Image Enhancement by Microwave Double and Multiple irradiations for Early Diagnosis of Breast Carcinoma
Cancer Research UK, July 2010,”Preventing cancer ,Cancer Research UK: Cancer Help UK,”www.cancerhelp.org
Indian Health News-Sunday, January 22, 2006-Breast Cancer in India raising rapidly-www.Media.net>Indian Health News.
US National Library of Medicine and the national institute of health, 2010, Medicine Plus,” breast cancer,” www.nlm.nih.gov/medline/breastcancer html.
Medline plus, US National Library of Medicine National Institute Health,2010,”Bereast Cancer”
Deborah.A.Kennady et.al, March 2009, “Comparitive rewiew of thermography as abreast cancer screen tecnique”, Integr Cancer Ther March 2009,Vol8,No.1,9-16
AmericanCancer society, 2011,”Staging and survival rates of breast cancer,” imgins.com
Nathalie Fiset,2007,”Breast Cancer survival rate,”EzineArticles.com
Jhon KeyserLingk et.al,Oct 23-24,2002,”Overview of infrared imaging as part of multi imaging strategy for breast cancer detection ans therapeutic monitoring”, Proceedings of the second jiont EMBS/BMES Conference,Houston,USA.
Pragti Kapoor et.al,2010,”Real Time Intelligent Thermal Analysis Approach for early diagnosis of Breast cancer, International computer applications,Vol 1 No.5
Kenneth R Foster, 1998, “Thermo graphic of breast cancer” ,IEEE engineering in medicine and biology, Volume 17(6), 10-14.
J.R.Keyserlingk et.al,1997, “The contribution of currently available high resolution infrared imaging to the detection of stage 1 and stage II breast cancer,” Engineering in medicine and biology Society, Proceedings of the 19th Annual International Conference, IEEE/EMBS, Oct.30-Nov.2, 1997,Chicago,IL.USA.
F.Cutierrez et.al. 2009,”Feasibility of thermal infrared imaging Screening for Breast Cancer in Rural Communities of Sourthern Maxico; The experience of the cetro de Estiudios and prevention de Csncer (CEPREC), Journal of Clinical Anthology 2009 ASCO, Vol. 27, No.155.
Singletary, S.Eva et.al.” Radio Frequency ablation of early stage invasive breast tumors: An Overview”, Cancer journal March/April 2002, Vol 8, issue 2,pp 177-180.
Converse M.C. et.al, 2004, “Ultra Wide-band microwave space time beam forming for hyperthermia treatment of breast cancer.A computational feasibility study, IEEE transactions on microwave theory and techniques, Volume 52, No.8, August 2004.
Thorsten.M.Buzung et.al, 2006, “Functional infrared imaging for skin-cancer screening”, proceedings of the 28th IEEE, EMBS Annual international conference, August 30-Sep3, 2006.
Dun Li et al, 2003, ” Comparision of three alternative breast modalities in a common phantom imaging experiment” www.dartmout edu/biolaser/papers/2003/Dun20li_modalities_2003.pdf
Santyr,GE:Fairbanks et.al., July ,1994,“Resonance spin locking for MR imaging”, Magn. Reson Med, 32(1):43-51.
Short J.G., Turner P.F., 1980, “Physical hyperthermia and cancer therapy,” proceedings of the IEEE volume 68, Issue Jan 1980.
Mark Palacia, 2010,”Breast imaging alternatives,” Applied Radiology, volume 39, no.3, March 2010.
Nagawa Dongola, 2009, “ Mammography in breast cancer,” www.emedicine.medscap.com
Linda S. High M.D., Ph.D, 2007,”Breast cancer: Screening for a care,” Northeast Florida Medicine, 2007, vol 58, no.1, pp 24-26.
R.S.Saunders and E.Samei,2006,”Improving Mammography Decision accuracy by incorporating observer rating with interpretation time,” British Journal of Radiology,(2006) 79, S 117-.S 112
D.L. Harris.et.al., 1996,”Infra-red in the diagnosis of a lump in the breast,” Br J. Cancer, 1996, December 20(4): 710-721.
- There are currently no refbacks.
This work is licensed under a Creative Commons Attribution 3.0 License.