Tiger R&D Consulting

 
“Tiger can jumpstart your R&D pipeline.”
Tiger is a business-focused Technology Leader with a proven track record of bringing Orthopedic technology to life.  Tiger Buford has created hundreds of millions of dollars in new product sales through his R&D leadership.  He has brought over 50 new Orthopedic and Spine systems from design concept into commercialization through leadership roles in Product Development.  Most recently, Tiger lead R&D at Ellipse Technologies which resulted in the high-multiple acquisition with NuVasive.
Reach out to him with your R&D challenges…  he won’t bite.
[email protected]
 
 
 
 
 
Tiger’s 10 Rules for Great Product Development

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Bioventus gets ready for a $150M IPO

Bone-Healing Therapies Firm Bioventus Files for IPO (Xconomy)
Bioventus, a company that develops treatments that harness the body’s own biology to help bones heal, is joining the list of life science firms lining up to go public.
The Durham, NC-based biotech company filed paperwork on Thursday for a $150 million initial public offering to raise funds to pay off debt. That dollar figure is a placeholder and will likely change as Bioventus determines how many shares it will sell and at what price. When the company does go public, it expects its stock will trade on the Nasdaq under the stock symbol “BIOV.”
The company that is now Bioventus was the biologics and clinical therapies division of London-based medical technology company Smith & Nephew (NYSE: SNN). In 2012, Smith & Nephew teamed up with healthcare investment firm Essex Woodlands to form a joint venture that transferred much of Smith & Nephew’s Durham-based biologics unit to a new company bringing biological approaches to orthopedic treatments. Essex Woodlands owned the majority stake in the venture, named Bioventus, which continued to operate from Durham.
Bioventus’ competitors in orthobiologics include Sanofi (NYSE: SNY); DePuy Orthopaedics, a subsidiary of Johnson & Johnson (NYSE: JNJ); and Warsaw, IN-based Zimmer Biomet (NYSE:ZBH). In the filing, Bioventus says it believes it is the only company focused exclusively on orthobiologics that has annual sales topping $100 million. In 2015, Bioventus reported $253.7 million in revenue, up 4.4 percent compared to 2014, according to the filing. But the company’s net loss widened from $11.3 million in 2014 to $31.9 million in 2015. Bioventus breaks out its business into four divisions: active healing therapies—U.S.; active healing therapies—international; surgical; and bone morphogenetic protein. The largest of these units is its active healing therapies—U.S., accounting for $192 million in 2015 revenue. Research and development spending in 2015 totaled $14.7 million, up 54.7 percent from 2014.
In the filing, Bioventus acknowledges that its revenue depends on a limited number of products. Two products, Exogen and Supartz FX, comprised 83 percent of the company’s 2015 revenue. Exogen is an ultrasound bone-healing medical device that was originally developed within Smith & Nephew. Introduced to the U.S. market in 1994, Exogen works by stimulating cells to form new bone. Supartz, an injectable solution approved to treat knee pain from osteoarthritis, launched in the United States last year.
Bioventus has expanded its product pipeline in recent years through a series of deals. The company’s bone morphogenetic protein division came from Pfizer (NYSE: PFE) through a 2013 licensing agreement. This technology aims to use naturally occurring proteins in the body to stimulate bone growth. In coming years, Bioventus will owe Pfizer milestone payments as product candidates from that deal hit development and regulatory milestones. Bioventus expects the first product candidate from the Pfizer deal will enter clinical trials within the next 18 months.
In 2014, Bioventus acquired the orthobiologics product line of OsteoAMP for $17.7 million. A little more than a year later, Bioventus paid $81.4 million to acquire BioStructures, a company that had developed products for bone graft surgeries. The latest Bioventus deal was Gelsyn-3, an osteoarthritis treatment whose rights the company acquired in February from Swiss company IBSA. Bioventus plans to launch that product later this year.
Bioventus employs 650 people, most of whom are based in the United States. As of April 2, Bioventus had $6.1 million in cash and cash equivalents, and $60 million in total debt, according to the prospectus. In 2014, Bioventus had entered into credit agreements with a syndicate of lenders for a $115 million term loan and a $60 million term loan, as well as a $40.0 million revolving credit facility. Bioventus says in the filing that it expects that its cash, available credit, cash flow, and net proceeds from the stock offering will be enough to meet the company’s cash needs for the next 12 months.
After completing the IPO, Bioventus says it will be a controlled company, which means that more than half of its shares will still be owned by a single entity. Besides Essex Woodlands, other stockholders in Bioventus include Smith & Nephew, Spindletop Healthcare Capital, Pantheon Global Co-Investment Opportunities Fund, Ampersand Capital, and Alta Partners, according to the filing.

