About the Massachusetts Technology Portal
The Massachusetts Technology Portal is a single website where one can search easily and efficiently for over 3,500 technologies (as of November 2011) available from 28 research institutions in Massachusetts:
- Baystate Health, Inc.
- Beth Israel Deaconess Medical Center
- Boston Biomedical Research Institute
- Boston College
- Boston University
- Brandeis University
- Brigham and Women’s Hospital
- Caritas St. Elizabeth’s Medical Center
- Children’s Hospital Boston
- Dana-Farber Cancer Institute
- Harvard University
- Joslin Diabetes Center
- Mass Eye and Ear Infirmary
- Massachusetts General Hospital
- Massachusetts Institute of Technology
- McLean Hospital
- Northeastern University
- Schepens Eye Research Institute
- The Broad Institute
- The Immune Disease Institute
- Tufts Medical Center
- Tufts University
- UMass Dartmouth
- UMass Medical School
- University of Massachusetts at Amherst
- University of Massachusetts Lowell
- Whitehead Institute for Biomedical Research
- Worcester Polytechnic Institute
The portal was developed jointly with MATTO to provide entrepreneurs and investors with a convenient tool for finding intellectual property generated across a broad spectrum of Massachusetts universities and research hospitals. While many Technology Transfer Offices have search engines for their IP on their institution’s website, providing a single portal to the patents produced by our leading institutions enables users to identify the researchers, laboratories and institutions that have the inventions of interest quickly.
Using the Portal
Using the MassTechPortal
- We have tried to design the portal to make it easy for you to search for technologies that are available for license from a number of institutions in Massachusetts . Please send us feedback if you have recommendations as to how we can make the portal a more useful tool for you.
- You may search by one criteria or by several – it is your choice. You may want to start with a more general search and if you get too many responses then refine your search.
- To do another search click on reset before you type in your new search criteria.
- You may search for technologies in a specific Technology Type – the MassTechPortal uses a list of 44 technology types – a full list of the technology types may be found at the bottom of this page with descriptions of the kinds of technologies that are included.
- Each technology is owned and available for license from the posting institution. Clicking the title of the invention on the results page will bring you to a page containing a detailed description of the technology and contact information for the institution managing the technology. Please use the case number listed when corresponding with the institution.
- Printing – for best results set paper to print in landscape when printing.
The following are the TechTypes that the Portal uses.
Portal Technology Types
|Agriculture||General||Agriculture, animal health, forestry, agricultural chemicals and related technologies|
|Environment||General||Recycling, hazardous and waste management, environmental management system, water treatment, pollution control and prevention, toxins, environmental remediation|
|Foods and Plant Sciences||General||Foods processes, fermentation, nutrition, sterilization, storage, animal/vegetable products|
|Health Care Surveys||General|
|Bioinformatics||Medical||Sequence analysis, modeling or drug discovery related software|
|Biomaterials||Medical||A bio-based material is engineering material made from substances derived from living tissues. Examples include polylactic acid, bioplastics, cornstarch etc.|
|Diagnostics/Biomarkers||Medical||Diagnostics, prognostics, biomarkers, patient monitoring|
|Drug Delivery||Medical||Drug/RNA/siRNA/Gene/Peptide delivery systems|
|Drug Discovery Tools||Medical||Screening Assays, Drug Targets, Methods of ID new drugs or therapeutic compounds/ DNA/proteins|
|Genomics/Proteomics||Medical||Anything Gene like (also see proteomics) – is this necessary? It is something most institutions have a category for so we may need to keep it. Combined this with proteomics because there will be so few|
|Medical Devices||Medical||Medical and surgical devices, prosthetics, med devices used for therapeutics|
|Medical Imaging||Medical||Medical imaging, tracking, sensing, signal processing|
|Microarrays||Medical||DNA, RNA, Protein, Antibody array related technologies.|
|Research Reagents||Medical||cell lines, monoclonal antibodies, reagents, animal models, growth factors, clones|
|Research Tools||Medical||cloning tools (such as PCR), methods, laboratory equipment and machines, software that helps in research|
|Therapeutics – Drugs||Medical||Potential drugs, small molecule, peptide, antibody, nucleic acid -based therapeutics – with novel composition of matter claims|
|Therapeutics – Methods||Medical||New use of known drugs, DNA, or protein based therapeutics, and non-drug therapeutic methods or treatments|
|Vaccines||Medical||Vaccines and Vaccine generating/developent methods, tools|
|Chemical Engineering||Physical||Chemical engineering technologies|
|Chemistry||Physical||Catalytic, coatings, organic, physical, polymers, environmental, quantum chemistry, chemical compounds|
|Civil Engineering||Physical||Engineering that deals with the planning, construction, and maintenance of fixed structures or public works|
|Energy||Physical||Alternative or renewable energy-related technoplogies, Hydrogen separation, Solar Energy, Photovoltaic cells, Hydroelectricity|
|Instrumentation||Physical||Measurement and control technologies.|
|Internet and Communications||Physical||Internet software or related services. Coding, networks, optical, components, wireless, telephony, VoIP|
|Manufacturing||Physical||Manufacturing methods, industrial processes or instrumentation, machinery, assembly, process control|
|Materials||Physical||Materials, coatings, ceramics, composites and electronics|
|Materials Diagnostics||Physical||Characterizing materials, i.e. thin films|
|Microelectronics/MEMS||Physical||All microelectronics, or methods of making microelectronics|
|Nanotechnology/NEMS||Physical||Anything nano – this includes NEMS, methods of making nano-structures, materials|
|Networking/Communications||Physical||Network monitoring, telecommunications, etc?|
|Photonics/Optical Systems||Physical||Anything light or optics related|
|Physics||Physical||Acoustics, Fluid Dynamics, Thermodynamics, Optical Physics, Particle Physics, Quantum Mechanics, Electromagnetism, Mathematical physics|
|Plastics and Polymers Engineering||Physical||Processing, design, development, and manufacture of plastics and polymeric based products|
|Robotics/Automation||Physical||Robots, vision, hearing, sensing, artificial intelligence, etc?|
|Sensing/Imaging||Physical||Sensor networks, detections systems, sensing during manufacture, RFID|
|Software/Algorithms||Physical||All programs and software|
|Chemical Methods/Libraries||Physical and Medical||Methods of synthesizing certain chemicals or compounds, combinatorial chem libraries|
|Fluidics/Microfluidics||Physical and Medical||Lab on a chip, microfluidics, and associated hoses and chutes|
The Portal is a joint project of MATTO and the MTTC. The development and implementation of the portal has been paid for by the MTTC, Beth Israel Deaconess Medical Center, Boston Biomedical Research Institute, Boston University, Brandeis University, Caritas St. Elizabeth’s Medical Center, Boston Children’s Hospital, Dana Farber Cancer Institute, Harvard University, Joslin Diabetes Center, Massachusetts Eye and Ear Infirmary, Massachusetts General Hospital, McLean Hospital, Northeastern University, The Schepens Eye Research Institute, and Tufts University.