Search Results - "Jaskowiak, C"

TH‐C‐201C‐02: Impact of Image Acquisition Mode and Reconstruction Parameters on Target Volume Definition Using PET‐Thresholded‐Based Segmentation by Galavis, P, Jallow, N, Jaskowiak, C, Paliwal, B, Jeraj, R

“…Purpose: Although PET‐threshold‐based tumor segmentation has been investigated extensively for target definition in radiotherapy the sensitivity of this method…”
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SU‐DD‐A4‐02: Potential Improvement of PET Imaging Quantitative Accuracy with An External Reference Source by Song, C, Jaskowiak, C, Pyzalski, R, Jeraj, R

“…Purpose: PET has been increasingly used to assess therapeutic response. As PET suffers from many inaccuracies, it might be difficult to distinguish between…”
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SU‐GG‐J‐139: Quantitative PET Imaging of Heterogeneous Tumors: The Dosimetric Effect of Patient Motion on Image‐Based Dose Painting Plans by McCall, K, Bowen, S, Jaskowiak, C, McNall, M, Rice, S, Jeraj, R

“…Purpose: Dose‐painting requires accurate quantification of tumor characteristics and precise localization of molecular targets within tumors. Imaging with PET…”
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WE‐D‐ValB‐01: Effects of PET Reconstruction Parameters On the Delineation of Heterogeneous Target Volumes by Barbee, D, Flynn, R, Jaskowiak, C, Jeraj, R

“…Purpose As emerging radiotherapy techniques incorporate biological targeting of sub‐tumor volumes, steps must be taken to ensure the validity of the assumed…”
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TH‐E‐ValB‐04: Dosimetric Impact of Changed FLT Uptake in AML Patients Treated with Chemotherapy by Vanderhoek, M, Pyzalski, R, Jaskowiak, C, Jeraj, R

“…Purpose: The PET radiotracer [F‐18]FLT (3′‐deoxy‐3′‐[F‐18]fluorothymidine), used to measure cellular proliferation, has the potential to validate the efficacy…”
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SU‐GG‐AUD‐03: The Development and Validation of An Image‐Based Dosimetry System for 90Y Microspheres Used to Treat Hepatic Tumors by Selwyn, R, Jaskowiak, C, Nickles, R, McDermott, J, Welsh, J, DeWerd, L, Thomadsen, B

“…Purpose: To develop and experimentally validate an image‐based dosimetry system for determining the three‐dimensional (3D) dose distribution from 90 Y…”
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TU‐C‐J‐6B‐03: Deformable Fusion of 4D PET Images by Zhang, T, Pyzalski, R, Jaskowiak, C, Tome, W, Mackie, T, Paliwal, B

“…Purpose: PET images are useful in defining treatment targets. Removing distortion from respiratory motion in the PET images is of importance for gated or 4D…”
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Assessing environmental chemical uptake in fetal brain in utero: A preliminary PET/CT study by DeJesus, O. T., Flores, L. G., Converse, A. K., Bartlett, R. M., Murali, D., Jeraj, R., Oakes, T. R., Nickles, R. J., Jaskowiak, C. J.

“…Exposure to several environmental chemicals in utero is associated with subtle deleterious effects in cognitive, motor and behavioral functions. In order to…”
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PetCT: a direct noninvasive measure of inflammation in inflammatory bowel disease (IBD)? by Spier, B, Johnson, E, Einstein, M, Pearlman, S, Jaskowiak, C, Bassiouni, M, Meisner, R, Reichelderfer, M

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RECOGNIZING AND REDUCING UPTAKE OF 18F-FDG IN MUSCLE by Jaskowiak, C J

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PetCT: a direct noninvasive measure of inflammation in inflammatory bowel disease (IBD)?: P-054 by Spier, B, Johnson, E, Einstein, M, Pearlman, S, Jaskowiak, C, Bassiouni, M, Meisner, R, Reichelderfer, M

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18F-labeled resin microspheres as surrogates for 90Y resin microspheres used in the treatment of hepatic tumors: a radiolabeling and PET validation study by Selwyn, R G, Avila-Rodriguez, M A, Converse, A K, Hampel, J A, Jaskowiak, C J, McDermott, J C, Warner, T F, Nickles, R J, Thomadsen, B R

“…(90)Y-labeled resin microspheres (SIR-Spheres) are currently used to treat patients with primary and metastatic solid liver tumors. This treatment is typically…”
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