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The future of Orthopedics will include printing cartilage and bone

3D BIO-INK PRINTS CARTILAGE AND BONE (Orthopedics This Week)
Researchers at the University of Bristol School of Cellular and Molecular Medicine have developed a stem cell bio-ink that can produce 3D printed cartilage and bone implants. The new stem cell ink contains two different polymers. One is a natural polymer extracted from seaweed. The second is a synthetic polymer that causes the ink to solidify when temperatures are raised. The seaweed-based material provides the structural support that is deemed necessary to sustain cell nutrients.
The project is directed by Adam Perriman, M.D. who explained that the custom formulation can be extruded by a 3D printer to form complex living 3D architectures, which will start to transform from a liquid into a gel at 37°C. Perriman said, “Designing the new bio-ink was extremely challenging. You need a material that is printable, strong enough to maintain its shape when immersed in nutrients, and that is not harmful to the cells. We managed to do this, but there was a lot of trial and error before we cracked the final formulation.”
Perriman noted that the synthetic material is only temporarily present. “What was really astonishing for us was when the cell nutrients were introduced, the synthetic polymer was completely expelled from the 3D structure, leaving only the stem cells and the natural seaweed polymer. This, in turn, created microscopic pores in the structure, which provided more effective nutrient access for the stem cells,” he said.
The stem cells present in the bio-ink are purposefully adapted to be used for 3D bioprinted bone and cartilage implants. They achieved this by differentiating the stem cells into osteoblasts and chondrocytes which are cells that secrete bone and cartilage matrixes. Over a period of several weeks, according to Perriman, these materials grow into full-sized cartilage or bone structures that can be implanted.
The research group’s findings have been published in the journal of Advanced Healthcare Materials in a paper entitled “3D Bioprinting Using a Templated Porous Bioink.”

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An inside look at a successful orthopedic startup

By now you have heard of the acquisition of Ellipse Technologies by NuVasive for 10 X sales. This was a big one for our industry and a good benchmark for all growing startups. People have asked me to write about the Ellipse success.  So let me try to give you a first-hand glimpse inside the Ellipse culture.

How did Ellipse do that?

I was there. In 2012, I joined the Ellipse team to lead R&D as employee #18.  In my mind, Ellipse was a startup with great potential because it ticked all the key boxes – excellent management team, good financing runway, game-changing products with high margins, Class II pathways and a great “can-do” culture.  Basically, it was set up for success in 2012, but there were still many many challenges in front of us to execute..  The next four years the company executed remarkably to solve problems, move forward and create value very quickly by doubling the business each year.
As I look back, I can clearly see 10 cultural qualities that were in Ellipse’s DNA.  These cultural qualities enabled Ellipse to execute and grow.   Future startups can learn from these 10.

#1 DON’T BE AFRAID OF THE PIVOT
Most people do not know that the Ellipse success was the result of a brilliant pivot by Mike Henson. Mike Henson (MedFocus) was the Ellipse Chairman of the Board.  Mike has funded over 20 med device startups and has nuanced successful exits for most. Many of Mike’s startups included a pivot move somewhere in their timeline. I consider Mike the “Lebron James” of pivoting in med device startups.
A little background.  Ellipse Technologies was founded as a spin-off of MiCardia. MiCardia was developing shape memory Nitinol technology for non-invasively and minimally-invasively adjusting annuloplasty rings in the heart.  In 2005, the goal for Ellipse Technologies was to develop shape memory implants to allow the non-invasive adjustment of both endoscopically implanted and laparoscopic/surgically implanted devices for the treatment of GERD and for gastric restriction for obesity control.  From 2005-2007, four Ellipse employees developed this technology.
In 2007, Mike Henson called a timeout because he didn’t like the changing bariatrics market – primarily, emerging competition and a probable PMA regulatory pathway. He left behind a sole employee, Blair Walker, to research new potential clinical applications that could benefit from non-invasive adjustment with spinning magnet technology. Blair proposed EOS and limb lengthening, and Mike “Pivot” Henson re-assembled the four person team in January 2008.  Exactly 23 months later, the first spine device was implanted.  Brilliant pivot.

#2 TAKE A MOON SHOT
Ellipse chose a “game-changing” clinical problem and took a moon shot at solving it.  Ellipse DID NOT choose to make an implant with a slightly different coating or feature or color as many startups are guilty of these days.  Ellipse chose to solve orthopedic and spine problems that could make a remarkable improvement in the quality of life of patients.  Nobody had tried to do this before with remote control magnet technology.  They took a moon shot.
The lesson here is that startups can build value quicker with game changing plays than with an incremental approach.  Find an unsolved clinical problem then take a bold new approach to solving that problem.

