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Bibliographic data Document US020070156036A1 (Pages: 15)

INID	Criterion	Field	Contents
54	Title	TI	[EN] TIME-RESOLVED NON-INVASIVE OPTOMETRIC DEVICE FOR DETECTING DIABETES
71/73	Applicant/owner	PA	UNIV CALIFORNA, US
72	Inventor	IN	KATIKA KAMAL M, US ; PILON LAURENT G, US
22/96	Application date	AD	Dec 13, 2006
21	Application number	AN	61042306
	Country of application	AC	US
	Publication date	PUB	Jul 5, 2007
33 31 32	Priority data	PRC PRN PRD	US 2005021588 Jun 17, 2005
33 31 32		PRC PRN PRD	US 58112304 Jun 17, 2004
51	IPC main class	ICM	A61B 5/00 (2006.01)
51	IPC secondary class	ICS
	IPC additional class	ICA
	IPC index class	ICI
	Cooperative patent classification	CPC	A61B 5/0059 A61B 5/0071 A61B 5/14532 A61B 5/1455 A61B 5/441 A61B 5/6816 A61B 5/6824 A61B 5/6825 A61B 5/6829 G01N 2021/6493 G01N 21/6408 G01N 21/6486 G01N 2800/042 G01N 33/582 G01N 33/6893
	MCD main class	MCM	A61B 5/00 (2006.01)
	MCD secondary class	MCS
	MCD additional class	MCA
57	Abstract	AB	[EN] A time-resolved fluorescence device is described for the detection and diagnosis of diabetes in a noninvasive manner. The device uses an ultra-short excitation pulse of light in the UV, infrared or visible range that comprises of a repetition of nanosecond pulses. The excitation pulse is directed incident onto a strategically selected area of the patient body such as the forearm, the feet, and the palm. This light interacts with the different layers of the skin. The absorbed light excites the AGEs in the skin, which in turn generate a fluorescence signal, which is collected by a detector. A processor is coupled to the detector to measure the transient fluorescence intensity decay of the skin in terms of lifetimes, and the contribution of individual fluorophores to the overall fluorescence signal. The nature and location of the fluorophores may be identified and a medical diagnostics may be performed.
56	Cited documents identified in the search	CT	US000003087487A US000005222496A US000005448992A US000005492118A US000005572996A US000005676140A US000006319540B1 US000006384914B1 US000006584342B1 US000006675030B2 US000006567678B1 US000006721582B2 US000006728560B2 US000006806089B1 US020020082487A1 US020020158211A1 US020020193672A1 US020050148834A1
56	Cited documents indicated by the applicant	CT
56	Cited non-patent literature identified in the search	CTNP
56	Cited non-patent literature indicated by the applicant	CTNP
	Citing documents		CN000112203576A CN000115607110A KR000101243183B1 US000009220437B2 US000010405785B2 US000010438356B2 US000011039768B2 US000011051727B2 US000011154198B2 US000011154224B2 US000011284800B2 US000011375898B2 US000011676276B2 US000011918351B2 US000011954861B2 US000011961236B2 US020070221863A1 US020180035933A1 WO002019031977A1 WO002019138374A1
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