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Welcome to Maryland's searchable database of SBIR winners, with more than 425 companies winning over 1,500 awards from 23 federal agencies. The purpose of the database is to connect Maryland SBIR awardees with partners, investors, and customers to further their commercialization goals and to encourage other companies to apply for this valuable federal grant program. Although the information for this database was gathered from publicly available sources, there is no single location which combines this information into a comprehensive, accessible database. TEDCO, as Maryland's SBIR outreach and support agency, is pleased to provide this tool to the technology community in the State and the nation.
Search Results
| Company |
Project |
Location |
Agency |
Year |
Phase |
| ARIADNE GENOMICS, INC. |
Flexible NLP system for MEDLINE information extraction |
ROCKVILLE, MD |
NIH |
2003 |
Phase I |
 |
| ARIADNE GENOMICS, INC. |
PubAssist - an NLP-based document search system |
ROCKVILLE, MD |
NIH |
2004 |
Phase II |
 |
| ARIADNE GENOMICS, INC. |
PubAssist - an NLP-based document search system |
ROCKVILLE, MD |
NIH |
2005 |
|
 |
| BSI PROTEOMICS |
A High Throughout Protein Crystallization System |
GAITHERSBURG, MD |
NIH |
2001 |
|
 |
| BSI PROTEOMICS |
ECS--ELECTROPHORETIC PROTEIN CRYSTALLIZATION SYSTEM |
GAITHERSBURG, MD |
NIH |
1998 |
|
 |
| CCL BIOMEDICAL, INC. |
Polymers for Infection Resistant Urinary Catheters |
HAVRE DE GRACE, MD |
NIH |
2003 |
|
 |
| CCL BIOMEDICAL, INC. |
Engineering of Non-leaching Antibacterial Non-woven Textiles |
HAVRE DE GRACE, MD |
NSF |
2005 |
Phase II |
 |
| INTELLITECH MICROSYSTEMS, INC. |
Miniature Reaction Wheels an Enabling Technology for High Performance Nanosatellites |
Bowie , MD |
DARPA |
2003 |
Phase II |
 |
| INTELLITECH MICROSYSTEMS, INC. |
Miniature Reaction Wheels an Enabling Technology for High Performance Nanosatellites |
Gambrills , MD |
DARPA |
2003 |
Phase I |
 |
| INTELLITECH MICROSYSTEMS, INC. |
Enabling Technology for a Fixed Wing Hovering UAV |
Bowie , MD |
DARPA |
2005 |
Phase I |
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