OBLIQUE AXIAL ALONG TANDEM

Slides:



Advertisements
Similar presentations
Computers and Computed Tomography
Advertisements

MR Driving license course Day 2 – Buttonology
Magnetic Resonance Imaging
Section 1 fMRI for Newbies
National Alliance for Medical Image Computing Core DBP Dartmouth Data NA-MIC National Alliance for Medical Image Computing
Clinical Image Gallery 3/17/09. February 21, MSK Extreme 1.5T Dartmouth Hitchcock SAGITTAL PD KNEE 512 X 300 3MM SLICE THICKNESS 16 FOV SCAN TIME.
Psy 8960, Fall ‘06 Gradients and Fields1 Gradients and fields Static magnetic field Gradients –Effect of simultaneous gradients Excitation and slice selection.
For example, consider a simple 2-row by 2-column reconstruction Matrix. Views are collected at 4 angles, 0 (left to right), 90 (top to bottom), 45 (diagonal),
M. D. A NDERSON Cancer Center Magnetic Resonance Imaging: 4.7 T, 40 cm Bruker Biospec James A Bankson, Ph.D. and John D Hazle, Ph.D. Small Animal Cancer.
HOW TO OPTIMIZE MRI OF EXTREMITIES ?
Computer Tomography By Moustafa M. Mohamed. Introduction to Medical Imaging Uses of medical imaging Obtain information about internal body organs or the.
MRI Correction In 5-7 Minutes Dr. Keith Evan Schubert.
2 High Resolution T2 Imaging Rat versus Mouse T1 MP-RAGE Dark CSF Resolution Rat: 156 x 156 x 700 µ m 3 Mouse: 138 x 117 x 400 µm 3 Coil setup: Transmit:Integrated.
Ramifications of Isotropic Sampling and Acquisition Orientation on DTI Analyses David H. Laidlaw 1, Song Zhang 1, Mark Bastin 2,3, Stephen Correia 4, Stephen.
The basic story – fMRI in 25 words or less!. fMRI Setup.
ExactEstimate 300 msec.
CT IMAGE RECONSTRUCTION  Hounsfield envisioned dividing a slice into a matrix of 3-dimensional rectangular boxes (voxels) of material (tissue). Conventionally,
MUSCULOSKELETAL IMAGING.
MSK CT PROTOCOLS May 2010 Revision
PROPELLER acquisitions on the Philips Achieva 3.0T R1.2.2
Source Page US:official&tbm=isch&tbnid=Mli6kxZ3HfiCRM:&imgrefurl=
60 Find the start point.. Draw a construction line horizontally across the page. 60.
AzM Radiologie Jan T. Wilmink, neuroradiologist MRI Centre The Netherlands MR myelography in patients with radicular pain: diagnostic value and technique.
Путешествуй со мной и узнаешь, где я сегодня побывал.
The reading is 7.38 mm. The reading is 7.72 mm.
MRI Abdomen, Liver By Dr. Mohamed Samieh.
Computed Tomography Image Manipulation
Lars A. Ewell, Christopher J. Watchman, Kurt Wharton 
FMRI data acquisition.
Shoulder Anatomy Dr. Mohamed Samieh.
Computed Tomography Image Reconstruction
MRI Hip joint.
Journal of Vision. 2011;11(4):15. doi: / Figure Legend:
Horse shoe appearance of vertex extradural hematoma
Siemens Medical Systems
Bellringer: All directional terms are relative to proper anatomical position. Review each sentence below to verify if the correct directional term was.
Volume 32, Pages 7-11 (January 2016)
Page 1. Page 2 Page 3 Page 4 Page 5 Page 6 Page 7.
Localize off sagittal T2FS sequence
Update on Cone Beam Technology and Orthodontic Analysis
7.1b. Contrast coronal T1 Wtd MRI 7.1c. Contrast sagittal T1 Wtd MRI
Lisfranc Injury and Jones Fracture in Sports
Two year longitudinal change and test–retest-precision of knee cartilage morphology in a pilot study for the osteoarthritis initiative  F. Eckstein, M.D.,
Anti-NMDA receptor encephalitis presenting with imaging findings and clinical features mimicking Rasmussen syndrome  Hansel Greiner, James L. Leach, Ki-Hyeong.
Anti-NMDA receptor encephalitis presenting with imaging findings and clinical features mimicking Rasmussen syndrome  Hansel Greiner, James L. Leach, Ki-Hyeong.
Update on Cone Beam Technology and Orthodontic Analysis
Pectoralis Major Seq FOV Slice TR TE ETL Misc 4/1 Min Matrix
Physics and Imaging in Radiation Oncology
QUIZ 10: Optimizing the MRI of biliary network
Grill-Cleaning Wire Brush Bristle Ingestion: Two Cases and Review of Literature with Focus on Diagnostic Approach  Abdul Mueed Zafar, MD, Florence L.
Bone marrow lesions are associated with altered trabecular morphometry
The osteoarthritis initiative: report on the design rationale for the magnetic resonance imaging protocol for the knee  C.G. Peterfy, M.D., Ph.D., E.
Slice thickness: 5–6mm Slice gap: 20% of slice thickness (!1–1.2mm or factor 1.2) Matrix: 512 FOV: 220–240mm Saturation slab: parallel to the slices,
Accuracy and test–retest precision of quantitative cartilage morphology on a 1.0T peripheral magnetic resonance imaging system  D. Inglis, Ph.D., M. Pui,
Volume Cropping Tutorial
Skeletal muscle metastasis from malignant melanoma
The relation of femoral notch stenosis to ACL tears in persons with knee osteoarthritis  V. Stein, L. Li, A. Guermazi, Y. Zhang, C. Kent Kwoh, C.B. Eaton,
a) Accurate bronchial skeleton.
Noncontrast dentomaxillofacial CBCT scan (iCAT) of a patient with an impacted left mandibular third molar (0.4-mm pixels, 120 kVp, mA). Noncontrast.
Biology of nasal polyposis
Quantitative Meta-analysis Identifies Brain Regions Activated During Rectal Distension in Irritable Bowel Syndrome  Kirsten Tillisch, Emeran A. Mayer,
Recurrent Myasthenia Gravis Due to a Pleural Implant 3 Years After Radical Thymectomy  Stijn R.G. Heyman, MD, Hendrik De Raeve, MD, PhD, Rudy Mercelis,
Volume 72, Issue 12, (December 2007)
Fig year-old man with chronic tear of anterior talofibular ligament (ATFL) and deltoid ligament. A. Axial proton-weighted turbo spin echo (TSE)
Saccular macula. Saccular macula. Axial (A and B), coronal (C and D), oblique sagittal (Poschl plane) (E and F), and oblique coronal (Stenvers plane) (G.
Sequential images from a single patient’s three-step clinical AC-PC protocol.A, Coronal FGRE localizer image (6/1.6; flip angle, 20°; section thickness,
Multiplanar reformation of a 3D MR angiography image set of the spinal cord demonstrating the visualization of the AKA (arrow) and the ASA (arrowhead;
MRI. MRI. (A1–A2) Patient 6 with simple PNH, (B1–B2) patient 10 with plus PNH. (A1) Sagittal TSE T2 WI shows multiple periventricular nodules (arrows).
Noncontrast CBCT scan of a 13-year-old boy acquired with a sinus protocol (40 seconds, 600 frames, 0.4-mm pixels, 120 kVp, 48 mA). Noncontrast CBCT scan.
CT scan of a 27-year-old man with clinical suspicion of dural sinus thrombosis.Lateral (A), anteroposterior (B), caudocranial (C), and oblique sagittal.
Presentation transcript:

