ResQ Pharma CEO Paul Burton has big plans

He’s seeking regulatory approval for his pharmaceutical company’s lipid emulsion resuscitation therapy (LRT) in global markets.

Posted May 3, 2017
By Clayton Gentry
MATTER Journalism Fellow

By most people’s standards, Paul Burton has done it all. He conducted research in the University of Illinois at Chicago’s pharmacology department, served in the US Army during the first Gulf War, worked in investment banking on Wall Street, served for almost a decade on the Board of Directors for the Illinois African-American Coalition for Prevention, and now heads a pharmaceutical company. From the outside looking in, he seems like a man with a plan.

But he doesn’t see it that way.

“I don’t really look at myself as having accomplished all that much yet,” he said. “Certainly, I can appreciate how someone else might look at it differently. As an attorney by training and someone who is relatively skilled at making persuasive arguments, I can certainly make the case that I have been successful. But I don’t really look at it like that.”

Maybe it’s because he still has big plans for the future, specifically for his company, ResQ Pharma. The company works to advance a proprietary solution to the problem of non-opioid drug overdoses (such as those from methamphetamines) and local anesthetic systemic toxicity (LAST) – a potentially fatal condition that occurs when a local anesthetic like bupivacaine enters the bloodstream.

The company’s founder Guy Weinberg, MD invented the solution, called LipidRescue Therapy, which is a combination of phospholipids, soybean oil, and water which form nanomicelles. These nanomicelles are infused into the bloodstream and have the capacity to encapsulate hydrophobic molecules such as local anesthetics. In this way, LipidRescue Therapy (LRT) ultimately reverses cardio toxicity from lipophilic molecules.

Currently, LRT is not an FDA-approved product, which prevents ResQ Pharma from marketing and properly educating clinicians on the use of LRT. To that end, on September 29, 2016, ResQ met with the FDA to discuss its path for attaining regulatory approval. In March, the FDA provided essential guidance for completing the commercial development of LRT. Based on that guidance, the company now expects to file a new drug application (NDA) by the first quarter of 2018 and potentially launch LRT six months later.

In the long term, Burton said ResQ plans to expand the application of the technology to help resolve other areas of significant unmet medical need.

But Burton emphasized that in the near term, the focus is on ensuring reliable global access to LRT to address local anesthetic systemic toxicity.

If realized, these plans will mark another bullet point on Burton’s long list of significant accomplishments. But looking back over his resume, he wouldn’t frame it as quite so intentional.

“I didn’t plan the life I’m living,” he said. “I had no idea that working as a research assistant in the pharmacology department… would be really, really useful to me. That was at the very beginning, but that knowledge has been instrumental… It’s fundamental to who I am today.”

For more on Paul Burton, see his LinkedIn.





Solving Chronic Disease with Data

Posted April 3, 2017
By Paige Edmiston
Marketing Associate – MATTER

Genomic technologies have become effective and affordable tools for detecting and diagnosing chronic disease, yet they are still uncommon in clinical settings. Drs. Laura Billings and Mark Haupt, who recently presented at MATTER, are on a mission to change that. They joined us for the latest program in our “Healthcare for What’s Next” series, which MATTER produces with NorthShore University HealthSystem. Watch the full event here:

Billings, research program director in diabetes at NorthShore, is a leading expert in Maturity-Onset Diabetes of the Young (MODY). MODY is a monogenic disease (i.e. caused by a mutation in a single gene), making it a prime candidate for detection through genetic testing. Despite this fact, 80% of people with MODY are misdiagnosed as having type 1 or type 2 diabetes.

This high rate of misdiagnosis occurs, Billings said, for a variety of reasons, including inadequate screening criteria, lack of provider awareness, ethnic differences in referral rates (a result of implicit biases), and the cost of genetic testing. The error comes at a high price: while MODY can be managed with oral medication or no medication at all, a misdiagnosed patient may be unnecessarily subjected to insulin shots and other intensive therapies.

