Name: Converting DICOM to 3D prints for medical education
Start: 2016-01-28T19:00:00Z
End: 2016-01-28T19:54:29.000Z
Location: BrightTALK
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This BrightTALK Channel features useful content for pharma and healthcare professionals. Presentations will cover challenges and opportunities in the pharma and healthcare industries, ways in which to improve the pharma lifecycle management and build sound pharmaceutical marketing strategies.

This episode will feature a dynamic discussion with Blair Childs, senior vice president for public affairs at Premier Inc., about the upcoming 2020 United States presidential election and how the policy platforms of the two major parties will help shape the future of the healthcare supply chain. 

Childs will also address lessons learned within the supply chain during COVID-19, the current needs of suppliers and recommendations for consumers and leaders to help make positive change for the healthcare supply chain.

COVID-19's Role in Federal Policy and the Upcoming Election

Despite tremendous achievements in the fields of Artificial Intelligence (AI) and Machine Learning (ML), there remain several areas in healthcare and drug discovery where AI/ML has seen limited success. This includes, notably, improving the high attrition rates associated with discovery of new drugs. As genomic data becomes more widely available and clinical data continue to become digitized, there is an opportunity to use this data to understand and predict drug activity at a more personalized level than ever before. So what limits the application of AI/ML in the precision medicine & drug discovery space? Here we discuss the practical advantages and limitations of AI/ML as it relates to precision medicine and drug discovery, focusing on challenges that need to be addressed before the promise of AI-based approaches can be realized.

Machine Learning, Personalized Medicine, and the Future of Drug Discovery

You've got a tool (or tools) in place to analyze your product analytics — good work! Once you’ve collected all your pertinent data and established baseline analytics, the next step is to go deeper on your data with advanced analytics. It’s daunting, but the best way to get started is to learn from a company that has already implemented advanced analytics.

Join our webinar featuring Oscar Health, a technology-focused health insurance company, to hear them discuss how they use analytics to make a range of business decisions. With Periscope Data, they’ve gained complete visibility into their user journey, tracked how each product contributes to the company’s overall revenue metrics and used advanced analytics to identify complex behavior patterns and predict future usage of their product.

Join this webinar to see how Oscar Health:
- Realized it was time to switch to one analytics tool
- Combined their product and user data in one place to find deeper insights
- Took their analysis a step further to predict user behaviors

How Oscar Health Solves Complex Problems with Advanced (Product) Analytics

Healthcare today has serious issues with accuracy, safety, cost, patient satisfaction, and provider satisfaction. True semantic interoperability provided by standards based services has the potential to dramatically improve all of these aspects of healthcare. The improvement will be made possible not only by advances in standards and technology, but will also need to be driven and guided by expert front line clinicians. This session will describe the essential steps we must take to realize an optimal future healthcare system.

The Incredible Value to Healthcare of Service Based Interoperability

Despite the billions of dollars of investment and the rapid adoption of digital healthcare, the financial forces driving payment, claims, financing and revenue cycle have remained virtually unchanged for years, impacting care delivery, population health, and driving the unresolved political debate.

By comparison, the traditional industries of financial services and insurance are rapidly evolving and beginning to fundamentally change how transactions are conducted, to include platforms, access, monetization, and exchanges. Many of these technologies driving financial evolution in London, New York, Singapore and other centers of industry can directly apply to how healthcare can be "bought and sold," potentially democratizing healthcare transactions and changing revenue models, increasing care access and affordability.
 
This webinar will provide an overview of how healthcare and fintech can be combined to build a new transaction model that creates greater healthcare transparency and efficiency in care delivery

Healthcare Financial Technology: Revolutionizing the Healthcare Transaction

We all are aware of the challenges enterprises are having with growing data and silo’d data stores. Businesses are not able to make reliable decisions with un-trusted data and on top of that, they don’t have access to all data within and outside their enterprise to stay ahead of the competition and make key decisions for their business.

This session will take a deep dive into current Healthcare challenges businesses are having today, as well as, how to build a Modern Data Architecture using emerging technologies such as Hadoop, Spark, NoSQL datastores, MPP Data stores and scalable and cost effective cloud solutions such as AWS, Azure and BigStep.

