E. Timins
Medical College of Wisconsin
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Featured researches published by Michael E. Timins.
Clinical Nuclear Medicine | 1998
Lipman Bt; Collier Bd; Guillermo F. Carrera; Michael E. Timins; S J Erickson; Jeffrey E. Johnson; Mitchell; Raymond G. Hoffmann; Finger Wa; Krasnow Az; Robert S. Hellman
The diagnostic efficacy of (1) combined three-phase bone scintigraphy and In-111 labeled WBC scintigraphy (Bone/WBC), (2) MRI, and (3) conventional radiography in detecting osteomyelitis of the neuropathic foot was compared. Conventional radiography was comparable to MRI for detection of osteomyelitis. MRI best depicted the presence of osteomyelitis in the forefoot. Particularly in the setting of Charcot joints, Bone/WBC was more specific than conventional radiography or MRI.
Seminars in Nuclear Medicine | 1997
Krasnow Az; Robert S. Hellman; Michael E. Timins; B. David Collier; Tom Anderson; Isitman At
Over the last several decades bone scanning has been used extensively in the evaluation of oncology patients to detect bone involvement. It can provide information about disease location, prognosis, and the effect of therapy. Bone scanning offers the advantages of whole body evaluation and the detection of lesions earlier than other techniques. However, as newer diagnostic tools become available, indications for bone scanning must be revised and the results combined with these other tests in order to provide optimum patient care. Advances in instrumentation and the subsequent improvement in image quality have allowed nuclear medicine physicians to provide more accurate bone scan interpretations. By optimizing image acquisition, it is often possible to determine lesion characteristics, which are more likely to represent malignancy. Knowledge of disease pathophysiology and other specific properties of the patients primary tumor, along with subsequent correlation of scan abnormalities to patient history, physical examination, previous studies, and other radiological examinations, is essential for determining lesion significance. The differential diagnosis of a scan abnormality should also include consideration of both false normal and abnormal causes. The final interpretation should be clearly communicated to the clinician with appropriate recommendations for further evaluation. Only through careful attention to the patient, the clinician, and appropriate study acquisition parameters will bone scanning maintain its place in the evaluation of oncology patients.
Journal of Thoracic Imaging | 1991
Michael E. Timins; Robert Pinsk; Lee Sider; Greg Bear
We evaluated the coronary arteries on computed tomography (CT) scans of the chest and on coronary angiograms of 27 patients who underwent both studies. We related the presence or absence of coronary artery calcification on CT to percentage stenosis on angiogram. For the left anterior descending artery (LAD), the likelihood of calcification rose proportionately with degree of stenosis; this was less true for the circumflex, and not true for the right coronary artery (RCA). The sensitivity of CT in detecting coronary artery calcification in patients with angiographic criteria of significant coronary artery disease (CAD) was 78% for the LAD, 63% for the circumflex, and 16% for the RCA. Specificities were 78%, 80%, and 100%, and positive predictive values were 88%, 83%, and 100%. The high positive predictive values suggest that coronary artery calcification diagnosed by chest CT has a high correlation with clinically significant CAD. Therefore, when we detect such calcification in a patient without documented heart disease, we suggest that a cardiac workup is indicated.
Foot & Ankle International | 1998
Jeffrey E. Johnson; Michael E. Timins
A new protocol for computed tomography (CT) imaging of the midfoot is described. This imaging technique places the CT cuts parallel to and perpendicular to the talus-first metatarsal axis, as viewed on the lateral CT scout image. For imaging the midfoot, this technique is an improvement over previously described hindfoot or midfoot protocols.
Radiology Case Reports | 2015
Chinar Lath; Dilpesh Agrawal; Michael E. Timins; Melissa Wein
Portal annular pancreas is a rare pancreatic variant in which the uncinate process of the pancreas extends and fuses to the dorsal surface of the body of the pancreas by surrounding the portal vein. It is asymptomatic, but it can be mistaken for a pancreatic head mass on imaging and could also have serious consequences during pancreatic surgery, if unrecognized. We report this case of a 53-year-old female patient who was diagnosed to have portal annular pancreas on the basis of an unusual course (ring appearance) of the main pancreatic duct on magnetic resonance cholangiopancreatography, not described earlier in the radiology literature.
James Joyce Quarterly | 2012
Michael E. Timins
By analyzing the trivial details in “The Sisters,” this essay suggests that Father Flynn and his siblings share the disease neurosyphilis. These details include Nannie’s severe stooping, her oddly worn footwear, her deafness, her muteness, and her torpor. Eliza also has unusual quirks: her need for pneumatic tires indicating hyperacusis associated with vertigo, her malapropisms, and her frequent pauses during speech. Given the epidemic nature of syphilis at the turn of the twentieth century, and given Joyce’s medical knowledge, the unfortunate possibility of a familial disease seems likely.
Radiology | 1993
S J Erickson; Robert W. Prost; Michael E. Timins
American Journal of Roentgenology | 1997
S R Oneson; Michael E. Timins; L M Scales; S J Erickson; L Chamoy
Radiographics | 1999
Cameron J. Seibold; Thomas A. Mallisee; S J Erickson; Melbourne D. Boynton; William G. Raasch; Michael E. Timins
Radiographics | 1995
Michael E. Timins; J P Jahnke; S F Krah; S J Erickson; Guillermo F. Carrera