Showing posts with label medical devices. Show all posts
Showing posts with label medical devices. Show all posts

Friday, June 26, 2015

This Week in BioPharma: 6/22-6/26

Here is the top news from the biopharmaceutical industry this week:

Organic Industry Wants Biotechnology Regulated By Process, Not Product: About 40 activist organizations that usually can be counted upon to rally with the organic industry against genetically engineered (GE) plants and animals weighed in with a letter to USDA’s Animal and Plant Health Inspection Service (APHIS) for the federal regulation of biotechnology products. Monday’s letter, which included some food company signatures as well as those from organizations, called for APHIS to “regulate biotechnology based process, not product.” The letter also called for adding noxious weeds to biotechnology regulations, which the signers want regulated to the “fullest extent.”

Saudi Engineer Invents Unique Biotechnology: Saudi engineer and inventor Ibrahim Alalim has 
come up with a new biotechnology to break down the composition of any animal fat, crude oil or any petrochemical product. “This biotechnology involves a liquid extract from vegetables that could be instrumental in coming up with products that will be useful in cleaning utensils, floors and marble,” Alalim said.

These are the Fortune 500's Fastest-Growing Pharma Companies: The pharmaceutical industry has been rocked in recent years by a confluence of patent expirations of blockbuster drugs, increasing competition from generics and new governmental and industry efforts to control costs the world over. That’s made growth prospects for many pharma companies a risky and uncertain proposition. 

The Importance of Real-World Data to the Pharma Industry: For years, randomized controlled trials (RCTs) were considered the gold standard for generating clinical data on efficacy and safety to support product registration and subsequent prescribing. Recently, analysts and academics have discussed the promise of real-world data (RWD), signalling its potential to contribute to improved health outcomes. Data's role in normal clinical practices, or in settings that reflect the reality of healthcare delivery, is likely to become increasingly important in ensuring that medicines are accepted by national policymakers and are adopted into practice.

Is the FDA Too Tough on Medical Device Makers?: In a new paper, “Regulating Innovation with Uncertain Quality: Information, Risk, and Access in Medical Devices,” Wharton health care management professors Matthew Grennan and Robert Town shed light on the question: Are the FDA’s medical device regulations too hard, too soft, or just right? Town recently sat down with Knowledge@Wharton to discuss their findings.

House Ignores Veto Threat and Backs Repeal of Medical Device Tax: The House on Thursday easily backed repeal of a tax on the medical device industry. But President Obama has threatened to veto the bill, which would add more than $24 billion to the deficit over the next 10 years. With not all House members voting Thursday, that chamber's 280-140 vote fell one vote shy of a veto-proof majority to repeal the tax, which helps pay for the expansion of health insurance under the 2010 Affordable Care Act.


Short Sellers Become More Focused on Big Pharma: The short interest data has been released for the June 15 settlement date. Pharmaceutical companies are usually involved in a lengthy process in getting their drug candidates to market through clinical trials. There is a fair amount of risk involved, should a study come back negative or a candidate not be approved. Conversely, if a drug is approved or passes a clinical trial, there can be big upside.


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Thursday, August 19, 2010

Dr. Bill Maisel to direct Center of Devices and Radiological Health

According to MedCity News, Dr. Bill Maisel has been selected to function as the deputy director of science for the Center of Devices and Radiological Health (CDRH) and chair the Center Science Council (CSC). The latter will be responsible for issuing the recall of devices in addition to setting standards for their approval. This is stirring up some controversy in the medical device industry.

In a statement written for the House Energy and Commerce health subcommittee last year, Maisel wrote last year, he stated:“[I]t is critical that the safety and performance of medical devices be improved, that the frequency of medical device malfunctions and adverse events be reduced, and that patients and physicians be adequately informed about device clinical effectiveness and risks in a timely fashion. In short, FDA needs to improve its science-based device assessments and decision-making."

What effects do you think this will have on the medical device industry?

This blog is co-posted with the Drug Delivery Blog.


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Thursday, January 21, 2010

2010 DDP Awards: Technology Innovation Nominee: Isis Biopolymer

Technology: IsisIQ™ Patch

Isis Biopolymer, Inc., founded in 2006, is led by a team of experienced scientists and entrepreneurs accomplished at successful development and commercialization of medical devices, materials and systems design. The company has developed a major advance in intelligent non-invasive transdermal drug delivery, the IsisIQ™ Patch. The patch is a fully programmable, single-use, “band-aid-like” active patch that controls and monitors transdermal drug delivery; ensuring safe and accurate administration through the skin using iontophoresis. An innovative solution to the challenges of today’s transdermal drug delivery systems, the IsisIQ™ Patch features a proprietary selective barrier membrane that facilitates the transport or complete cessation of drug molecules through the skin. Drug transport can be modulated for up to three drugs per patch and is fully programmable for customized delivery and monitoring via an integrated wireless communication platform. The unique single electrode design eliminates variability in drug delivery that can occur with changes in the skin due to temperature, moisture and movement; preventing inadvertent or over delivery of drug. The IsisIQ™ Patch is also a biosensor that can detect skin emanations, which may be indications of medical events such as heart attached, shock or diabetic reactions. Breakthroughs in pliable polyester substrate and hydrogels support lower cost development and manufacturing, as well as a more diverse range of delivery of drugs than is currently available. Moving forward, Isis Biopolymer technology will expand the worldwide multi-billion dollar market for transdermal delivery of existing and drugs in development for pain management, oncology, neurology, endocrinology, cardiovascular, CNS disorders, as well as therapies for chronic and acute conditions. Isis Biopolymer has developed not only the technology to revolutionize transdermal drug delivery, but also make it affordable as a result of our materials and manufacturing processes based here in the United States. Isis is focused on providing revolutionary (and cost-effective) transdermal drug delivery and biosensors to improve patient compliance and generate better health care outcomes.

The winners will be announced at an awards ceremony on Tuesday, January 26 at the Drug Delivery Partnerships International Conference.


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Monday, September 28, 2009

New Drug Delivery System Uses Magnetism to Release Medication

This article in Cnet highlights an effective new approach to delivering intermittent doses of medication that can not be taken orally. Research led by Daniel Kohane at Children's Hospital Boston has uncovered a tiny implantable device that releases the medication through a membrane by switching on an off a magnetic field.

This is a novel approach to delivering drugs and hopefully we should see this come to hospitals soon. What are some other examples of innovative drug delivery systems that are being researched?

If you'd like to network with other professionals in the drug delivery field, join our LinkedIn group! Or follow our Drug Delivery Twitter here.


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Tuesday, September 15, 2009

Self-administration drug delivery evolving the industry

According to zikkir, the future of drug delivery is increasingly turning towards self-administration. With medical advances, patients are increasingly able to give themselves their prescriptions. Because these devices that are already pre-filled and easier to use, they're leading to more patient compliance. Read more about the increase in self-administration drug delivery devices here.

What do you think? With the growing number of patient-administered drug delivery devices, do you think this will contribute to a patient's compliance to continually and regularly take their medication?


If you'd like to network with other professionals in the drug delivery field, join our LinkedIn group! Or follow us on Twitter at http://www.twitter.com/drugdeliveryiir!


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