Building Enterprise Scale Solutions for Healthcare with Modern Data Architecture

This webinar will review most significative challenges Nuclear Medicine physicians find in early diagnosis of neurological diseases using Positron Emission Tomography. Imaging quantification offers the possibility to identify subtle features unnoticed for the human eye. Qubiotech's first product, IQBrain, offers to Nuclear Medicine physicians  help to diagnostic neurological diseases as Alzheimer, epilepsy, dementia and others by merging PET and RM images and quantifying hemispheric differences in brain function. Quantitative information is given as statistical significative differences between  patient brain metabolism and a data base of healthy individuals. Furthermore, PET and RMI images are merged into a single multimodal image the physician can interact with.

IQ-BRAIN: PET Image quantification for early diagnosis of neurological diseases

- Insights on how to implement CLM to foster your promotional activities
- Enhance your sales force effectiveness via better customer knowledge
- Real examples from the industry on achieving success with CLM

Close Loop Marketing in Pharma

Our laboratory engineers microenvironments to control the fate of cells being used in tissue repair, with the main application being cartilage lesions and microcracks. The approaches include the development of patterned, functionalized hydrogels, mediation of cell-cell and cell-tissue adhesion through nano-coatings and surface treatment, control of inflammation and oxygen tension pathways, and release of cytoskeletal- and Rho GTPase-modifying small molecules to achieve stable phenotypes. Using additive manufacturing (bioprinting), it is possible to combine these tools to generate spatially complex tissues containing multiple cell types and materials. Our goal is the translation of these technologies to the clinics to improve the outcome of current cell-based therapies.

Cartilage Engineering and Regeneration

Dr. Baena a bioprinting and orthopedic industry professional. He is founder and CEO of BRECA Health Care and REGEMAT 3D. His work includes professional biomedical engineering and biomechanics, 3D bioprinting, medical devices development, CAD, CFD, FE, creating mathematical models to simulate complex environments and make decisions - Using technology to improve people´s quality of life.
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Bioprinting and Orthopedics

Dr. Shanjani has extensive research experience in system design and development, modeling, testing and utilizing 3D-printing and bioprinting technologies, hardware and software for biomedical, tissue engineering and regenerative medicine applications. He will speak about how 3D printing can be applied to regenerative orthopedics.

3D printing in Regenerative Orthopedics

The Ourobotics Revolution 3D Bioprinter, is a relatively low-cost machine that can print with 10 materials in the same bioprinted structure (with the potential to add even more). It also includes a heated enclosure and an upgradable and expandable design. Because of its modularity, current applications include everything from human tissue engineering, to pharmaceuticals, food, synthetic biology, electronics, batteries and even textiles.

Low Cost Bioprinters, by Ourobotics: The Democratization for Creation

Plastic surgeon Carrie Stern is the creator of MirrorMe3D, a company which offers 3D printed models to reveal the outcome of breast surgery, or other transformative surgery. By displaying past surgical results in 3D form, patients can gain new insight into the effects of aesthetic surgery.

3D Printing in Cosmetic Surgery

Dr. Ciprian N. Ionita of the University of Buffalo and his research team are printing detailed models of patient brain vasculature. These are being used for simulating strokes, for complex AVM (arteriovenous malformation) surgical preparation, and other applications.

3D Printing in vascular neurosurgery

Dr. Laan creates 3D models of a patient’s brain tumor in order to improve patient communication and understanding of their condition or upcoming surgery.

3D Printing as a Patient Education Tool for Surgeons and Med Ed for Patients

IP lawyer and 3D printing expert John Hornick’s new book 3D Printing Will Rock the World does an excellent job of describing exactly how 3D printing will rock the world from a technological, economic, and, even, social standpoint. And, by the end of his book, readers may very well be convinced that, because of this technology, the world will be so thoroughly rocked that it will become unrecognizable.

3D Printing Will Rock the World

Dr. Silva is coordinator for the three dimensional division of CTI Renato Archer, Brazil and the home of another GNU based open source tool, InVesalius, specifically made to ease surgeons and medical professionals into using 3D analysis and exporting 3D models for printing in an intuitive user environment that is as easy as 123.

Using 3d Printing for Surgical Planning

Jean-Manuel brings more than 20 years of experience in scientific research and medical technology innovation to his work on the Vizua team. While earning his masters degree in neuroscience at Drexel Medical School in Philadelphia, he directed research projects on 3D-reconstruction of neuronal networks and regenerative quantification.

Converting DICOM to 3D prints for medical education

3d printing

surgery

innovation

medicine

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Converting DICOM to 3D prints for medical education

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