미세 생의학영상 비쥬얼컴퓨팅

  • Published : 2005.10.01

Abstract

Keywords

References

  1. 정준기, '분자 핵의학영상 개관', 대한 핵의학회지 38권 2호, 2004
  2. R. Weissleder, 'Molecular imaging: explor-ing the next frontier,' Radiology, Vo1.212, No.3, pp.609-614, 1999
  3. massoud T.F, Gambhir SS. 'Molecular imaging in living subjects: seeing funda-mental biological processes in a new light', Genes Dev 2003(17), 545-580
  4. 정혜선, '유전자치료와 분자영상학', 대한 핵의학회지 38권 2호, 2004
  5. 문우경, '분자 자기공명영상', 대한 핵의학회지 38권 2호, 2004
  6. 이경한, '혈관신생 분자핵의학 영상', 대한 핵의학회지 38권 2호, 2004
  7. 이경한, 핵의학접근, 대한 핵의학회지 38권 2호, 2004
  8. A. Gengerer, T. Metrelmeier, 'Molecular Biology for Medical Imaging', Electromedica Vol.69, No.1, 2001
  9. Heike Allgayer, 'Molecular staging of Can-cer: concepts of today, therapies of tom-morow', Journal of Surgical Oncology, Vol.82, pp.217-223, 2003
  10. Markus Rudin, Ralph Weissleder, 'Molecular imaging in drug discovery and develop-ment', Nature, Feb., Vol.2, 2003
  11. G. Hamarneh et al, '3D segmentation of mouse organs from MR images using de-formable simplex mesh models,' Proc. Intl. Soc. Mag. Reson. Med. 11, 2003
  12. Ioannis A. Kakadiaris et al, 'Landmark driven Atlas-based Segmentation of Mouse Brain Tissue Images Containing Gene Expression Data', proc. of MICCAI, 2004
  13. G.Hamarneh et al, '3D segmentation of mouse organs from MR images using de-formable simplex mesh models,' Intl. Soc. Mag. Reson. Med. 11. 2003
  14. Shaun S, Gleason et al, 'Model-based seg-mentation of biomedical images'.
  15. Koon-Pong Wong et al, 'SegmeitLtation of Dynamic PET Images Using Cluster Analysis,' IEEE .Transactions on Nuclear Science, Vol.49, No.1, 2002
  16. D. Vary et al, '3D Quantification of ultra-sound images,' IEEE Intl. Ultrasonics Symposium, 2002
  17. anjum A. Ali et al, 'Automated Segmenta-tion of neuroanatomical structures in mul-tispectral MR microscopy of the mouse brain,' Neurolmage 27, pp. 425-435, 2005
  18. Ghassan Hamarneh et al, 'Segmentation, registration, and deformation analysis of 3D MR images of mice'.
  19. Imtek inc. (http://www.imtekinc.com)
  20. GE Healthcare. from 'Susanne Greschus, Martin Obert, and Horst Traupe, Depart-ment of Neuroradiology, University of Giessen
  21. The Molecular Imaging Central (http: //www.mi-central.org/index.html)
  22. Jeffrey T. Yap et al, 'Combined Clinical PET/CT and microPET Small Animal '.
  23. Ntziachristos, V., Tung, C.H., Bremer. C, Weissleder.R. 'Fluorescence molecular to-mography resolves protease activity in vivo,' Nature Med. No.8, pp.757-760, 2002
  24. Janeen P. Labbe, 'SPECT/CT Emerges from the Shadow of PET/CT,' Biophotonics International., pp. 50-57
  25. The Academy of Molecular Imaging, (http://www.ami-imaging,org.)
  26. Yubu Lee, Soomin Song, Jaesung Lee, Myounghee Kim, 'Tumor Segmentation from Small-Animal PET Using Region Growlng based on Gradient Magnitude,' Healthcom 2005
  27. Frank Berger et al, 'Whole-body skeletal imaging in mice utilizing microPET: opti -mization of reproducibility and applica tions in animal models of bone disease, European journal of Nuclear Medicine Vol. 29, No.9, September, 2002
  28. Farouc A. Jaffer, Ralph Weissleder 'Seeing Withing: Molecular imaging of the cardiovascular system
  29. Jamey P. Weichert, 'Mouse Models of Cancer, ch 19. Micro-computed tomog-raphy of mouse cancer models'
  30. Erik L. Ritman et al, 'Molecular imaging in small animals-Roles for microCT'. Journal of Cellular Biochemistry Supplement Vo1.29, pp.116-124, 2002