To improve detection and diagnosis of MODY, Billings is leading the FIND MODY study, which leverages data from NorthShore’s electronic medical records (EMR) to identify patients at high risk for the disease. These patients are invited into the clinic for genetic testing to confirm the diagnosis.

Mark Haupt of Ariel PrecisionWhile most chronic diseases result from complex interactions between multiple genes, as well as environmental factors, Billings believes that researching MODY is an important first step in understanding how EMR systems and genomic technologies may one day be applied to complex chronic diseases, like type 2 diabetes.

“Knowing the tip of the iceberg lets us know what’s underneath,” said Billings.

Dr. Haupt is exploring what’s underneath the iceberg. As chief medical officer of Ariel Precision Medicine – a MATTER member company – Haupt is on a mission to deliver precision medicine to patients with complex chronic diseases, such as chronic pancreatitis.

Chronic pancreatitis is inflammation of the pancreas that does not improve or heal, triggering acute episodes of pain in affected patients. When diagnosed early, pancreatitis can be managed – but the later the diagnosis falls in the disease progression, the more difficult it is to do so. Using targeted gene sequencing and machine learning, Haupt is building a predictive model that will allow clinicians to diagnose – and thus treat – pancreatitis earlier.

“As we’re able to intervene earlier in chronic diseases – whether through therapeutics or lifestyle modifications – we can have a huge impact on patients and the healthcare system,” said Haupt.

For genomic medicine to achieve its full promise, finding ways to educate and engage physicians in the clinical application of genomic technologies is key. Haupt noted, “Otherwise, it’s going to sit in the lab and never improve the lives of patients.”





MATTER Turns Two

Posted March 20, 2017
By Steven Collens
MATTER CEO

Two years ago, we opened MATTER with the goal of creating a better way to bring healthcare technology solutions to market. We now work with 200 healthcare startup companies – ranging from those that are barely more than ideas, to companies with millions of dollars of revenue and dozens of employees. They are building software, medical device, diagnostics, and pharmaceutical products. They are led by entrepreneurs with decades of experience, and founders fresh out of school. All told, our member companies employ 1,300 people, have raised more than $260 million to fuel their growth, and generated $37 million in revenue last year. Their products have been used by 64,000 clinicians and have benefitted more than 63 million patients.

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I invite you to meet two of the amazing entrepreneurs we work with – Chris Heddon of Resonance Medical, and Sam Glassenberg of Level EX – both of whom have been with us since MATTER’s beginning. Chris was a practicing anesthesiologist who left his job to build a company that builds transformative software to help people with hearing loss. Sam has spent his career designing video games, and now applies his expertise to help doctors improve their technical skills. Each made a decision to align their personal passions with their professional pursuits in order to build businesses that address healthcare needs, and MATTER has been an important part of their growth. We’ve captured their stories in videos: watch Chris and Sam tell their stories.

The premise of MATTER was to bring entrepreneurs together with SamGlassenbergindustry leaders to collaborate on developing next-generation healthcare technologies, and we have recruited world-class partners who are doing just that. We work with 70 institutional partners that span the gamut of healthcare. They include 11 health systems, including a top-ten children’s hospitals, a top-ten general hospital, and the world’s leading rehabilitation facility. Our partners include 20 leading healthcare companies from every sector of the industry who are actively engaging with entrepreneurs to collaboratively address some of the most intractable healthcare challenges. And they include a dozen leading universities whose students and faculty are on the cutting edge of innovations that will one day change the world.

Over the last two years, we built a platform that brings these organizations together to help entrepreneurs build solutions that solve healthcare problems, and that solve them in ways that can be adopted by the industry. We have facilitated dozens of collaborations between startup companies and established institutions, effectively harnessing entrepreneurs to solve challenges that big businesses aren’t going to solve on their own – challenges that improve patients’ lives.

We are mobilizing a community guided by the wisdom of experience, the foresight of innovation, and the relentless commitment to improve health and care for every patient. This year, we will focus our program activities on three areas where innovation has the greatest potential: aging, big data, and precision medicine. We will be sharing more about our programs in the coming weeks – and if you’re passionate about healthcare innovation, I hope you’ll join us on our journey, as we collaborate to bring next-generation healthcare technologies to market.

