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MIPS Round 

63

February

 

2019

February 1, 2019

Abilis Life Sciences Inc.

Potomac

 | 

Montgomery

 County

Project:

Bladder Cancer Diagnostic Signature Validation

Principal Investigator:

Mohummad Minhaj
 
Siddiqui
Assistant Professor of Surgery, Urology, University of Maryland Medical Center

Technologies:

Biotechnology / Genetic Engineering

Abilis LS is developing a non-invasive, accurate, sensitive and specific diagnostic staging test for bladder cancer. The company’s bladder cancer test has the potential to be quickly incorporated into the routine urinalysis of all adult male and female patients with hematuria, as well as for the surveillance of recurrence and progression in patients with a history of non-muscle, invasive bladder cancer (NMIBC).

MIPS Round 

63

February

 

2019

February 1, 2019

Nostopharma, LLC

Bethesda

 | 

Montgomery

 County

Project:

Formulation development for bone control therapy

Principal Investigator:

Stephen
 
Hoag
Professor

Technologies:

Other

MIPS Round 

62

August

 

2018

August 1, 2018

mindandbuddy

BETHESDA

 | 

Montgomery

 County

Project:

Drug delivery contact lens

Principal Investigator:

Nam Sun
 
Wang
Associate Professor

Technologies:

Biotechnology / Genetic Engineering

Chemical Engineering / Chemistry

Medical Instrumentation / Equipment

MIPS Round 

62

August

 

2018

August 1, 2018

Blue Ocean Biosystems, Inc.

Easton

 | 

Talbot

 County

Project:

Aragonite as a Waste Mitigant and Recovery Vehicle

Principal Investigator:

Allen
 
Place
Professor

Technologies:

Biotechnology / Genetic Engineering

Environmental Technology / Science

MIPS Round 

62

August

 

2018

August 1, 2018

VakSea

Baltimore

 | 

Baltimore City

 County

Project:

Oral Vaccine for Nervous Necrosis Virus

Principal Investigator:

Vikram
 
Vakharia
Professor

Technologies:

Aquaculture

Biotechnology / Genetic Engineering

MIPS Round 

62

August

 

2018

August 1, 2018

Primetime Life Sciences, LLC

Germantown

 | 

Montgomery

 County

Project:

Development of a Novel Treatment of Ovarian Cancer

Principal Investigator:

Jocelyn
 
Reader
Research Associate

Technologies:

Other

MIPS Round 

62

August

 

2018

August 1, 2018

FireFly Farms, Inc.

Accident

 | 

Garrett

 County

Project:

Food Testing & Research for Scalable Production

Principal Investigator:

Rohan
 
Tikekar
Assistant Professor

Technologies:

Food Processing

MIPS Round 

62

August

 

2018

August 1, 2018

GreenScreen LLC

Easton

 | 

Talbot

 County

Project:

GreenScreen Data and Development

Principal Investigator:

Hoon
 
Cha
Associate Professor

Technologies:

Software Development

Other

Info Tech - General

MIPS Round 

62

August

 

2018

August 1, 2018

CEVA Technologies, Inc.

Rockville

 | 

Montgomery

 County

Project:

High Frequency Computational Acoustics for Audio

Principal Investigator:

Maria
 
Cameron
Associate Professor

Technologies:

Other

MIPS Round 

62

August

 

2018

August 1, 2018

Instar Farm, LLC

Baltimore

 | 

Baltimore City

 County

Project:

Enhanced Insect Production for Aquaculture Feed

Principal Investigator:

Allen
 
Place
Professor

Technologies:

Aquaculture

Biotechnology / Genetic Engineering

MIPS Round 

62

August

 

2018

August 1, 2018

SilcsBio, LLC

Baltimore

 | 

Baltimore City

 County

Project:

Treatment of Leukemias with ART838 in Combination

Principal Investigator:

Curt
 
Civin
Associate Dean for Research

Technologies:

Biotechnology / Genetic Engineering

SilcsBio started operations in April, 2013, based on licensed intellectual property developed by Alexander MacKerell. SilcsBio is commercializing analysis tools with novel software capabilities for drug design, which could lead to the discovery of new molecules with decreased development costs. SilcsBio’s first products are designed to improve the modeling of drug candidate-protein interactions.

