05 Jul

Boston Scientific Continues M&A Streak with $202M Deal for Cryterion

human heart image (Credit: Depositphotos_2015 by © decade3d)

Boston Scientific is adding on to its heart rhythm management business again, this time with a deal to acquire atrial fibrillation device startup Cryterion Medical for $202 million.

The cash payment covers the 65 percent of Cryterion that the Marlborough, MA, medical device giant does not already own. Boston Scientific (NYSE: BSX) had been an investor in Cryterion, based in Carlsbad, CA, since it launched in 2016. Besides its Southern California headquarters, Cryterion also has offices in Montreal, Canada, and Wexford, Ireland.

Atrial fibrillation, the irregular and sometimes rapid beating of the heart, can be treated with drugs or surgery…. Read more »

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05 Jul

Call restricted to Member States for projects aiming to increase law enforcement cooperation to address migrant smuggling

[Source: http://ec.europa.eu/health/ageing/innovation/index_en.htm] Identifier: ISFP-2017-AG-SMUGGPillar: Organised crime and human traffickingOpening Date: Deadline: Thu, 13 Sep 2018 17:00:00 (Brussels local time)Modification Date: Thu, 5 Jul 2018Latest information: The submission session is now available for: ISFP-2017-AG-SMUGG(ISFP-AG)

05 Jul

I-MAK’s Distorted View of the U.S. Patent System

In an opinion piece published at CNBC.com, Tahir Amin – co-founder of I-MAK – blames the U.S. patent system for our country’s “high drug prices.” The author commits many of the same errors we see regularly from critics of the biotech industry.

For example, he ignores the fact that the trend on prescription drug costs is actually heading in the right direction. Not surprisingly, he also neglects to mention that insurance companies have continued to shift more prescription drug costs onto patients through higher deductibles and co-insurance requirements.

Setting aside Amin’s flawed approach to prescription drug pricing, his views on the patent system and the prescription drug ecosystem are severely skewed and perhaps more dangerous to the future of biomedical innovation.

Patent “evergreening” is a red herring. Amin and others claim that brand name drugmakers are gaming the system by receiving additional patent protection for frivolous add-on inventions. But the facts tell a different story. According to academic studies, there are on average only 2.5 “secondary” patents per drug, and more than 75% of these secondary patents were filed before the drug received FDA approval. These are not “new patents on old drugs” as critics want us to believe. What’s more, these patents usually relate to valuable clinical improvements, such as supplying a drug in a special dosage form to patients with special needs.

Generic medicines are coming to market at a record rate. If there is some coordinated effort by the biotech industry to block generic competition, it isn’t working.

According to representatives of the generic drug industry, 89% of all drugs dispensed in the United States are generics. As OECD health statistics show, this far exceeds the share of generics sold in other countries, such as the United Kingdom (83%), Germany (81%), Canada (73%) and France (30%).

Meanwhile, FDA Commissioner Scott Gottlieb recently praised his agency for approving the “highest ever number of generic drugs” last year (more than 1,000 generic approvals). Once generic medicines are approved, they are gaining greater market share more quickly than ever before. And according to a report in the Journal of Medical Economics, the time it takes for a generic medicine to reach the market has remained steady for the last two decades.

I-MAK wants innovation, but wants to punish innovators. How else to explain I-MAK’s attempts at filing patent challenges against the company that recently discovered the first cure for hepatitis C? Amin balks at the cost of the cure, but omits several important facts.

  • He cites the list price of the cure, but any honest review of the facts will show that this is almost never what the drugmaker makes or what patients pay. That’s because every day drugmakers provide significant rebates off the list price of the drug to help promote broader patient access. These savings reached an estimated $154 billion in 2017, and the question is whether insurance companies and middlemen are passing the savings along to patients.
  • Competition from other innovators is driving down prices, and the cure for hepatitis C is a great example. Less than two years after the first hepatitis C cure hit the market, the average discount to payers was roughly 50% due to intense market competition from other drugmakers who soon released their own innovative cures. Today, Hepatitis C patients have multiple medicines to choose from at a fraction of the cost of the first treatment and a more than 90% chance of beating the disease.
  • Third, and perhaps more important, the costs associated with not curing hepatitis is far greater and more devastating. Before a cure for hepatitis C hit the market, the cost of treating the disease ranged roughly between $155,000 and up to $489,000. Today, the cost of care for a patient with the disease is approximately $60,000. Thanks to biomedical innovation, a cure for a deadly disease is saving lives and saving money throughout the health care system. Yet insurers still discriminate against those who need treatment, despite the benefit it provides patients and our health care system more broadly.

Our nation develops more new medicines than the rest of the world combined (57% of all new medicines to be exact), thanks in no small part to a patent system that rewards and protects innovation. These are facts Amin appears willing to ignore, because it fits well with his organization’s mission of paying lip service to biomedical innovation while pursuing an agenda that threatens the discovery of new cures and treatments. Patients and policymakers: Beware.

