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Shoko Nioka

from Philadelphia, PA
Age ~77

Shoko Nioka Phones & Addresses

  • 4014 Pine St, Philadelphia, PA 19104 (215) 382-2190
  • 4012 Pine, Philadelphia, PA 19104 (215) 222-6146
  • 4014 Pine, Philadelphia, PA 19104 (215) 222-6146 (215) 382-2190
  • Phila, PA
  • Toms River, NJ
  • Waretown, NJ
  • Radnor, PA
  • Haverford, PA

Resumes

Resumes

Shoko Nioka Photo 1

Shoko Nioka

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Location:
Philadelphia, PA
Industry:
Higher Education
Work:
University of Pennsylvania
Retired
Shoko Nioka Photo 2

Shoko Nioka

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Location:
Philadelphia, PA
Industry:
Biotechnology

Business Records

Name / Title
Company / Classification
Phones & Addresses
Shoko Nioka
President
Optical Devices, Inc
Research & Development
39 Northwoods Rd, Wayne, PA 19087

Publications

Us Patents

Non-Invasive Imaging Of Biological Tissue

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US Patent:
20040064052, Apr 1, 2004
Filed:
Sep 27, 2003
Appl. No.:
10/675597
Inventors:
Britton Chance - Marathon FL, US
Shoko Nioka - Philadelphia PA, US
Qingming Luo - Philadelphia PA, US
International Classification:
A61B006/00
US Classification:
600/476000
Abstract:
An optical method and system for in vivo, non-invasive imaging of biological tissue includes a stimulator and a spectrophotometer. The stimulator is constructed and arranged to stimulate cognition in a subject. The spectrophotometer is co-operatively arranged with the stimulator. The spectrophotometer is coupled to an optical module constructed to provide a multiplicity of arrayed source-detector pairs constructed for direct engagement with the subject. The system includes a light source constructed to introduce electromagnetic radiation of a visible or infra-red wavelength into biological tissue and a light detector constructed to detect optical radiation that has migrated in the tissue. A processor receives signals of the detected radiation from the light detector and is constructed and arranged to create a defined spatial image of the tissue by effectively producing image data corresponding to differences between two data sets of the tissue being stimulated and the tissue not being stimulated by the stimulator.

Non-Invasive Apparatus And Method For Measuring Human Metabolic Conditions

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US Patent:
20120209092, Aug 16, 2012
Filed:
Feb 16, 2011
Appl. No.:
13/028359
Inventors:
JENQ-RUEY HORNG - TAINAN COUNTY, TW
SHOKO NIOKA - PHILADELPHIA PA, US
CHI-JO WANG - TAINAN COUNTY, TW
CHIH-CHIEH KANG - TAINAN COUNTY, TW
JUING-SHIAN CHIOU - TAINAN COUNTY, TW
SHIH-CHUNG CHEN - TAINAN COUNTY, TW
CHIH-KUO LIANG - TAINAN COUNTY, TW
CHING-LUNG CHU - TAINAN COUNTY, TW
HUNG-CHI YANG - TAINAN COUNTY, TW
LIAN-JOU TSAI - TAINAN COUNTY, TW
TSUNG-FU JENG - TAINAN COUNTY, TW
Assignee:
SOUTHERN TAIWAN UNIVERSITY - TAINAN COUNTY
International Classification:
A61B 5/1468
US Classification:
600310
Abstract:
In a non-invasive human metabolic condition measuring apparatus and method, a micro-light source emits an incident light having a wavelength from 329 nm to 473 nm to trigger a mitochondrial metabolite of a human mucosa tissue, and the metabolite is excited to generate a fluorescent signal having a wavelength from 405 nm to 572 nm, and the fluorescent signal is filtered by an optical filter, received by a micro receiver, and amplified by an amplification circuit sequentially, and then a filter circuit and an analog/digital conversion circuit of a microprocessing unit are provided for filtering and performing an analog/digital signal conversion respectively, so that the metabolite content can be calculated by the computation to provide human metabolic conditions, and a combination of micro components and circuits is used for miniaturizing the apparatus to provide a convenient carry of the apparatus.

Optical System And Method For Non-Invasive Imaging Of Biological Tissue

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US Patent:
58533702, Dec 29, 1998
Filed:
Sep 13, 1996
Appl. No.:
8/713401
Inventors:
Britton Chance - Marathon FL
Shoko Nioka - Philadelphia PA
Qingming Luo - Philadelphia PA
Assignee:
Non-Invasive Technology, Inc. - Philadelphia PA
International Classification:
A61B 500
US Classification:
600473
Abstract:
An optical system for in vivo, non-invasive imaging of tissue change including an optical module, a spectrophotometer, and a processor. The optical module includes an array of input ports and detection ports located in a selected geometrical pattern to provide a multiplicity of arrayed source-detector pairs engaged directly with the subject. The spectrophotometer includes at least one light source constructed to introduce electromagnetic radiation of visible or infra-red wavelength into the examined tissue successively at the input ports, wherein the wavelength is sensitive to a constituent of the imaged tissue, and at least one detector constructed to detect, at the detection ports, radiation of the selected wavelength that has migrated in the tissue from respective input ports. The processor receives signals of the detected radiation from the detector means, and is constructed and arranged to create a defined spatial image of the tissue by effectively producing from signals from the multiplicity of photon migration paths in the tissue, a succession of data sets representing, from a selected view, a succession of spatial images of the tissue being stimulated and the tissue not being stimulated, and an image data set related to differences between data of the successive data sets of the stimulated and non-stimulated tissue.
Shoko Nioka from Philadelphia, PA, age ~77 Get Report