Nobody Does It Better: Mayo Clinic CEO Discusses Innovation and System Transformation

Posted:  March 20, 2017
David W. Johnson, Author in Residence

On March 8, Dr. John Noseworthy, Mayo Clinic’s CEO, stopped by MATTER for a “fireside chat” in front of an overflow audience. Dr. James Madara, the American Medical Association’s CEO and MATTER board member, joined Noseworthy on stage for a lively exploration of healthcare innovation and transformation.

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Mayo Clinic is the world leader in complex disease diagnosis and treatment. People from around the world and all 50 states trust Mayo doctors with their lives. Mayo’s multi-disciplinary teams, not individual physicians, drive medical decision-making and deliver exceptional patient experiences.

Since its 1864 founding, physician-CEOs have led Mayo and built a cohesive culture that does not tolerate prima donnas. Salaried physicians and aligned staff share information, engage patients, and collaborate fully. Always putting patients first is the secret sauce that energizes and shapes Mayo’s clinical care, research, and business development.

Examples of clinical excellence and innovation abound:

  • 18% of Mayo surgeries have two surgeons operating simultaneously on patients. This reduces the treatment burden on patients, leads to better outcomes, and is more efficient. All hospitals should do this, but few do.
  • In 2016, Mayo conducted its first-ever face transplant in a 56-hour operation. The team conducting the transplant rehearsed the complicated surgery over the course of 50 Saturdays in the 3.5 years leading up to the surgery.
  • Mayo physicians have conducted over 450 Whipple procedures – the most complex surgery a general surgeon will do – laparoscopically (through two small incisions).
  • Easier, earlier disease diagnosis is a lifesaver. In partnership with ExactScience, Mayo researchers have developed a simple stool test to detect colon cancer. They also are close to developing a blood test to detect lung cancer.

Partnership between bio-medical engineers and clinicians drives Mayo’s relentless process improvement. A request for three new cardiology operating suites triggered a full review of Mayo’s procedures for cardiac surgeries. The initiative created enough incremental capacity to hire three new cardiac surgeons without building any new ORs.

Mayo Noseworthy Madara AMAIn response to a question regarding the “sluggishness” of physicians to embrace innovation, Noseworthy recommended engaging physicians with data. Madara noted that physicians spend two hours doing data entry and compliance for every hour with patients. This generates both frustration and burnout. Innovation communities, like MATTER, succeed when they enable physicians to engage with patients, practice efficiently, and deliver better outcomes.

Despite their focus at the pinnacle of the care pyramid, both Noseworthy and Madara stressed the need for better public health education and literacy. Metabolic syndromes cause most cancers and heart disease.

Reversing the spread of diabetes is of paramount importance throughout the world. Half of China’s adult population is pre-diabetic. The economic consequences of treating chronic disease are catastrophic. Promoting constructive lifestyle change is “the biggest opportunity in developed countries,” Noseworthy observed.

In this sense, Noseworthy ended the fireside chat where he began, embracing the necessity of innovation in transforming healthcare. Addressing MATTER entrepreneurs in the audience, Noseworthy proclaimed, “Healthcare’s future is in this room!”

Watch the entire event here.





Big Data Comes to Healthcare: Identifying High-level Trends to Solve Individual Problems

Posted February 13, 2017
by Devon Leichtman
Associate Marketing Manager – MATTER

Today, healthcare leaves a trail of data leading up to and following each patient interaction. From check-ups and surgeries to lab work and prescription refills, every moment of treatment yields a piece of data that could be hugely valuable to clinicians developing treatment plans or health systems streamlining their operations.

Unfortunately, most of this data still largely exists on its own. Most patients’ data is disparate, and the healthcare industry largely hasn’t formed processes to connect individual patient data, let alone the ability to show how individual patient data connects at a population level.