SilcsBio competes in the rapidly growing $6 billion/year bioinformatics industry. Bioinformatics can be seen as a series of individual tools (known as services) that assist at each stage of drug discovery and development. These services are generally packaged together using a Service-Oriented Architecture. The SOA enables the inputs and outputs of each service to communicate. Because it is of little value to use one service without a few or many of the others, the companies that control the SOAs have a dominant control on the market channels. At the heart of the problem with the services involved in drug lead discovery is their inaccurate representation of lead-protein interactions. SilcsBio’s first product directly addresses the failures of other algorithms to properly model drug candidate-protein interactions. Thus, the company’s entrylevel market opportunity is to displace the service that currently maps protein surfaces with SilcsBio’s technology.

MIPS Round 

62

August

 

2018

August 1, 2018

Johnny Oysterseed, LLC

Saint Leonard

 | 

Calvert

 County

Project:

Developing an Improved System for Farming Oysters

Principal Investigator:

Chandrasekhar
 
Thamire
Senior Lecturer, Department of Mechanical Engineering

Technologies:

Aquaculture

Mechanical Machinery

Johnny Oysterseed LLC is a venture founded around the farming of the Eastern Oyster (C. virginica). To date, the company has produced/planted approximately 20 million seed oysters in support of commercial food production and ecosystem restoration. Johnny Oysterseed also produces and sells food oysters under its Calvert Crest and Steamboat Landing labels. Ten years of working closely with oysters, government regulations, markets, and industry has given the company deep insight into the challenges currently confronting oyster farmers. This experience, together with engineering expertise, has led Johnny Oysterseed to invent several technical solutions for oyster farming. These solutions have greatly improved the company’s production while reducing labor costs. After realizing these increased efficiencies, Johnny Oysterseed is focusing on manufacturing and marketing its unique technical solutions to the aquaculture industry, with an initial emphasis on the Chesapeake Bay region and the U.S. eastern seaboard.

As compared to the conventional “Virginia-style” system of cage culture, the proposed “MIPS-style” system achieves tremendous savings in maintenance—a reduction of some 86 percent, amounting to roughly $18,000 savings per year for a small farm operation (240,000 oysters/year annually), according to the company. The workload required to operate the proposed system is minimal enough that it permits a small farmer to pursue the operation as a “side business.” For an example small farmer, an investment of $82,000 in MIPS-style equipment can conservatively produce $72,000/year in receipts while costing only $34,000/year to operate, leaving the farmer a profit of $38,000 per year.

MIPS Round 

62

August

 

2018

August 1, 2018

Manta Biofuel Inc.

Owings Mills

 | 

Baltimore

 County

Project:

Improving algal growth via probiotic bacteria

Principal Investigator:

Russell
 
Hill
Professor and Director, Institute of Marine and Environmental Technology

Technologies:

Environmental Technology / Science

Manta Biofuel is a producer of renewable algal crude oil that is cost-competitive with traditional crude oil. The company employs technological advantages in a three-step process to produce crude oil from algae. The first is growing algae. Manta can convert algae from any source, leaving options open from farming to collecting natural blooms. For the second step, harvesting the algae, Manta uses a proprietary magnetic harvester that efficiently collects and concentrates algae. The company then converts the algae to crude oil through hydrothermal liquefaction (HTL).

MIPS helped my company perform research that would otherwise be impossible for our small startup to accomplish. The partnership with University of Maryland provided access to highly trained personnel and well-equipped laboratories.
Powell invented the algae-harvesting technology employed by Manta while earning his Ph.D. at the Institute of Marine and Environmental Technology, in the University of Maryland Center for Environmental Science (UMCES). Manta licensed the technology from UMCES.

MIPS Round 

62

August

 

2018

August 1, 2018

Airgility, Inc.

Sykesville

 | 

Prince George’s

 County

Project:

HorseSHU UAV - Flight Control Development

Principal Investigator:

Jewel
 
Barlow
Director of Glenn L. Martin Wind Tunnel

Technologies:

Aerodynamics / Aerospace Engineering

Wind Tunnel / Rotor Testing

Information Security / Info Assurance

Airgility designs and manufactures unmanned aerial systems (UAS). The company’s mission is to develop and field the most versatile vertical takeoff and landing (VTOL) platforms.

