1
Hsiang-Wen Tseng
LAI HUI MIN, KUO ZONG KENG, CHIANG WEN SHENG, TSENG HSIANG WEN: [ZH] 含CD54表达之报告系统之免疫细胞的应用以及经克隆之新颖细胞, [EN] Application of immune cell including CD54 expression reporting system and cloned novel cell. Industrial Technology Research Institute, zhang wenhui, June 24, 2015: CN142929968

[EN] The present invention provides a method of confirming an immunoregulation substance, comprising: (a) providing a to-be-measured substance and an immune cell, wherein the immune cell includes a CD54 expression reporting system, and the CD54 expression reporting system comprises a CD54 gene promo ...


2
Shaw Robert F: Oximeter and method for in vivo determination of oxygen saturation in blood using three or more different wavelengths. February 1, 1972: US3638640 (338 worldwide citation)

Oximeter method and apparatus uses a test appliance that includes a source for directing radiation into skin tissue or other blood-confining container at three or more wavelengths and a detector for sensing the radiation intensity emanating from the skin tissue or other container at each wavelength. ...


3
Dahne Claus, Cross Daniel: Spectrophotometric apparatus for the non-invasive determination of glucose in body tissues.. Battelle Memorial Institute, November 13, 1985: EP0160768-A1 (209 worldwide citation)

A directive light beam (9) in a wavelength range appropriate for penetrating into body tissues is applied to a portion (20) of patient's body and the energy transmitted or back-scattered by the underlying tissue is analyzed spectrophotometrically for the presence of glucose. Analysis is performed us ...


4
Lavallee Robert G: Oximeter. American Optical Corporation, March 7, 1972: US3647299 (144 worldwide citation)

An oximeter having a single light-emitting diode structure capable of emitting the three wavelengths required for oximetry and dye dilution measurements. A ring counter causes three semiconductor chips in the device to be energized in sequence. Light is directed toward the blood sample and the refle ...


5
Rick P Trebino, Nicholas M Sampas, Eric K Gustafson: Techniques for measuring difference of an optical property at two wavelengths by modulating two sources to have opposite-phase components at a common frequency. Townsend and Townsend and Crew, June 30, 1998: US05774213 (141 worldwide citation)

A technique for making precise spectrophotometric measurements illuminates a sample with two or more modulated light sources at two or more, typically closely spaced, wavelengths. Light from the sources is combined, homogenized, and directed to the sample, and the light from the sample is collected ...


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Vurek Gerald G: Oximeter for monitoring oxygen saturation in blood. The United States of America represented by the Secretary of the, March 26, 1974: US3799672 (123 worldwide citation)

A device for monitoring blood oxygen saturation during extracorporeal bypass procedures comprises a dual wavelength oximeter utilizing an infrared (905 nm) light-emitting diode and a visible red (655nm) light emitting diode to alternately illuminate blood as it flows through a plastic cuvet. The rat ...


7
David M Pepper, Daniel Sievenpiper: Compact sensor using microcavity structures. HRL Laboratories, Ladas & Parry, August 17, 2004: US06777244 (114 worldwide citation)

A compact sensor for detection of chemical and/or biological compounds in low concentration. The sensor comprises electromagnetic microcavities. The agent to be detected passes the microcavities, is absorbed and/or absorbed by the microcavities, and modifies the electromagnetic field inside the micr ...


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Shaw Robert F, Sidlauskas David P, Lobdell Donn D: Optical oximeter apparatus and method. Shaw Robert F, Smith A C, November 12, 1974: US3847483 (109 worldwide citation)

An improved oximeter operates at two radiation wavelengths, neither of which need be an isosbestic wavelength, to provide direct and accurate indications of oxygen saturation of blood substantially independently of variation in blood flow velocities, hematocrits and hemoglobin concentrations. Fiber ...


9
Steuer Robert R, Harris David H: Method and apparatus for monitoring blood constituents. Hema Metrics, December 29, 2004: EP1491135-A2 (105 worldwide citation)

The system determines the hematocrit and other blood constituents transcutaneously and non-invasively. Disclosed are a finger clip assembly (6) and an earlobe clip assembly (10), each including at least a pair of emitters (1, 2) and a photodiode (3) in appropriate alignment to enable operation in ei ...


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Kenneth A Wickersheim: Optical temperature measurement technique utilizing phosphors. Luxtron Corporation, Majestic Gallagher Parsons & Siebert, May 15, 1984: US04448547 (98 worldwide citation)

A technique of temperature measurement wherein an object or environment to be measured is provided with a phosphor material layer that emits at least two optically isolatable wavelength ranges whose intensity ratio depends upon the object or environment temperature, the emitted radiation being broug ...