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Jing J Tang

from New York, NY
Age ~35
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Also known as:
Jingjing Tang
Related to:
Fat Wang Cheung, 52Johnny Tang, 43Tang Jhi, 54Yanping Tang, 55Xue W Tang, 67Ki Wing Cheung, 51Hui T Tang, 49Huan Huan Tang, 33Hui H Tang, 51
Connected to:
Aaron Tang, 53Adrian Y Tang, 53Alana M Tang, 26Allan K Tang, 58Ally H Tang, 34Aly H Tang, 56America Tang, 69Anli Tang, 33Anlun Tang, 63Benjamin W Tang, 58

Jing Tang Phones & Addresses

  • New York, NY
  • Richmond, VA
  • Roseboro, NC

Work

Company: Lyoness america May 2014 Position: Banking associate

Education

School / High School: St. John's University- Queens, NY 2003 Specialities: Bachelor of Science in Computer Science

Resumes

Resumes

Jing Tang Photo 1

Jing Tang Glen Head, NY

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Work:
Lyoness America

May 2014 to 2000
Banking Associate
American Renewable Energy, Inc
Piscataway, NJ
Oct 2013 to May 2014
Installations Project Manager
American Renewable Energy, Inc
Piscataway, NJ
Jun 2013 to Oct 2013
Administrator
American Renewable Energy, Inc
New York, NY
Jul 2011 to May 2013
Project Administrator
Diamond Harmony - Online jewelry store
New York, NY
Sep 2008 to Jul 2011
Bookkeeper
Education:
St. John's University
Queens, NY
2003 to 2007
Bachelor of Science in Computer Science

Business Records

Name / Title
Company / Classification
Phones & Addresses
Jing L. Tang
Medical Doctor, Principal
International Rehab Medical Office PC
Health/Allied Services
24603 81 Ave, Jamaica, NY 11426

Publications

Us Patents

System And Method Of Fluorescence Spectroscopic Imaging For Characterization And Monitoring Of Tissue Damage

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US Patent:
6631289, Oct 7, 2003
Filed:
Jan 22, 2001
Appl. No.:
09/767125
Inventors:
Robert R. Alfano - Bronx NY
Jing Tang - Allston MA
Ping Pei Ho - Great Neck NY
Assignee:
Research Foundation of CUNY - New York NY
International Classification:
A61B 600
US Classification:
600476, 600473, 600310, 356432, 2503411, 436 63, 436172
Abstract:
A method for monitoring a biological tissue includes illuminating the tissue, including a fluorophore, with a wavelength of light, the wavelength selected for exciting the fluorophore, determining a fluorescent emission of the fluorophore, the emission indicating the presence of the fluorophore, and correlating an emission of the fluorophore to an extent and degree of damage to the tissue. Damage to the tissue includes a breakdown of the fluorophore, resulting in a reduced level of emission. The fluorophore can include one of collagen and elastin. The fluorophore can include tryptophan, nicotinamide adenine dinucleotide, flavin and porphyrin. Correlating the emission of the fluorophore to the extent and degree of damage further includes processing a correlation of the emission over time, controlling the power of a laser welder based on the processed correlation, and preventing overheating of the tissue by the laser welder.

Gelatin Based On Power-Gel™ As Solders For Crlaser Tissue Welding And Sealing Of Lung Air Leak And Fistulas In Organs

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US Patent:
7033348, Apr 25, 2006
Filed:
Apr 10, 2002
Appl. No.:
10/119914
Inventors:
Robert R. Alfano - Bronx NY, US
Jing Tang - Arlington MA, US
Jonathan M. Evans - New York NY, US
Peng Pei Ho - Douglaston NY, US
Assignee:
The Research Foundation of The City University of New York - New York NY
International Classification:
A61B 18/18
US Classification:
606 8, 606 3, 606 9, 607 88, 607 89, 128898
Abstract:
Laser tissue welding can be achieved using tunable Cr lasers, semiconductor lasers and fiber lasers, where the weld strength follows the absorption spectrum of water. The use of gelatin and esterified gelatin as solders in conjunction with laser inducted tissue welding impart much stronger tensile and torque strengths than albumin solders. Selected NIR wavelength from the above lasers can improve welding and avoid thermal injury to tissue when used alone or with gelatin and esterified gelatin solders. These discoveries can be used to enhance laser tissue welding of tissues such as skin, mucous, bone, blood vessel, nerve, brain, liver, pancreas, spleen, kidney, lung, bronchus, respiratory track, urinary tract, gastrointestinal tract, or gynecologic tract and as a sealant for pulmonary air leaks and fistulas such as intestinal, rectal and urinary fistulas.

Positioning Devices And Methods For In Vivo Wireless Imaging Capsules

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US Patent:
20050148842, Jul 7, 2005
Filed:
Dec 22, 2003
Appl. No.:
10/741540
Inventors:
Leming Wang - Bayside NY, US
Jinpin Ying - East Brunswick NJ, US
Jing Tang - Arlington MA, US
Weilong Lee - West Covina CA, US
Pingpei Ho - New York NY, US
International Classification:
A61B001/04
US Classification:
600407000
Abstract:
A wireless capsule as a disease diagnosis tool in vivo can be introduced into a biological body by a native and/or artificial open, or endoscope, or an injection. The information obtained from a micro-spectrometer, and/or an imaging system, or a micro-biosensor, all of which are built-in a wireless capsule, can be transmitted to the outside of the biological body for medical diagnoses. In addition, a real-time specimen collection device is integrated with the diagnostic system for the in-depth in vitro analysis
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Jing J Tang from New York, NY, age ~35 Get Report