Airgility’s flagship product, the HorseSHU, is a breakthrough VTOL aircraft leveraging a patent-pending lifting body with thrust vectoring propulsion. This ground-up design, while optimizing for conditions of vertical and forward flight regimes, offers the best combination of payload weight, payload volume, flight endurance, speed and mission flexibility.

The MIPS grant is allowing us to work with the best aerospace engineers at the University of Maryland and become leaders in the growing hybrid Vertical Takeoff and Landing (VTOL) segment of unmanned aerial systems.

MIPS Round 

62

August

 

2018

August 1, 2018

xMD Diagnostics LLC

Baltimore

 | 

Baltimore City

 County

Project:

Prototype for xMD Enrichment of Patient Biopsies

Principal Investigator:

Edo
 
Waks
Professor, Department of Electrical and Computer Engineering

Technologies:

Medical Instrumentation / Equipment

xMD Diagnostics is a biotechnology company focused on developing products for the fields of pathology and microdissection. The company is currently working to develop a product line of microdissection instruments and kits to help researchers and clinicians rapidly analyze tissue and cells for diagnostic and scientific purposes. The technology being used to develop the tools is proprietary and was exclusively licensed to xMD by the National Institutes of Health. xMD’s optical-antibody technology can extract only the cancer cells over entire biopsy samples, in seconds.

MIPS Round 

62

August

 

2018

August 1, 2018

ICmed, LLC

Baltimore

 | 

Baltimore City

 County

Project:

Older Adult/Caregiver Mobile Support Solution

Principal Investigator:

Dan
 
Gingold
Assistant Professor

Technologies:

Info Tech - General

ICmed empowers users to own, share and learn from their health information on a mobile and web-based social network of families and caregivers. Through a proprietary decision engine, ICmed translates static family medical history, current health risk information and individual health tracking information into a dynamic, personalized health guide.  Unique family sharing elements enable caregivers to selectively collaborate on the health of loved ones, thus heightening family and patient engagement, improving medical outcomes and lowering health costs.

One in seven persons in the U.S. are older and live in community settings, with one-third living alone. The majority of support for older adults is provided by 17.7 million informal (unpaid) family members. As people live longer with diabetes, heart disease, cancer, memory impairment and Alzheimer’s, informal family caregivers’ effort and time demand is increasing, from tasks like transportation and shopping to care needs, making medical appointments, speaking to a doctor, and ordering or keeping track of medicine. This increase in adult family member time and emotional demand is both stressful and overwhelming, especially in light of data identifying even basic needs not being met or poor medication adherence leading to adverse consequences, such as falls, hospitalizations and emergency department visits. ICmed’s platform helps by giving family members a private, secure place where they can share and manage health information.
Dr. Quinn and her team have been stellar partners from the application stage. While we are still early in the MIPS program, we already see signs that the investment of time and effort will be well worth it. Receptivity among hospital, health plan and employer markets has been boosted by the fact that we can say we are working with MIPS and the University of Maryland, that we have an experienced PI in the field, and that we are driving validation from a trusted third party.

MIPS Round 

62

August

 

2018

August 1, 2018

MeTompkin Seafood, Inc.

Crisfield

 | 

Somerset

 County

Project:

Advanced Techniques for Oyster Lease Profitability

Principal Investigator:

Michael
 
Roman
Director Horn Point Laboratory

Technologies:

Aquaculture

Environmental Technology / Science

Nanotechnology

MeTompkin Seafood is a seafood processing company specializing in soft shell crabs, crab meat and oysters. The company is led by the Todd family, which has been working at catching and selling seafood from the Chesapeake Bay for eight generations.

The MIPS project allowed MeTompkin to expand over a two-year period with a fully automated production line to efficiently handle spat-on-shell, whereas it would have taken the company ten years without the expertise and input from University of Maryland partners to achieve the same level.

In August, 2017, MeTompkin commenced a new MIPS project with Meritt to use and evaluate a combination of new and traditional techniques for oyster bottom rehabilitation.