MATTER recently hosted NorthShore University HealthSystem’s analytics director, Chad Konchak, and infectious disease physician Nirav Shah, MD, MPH, for a conversation about their analytics work. Watch highlights of the event:

Chad and Nirav are building meaningful prediction modeling software within the NorthShore system. Their tools allow clinicians to make informed predictions about what will happen in the future for many of their patients, allowing them to make better, timelier decisions to improve outcomes.

The tools they are building are focused on high-priority issues for NorthShore – areas where analytics have the potential to improve outcomes and save costs. They highlighted three examples.

  • Medication non-adherence drives up costs and drives down outcomes. Their solution explores the reasons and likelihood that patients don’t take their prescribed medications. That way, they can identify patients at risk of non-adherence and determine the right ways to motivate them to take their medications.
  • Post-surgery fevers are very common, and it is critically important to separate whether fevers are a normal reaction to surgery or a symptom of an infection. Their tool allows physicians to model expected post-surgical temperature very precisely to reduce unnecessary hospitalization time and costs.
  • Antibiotic resistance is a growing concern for many clinicians who worry about strains of bacteria developing resistance to the medications and becoming harder to treat. Chad and Nirav are identifying patient conditions and responses in relation to antibody development in order to better tailor antibiotic treatment combinations and reduce the risk of population-wide resistance to antibacterial treatments. Their analytics solution allows NorthShore physicians to prescribe the right antibiotics, with the narrowest spectrum, days before the cultures come back from the lab.

We continued the conversation Chad and Nirav began at MATTER last month, asking three questions from the audience that there wasn’t time to answer during the presentation.

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Data collection poses a logistical issue. Doctors often don’t have the time to collect and make sense of data if it doesn’t immediately affect the quality of their care. So how do you get doctors on board with a data collection method that will benefit them in the long run, but only if they use it consistently in the short term?

  • Dr. Shah: There’s a strong healthcare culture that exists to prevent the addition of work to primary care physicians, especially since most of that added work doesn’t really provide value to the physician-patient encounter. So, when we try to collect data from physicians or healthcare providers, we must show in real-time the result of entering that data. We really have to show value on the spot.
  • Chad: In analytics, we’re responding to this call by building the data collection directly into the electronic health record, so that it’s easy and visible and these systems become health learning systems. If you can make it as simple and as direct as possible without having to obstruct existing workflows, physicians will be engaged and interested.

Takeaway: making data collection non-intrusive and proving value on the spot is key to getting clinicians on board.

What challenges and concerns came up when you were developing this software?

  • Dr. Shah: A lot of physicians are hesitant to use these sorts of prediction models out of fear that they won’t be totally accurate. It’s important to look at them as a diagnostic tool, capable of false negatives and false positives. It should guide and inform decision-making, not be the sole decision-maker.
  • Chad: Even though the data tools we’re building aren’t patient-facing, their outputs allow us to understand how to best engage with patients. How can we analyze how patients consume healthcare information and what types of messaging persuades them to visit their HCP? Maybe one patient responds better to messaging about how easy a procedure is, while another responds well to messaging about how well-trained our doctors are. This information is vital to helping NorthShore get patients to engage in preventative care.

Takeaway: while analytics tools are applied at large scale, and not every recommendation will be accurate, they can improve messaging to patients on the whole and therefore help deliver important care when patients need it.

Any final thoughts to others looking to work in this space?

  • Dr. Shah: Medicine has been so behind the ball in terms of using big data; it’s only fairly recently that we’ve been able to unlock insight from data we collect. In the past 10 to 15 years, we’ve seen an explosion in physicians working more with data scientists to really harness this power. You’re increasingly seeing professionals like “hybrid physicians,” who aren’t only responsible for clinical, but also for interfacing with experts like Chad to turn information into insight.
  • Chad: It’s a true team effort. My team is building a new tool to help clinicians do what they do best. And when we build it, we must think about how they can most effectively use it. It’s not prescriptive, but it’s more enriched information about what’s happening, and it’s up to the physician to use that information in the course of their care.

Takeaway: while healthcare lags behind many other industries in utilizing data, we are at an inflection point where clinicians and health systems can truly embrace data analytics solutions to solve existing problems and increase quality and efficiency of care.





