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Mid Atlantic Bio Angels (MABA) founded in 212 is an angel investor group based in the New York City area which focuses exclusively on new and emerging life science companies. The group places no geographical restrictions or requirements for presenting companies as long as meaningful and effective post-investment monitoring of these companies can be achieved, MABA has considered opportunities in Europe and Israel as well as across the USA and Canada. Since the members are investing their own capital the investment size is highly flexible and will depend on the financial needs of the company. The capital structure is typically in preferred stocks or convertible notes in qualified cases. The group prefers to invest in companies with valuations of less than $5M. As MABA prefers opportunities that can be entirely angel-financed MABA generally requires that companies can achieve exit with $15 million capital or under (generally after raising a Series B round but no further rounds).

MitoDys Therapeutics is a start-up drug discovery company that has developed a highly innovative platform to uncover polypharmacological drugs with existing safety profiles that can be repositioned to a new indcation.  The company focuses on the discovery of disease-modifying drugs for neurodegenerative diseases; particularly Parkinson's disease, ALS and MSA.

MP Healthcare Ventures is the corporate venture arm of Mitsubishi Tanabe Pharma founded in 2006 and based in Boston Massachusetts. The firm is looking to provide equity capital to seed and venture stage companies in the life science space. The firm is looking to provide companies with $5 million over the lifetime of the investment and plans on making 2-3 investments over the next year. The firm will invest in companies located anywhere around the world.

N8 Medical is a development-stage medical device company focused upon commercializing antimicrobial medical devices and coatings to address the multibillion dollar public health and economic burden associated with medical device-related hospital acquired infections and healthcare associated infections (HAIs).  N8 Medical’s key differentiator from competitors is the application of a novel, proprietary class of pharmaceutically active compounds known as ceragenins, Cationic Selective Antimicrobials, or CSAs (ceragenins or CSAs) to medical devices for the purpose of providing antifouling or anti-infective properties. N8 Medical believes that ceragenins offer unparalleled efficacy and cost advantages over other coatings and means of addressing HAIs. Further, the use of ceragenins as a platform technology under its CONTEGO™ brand across numerous device segments with multiple coating options provides N8 Medical with a unique, sustainable competitive advantage over other medical device companies.  

N8 Medical is seeking $6 million in investment capital, which it believes will be sufficient to fund development, FDA approval and CE Marking of its proprietary coated CONTEGO™ endotracheal tube (ETT), and initial commercialization activities. N8 Medical has designed its antimicrobial ETT to reduce ICU stays by a single day or more, thereby saving the hospital $3,000 to $5,000 in non-reimbursable costs per ICU patient, and, significantly, by freeing up an ICU bed one day earlier for a new revenue-generating patient and resulting in better profitability for providers and substantial opportunity cost savings.  Thus, N8’s CONTEGO™ ETT presents a compelling value proposition for hospitals.  N8's internal valuation model aligns with relevant market data and comparable companies, indicating a successful antimicrobial device company could achieve a value of over $100 million.  

Naegis, based in Vancouver, British Columbia, is developing novel, small-molecule leukotirene synthesis inhibitors (LTSIs) for serious inflammatory conditions.  The Company is currently focused on two proprietary programs: 

o topical and oral therapy for Uveitis, a condition that is responsible for 10% of legal blindness in the US and for which there are limited therapeutic options. 

o oral therapy for Chronic Obstructive Pulmonary Disease (COPD),  a serious lung disease with increasing rates of mortality.

Naegis has developed a large library of LTSIs that are potent inhibitors of either 5-LO or LTA4H.  The Company is currently identifying a lead compound for selection for futher development for ocular disease, in particular Uveitis.

The Company is also advancing a series of compounds that are novel structures and highly selective and potent inhibitors of LTA4H, which are expected to be developed as new therpaies for COPD

Naegis is seeking pharmaceutical partners and capital investment to advance more rapidly their novel programs.

The Office of Translational Alliances and Coordination (OTAC) at the National Heart, Lung, and Blood Institute supports the development of innovative biomedical products to address unmet medical needs in the heart, lung, blood and sleep fields.  OTAC is home to the NHLBI's small business programs (SBIR and STTR) and the NIH Centers for Accelerated Innovations.

The NHLBI's SBIR and STTR programs comprise one of the largest sources of early-stage capital for U.S. small business, acting as engines of innovation for developing and commercializing novel technologies and products that aid in the prevention, diagnosis, and treatment of heart, lung, blood, and sleep diseases and disorders. The NHLBI provides grant and contract funding opportunities and resources to support small businesses performing research and development on technologies related to the mission of NHLBI. With an annual budget of $85M, the NHLBI funds about 200 companies each year through the Institute's small business programs.

The NIH Centers for Accelerated Innovations accelerate translation of scientific discovery into commercial products that improve health for patients. This unique public-private partnership is changing the way discoveries with scientific and commercial potential are identified and developed.

Neurodyn Inc. (neurodyn.ca) is a Canadian biotechnology company using a portfolio approach to identifying, validating and developing natural bioactives into both prescription drugs and natural products for the early treatment of Alzheimer's Disease, Parkinson's Disease and other neurodegernative disorders. 

Memogain® is a patented pro-drug of an existing major Alzheimer's cognition enhancement drug, offering improved side effect profile and increased bioavailability. Initial Phase 1A results have been positive, showing no significant side effects and improved working memory in young and elderly volunteers. Memogain may qualify for a new US FDA accelterated pathway or Eu equivalent.

Cerbella™ is a treatment for early stage Parkinson's disease which has demonstrated in-vivo pre-clinical efficacy in acute models as well as Neurodyn's proprietary chronic model of Parkinson's disease. A product is expected to launch in Canada, USA or other countries in 2015.

NeuroPro® is a professionally-oriented supplement launched in October 2013, designed for neuroprotection and bansed on 5 years of animal model research.

Nerve Pain Treatment (PN34) is a rare first-in-class neuromodulator, being prepared for a topical orphan status nerve paincondition, with clinical trials to begin in 2015.

Progranulin (ND602) is a novel therapeutic demonstrating in-vivo pre-clinical efficacy in ALS, PD< Alzheimer's disease and Spinal Muscular Atrophy. The company is in its third year of collaboration (late stage pre-clinical evaluation) with the Michael J. Fox Foundation.

Norfolk Medical pioneered the oncology market in 1981 by developing one of the first vascular access ports for long-term access.  Since then, we have continued to develop innovative cutting-edge medical devices.  Our latest development is a device for diabetes that allows the body to be insulin independent.  Our device is the world's first active immunoisolation device that facilitates the exchange of oxygen, nutrients, and waste products while protecting against the bodies immune response without the use of additional drugs or immunosuppressant’s.  We are confident that the basic principles of the device can be applied to other applications from anemia and liver failure (NASH) to ALS.  We are currently in the pre-clinical stage of research and are actively looking for a strategic partner to develop this product.