MARYLAND INDUSTRIAL PARTNERSHIPS

MIPS Projects

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MIPS Round 

38

August

 

2006

August 1, 2006

Octane Wireless

Hanover

 | 

Anne Arundel

 County

Project:

Signal Processing for Target Classification

Principal Investigator:

K.J.
 
Liu

Technologies:

Image Processing / Pattern Recognition

MIPS Round 

38

August

 

2006

August 1, 2006

Green Eyes LLC

Easton

 | 

Talbot

 County

Project:

Development of ProbeGuard Anti-Biofouling Device

Principal Investigator:

Louis
 
Codispoti
Horn Point Laboratory

Technologies:

Aquaculture

Environmental Technology / Science

Green Eyes develops aquatic monitoring instruments and systems for academic, environmental consulting, and federal, state, and local government water monitoring agencies. Green Eyes also has business in China, Japan, India and Europe.

This MIPS project enabled Green Eyes to commercialize ProbeGuard, which reduces servicing costs by 50-75 percent while improving data quality. The system also allows real-time access to data.

The MIPS project was critical to getting Green Eyes “off the ground.” With the ProbeGuard project, Green Eyes secured more funding from private businesses and the National Oceanic and Atmospheric Administration. Early next year, Green Eyes will sell 15 units to reduce monitoring costs for the U.S. Great Lakes.
Green Eyes’ ProbeGuard keeps instruments that monitor various aspects of water quality clear of biofouling, as shown above.

MIPS Round 

38

August

 

2006

August 1, 2006

Quantum Molecular Technologies

Bethesda

 | 

out-of-state

 County

Project:

Quantum Photodetectors for Molecular Imaging

Principal Investigator:

Pamela
 
Abshire
Professor

Technologies:

Medical Instrumentation / Equipment

MIPS Round 

38

August

 

2006

August 1, 2006

Alba Therapeutics Corporation

Baltimore

 | 

Baltimore City

 County

Project:

Enhanced Oral, Nasal & Pulmonary Drug Delivery

Principal Investigator:

Natalie
 
Eddington

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

38

August

 

2006

August 1, 2006

Cardinal Scientific, Inc.

Clinton

 | 

Prince George’s

 County

Project:

Web-based Water-Jet Machining Service

Principal Investigator:

Satyandra K
 
Gupta
Professor

Technologies:

Software Development

MIPS Round 

38

August

 

2006

August 1, 2006

AviHome LLC

Salisbury

 | 

Wicomico

 County

Project:

Plenum Floor Ventilation for Poultry House Emission Control

Principal Investigator:

Jeannine
 
Harter-Dennis
Associate Professor

Technologies:

Agriculture / Poultry Science

MIPS Round 

38

August

 

2006

August 1, 2006

Profectus BioSciences, Inc.

Baltimore

 | 

Baltimore City

 County

Project:

Developing Rapamycin to treat HIV infection

Principal Investigator:

George
 
Lewis

Technologies:

Biotechnology / Genetic Engineering

Profectus is a clinical-stage vaccine development company pioneering evolutionary steps in the design and development of preventive and therapeutic vaccines for infectious diseases, allergy and autoimmunity, and oncolytic vaccines for cancer immunotherapy.

MIPS Round 

38

August

 

2006

August 1, 2006

PharmAthene

Annapolis

 | 

Anne Arundel

 County

Project:

Mechanism of Action Studies for Valortim

Principal Investigator:

Alan
 
Cross

Technologies:

Biotechnology / Genetic Engineering

PharmAthene is a biodefense company developing and commercializing medical products to counter biological and chemical threats.

The MIPS project helped Valortim progress to a Phase I clinical trial. PharmAthene received over $27 million in government funding for the advanced development of Valortim.

MIPS Round 

38

August

 

2006

August 1, 2006

Prime Circuits, Inc.

Potomac

 | 

Montgomery

 County

Project:

Photodiodes for use in x-ray detectors

Principal Investigator:

Martin
 
Peckerar
Professor

Technologies:

Image Processing / Pattern Recognition

MIPS Round 

38

August

 

2006

August 1, 2006

3CLogic, Inc.