Kate Wolin’s Company ScaleDown Aims to Make Weight Loss a Habit

A scale and a smartphone are all it takes.

katewolin-croppedMore than 70 percent of Americans are overweight, according to the CDC, and almost everyone who is overweight expresses a desire to lose weight. Yet few achieve their goals, and even fewer maintain their ideal weight. This problem has been a focus of Dr. Kate Wolin’s – a Harvard-trained scientist with deep expertise in behavior change – for more than 15 years. Her company, ScaleDown, uses a sophisticated behavioral phenotyping engine to get people to do just one thing: weigh themselves every single day, because research shows the more frequently a person weighs, the more likely he or she is to lose weight.

ScaleDown provides, cost-effectively and at scale, what personal weight loss coaches do for those who can both afford them and manage the time commitment. Every day, ScaleDown users get text messages in response to their daily weight, based on a sophisticated algorithm that generates individualized feedback.

“The behavioral phenotyping engine is our way of personalizing that feedback without the expense and the reach challenges that coaches can raise,” Wolin said. “I will have the best intentions to show up every Tuesday for that coaching session, but then, you know, I have this work event, or my kid has a thing at school, and I miss it.”

The key to real, sustained weight loss, Wolin said, is consistency.

“Weight, like many other chronic-disease related behaviors, is something you have to be attentive to every day,” she said. “We’re not about quick weight loss. We’re about helping you lose that weight and keep it off. It’s a lifestyle change.”

“We’re not about quick weight loss. We’re about helping you lose that weight and keep it off. It’s a lifestyle change.”

And that lifestyle change has implications beyond looking and feeling better. Much of Wolin’s own research surrounds the relationship between obesity and disease, including cancer.

“A lot of people know that heart disease and cancer are the leading causes of both morbidity and mortality in the US,” she said. “But many people are unaware that obesity is a risk factor for thirteen different cancers… While we don’t collect information on people’s chronic disease profiles at ScaleDown, I hope we are shifting that risk curve for folks who haven’t been diagnosed.”

Wolin met her two co-founders Gary Bennett and Dori Steinberg when they were students at Harvard. Their impetus for building ScaleDown came from their shared interest in serving people who couldn’t easily engage with the medical system.

Today, ScaleDown serves more than 20,000 active users, and they have had more than 110,000 users since they began selling their product. Their research shows that 93 percent of ScaleDown users have experienced clinically meaningful results, which compares to 40 percent in other weight-loss programs.

“We’ve gotten great traction and had enough users come through that we’ve really been able to build a robust product,” she said. “And now it’s about finding the right partners and channels for growing the business.”
For more on Kate Wolin, see her LinkedIn and Twitter.





Senator Kirk and Governor Romney Visit MATTER, Support Innovation in Healthcare

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CHICAGO, Oct. 19, 2016 – U.S. Senator Mark Kirk and former governor and presidential candidate Mitt Romney today toured healthcare technology incubator MATTER to discuss the future of healthcare with entrepreneurs and innovators.

Located in Chicago’s Merchandise Mart, MATTER is a community of healthcare startups and industry leaders working together to fuel innovation in health IT, medical devices, diagnostics, and biopharmaceuticals.

Senator Kirk and Governor Romney met with several of the entrepreneurs working at MATTER to develop innovative healthcare solutions, including the founders of SurvivorPlan, an integrated care planning, care coordination, and patient engagement platform; HabitNu, a diabetes prevention and management tool; 300 Medical, a technology company that improves how patients receive care; and Resonance Medical, a software company that aims to upgrade existing cochlear implant processors.

“It was a pleasure to be back at MATTER,” said Senator Kirk, who visited the incubator for the first time in August of 2015. “The technology, devices, and products being developed by the entrepreneurs at MATTER will improve patients’ lives and positively impact the region’s economy,” Kirk continued.

“Today I had the opportunity to tour MATTER with U.S. Senator Mark Kirk,” added Governor Romney. “I enjoyed hearing from entrepreneurs and innovators on the cutting edge of healthcare technology who are working together to improve the healthcare industry, create jobs, and bolster the local economy,” Romney said.

