Change detection via signal subspace processing: Application to parathyroid gland detection
M Carroll - 2008 - Soc Nuclear Med
1631 Objectives: The objective is to derive an optimal change detection algorithm which is
robust with respect to local image misregistration. Methods: A test image, f2 (x, y) potentially …
robust with respect to local image misregistration. Methods: A test image, f2 (x, y) potentially …
Automatic change detection in nuclear medicine image data using local kernel regression (LKR)
M Carroll - 2010 - Soc Nuclear Med
1338 Objectives The automatic analysis and detection of subtle changes between patient
images over time or between multispectral data sets is an extremely important tool both in …
images over time or between multispectral data sets is an extremely important tool both in …
Mutual information based statistical change detection
M Carroll - 2011 - Soc Nuclear Med
2052 Objectives The detection of significant changes between 3D nuclear medicine data
sets is crucial in therapy monitoring. But these significant changes have to be distinguished …
sets is crucial in therapy monitoring. But these significant changes have to be distinguished …
Use of dynamic images to detect artifacts in dual-isotope parathyroid adenoma imaging
R Halkar, J Galt, U Bilkay, J Vansant - Clinical nuclear medicine, 2000 - journals.lww.com
A 47-year-old woman with a clinical history and biochemical profile of primary
hyperparathyroid disease underwent dual-isotope imaging to localize hyperfunctioning …
hyperparathyroid disease underwent dual-isotope imaging to localize hyperfunctioning …
Localization of parathyroid adenomas–SPECT subtraction technique using statistical parametric mapping (SPM) registration method
J Trnka, J Kubinyi - 2009 - Soc Nuclear Med
1371 Objectives To develop a 3D subtraction technique using two SPECT images (99m Tc-
MIBI and 99m Tc-Tc0 4-) of (para) thyroid gland which should represent a complement to …
MIBI and 99m Tc-Tc0 4-) of (para) thyroid gland which should represent a complement to …
An eigenvalue based similarity measure and its application to tumour detection in nuclear medicine
M Carroll, M Buxton-Thomas - 2006 - Soc Nuclear Med
1427 Objectives: The objective of this study is to automatically detect significant differences
between bitemporal or bispectral images with the purpose of tumour detection. Methods: In …
between bitemporal or bispectral images with the purpose of tumour detection. Methods: In …
[CITATION][C] Methodological considerations influence the clinical value of parathyroid localisation diagnostics
M Gabriel, H Erler, C Bacher-Stier, D Kendler… - European Journal of …, 2001 - Springer
We read with interest the recent article “99mTc-MIBI scintigraphy of parathyroid adenomas
and its relation to tumour size and oxyphil cell abundance”, published in the February issue …
and its relation to tumour size and oxyphil cell abundance”, published in the February issue …
A15 The effect of reconstruction techniques on quantification in DaTSCAN imaging
E Kalogianni, DJ Towey, PG Bain… - Nuclear Medicine …, 2006 - journals.lww.com
A15 The effect of reconstruction techniques on quantificatio... : Nuclear Medicine
Communications A15 The effect of reconstruction techniques on quantification in DaTSCAN …
Communications A15 The effect of reconstruction techniques on quantification in DaTSCAN …
[BOOK][B] Image-guided diagnosis through change detection in image sequence
K Woods - 2001 - search.proquest.com
This dissertation presents methodologies and techniques to aid in the automation of the
change detection process. The change detection process finds application in medical …
change detection process. The change detection process finds application in medical …
A comparison of sequential and simultaneous subtraction imaging of the parathyroid
JS Stratford, JS Fleming - Nuclear Medicine Communications, 2004 - journals.lww.com
Aim: Several scintigraphic imaging methods can be used preoperatively to localize the
parathyroid. The 123 I and 99m Tc subtraction method using sequential imaging (SeqSM) is …
parathyroid. The 123 I and 99m Tc subtraction method using sequential imaging (SeqSM) is …