04 Jul

Call for proposals for action grants under 2017 Rights, Equality and Citizenship Work Programme

[Source: http://ec.europa.eu/health/ageing/innovation/index_en.htm] Identifier: REC-AG-2017Pillar: REC Programme 2014-2020Opening Date: Deadline: Thu, 29 Jun 2017 17:00:00 (Brussels local time)Modification Date: Wed, 4 Jul 2018Latest information: Abstracts of selected proposals were added under the Additional documents in Topic conditions and documents.

03 Jul

Twist Bioscience Appoints Aaron Sato Chief Scientific Officer

Twist Bioscience has appointed Aaron Sato chief scientific officer of pharma, and vice president of protein engineering. Before joining the San Francisco-based company, Sato was chief scientific officer of LakePharma. In other moves, Jim Thorburn was named chief financial officer. Thorburn was most recently chief sales officer of Televerde. Twist makes synthetic DNA for companies doing experiments in industries such as healthcare, agriculture, industrial chemicals.

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03 Jul

Research Headlines – Bright future for ‘chaotic’ optical communications

[Source: Research & Innovation] Ground-breaking developments using optomechanical crystals, microchips and ‘chaos’ pave the way for faster, safer and more robust digital communications. All this, thanks to the ongoing work of the EU-funded PHENOMEN project.

03 Jul

4 Reasons Why Alternative Proteins Could Be Part of Your July 4th In the Future

On July 4th across the country people will be celebrating the United States of America’s independence and birth. Many celebrations will feature hot dogs, hamburgers and other types of meat. As the past is celebrated, however, the future of Independence Day cookouts may not be present in people’s minds.

Recent innovation in biotechnology has allowed companies to develop alternative proteins using animal stem cells. Right now, there are only a few companies working with, producing and selling this type of meat, including Impossible Foods and Memphis Meats. A third company, Finless Foods, is even looking to produce fish without the need for tackle and reel.  As these companies continue to innovate – and another object of forward-thinking innovation becomes reality – let’s have a look at some of the reasons why researchers are looking at biotechnology to develop alternative proteins:

  • In 2050, the world’s population will reach about 9 billion people. As the population sky rockets so will the demand for protein. And in a world where the amount of land available is also decreasing (livestock already occupies 70% of the arable land), biotechnology can develop safe, consumable alternative protein that could help meet this increased demand.
  • Raising livestock requires a lot of water and feed and releases greenhouse gases, which is detrimental to the environment. Developing alternative proteins would provide a more environment friendly alternative to current farming techniques.
  • As the human population continues to grow, so does the diversity of diets. Becoming more and more popular are meat-less, vegetarian or other diets that do not allowfor the consumption of meat from animals. The introduction of alternative proteins could help meet demands for protein for an array of diets.
  • Alternative proteins are made in sterile environments, reducing the risk for diseases or pathogens, like Salmonella or Listeria, significantly.

But, as with any new innovation there are initial drawbacks. High production costs may be a concern for those companies producing alternative proteins, but since 2013 the cost of an alternative protein burger has dropped substantially from $325,000 to a mere $11.36. Another potential drawback is the potential to scale up protein production to meet demand. However, new procedures are beingdeveloped that can grow a lot more meat by improving cell growth.

Credit: Impossible Foods

The innovation for alternative protein is happening rapidly Thirty years from now, people may be grilling and eating alternative proteins just like they grill hotdogs and hamburgers today. But ultimately, whether or not that will happen is in the hands of the consumer. Will consumers accept the benefits and idea of eating lab-grown meat or will this innovative biotechnology become another fad that flames out?

For more information and statistics on potential benefits check out this info-graphic from Labiotech.eu.

03 Jul

Automation Anywhere Scores $250M To Globalize Bot Workforce

Automation Anywhere, which supplies customers with armies of software robots to take over manual tasks such as insurance claims processing, announced today it raised $250 million in a first funding round that set its post-money valuation at $1.8 billion.

The San Jose, CA-based company, begun in 2003 by four co-founders who bootstrapped its funding, has built a customer base of 1,100 firms including Google, GM, Siemens, Cisco Systems, LinkedIn, Comcast, and Juniper Networks.

CEO and co-founder Mihir Shukla says Automation Anywhere started generating revenue early on, and has racked up profits in the past, but it raised the big Series… Read more »

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02 Jul

In Celebration of Bruce Bigelow: Our Memories, His Playlist

Bruce Victor Bigelow, editor of Xconomy San Diego, passed away Friday afternoon, June 29, at the age of 63. He had suddenly fallen ill less than a week earlier, after he returned to San Diego from a hiking trip in Utah.

Our initial post about Bruce’s death is here. But we at Xconomy, after hollering “Stet” in vain to that editor in the sky, wanted to do something more. This is not so much to mourn Bruce’s loss, but to celebrate our times together, and his extraordinary collegiality, friendship, and spirit.

We found we had so much to say, and… Read more »

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02 Jul

Call for proposals for action grants 2017

[Source: http://ec.europa.eu/health/ageing/innovation/index_en.htm] Identifier: JUST-AG-2017Pillar: Justice programme 2014-2020Opening Date: Deadline: Tue, 11 Jul 2017 17:00:00 (Brussels local time)Modification Date: Mon, 2 Jul 2018Latest information: The summary information on the call results is published under section Topic conditions and documents – Additional documents.