#3 FOCUS FOCUS FOCUS
Ed Roschak (CEO) created a culture of laser-like focus on key milestones that drove valuation. The focus was technology first, everything else later. Get the product right before investing in the other areas. Don’t worry about regulatory, IP, Quality, sales and distribution, marketing, surgeon training, reimbursement, etc.  Just focus on getting the Gen 1 product working ASAP.
This intense Ellipse focus helped to avoid distraction pitfalls that other startups encounter – continual fund raising, silly press releases, a fancy office environments, in-house manufacturing to lower COGS, fancy websites, regularly scheduled meetings, etc.
As Paul Graham, from Y Combinator, says “Though the immediate cause of death in a startup tends to be running out of money, the underlying cause is usually lack of focus.”

#4 WIN WITH SPEED
Ellipse simply outran its competition. Every time the competition checked in on Ellipse, we had extended the lead.  It’s hard to exaggerate how fast we moved at Ellipse.  There was speed in decisions, product design, product testing, implementing systems, regulatory approvals, hiring, project shifting, regulatory filings, clinical studies, org changes, office moves, etc.  Ellipse did more work in a month than most other companies in three months. I remember that surgeons and Board members were always amazed at the speed of innovation at Ellipse, even though we felt as if we were slow based on internal expectations.
The Ellipse culture and mindset was built on rapid iterations.  New ideas (implants, instruments, packaging, fixtures, manufacturing processes, organization changes, processes) were prototyped and tested in days. And then the improvement was prototyped and tested in days, and so on.
For me the most impressive area at Ellipse was the speed of decisions.  The Ellipse management team made big decisions daily and usually with only 80% of the available information.  It’s funny how you can usually make better decisions with less data and analysis.
An often overlooked advantage to speed is that it helps to manage cash.  If a new product can be launched 3 months earlier then the resulting sales come in without the additional burden of 3 months of payroll expenses.
Create a culture of rapid iterations and use speed as an offensive tactic.

#5 AGRESSIVE REGULATORY
John McIntyre (Regulatory head) was a miracle worker in winning clearances. John’s team outran the rest of the company. He often received clearances or new indications before the company was ready to commercialize the product. In 2014, he shocked the spine industry when he obtained MAGEC approval in the US with a 510(k) clearance.  And surprisingly, John did not interfere with the product development process. He always said to make the best product first, then we will figure out how to get it cleared.
Hire an aggressive and creative regulatory leader.
#6 INCENTIVES TIED TO VALUATION
Ed Roschak (CEO) created incentives that drove enterprise value.  100% of the employees received stock options. And perhaps an even more effective short-term incentive was that 100% of the employees were paid annual cash bonuses for hitting key company milestones –  eg:  a regulatory clearance, a first-in-man surgery, a completion of a key product design, completion of a clinical trial enrollment, hitting a new sales goal, etc.   We had about 12 of these company milestones to shoot for each year. They key milestones were designed to move the company’s valuation needle. Many were crazy stretch goals, some were sane goals, but in the end the company usually reached 80-90% of the goals.  It worked. Whatever goals were written on that sheet of paper, you knew that the employees would move heaven and earth to accomplish them.  Everything else took a back seat.
Match employee incentives to accomplishments that raise valuation.

#7 GET CLINICAL EXPERIENCE EARLY
New product evaluations can be a chicken-and-egg issue for many startups. In order to go out and get clinical experience, you need a refined implant.  In order to refine an implant, you need clinical experience.
Ellipse’s philosophy was to go get the clinical experience as soon as the implant system was safe, but well before the implant system is ready for commercial launch. Ellipse did its First-in-Man surgeries with early adopter surgeons in far away places.  While the new product clinical outcomes were good, there was still room for improvement. We had a chance to work the bugs out before going to the US or EU. These early clinical evaluations were worth gold.
Go find the surgeon evangelists in the world who want to be first and get the clinical experience early, even if the surgeon is not in your target market.

#8 THINK INTERNATIONAL EARLY
Ellipse targeted two very specific customer niches – 1) pediatric spine surgeons who treat EOS and 2) pediatric orthopedic surgeons who treat leg length discrepancies.  These customers were easy to find, but they were also spread out. Ellipse did the early regulatory work to sell where the customers were. Ellipse sold products to these targeted customers in 20 countries very early in the company history.
Go where your loyal target customers are even if its not your favorite market.

#9 SMART HIRING
Ellipse stayed flat as long as possible with just two layers – VPs and professionals. And the VPs were really just hands-on working department managers. Ellipse also did a great job of hiring late. They only added people when the need became painful.
The daily work was very challenging, so Ellipse preferred to test new hires in key positions with a trial period.  Most management was brought into the company under a short-term consulting contract (I  started with the 3-month consulting contract). At the end of the consulting period, if it was a mutual “Yes”, then the consultant became an employee.
Ellipse also did a great job of deliberately hiring outside the usual Orthopedics and Spine companies.  The hiring philosophy of reaching outside the industry brought in people with some fresh ways of thinking that proved to be very special.  How many career orthopedic engineers that you know would have the ability or guts to design a 45 piece IM nail with an internal micro-motor driven by a spinning magnet?
Looking back on my experience in R&D, it was difficult to get “A Players” to move to SoCal before anyone knew who Ellipse was. So I hired locally. In 2012, Ellipse was unknown, unproven, and high-risk, but at least the new hires got a meaningful amount of stock options.  Later in 2014 and 2015, everyone wanted to come to Ellipse (low-risk) but these late-comers received a much lower amount of stock options.
Hire late, stay flat, look outside your industry for fresh thinking, and use trial periods for key positions.

