Call for Abstract
Scientific Program
Europe Surgical and Medical Devices Expo, will be organized around the theme “Recent advances in Medical Devices and Future Focus”
Medical Devices Europe 2016 is comprised of 12 tracks and 69 sessions designed to offer comprehensive sessions that address current issues in Medical Devices Europe 2016.
Submit your abstract to any of the mentioned tracks. All related abstracts are accepted.
Register now for the conference by choosing an appropriate package suitable to you.
Recently many implantable medical devices have been developed for various medical applications and have tremendously improved the quality of life (QoL) of many patients for whom the more conventional and conservative treatment approaches are failed. Those implanted prosthesis are either playing a crucial life supporting role such as a cardiac pace maker does, or are alleviating the inconvenience in daily life caused by traumatic illnesses, such as stroke.e research results indicate that SAR and safety limitations are body and frequency dependent. High-performance and low-operated power dual-band PIFA antenna for development of the next generation of medical implants operating on the MICS and the ISM bands will facilitate clinically significant improvements in healthcare.
- Track 1-1Surgical Mesh Implants
- Track 1-2Cochlear Implants
- Track 1-3Bio-stimulation Lasers
- Track 1-4Eye Surgeries using Radiation Devices
- Track 1-5Radiography and Tomography
Orthotics is a design of externally applied device used to modify the structural and functional characteristics of the neuromuscular and skeletal system. An orthotist is the primary medical clinician responsible for the prescription, manufacture and management of orthoses.It can be used in multipile functions as to restrict movement in a given direction, to assist movement generally, to reduce weight bearing forces for a particular purpose.
- Track 2-1Printed exo-Prosthetic Leg
- Track 2-2Artificial Hips and Knees
- Track 2-3Biomaterials for Prosthetics
- Track 2-4Joint Prosthesis
Biomarkers are indicators (nucleic acids, enzymes, metabolites and other types of molecules: histamines, hormones, proteins, etc.) present in the body or excreted by the body as a biological response to disease.A biomarker can make it possible to identify the presence, the effect and/or the measurement of specific phenomena, such as rapid or early detection of a disease, before the first symptoms appear and even the progression of a disease.In vitro diagnostics are tests that can detect diseases, conditions, or infections. Some tests are used in laboratory or other health professional settings and other tests are for consumers to use at home.
- Track 3-1Diagnostic Biomarkers for Liver Dysfunctions
- Track 3-2Cancer Prognosis
- Track 3-3Advances in LOC Technology
- Track 3-4Biomarkers for Diabetic Nephropathy Management
- Track 3-5Renal Function and Nephrotoxicity Evaluations
- Glucometers
- Intraocular Lenses/ Ocular Lenses
- Personal Use Therapeutic Devices
- Personal Monitoring Devices
- Track 4-1Glucometers
- Track 4-2Intraocular Lenses/ Ocular Lenses
- Track 4-3Personal Use Therapeutic Devices
- Track 4-4Personal Monitoring Devices
The specialty of physical medicine has almost reached its majority, a 20-year period having elapsed since the founding of its qualifying specialty board. Despite the time lapse and a productive literature, an abysmal ignorance of the true capabilities, viewpoints, and techniques of the practitioners of this specialty and of the specialty itself continues to be widespread. The family physician, the specialist, and the academician seem to share equally a lack of understanding of the specialty of physical medicine. For this, there would appear to exist a variety of reasons. Perhaps the most significant one is that of psychological orientation.
- Track 5-1Laser Based Physical Therapy
- Track 5-2Magnetic Stimulations Based Techniques
- Track 5-3Spine Screws, Rods, and Artificial Discs
- Track 5-4Diathermy Devices
- Track 5-5Innovations in Physical Medicine
The dynamic Healthcare Industry requires market participants to keep a close watch on market movements. From new technological innovations, competitive shifts, and evolving end-user requirements, to regulatory changes and reimbursement issues.The Advanced Medical Technologies track wiil provide an in-depth coverage of the multitude of products and solutions used by the provider fraternity across a typical clinical pathway, ranging from making a diagnosis, using the appropriate interventional or therapeutic approach and finally monitoring the subject through rehabilitation and convalescence.
