About Us | N. Papanikolaou & Associates Nikolaos Papanikolaou, Ph.D. Owner and CEO He studied biomedical engineering at the Technological Institute of Athens while he obtained his Ph.D. from the Medical School of University of Crete on the topic of “Technical Development and Clinical Evaluation of Novel Imaging Techniques of the Gastrointestinal Tract with MRI” under the supervision of Prof. N. Gourtsoyiannis. He has been working for Philips Medical Systems from 1991 to 1998, while he joined for six months the MR Clinical Science department in Best, The Netherlands. Kostantinos Samiotis, RT Head of Post Processing Operations Working for more than 10 years on clinical MRI, Kostantinos has gained huge experience not only on basic but also on advanced MRI exams including: MR Perfusion, Tractography, fMRI, Spectroscopy, Breast and Prostate multi-parametric MRI. Katerina Nikiforaki, M.Sc. MR Physicist Katerina is an MR Physicist with 7 years of experience mainly on GE MRI scanners. Stratos Karavasilis, Ph.D.
Radiology | Radiology Education | Radiology Teaching Files | Radiology Textbooks | Radiologist - RadiologyEducation.com: A digital library of radiology education resources Digital Atlas- Klinik für Psychiatrie und Psychotherapie III - Universitätsklinikum Ulm This is a freely available digital atlas of frequency of vascularisation, obtained from N = 38 healthy participants scanned with the time-of-flight magnetic resonance technique. Images are available in NIfTI format in different voxel sizes: Table. Volumes made available as part of the atlas. mm: millimetres; MB: megabytes. The main source of information is the atlas in the original high resolution. When using these data to interpret findings of other studies, it should be remembered that the quality of spatial correspondence is limited by possible difficulties in redressing differences in brain shape induced by the geometry of the magnetic field of the original volumes, by the signal loss due to different susceptibility artefacts, and the possible use of customized normalization templates across specific studies and human populations.
Radiology Education / Radiology Learning / Radiology Teaching Files - a free web based and interactive radiology teaching file server program How Online Doctor Visits Work Never wait again to get an appointment with your doctor! Your Medlanes doctor is avaiable to provide you with medical advice 24 hours a day, 7 days a week. Healthcare is extremely expensive. Whether you have insurance or not, healthcare costs are exorbitant! Not only is paying for the doctor expensive, but you are having to take valuable time out of your busy day just to wait in the waiting room at the doctor's office. Getting medical advice with Medlanes is extremely convenient! Don't worry about you or your family's health. Never wait again to get an appointment with your doctor! Healthcare is extremely expensive. Getting medical advice with Medlanes is extremely convenient! Don't worry about you or your family's health.
Welcome to LearningRadiology The Largest Online Community, Exclusive to Physicians - Sermo Radiology tutorials | Radiology lectures | Multimedia Radiology teaching | Radiology education | Anatomy tutorials Professor Malcolm Levitt Our group develops new experimental techniques in nuclear magnetic resonance (NMR) spectroscopy, and applies those techniques to systems of interest in biology and materials science. For example, we have developed new NMR techniques for determining the atomic-scale structure in non-crystalline solids, and have applied those methods to the membrane protein rhodopsin and to the class of inorganic network solids called zeolites. We are currently working on extending solid-state NMR to the study of samples at very low temperatures, which will allow us to achieve higher signal strength and allow the study of cryogenic physical phenomena such as quantum rotation by NMR. We have also demonstrated the existence of nuclear spin states with unusually long lifetimes in room-temperature liquids, and are currently exploring the possibilities of exploiting such long-lived nuclear spin states for NMR imaging. Research keywords Nuclear magnetic resonance. Research funding
MR Protocols - CNI Wiki This page contains an overview of several types of MRI modalities (structural, functional, and diffusion). The basic measurement protocols are described and there are links to development plans and more detailed processing strategies. There are several typical protocols users run. These protocols involve a combination of scans. We document the most widely used protocols in this list. Saving your protocol parameters Save screen-shots At the GE console, you can save screen shots of the GE interface to show the main parameters that you have set in a protocol. Get a PDF of all protocol parameters You can get a complete PDF of all your protocol info with a few clicks of the mouse. Click the "Protocol Exchange" button under the Image Management tab. Simultaneous Multi-Slice EPI The CNI, in collaboration with GE, is implementing simultaneous multi-slice EPI (also known as multiband EPI, multiplexed EPI, or, as we like to call it, "mux EPI"). General Options Bandwidth 3D Geometry Correction Ask Aviv!
ARFI Prostate Imaging | Nightingale Laboratory Prostate cancer is the most common cancer and the second leading cause of cancer death in American men. Early diagnosis is essential for better treatment and increasing survival rate. Although the current screening techniques, antigen (PSA) blood testing and digital rectal examination (DRE) are considered sensitive enough for cancer screening, follow-up biopsies have significant shortcomings. Without a good imaging technique to target the needle biopsy in the prostate gland, only about 25% of tests are positive for cancer in more than 1 million prostate biopsies performed each year; the false negative rates range from 25-45% based on the first time biopsy. We have demonstrated that ARFI imaging can clearly portray zonal anatomy and some cancerous lesions in the prostate in ex vivo studies using a linear array. We are also developing segmentation and registration techniques to align the whole mount histology slides with acquired bmode, ARFI, and MR images.