#10 ALIGNMENT
Ellipse was well aligned.  The investors, the Board, and the executive management team had the same goals for the company. They all had the same exit strategy on day one.  It’s much easier to reach a successful exit when all of the stakeholders are rowing the same direction.  I have seen mis-aligned startups with internal conflict that sabotaged an otherwise successful outcome.
Make sure that the stakeholders are in the same boat, rowing the same direction.

 Let me know if I can help you with your startup.
[email protected]

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Novastep launches cleanSTART® sterile packaged, single-use instruments kits

Novastep launches cleanSTART® sterile packaged, single-use instruments kits (press release)
Novastep US website
Orangeburg, New York, June 24, 2016 (GLOBE NEWSWIRE) — Novastep, Inc., and its affiliates (“Novastep” or the “Company”), a global medical technologies company specializing in the foot and ankle, today announced the launch of an innovative range of patent pending, cleanSTART® sterile packaged, single-use instruments kits.
The kits are engineered to reduce cross contamination risks and processing costs for outpatient and hospital procedures.  Each instrument kit is self-contained for its designation, minimally sized and efficiently packaged in a “nested tube” cartridge. These kits feature high quality, precision made instruments and ergonomically designed, universal, AO-compatible driver handles that are available on demand for surgery and include UDI-compliant data matrix tracking labels.  The cleanSTART® single-use kits are tailored to work with Novastep’s sterile implants, providing robust, quality-made, ready for immediate off-the-shelf use instrumentation.
Operating room efficiency and cost reduction are prime areas of focus for Novastep.  The company works directly with hospitals and surgical centers to streamline healthcare process flows. The cleanSTART® deployment technology provides a systematized, customizable logistics platform that substantially reduces inventory and sterile field volumes, lost or damaged instrument delays and lifecycle costs. This deployment technology permits multiple, simultaneous OR placements and back-up instruments are instantly available.
Lowell Weil, Jr., DPM, FACFAS, President and Fellowship Director of the Weil Foot & Ankle Institute, explained that, “Novastep has not only come up with a superbly engineered portfolio of single-use, sterile packaged instrument kits, but they have also developed a compelling, eco-friendly program that will allow hospitals and surgery centers to reduce costs, improve efficiencies and support healthcare systems in developing nations.”
All cleanSTART® instrument kits are neatly arranged in their own quickTUBE™ containment cylinders which may be accessed from a dedicated instrument dispenser console, which is about the size of a shoe box.  The dispenser is designed to remain outside of the sterile field and houses up to ten kits each, significantly reducing deployment footprints when compared to conventional trays and containers.  Each dispenser may be arranged to cover multiple surgeries and numerous foot & ankle indications.
In addition to the single-use instrument kits, the cleanSTART® deployment technology gives hospitals and surgery centers the option of utilizing reusable instrumentation by means of Novastep’s cleanSTART® modular tray systems with light weight construction and space saving designs that feature a versatile array of interchangeable modules.
“To assist healthcare institutions with identifying the implant and instrument deployment options that best suit their needs, Novastep provides a customized cost/benefits analysis based on the hospital’s own financial data,” said Thomas Roukis, DPM, PhD and Past President of the ACFAS. Roukis added that “This is a perfect example of Novastep’s commitment to help facilities reduce the costs and timelines associated with surgical procedures and inventory management.”
About Novastep
Novastep is a global medical device company specializing in the design, development and commercialization of advanced technologies that treat conditions affecting the foot and ankle. The Company is focused on optimizing clinical efficiencies, inventory management and healthcare economics by transforming the way foot and ankle products are deployed and utilized in the surgical environment. Novastep has allied itself with a strategic network of key international opinion leaders to deliver breakthrough technologies, innovative services and compelling medical education programs to the foot and ankle community. Novastep’s portfolio, services and distribution platforms are uniquely positioned to address foot and ankle trauma, deformity corrections and Charcot fracture management.
For further information concerning this announcement and/or Novastep, Inc., send all inquiries to [email protected] or call 877.287.0795.
 
Related Links
For general information:  novastep-us.com
To request a personalized cleanSTART® cost/benefits analysis and custom built plan recommendation:  [email protected]

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