Veterinary Nuclear Imaging in Bangladesh

Veterinary Nuclear Imaging from MiE GmbH, supplied and supported in Bangladesh by Vvon Technologies.

4 products from 1 manufacturer: MiE GmbH.

Products

• Veterinary Scintigraphy — MiE GmbH: Nuclear scintigraphy for small animal practice, built on the PICOLA SCINTRON and SYNGULA SCINTRON gamma cameras with a dedicated veterinary software package. Studies covered include thyroid scintigraphy, kidney clearance, bone scintigraphy and portosystemic shunt work.
• Equine Scanner H.R. 2.0 — MiE GmbH: A gantry mounted gamma camera for scintigraphy on a standing horse. The detector support column is mounted about a centimetre above the floor so the head moves quickly along any axis, and ParalyzerPLUS rigid registration corrects for movement in real time during acquisition.
• ParalyzerPLUS Real-Time Motion Correction — MiE GmbH: Motion correction software for the MiE Equine Scanner H.R. MiE state that they developed the world's first real time motion correction to reduce motion artefacts when imaging a standing horse, with rigid registration software that allows shorter image acquisition times and improved diagnostic quality. Because ParalyzerPLUS removes the need to repeat acquisitions, the scanning process is significantly faster, no post processing is required for motion correction, patient throughput increases and staff radiation exposure per examination is minimised.
• Image Fusion (Fusion 2D) for Equine Scanner — MiE GmbH: MiE's image fusion for the Equine Scanner brings scintigraphy and x-ray images together to widen the diagnostic possibilities. The program evaluates the different structures, resolution, acquisition geometries and regions, then adjusts rotation, translation (shift) and scaling. The process operates multi modal and automatic, so the fused result carries the morphologic information of the x-ray together with the functional information of the scintigraphy in one image.

All Nuclear Medicine & Imaging categories

Before you specify

• Qualifications and training for nuclear medicine technologists in Bangladesh

  Who does what in a working department, what a technologist has to be competent at before being left alone with a list, the general shape of the training path, and how to write applications training into the purchase so it actually happens.

• Thyroid uptake, imaging and radioiodine therapy: facility and equipment planning

  Plan thyroid uptake, imaging and radioiodine services around validated measurement, appropriate collimation, facility assessment and authorised patient pathways.

• Bone scintigraphy in a Bangladeshi hospital: workflow, acquisition and what the department actually needs

  Plan a bone-scintigraphy service around justified examinations, patient pathways, supported imaging modes, radiopharmacy, QA and reliable reporting.

• Collimator selection for gamma camera imaging: matching the hardware to the isotope and the study

  Match collimation to the complete photon spectrum, imaging geometry and clinical requirements, with compatible handling, storage and QA.