Boston Biomedical Innovation Center (B-BIC) is a life sciences accelerator funded by the National Institutes of Health and our member institutions to increase the return on investment in research. We speed the translation of research technologies into products for doctors and their patients, for the good of society.
Our members are a consortium of academic medical centers in Boston including Brigham and Women’s Hospital, Harvard Medical School, Massachusetts General Hospital, and the Massachusetts Institute of Technology.
B-BIC provides funding for technology development and translational research, including regulatory, reimbursement, and business development aspects that are part of an overall commercialization strategy.
Q: Do I need to have slides? A: Pitches only need to address the suggested elements. Use of reference materials or other visual elements is welcome if they help convey the product concept and can be shared using your laptop screen. AV equipment will not be available. Q: How formal will the pitches be? A:…Read More
Keep pitch short and focused on the technology and its commercial application. Limit the discussion of preliminary results, and focus on the most relevant results with conclusions – not data. Present the science within the context of the business strategy. This event will provide you with the opportunity to pitch a team of experts on your research.…Read More
Written by Erin McKenna, B-BIC Deputy Director There are multiple frameworks out there that outline the process for developing promising biomedical research into a range of innovative solutions – pharmaceuticals, biologics, medical devices, and diagnostics. Many of these processes leverage concepts that come from regulations developed by the FDA, the European Commission and others to…Read More
TITLE: Generation of a Novel Therapeutic Antibody for Treatment of Allergic Asthma TYPE OF AWARD: Pilot CLINICAL AREA: Lung INSTITUTION: Brigham and Women’s Hospital DESCRIPTION: Asthma affects 8% of the US population, approximately 25 million people. About 10% of patients have severe asthma, accounting for an estimated 1.8 million emergency department visits, 439,000 hospitalizations, and 3,630 deaths annually…Read More
Over the course of 2019, our coaches and staff broke down the B-BIC application process to provide you with expert advice on all the of the questions we ask you to answer when applying for our program. For those who are not applying yet, the B-BIC proposal has many similarities to a business plan, which…Read More
TITLE: Diagnostic for Acute Kidney Injury Associated with Cardiovascular Diseases TYPE OF AWARD: Drive TECHNOLOGY TYPE: Diagnostic INSTITUTION: MGH DESCRIPTION: Acute kidney injury (AKI) is a frequent complication in hospitalized patients, including those undergoing cardiac surgery. However, two critical barriers to the clinical management of these critically ill patients remain the need for better methods…Read More
TITLE: A Rapid, Inexpensive Platelet Function Test TYPE OF AWARD: Pilot CLINICAL AREA: Blood INSTITUTION: BIDMC DESCRIPTION: Antiplatelet agents such as clopidogrel and aspirin are used in the treatment of heart attacks and strokes and are among the most commonly used drugs in the U.S. Problems associated with these drugs include bleeding risk (which complicates invasive…Read More
By Jay Knowles Partner, Innovation Many venture capitalists look for opportunities to invest in a company or a project such that if it reaches a certain inflection point, that company will become significantly more valuable, and what it will cost to get it to that point. As an example, investors often like to see how…Read More
Written by Carl Berke, PhD. Partner at the Partners Innovation Fund Thomas Edison famously remarked, “Invention is 1% inspiration and 99% perspiration”. The Wizard of Menlo Park was a prolific inventor who never left his lab, but his intellectual property was adopted by a plethora of companies who translated his technology into products that delighted…Read More
By Lesley Watts When describing the financial support necessary to develop a technology, the first step is to be clear about the scope of the work you are addressing, as no single source of funding will be able to support all of the associated R&D costs. Anyone who is assessing your project plan will want…Read More
Co-authored by Erin McKenna, B-BIC Deputy Director & Ron Blackman, B-BIC Sr. Project Manager. When considering a development path needed to move technology to the clinic and beyond, it’s essential to address two questions: Who will support the development of your technology, and what will they want to see to believe it can be commercialized? Who Will Support…Read More
TITLE: CardioptOx: A new real-time quantitative cardio-pulmonary monitoring technique for improved patient care. TYPE OF AWARD: Pilot TECHNOLOGY TYPE: Diagnostic Device CLINICAL AREA: Heart INSTITUTION: Boston University DESCRIPTION: Approximately 600,000 deaths per year are attributed to cardiopulmonary disease in the US. Many patients suffering from cardiopulmonary disease experience complications that require hospital and intensive care unit (ICU) stays.…Read More
Contributed by Ed Berger Principal Larchmont Strategic Advisors Reimbursement strategy counsel to companies across the life sciences spectrum A basic understanding of the healthcare reimbursement system is an important success factor for any entrepreneur developing a new medical product. Reimbursement is critical to opportunity assessment, business plan development, investor due diligence, and commercial success. The…Read More
Contributed by Lesley Watts, Director of B-BIC Operations & Finance Intellectual property is the product of a person’s creativity and it can take several forms including patents, copyright, trademarks, and trade secrets. Patents play a key role in innovation and economic development, particularly in the life sciences, because they allow the patent holder to capture the…Read More
WATCH: B-BIC’s Work With Platelet Biogenesis One of B-BIC’s first grant recipients was Jonathan Thon, a researcher based at Brigham and Women’s Hospital. Jonathan and his team had been researching two technologies necessary for producing platelets outside of the body. They had achieved promising results that demonstrated a microfluidic platform could simulate bone marrow physiological…Read More