“MATTER is honored to host Senator Kirk and Governor Romney for a discussion about how technology innovation is improving healthcare and changing lives,” said Steven Collens, MATTER CEO.

About MATTER
MATTER is a community of entrepreneurs, innovators, and industry leaders working together to harness technology to improve health and healthcare. MATTER connects and promotes collaboration between entrepreneurs, scientists, physicians, investors, and industry partners in order to bring next-generation products and services to market that improve quality of care and save lives. For more information, visit www.matterchicago.com and follow @matterchicago.

Fresenius Kabi Joins Chicago Health Innovation Incubator MATTER as Newest Strategic Partner

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(LAKE ZURICH & CHICAGO) – October 11, 2016 – Fresenius Kabi has joined Chicago’s healthcare innovation incubator, MATTER, as a new strategic “gold” partner, both organizations announced today.

MATTER is a community of healthcare innovators based in Chicago.  Fresenius Kabi is a global healthcare company that specializes in medicines and technologies for infusion, transfusion and clinical nutrition.  The company is based in Germany with its U.S. headquarters in Lake Zurich, Illinois and advanced manufacturing, R&D and logistics operations throughout the Chicagoland area.

MATTER and Fresenius Kabi will work together to accelerate the development of technologies that improve health and patient care, with a focus on products used in the treatment of people with critical and chronic conditions, which is where Fresenius Kabi has special expertise.

In the U.S. Fresenius Kabi products include specialty and generic injectable medicines, infusion pumps, clinical nutrition products and transfusion and cell-processing technologies used to collect, store, process and transfuse blood, blood components and specific therapeutic cell types and lines.

“This partnership is about physical and digital innovation, which as we know is transforming patient care, making high-quality care more effective, more affordable and more in reach for more people worldwide,” said Dean Gregory, president, medical devices, Fresenius Kabi USA.  “We look forward to engaging with the MATTER community and collaborating with its innovators, entrepreneurs and other partners as a means to fulfill our purpose, which is to put lifesaving medicines and technologies in the hands of people who care for patients.”

Through MATTER, innovators from across the healthcare industry connect and collaborate to accelerate the development and growth of solutions that address industry challenges and improve care.

“Fresenius Kabi is a leader in healthcare with a focus on therapeutics and devices, and we are thrilled to welcome their innovators and experts into the MATTER community as we collaborate to improve care,” said Steven Collens, chief executive officer, MATTER.

About Fresenius Kabi

Fresenius Kabi (www.fresenius-kabi.us) is a global healthcare company that specializes in medicines and technologies for infusion, transfusion, and clinical nutrition. The company’s products and services are used to help care for critically and chronically ill patients. The company’s U.S. headquarters is in Lake Zurich, IL. The company’s global headquarters is in Bad Homburg, Germany. For more information about Fresenius Kabi worldwide, please visit www.fresenius-kabi.com.

About MATTER

MATTER is a community of entrepreneurs, innovators and industry leaders working together to harness technology to improve health and healthcare. MATTER connects and promotes collaboration between entrepreneurs, scientists, physicians, investors and industry partners in order to bring next-generation products and services to market that improve quality of care and save lives. For more information, visit www.matterchicago.com and follow @matterchicago.

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Fresenius Kabi Media Contact
Matt Kuhn
Fresenius Kabi
(847) 550-5751
matt.kuhn@fresenius-kabi.com

MATTER Media Contact
Melissa Lederer
MATTER
(312) 543-9537
melissa@matterchicago.com

Predictive Poop: Microbiomes and Gut Health

Posted September 29
By Clayton Gentry
MATTER Journalism Fellow

On Wednesday, September 21, Professor Jack Gilbert and Dr. Eugene Yen discussed their research on the human microbiome and fecal microbiota transplants (FMT). The event kicked off the “What’s Next for Healthcare” lecture series, produced by MATTER in partnership with NorthShore University HealthSystem.