Rockville

 | 

Montgomery

 County

Project:

Detecting Multi-media P2P Flows

Principal Investigator:

Neil
 
Spring

Technologies:

Software Development

MIPS Round 

38

August

 

2006

August 1, 2006

Lentigen Corporation

Gaithersburg

 | 

Baltimore

 County

Project:

Tissue-Specific Lentivirus Vectors

Principal Investigator:

Ricardo
 
Feldman
Associate Professor

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

38

August

 

2006

August 1, 2006

Promogen, Inc.

Rockville

 | 

Montgomery

 County

Project:

Construction of Synthetic Gene Promoters

Principal Investigator:

Dean
 
Mann
Professor

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

38

October

 

2006

October 1, 2006

ACAGI, Inc.

Frederick

 | 

Frederick

 County

Project:

Image Exploitation System

Principal Investigator:

Rama
 
Chellappa

Technologies:

Image Processing / Pattern Recognition

MIPS Round 

38

August

 

2006

August 1, 2006

BioAssessments, LLC

Elkton

 | 

Cecil

 County

Project:

Angiotensin Monitor for Salt Sensitivity

Principal Investigator:

Mandeep
 
Mehra, M.D.

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

38

August

 

2006

August 1, 2006

axonX Fike

Sparks

 | 

Baltimore

 County

Project:

CCTV Surveillance for Fire Detection

Principal Investigator:

James
 
Milke
Professor and Associate Chair

Technologies:

Fire Protection Engineering

MIPS Round 

38

August

 

2006

August 1, 2006

InvisiTrack, Inc.

Annapolis

 | 

Anne Arundel

 County

Project:

Distributed sensing of hazardous geophysical flows

Principal Investigator:

Tony
 
Farquhar
Associate Professor

Technologies:

Environmental Technology / Science

MIPS Round 

38

August

 

2006

August 1, 2006

Nora Therapeutics, Inc.

Owings Mills

 | 

Baltimore

 County

Project:

Manufacturing & Purification Protocols for rhG-CSF

Principal Investigator:

Julienne
 
Mullaney
Research Associate

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

37

February

 

2006

February 1, 2006

BioFactura, Inc.

Rockville

 | 

Montgomery

 County

Project:

Novel Antifungal Drug-Expression System Evaluation

Principal Investigator:

William
 
Bentley
Professor

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

37

February

 

2006

February 1, 2006

Prasidiux, LLC

Bowie

 | 

Prince George’s

 County

Project:

Fabrication of Temperature Sensors Based on Gels

Principal Investigator:

Srinivasa
 
Raghavan
Professor

Technologies:

Chemical Engineering / Chemistry

MIPS Round 

37

February

 

2006

February 1, 2006

CSA Medical

Baltimore

 | 

Baltimore City

 County

Project:

Spray Cryotherapy for High-Grade Dysplasia & Early Cancer

Principal Investigator:

Bruce
 
Greenwald
Professor of Medicine

Technologies:

Biotechnology / Genetic Engineering

MIPS Round 

37

February

 

2006

February 1, 2006

Imagilin Technology, LLC

Frederick

 | 

Frederick

 County

Project:

Microencapsulation of Probiotics

Principal Investigator:

Y. Martin
 
Lo
Associate Research Scientist

Technologies:

Agriculture / Poultry Science

Food Processing

MIPS Round 

37

February

 

2006

February 1, 2006

Revelytix, Inc.

Hunt Valley

 | 

Baltimore

 County

Project:

BuildIT:Hosted Collaborative Ontology Editor & Manager

Principal Investigator:

Sergei
 
Nirenburg

Technologies:

Software Development

MIPS Round 

37

February

 

2006

February 1, 2006

Advanced Digital Forensic Solutions, Inc.

Bethesda

 | 

Montgomery

 County

Project:

Advanced CBIR Algorithm for Forensic Analysis

Principal Investigator:

David
 
Doermann

Technologies:

Software Development

Homeland Security

MIPS Round 

37

February

 

2006

February 1, 2006

Automated Precision, Inc.