Aquaculture will allow the year-round production of oysters and expansion of both shellstock and shucked product markets. MeTompkin’s success could lead to the development of other processing operations. Lack of bivalve shellfish is one component of the overall nutrient input problem affecting coastal bays. Significant production of shellfish will benefit water quality.

MIPS Round 

61

March

 

2018

March 1, 2018

Pixelligent Technologies LLC

Baltimore

 | 

Baltimore City

 County

Project:

Pixelligent Nano-Dispersion Characterization

Principal Investigator:

Taylor
 
Woehl
Assistant Professor

Technologies:

Materials Science

Nanotechnology

Pixelligent is an advanced materials company that delivers next-generation optical materials for demanding applications in solid-state lighting, flat panel displays, and optical components.

Pixelligent leverages its proprietary nanocrystal dispersion and manufacturing technology to create innovative materials that significantly improve existing products. The company’s Zirconia nanocrystals are used to improve the optical, electronic, thermal, and mechanical properties of numerous commonly used polymers including acrylics, silicones, siloxanes and epoxies.

In LED and OLED lighting applications, Pixelligent’s materials significantly increase light output by increasing the refractive index of materials in the device. In display and optical components applications, the company’s products can increase transparency, decrease haze, and increase scratch resistance.

MIPS Round 

61

February

 

2018

February 1, 2018

New Ascent, Inc.

Arnold

 | 

Anne Arundel

 County

Project:

g-Ruggedization Materials for Sensitive Components

Principal Investigator:

Mohamad
 
Al-Sheikhly
Professor

Technologies:

Chemical Engineering / Chemistry

Materials Science

MIPS Round 

61

February

 

2018

February 1, 2018

HopFlyt

Lusby

 | 

Calvert

 County

Project:

Electric VTOL Real-Time HIL Test Enviroment

Principal Investigator:

Huan
 
Xu
Assistant Professor

Technologies:

Aerodynamics / Aerospace Engineering

Controls

MIPS Round 

61

February

 

2018

February 1, 2018

305 JEANS LLC

Gaithersburg

 | 

Montgomery

 County

Project:

Using Wearable Technology for Mass Customization

Principal Investigator:

Alison
 
Flatau
Professor and Associate Chair

Technologies:

Image Processing / Pattern Recognition

Instrumentation

MIPS Round 

61

February

 

2018

February 1, 2018

Nostopharma, LLC

Bethesda

 | 

Montgomery

 County

Project:

Formulation development for bone control therapy

Principal Investigator:

Stephen
 
Hoag
Professor

Technologies:

Other

MIPS Round 

61

February

 

2018

February 1, 2018

TRX Systems, Inc.

Greenbelt

 | 

Prince George’s

 County

Project:

Smart Wayfinding and Navigation Using 3D Location

Principal Investigator:

Ravi
 
Kuber
Associate Professor

Technologies:

Software Development

TRX Systems delivers GPS-denied location software and solutions. TRX is the first company to use sensor fusion and the dynamic mapping of structural, magnetic, and RF features to pinpoint location indoors, underground, and in dense urban areas. The company’s NEON® location solutions use low-cost MEMS sensors, combined with higher level mapping algorithms, to deliver accurate 3D location, including the elevation of personnel within buildings.

MIPS helped my company deliver a product with the robustness required by our public safety, defense, and industrial customers, who operate in the most challenging environmental conditions.

MIPS Round 

61

February

 

2018

February 1, 2018

Blue Ocean Biosystems, Inc.

Easton

 | 

Talbot

 County

Project:

Oolitic aragonite as environmental waste mitigant

Principal Investigator:

Allen
 
Place
Professor

Technologies:

Aquaculture

Environmental Technology / Science

Nanotechnology

MIPS Round 

61

February

 

2018

February 1, 2018

3i Diagnostics, Inc.

Germantown

 | 

Montgomery

 County

Project:

Bacterial isolation from blood via Nanogap Arrays

Principal Investigator:

Don
 
DeVoe
Professor, Department of Mechanical Engineering

Technologies:

Medical Instrumentation / Equipment

3i Diagnostics provides technology that enables physicians to identify infectious microbes within an hour, while leaving them intact for further testing. Physicians can then prescribe the right life-saving medications quickly, which reduces the cost of care and prevents the overprescribing that hastens the spread of drug-resistant bacteria.