Predictive Poop Panel

Gilbert, who has a background in marine ecology, opened his talk by equating ecosystems in nature with the human body.

“Transitioning from understanding the rainforest to understanding the human gut is very easy,” he said. “Your body is an ecosystem.” As in nature, Gilbert said, the agents that make up the rainforest — which outnumber the amount of cells in a body — have a direct impact on the health of the host.

“Your body is an ecosystem.”

Gilbert’s fascination with the subject stemmed from his interest in learning more about his own susceptibility to Alzheimer’s: he has a genetic mutation that makes him 30 times more likely to acquire the disease. He said about ten years ago he began to study why some adults with the mutation do not get Alzheimer’s, while some do. Gilbert believes the answer may lie partially in his own microbiome.

While the adult microbiome is relatively stable, Gilbert and Yen agreed that the kinds of human and environmental exposure infants experience can have a long-term effect on their physical health. Gilbert discussed the idea of the human microbiome in the context of childbirth, focusing on the differences between children born via vaginal delivery and children born via cesarian section.

“You get your microbiome from your mother,” Gilbert said. “The children who are born via vaginal delivery, who pass through the birth canal, acquire a microbiome from that transit – a microbiome that is very, very similar to the mother’s vagina.” Babies born via C-section, Gilbert said, “acquire their microbiome from the skin of the first person they come into contact with.” He said these babies have a higher probability of having neurological disorders, obesity, and other developmental issues.

Professor Gilbert Predictive Poop

He also described the impact of the body’s microbiome on one’s physical health by comparing Amish children, who undergo heavy exposure to animals as small children, and Hutterite children, who grow up on industrial farms without animal exposure. Whereas the U.S. average for asthma occurrence hovers around 8 percent, asthma occurrence in the Amish stays around 3 to 5 percent, and is around 35 percent in the Hutterites. Gilbert attributes this contrast to differences in the microbiomes of Amish and Hutterite bodies: early exposure to animals diversifies the Amish microbiome.

In 2015, Gilbert co-founded The BioCollective, and is currently the chief scientific advisor, helping to develop the patient recruitment and product lines.

Yen, a clinician at NorthShore University HealthSystem who specializes in colon cancer prevention and the treatment of irritable bowel syndrome, also discussed the microbiome, but in the context of his own work in fecal microbiota transplants (FMT).

Yen believes his work on FMT can play a role in altering adult microbiomes for the better. FMT, which dates back to 4th century China, Yen said, is the infusion of a healthy donor’s liquid stool preparation (informally referred to as a “crappuccino”) into the GI tract to restore normal flora.

One positive implication of the procedure is that it can potentially resolve some health problems that would otherwise require antibiotics or other pharmaceuticals, particularly clostridium difficile colitis, or C. diff. These bacteria attack the lining of the intestines, causing frequent diarrhea, abdominal pain, loss of appetite, and fever. The disease represents a common cause of hospital-acquired diarrhea, and Yen described it as a “disease caused by antibiotics treated with antibiotics.”

“It’s a disease caused by antibiotics treated with antibiotics.”

Indeed, current mainstream treatments for C. diff revolve around antibiotics, but Yen’s work has shown that FMT should be seriously considered as a non-pharmaceutical approach to curing the disease. Since his first FMT patient in May 2010, Yen has conducted the procedure 167 times with a cure rate of 96 percent.

Dr. Yen Predictive Poop

Yen said future directions for research on FMT involve crafting alternative modes of transplantation like frozen stool, stool substitutes and pill-based formulations. Moreover, Yen said FMT could have clinical applications outside of C. diff including irritable bowel syndrome, obesity, inflammatory bowel disease, diabetes, chronic fatigue syndrome, depression, multiple sclerosis, and Parkinson’s disease.

Intensive study of the human microbiome is relatively new. Ninety percent of the approximately 4,000 articles on the subject have been published in the past five years. The research is young, but according to Gilbert and Yen, altering the human microbiome may yield tremendous health improvements for certain patients, and the secret is in the poop.