- Track 6-1Laser Devices for Diagnosis
- Track 6-2Biomedical Sensing Devices
- Track 6-3Ear Tubes
- Track 6-4Artificial Eye Lenses
- Track 6-5Ventricular Assist Device (VAD)
- Track 6-6Advancements in Pacemakers
- Track 6-7Innovative Technologies
Design of portable home use devices is of great use fort patients at home or who are in travelling.This track will focus on the basics of medical devices as well as side effects to be taken care.
- Track 7-1Application of tele-health Technologies
- Track 7-2Microprocessors Based Medical Devices
- Track 7-3Design Regulations Intended for Home Use
- Track 7-4Medication Administration Equipments
- Track 7-5Respiratory Equipments
Computer modeling and simulation has the potential to revolutionize the field of medical devices. Gone are the days of building a physical prototype in a machine shop to test every new idea. Today, medical device developers can use computer models to eliminate many bad ideas before they leave the drawing board—and refine many good ones before they’re used on human patients. Tomorrow, simulations of virtual physiological patients may replace clinical trials.We need to know whether a computer model sufficient reflection of reality?
- Track 8-1Computer-Aided Diagnosis
- Track 8-2Computer-Assisted (robotic) Surgical Systems
- Track 8-3Recent Software Designs and Mobile Apps for Medical Devices
Regulatory Authorities and industry should encourage and support the development of international standards for medical devices to demonstrate compliance with “the Essential Principles of Safety and Performance of Medical Devices''.Regulatory Authorities developing new medical device regulations should encourage the use of international standards
- Track 9-1Laser Radiation Safety
- Track 9-2Device Regulations Overview
- Track 9-3Need of Amendments in Regulatory Guidelines
The health care guidelines appropriate to the product,are even appliacble to medical devices. The failure to get regular medical and surgical monitoring and assessments, and failure to report product problems are critical. The various regulatory bodies for medical devices monitoring are:
- FDA medical devices guidelines
- EU medical devices guidelines
- WHO medical devices guidelines
- Japanese medical devices guidelines
- Track 10-1FDA Medical Devices Guidelines
- Track 10-2EU Medical Devices Guidelines
- Track 10-3WHO Medical Devices Guidelines
- Track 10-4Japanese Medical Devices Guidelines
- Track 10-5Medical Device Companies and Marketing
- Track 10-6Medical Devices Manufacturers and Business
- Track 10-7Global Medical Devices Market Analysis
- Track 10-8US Medical Devices Industry Challenges
- Track 10-9Europe Medical Devices Industry Challenges
This track is specially designed so as to target a niche and target market for medical supply business. As health care incorporates new and advancing technologies, medical equipment sales has become a big business. The hardest part is having technologies that are clinically proven and different and better than that of your competitors. Of course, having the best product alone isn't enough if no one knows about it.So this tarck will focus on the spread of the in depth information and dsiscussion related to equipment business.
- Track 11-1Medical Devices Europe
- Track 11-2Medical Devices UK
- Track 11-3Medical Devices Germany
- Track 11-4Medical Devices Asia
- Track 11-5Medical devices CRO and Clinical Studies
- Track 11-6GMP and Safety of Medical Devices
- Track 11-7Invitro Medical Devices
- Track 11-8Veterinary Medical Devices
- Track 11-9Medical Imaging Devices
- Track 11-10Respiratory Medical Devices
- Track 11-11Medical Devices- Software and Digital
- Track 11-12Medical Devices- Software and Digital
- Track 11-13Diabetes Medical Devices
A surgical instrument is a specially designed tool or device for performing specific actions of carrying out desired effects during a surgery or operation, such as modifying biological tissue, or to provide access for viewing it. Over time, many different kinds of surgical instruments and tools have been invented. Some surgical instruments are designed for general use in surgery, while others are designed for a specific procedure or surgery.
- Track 12-1Cardiovascular Devices
- Track 12-2General and Plastic Surgery Devices
- Track 12-3Obstetrical and Gynecological Devices
- Track 12-4Dental and Anesthesiology Devices
- Track 12-5Ear, Nose, and Throat Devices
- Track 12-6Ophthalmic Devices