Jian Ling


Jian Ling, Staff Engineer
Materials and Bioengineering Microencapsulation & Nanomaterials Department	Phone: (210) 522-3953 Email: jian.ling@swri.org

Links on the SwRI Web site for Jian Ling:

Flyer:

Tissue Engineering Research and Implementation

Wound Care Research and Device Development

Bio-Optics Research and Device Development

Technology Today:

Accelerating cancer drug discovery: the advent of Raman spectroscopy

IR&D Reports:

Development of a Mesenchymal Stem-Cell Expansion Device – A Stem-Cell Bioreactor, 10-R9864 (2010)

Screening Technology for Tissue Regeneration, 01-R8025 (2010)

Three-Dimensional Strain Mapping in Highly Porous Structures, 18-R9676 (2009)

Three-Dimensional Strain Mapping in Highly Porous Structures, 18-R9676 (2008)

Biocompatible Surface Coated Nano-Particles for Live-Cell Imaging and Early Cancer Detection, 10-R9536 (2006)

Biocompatible Surface Coated Quantum Dots For Live Cell Imaging and Early Cancer Detection, 10-9536 (2005)

Toward Raman Spectroscopy of Biological Tissue for Cancer Diagnosis, 10-9359 (2003)

Development of Quantitative Raman Imaging Techniques to Study Intracellular Pharmacokinetics of Anticancer Agents, 10-9219 (2002)

Development of Quantitative Raman Imaging Techniques to Study Intracellular Pharmacokinetics of Anticancer Agents, 10-9219 (2001)

Using Pressure Patterns to Detect Natural Motions for Traversing Virtual Environments, 07-9178 (2001)

Development of Quantitative Raman Imaging Techniques to Study Intracellular Pharmacokinetics of Anticancer Agents, 10-9219 (2001)

Using Pressure Patterns to Detect Natural Motions for Traversing Virtual Environments, 07-9178 (2001)

Three-Dimensional Visualization and Volumetric Analysis of Cancer Therapeutic Agents and Cell Interactions Using Raman Imaging, 10-9110 (2000)

DISMAP Technology Upgrade, 18-9105 (2000)

Three-Dimensional Visualization and Volumetric Analysis of Cancer Therapeutic Agents and Cell Interactions Using Raman Imaging, 10-9110 (1999)

Patents:

Multi-channel fiber optic spectroscopy systems employing integrated optics modules, 7,952,706

Virtual Reality System Locomotion Interface Utilizing a Pressure-Sensing Mat, 7,588,516

Virtual Reality System Locomotion Interface Utilizing a Pressure-Sensing Mat Attached to Movable Base Structure, 7,520,836

Virtual Reality System Locomotion Interface Utilizing a Pressure-Sensing Mat, 7,387,592

Virtual Reality System Locomotion Interface Utilizing a Pressure-Sensing Mat, 7,381,153

Virtual Reality System Locomotion Interface Utilizing a Pressure-Sensing Mat, 7,381,152

Methodology of Using Raman Imaging Microscopy for Evaluating Drug Action Within Living Cells, 6,939,686

Virtual Reality System Locomotion Interface Utilizing a Pressure-Sensing Mat, 6,916,273

Cardiac Output Monitor Using Fuzzy Logic Blood Pressure Analysis, 6,007,491

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Southwest Research Institute^®(SwRI^®), headquartered in San Antonio, Texas, is a multidisciplinary, independent, nonprofit, applied engineering and physical sciences research and development organization with 11 technical divisions.

May 07, 2013