MATTER Launches The OSF Simulation Stage in Partnership with OSF HealthCare

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New specialty environment at MATTER lets healthcare innovators develop ideas and test products in real-world clinical scenarios; first project will focus on hospital observation units

(CHICAGO, IL) – September 6, 2016 – MATTER, in partnership OSF HealthCare, today announced the launch of The OSF Simulation Stage at MATTER, a flexible simulation environment designed to allow early-stage healthcare technology innovators to test their products in real-world clinical environments and gain valuable feedback – knowledge they traditionally would not have the opportunity to receive until much later in the development process. The Stage, which is configurable to model a number of hospital clinical settings such as an ICU, cath lab, or procedure room, is outfitted with medical equipment from Hill-Rom and electronic health record software from Allscripts.

The OSF Simulation Stage’s first configuration will model a hospital observation room and will be the focal point of a six-month-long challenge sponsored by Hill-Rom to develop technologies to improve the efficiency, quality, and financial stability of hospital observation units. The challenge is an opportunity for innovators to develop solutions to a timely problem and gain feedback from clinicians on the front lines of delivering care. Applications from teams interested in participating must be submitted by October 15. The winning team will be presented with a cash prize. For more information, visit http://matterchicago.com/about/thestage/

“Simulation provides an invaluable opportunity for testing, training, and iteration in a safe and controlled environment,” said Dr. John Vozenilek, vice president and chief medical officer for Jump Trading Simulation & Education Center, a partnership between OSF HealthCare and University of Illinois College of Medicine at Peoria. “The friction involved in bringing new healthcare technologies to market is immense, and it’s often doubly hard for early-stage innovators to navigate the healthcare system to secure crucial pilots and gain direct feedback. The OSF Simulation Stage at MATTER eliminates this friction by accelerating the testing process and paving the way for outside evaluation to shape new ideas and iterative decisions that might otherwise not be uncovered until much later in the process – or missed entirely. We’re thrilled to partner with MATTER on this endeavor.”

“Since MATTER opened last year, we have heard from startups and innovators that they want greater access to clinical environments in which to develop ideas and test prototypes,” said MATTER CEO Steven Collens. “The OSF Simulation Stage gives them this environment and is designed to be highly flexible and adaptable to a variety of situational challenges.”

The OSF Simulation Stage is the second specialty environment that MATTER has designed to facilitate connection and collaboration between entrepreneurs and clinicians to advance healthcare. Previously, MATTER introduced the AMA Interaction Studio, in partnership with the American Medical Association, that provides an interactive environment for entrepreneurs and physicians to engage one another early on in the development of new solutions.

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Media Contacts:
Melissa Lederer
MATTER
(312) 543-9537
melissa@matterchicago.com

Denise Molina-Weiger
OSF Innovation
(309) 308-9547
denise.molina-weiger@osfhealthcare.org

About OSF HealthCare
Headquartered in Peoria, OSF HealthCare is owned and operated by The Sisters of the Third Order of St. Francis, and consists of more than 18,000 employees in 115 locations, including 11 hospitals throughout Illinois and Michigan. Its physician network employs more than 1,000 primary care, specialist physicians, and advanced practice providers. More at www.osfhealthcare.org.

About Jump Trading Simulation & Education Center
Jump Trading Simulation & Education Center (Jump) is an incubator where collaboration and innovation lead the transformation of healthcare worldwide. Jump programs and objectives are key to improving the safety, effectiveness, and efficiency of care for community members across the region.
A collaboration between OSF HealthCare and University of Illinois College of Medicine at Peoria (UICOMP), Jump advances the missions of both organizations.

About MATTER
MATTER is a community of entrepreneurs, innovators and industry leaders working together to harness technology to improve health and healthcare. More than 130 healthcare technology startups operate at MATTER, and the company partners with 10 hospitals and health systems, four universities and more than 40 industry-leading companies. By equipping, empowering and emboldening healthcare innovators, MATTER accelerates the development of technologies that solve the right healthcare problems in the right ways. For more information, visit www.matterchicago.com and follow @matterchicago.