Medical technology, also referred to as biomedical technology , is engaged in the application of engineering principles and rules to the field of medicine. In the field of medical technology combines engineering know-how and expertise from industry professionals such as physicians and nurses. The objective of medical technology is to optimize medical treatments, as well as therapies, diagnoses and equipment such as ultrasound and MRI, for the benefit of patients. Ongoing research continuously leads to new developments, particularly with medical equipment such as ultrasound and MRI. innovations-report keeps readers up-to-date on these issues by publishing interesting articles and reports on the latest developments in medical technology fields , including ultrasound and MRI systems.
The area of medical technology that involves the development of medical equipment such as MRI, ultrasound and x-ray systems requires continuous research. In order to benefit patients, thelatest technology and engineering developments must be integrated as rapidly as possible into medical systems such as ultrasound and MRI. New developments that are relevant to those who are interested or involved in the field of medical technology occur every day. To keep readers abreast of these issues, innovations-report publishes interesting and easy-to-understand information on developments in medical technology, including systems such as ultrasound and MRI.
innovations-report offers readers up-to-date and interesting information from a variety of innovative scientific fields, such as medical technology. The latest research and clinical developments from in medical technology are presented in a clear and easy-to-understand manner, covering topics such as imaging processes, dialysis equipment, ultrasound, cell and tissue engineering, implants, MRI, orthopedic aids, dental materials and surgical technologies.
The segment of medical technology that involves maintaining and repairing equipment such as MRI, ultrasound and x-ray is immensely important. If ultrasound or MRI equipment does not function properly, which can lead to false results or therapies, the consequences for patients are unimaginable. And precisely because of its importance, the field of medical technology deserves a great deal of attention. innovations-report covers the key developments in medical equipment technology, including MRI, x-ray and ultrasound systems.
Ultrasound and MRI are two of the most frequently used systems in the field of medical technology. Depending on the type of tissue that needs to be examined, imaging processes such as ultrasound and MRI are carried out either with or without contrast agents. Ultrasound and MRI examinations are performed without ionizing radiation, whereas processes such as computer tomography require ionizing radiation. Basic knowledge of imaging processes such as MRI and ultrasound is essential for anyone involved in the field of medical technology. For these specialists and others who are interested in this area, innovations-report covers the latest research results originating from the field of medical imaging processes such as MRI and ultrasound.
In the field of medical technology, innovations-report covers the latest scientific findings and information related to medical technology, including innovations in the area of medical equipment such as MRI and ultrasound systems.
innovations-report is designed for anyone who wants to keep abreast of developments in the field of medical technology. Here you can find information about the latest innovations in medical imaging processes, including systems such as ultrasound and MRI.
The development of medical equipment, products and technical procedures is characterized by high research and development costs in a variety of fields related to the study of human medicine.
innovations-report provides informative and stimulating reports and articles on topics ranging from imaging processes, cell and tissue techniques, optical techniques, implants, orthopedic aids, clinical and medical office equipment, dialysis systems and x-ray/radiation monitoring devices to endoscopy, ultrasound, surgical techniques, and dental materials.
Infrared thermography can help detect joint inflammation and help improving work ergonomics, according to a recent study from the University of Eastern Finland.
All objects with a temperature above absolute zero emit infrared radiation as a result of the thermal motion of their molecules. Infrared thermography (IRT) is...02.10.2015 | Read more
A magnetic resonance (MR) breast imaging technique that uses no ionizing radiation or contrast agent could reduce unnecessary biopsies by providing additional...29.09.2015 | Read more
Proton beams are new high-precision weapons in the fight against cancer. However, uncertainty with regard to the range of the beams has prevented the full exploitation of the potential of this method until now. Researchers all over the world are therefore looking for ways to measure the exact range during a course of treatment. Scientists at the National Center for Radiation Research in Oncology – OncoRay and at the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) have succeeded in developing a surprisingly simple solution. Initial preclinical tests have already gone well.
A proton beam is similar to a bullet in that it has a certain projectile range. The power of destruction of the charged particles is greatest shortly before...22.09.2015 | Read more
A probe enables tumors to be investigated using complementary imaging techniques
An organic dye that can light up cancer cells for two powerful imaging techniques providing complementary diagnostic information has been developed and...05.08.2015 | Read more
With the flick of a tiny mechanical wrist, a team of engineers and doctors at Vanderbilt University's Medical Engineering and Discovery Laboratory hope to give needlescopic surgery a whole new degree of dexterity.
Needlescopic surgery, which uses surgical instruments shrunk to the diameter of a sewing needle, is the ultimate form of minimally invasive surgery. The...24.07.2015 | Read more
Whether for individual micro-implants or for micro-implants with medicine depots – additive processes are ideally suited for manufacturing such components. In the project “REMEDIS”, scientists at the Laser Zentrum Hannover e.V. (LZH) have established a highly automated laser melting process to produce or coat implants made of platinum, nickel-titanium (NiTi) or stainless steel.
For this, scientists of the Surface Technology Group used a special form of 3-D printing – selective laser micro-melting (SLµM).21.07.2015 | Read more
Patients using Argus II experienced significant improvement in visual function and quality of life
The three-year clinical trial results of the retinal implant popularly known as the "bionic eye," have proven the long-term efficacy, safety and reliability of...24.06.2015 | Read more
Cancer treatment is complex. The widely varying progressions of this disease require comprehensive diagnostics, an early check of treatment, and the exchange...
"I am extremely proud to announce the introduction of our new 7 Tesla scanner Magnetom Terra (1). It is the first 7 Tesla MRI scanner fully designed and...01.06.2015 | Read more
Researchers in Singapore have developed an ultrasensitive method to detect micro-RNAs: tiny molecules that can indicate the presence of tumours. They are applying the technology toward a non-invasive screening test for gastric cancer.
In 2012, 8.2 million lives were lost to cancer around the world. This number is expected to double by 2030. However, many cancer deaths could be prevented if...21.05.2015 | Read more
An interdisciplinary team of researchers has built the first prototype of a miniature particle accelerator that uses terahertz radiation instead of radio...
At present, tiny magnetic whirls – so called skyrmions – are discussed as promising candidates for bits in future robust and compact data storage devices. At...
In cooperation with the Center for Nano-Optics of Georgia State University in Atlanta (USA), scientists of the Laboratory for Attosecond Physics of the Max Planck Institute of Quantum Optics and the Ludwig-Maximilians-Universität have made simulations of the processes that happen when a layer of carbon atoms is irradiated with strong laser light.
Electrons hit by strong laser pulses change their location on ultrashort timescales, i.e. within a couple of attoseconds (1 as = 10 to the minus 18 sec). In...
At the exhibition BATTERY + STORAGE as part of WORLD OF ENERGY SOLUTIONS 2015 in Stuttgart, the Fraunhofer Institutes for Laser Technology ILT and for Ceramic Technologies and Systems IKTS will be showing how laser technology can be used to manufacture batteries both cost- and energy-efficiently.
In the truest sense, it’s all about watts at the Dresden-based Fraunhofer Institute for Ceramic Technologies and Systems IKTS and the Aachen-based Fraunhofer...
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