OBLIQUE AXIAL ALONG TANDEM SCAN1 = T2 TSE OBLIQUE = AXIAL ALONG TANDEM (2mm) SCAN AXIALLY ALONG THE TANDEM DIRECTION, SLICES SHOULD BE 2mm THICK, SEE THE FOV NECESSARY 2mm Axially along Tandem Thickness OBLIQUE AXIAL ALONG TANDEM SAGITAL AND CORONAL SCANS SHOULD HAVE THE SAME FOV/ORIGIN.. SEE NEXT PAGE Slice Direction INPLANE VIEW = NATIVE VIEW

OBLIQUE SAGITTAL ACROSS TANDEM SCAN2 = T2 TSE OBLIQUE SAGITTAL ACROSS TANDEM (3mm) SCAN Sagittally across THE TANDEM DIRECTION, SLICES SHOULD BE 3mm THICK use the same FOV as Scan 1 OBLIQUE SAGITTAL ACROSS TANDEM (3mm) 3mm Slice Thickness, Scanning Sagittally With SAME FOV as SCAN1 Slice Direction INPLANE VIEW = NATIVE VIEW

OBLIQUE CORONAL ACROSS TANDEM SCAN3 = T2 TSE Oblique Coronal, Scan Coronally across THE TANDEM, SLICES SHOULD BE 3mm THICK use the same FOV as Scan 1 and Scan 2 OBLIQUE CORONAL ACROSS TANDEM INPLANE VIEW = NATIVE VIEW Slice Direction (3mm) Slice Direction