Rockville

 | 

Montgomery

 County

Project:

Geometric Algorithms for 3D Inspection

Principal Investigator:

Satyandra K
 
Gupta
Professor, Department of Mechanical Engineering and Institute for Systems Research

Technologies:

Software Development

Automated Precision Inc. (API) is a world leader in coordinate measurement solutions. Leading the metrology industry through innovation, API products are used by many of the world’s top automotive, aerospace, machine tool, and CMM manufacturers.

API’s technology improves production processes, from design and innovation to production, quality checks and inspections. The company offers dimensional inspection and metrology services, including consulting, calibration, machine tool error mapping, contract measurement, 3D CAD modeling and reverse engineering to solve difficult measurement problems.

API has created over 25 new jobs in engineering R&D and manufacturing as a result of MIPS. The development of Rapidscan and applications for automated inspection utilizing advanced techniques and algorithms from the project show promising market growth for the business. RapidScan is now planned to be in all API demonstration centers throughout the world.

This project enabled API to further develop and expand the market for its family of non-contact area scanners. API now utilizes Rapidscan mounted on industrial robots to do the automated inspection of precision parts. This turnkey system is called the Smart Factory Inspection System (SFIS). SFIS has been successfully introduced into the automotive (precision sheet metal parts) and aerospace industries (airplane door construction). Wind energy, mold and die Inspection, and automotive, in-line inspection are applications API has targeted for the future.

The future of non-destructive inspection lies in non-contact scanning. MIPS provided API with the ability to initially develop and understand suitable applied technology and improve upon this initial technology to where API has the most advanced non-contact scanners in the market today.

MIPS Round 

37

February

 

2006

February 1, 2006

A&G Pharmaceutical, Inc.

Columbia

 | 

Howard

 County

Project:

Novel Immunomodulators for Autoimmune Disease

Principal Investigator:

Jun
 
Hayashi

Technologies:

Biotechnology / Genetic Engineering

A&G is focused on the identification of biomarkers involved in the development of cancer cells and using such biomarkers as targets, developing theranostic (diagnostic and therapeutic combination) products useful in the diagnosis, treatment and monitoring of cancer. The company is comprised of two divisions, an R&D division focused on theranostic products, and the Precision Antibody division, recognized worldwide as a provider of high-quality, customized antibodies to pharmaceutical and biotech companies, as well as federal laboratories.

A&G has grown from an incubator company with four employees to a 12,000 sq.-ft. facility with 30 employees, of whom >50 percent are Maryland graduates. A&G’s financing is a mix of equity funding and profits from Precision Antibody. Non-dilutive funding has been obtained from NIH and Avon Foundation grants. The MIPS funding of studies at the University of Maryland have been important in the company’s goal of developing diagnostic kits for its theranostic portfolio.

A&G’s lead products in development, based on a unique biomarker called GP88 (progranulin), target both lung and breast cancer, as well as several other cancers. GP88, a glycoprotein, is produced and required by cancer cells for growth, proliferation and survival. In clinical studies, GP88 was detected in >80 percent of breast cancer tumors. High levels of GP88 in such tumors are statistically associated with a five-fold increase in the risk of recurrence, compared with patients with low or no GP88 detected in tumors. GP88 blood levels have been shown to be statistically elevated in breast cancer patients with progressive disease, compared with healthy individuals. Concurrent with the development of GP88 diagnostic kits for detecting GP88 in tumor tissue and blood, A&G is pursuing the development of an associated anti-GP88 monoclonal antibody therapeutic.  In pre-clinical xenograft models, the antibody was demonstrated to inhibit tumor growth and promote tumor regression. Toxicology and safety studies demonstrated anti-GP88 is safe and showed no toxicities in either acute or repeat dose studies. Thanks to an SBIR/NCI grant ($2 million), this therapeutic will enter Phase 1 clinical trials in 2018. The two diagnostic products will be used in this study to identify patients for treatment with the anti-GP88 and subsequently for monitoring patients during and post-treatment.