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AnyScan® TRIO SPECT/CT/PET

All-in-one solution in both research and routine environment made for NM laboratories.

AnyScan TRIO® SPECT/CT/PET is a unique solution to integrate triple modality imaging system to your NM department in just one room. This system is ideal for your advanced clinical environment, and for further research applications. The multipinhole SPECT technology and the high quality LYSO crystal-based PET offer unparalleled possibilities in the NM world with the addition of our diagnostic CT. Saving space, time and cost with AnyScan TRIO® system prove to offer more potential to your clinic.

Features & Benefits

All NM modalities in one system

  • Dedicated for NM department
  • SPECT/CT and PET/CT investigation using one common diagnostic CT modality
  • No switching time
  • Ideal for small clinics or hospitals with one multimodality imaging room

PET subsystem with Time of Flight PMTs

  • LYSO crystal based PET to extend to possibilities of your hybrid NM system
  • For all standard Oncology application
  • Unique solution integrated to your SPECT/CT imaging system

Fast SPECT/CT workflow

PET-like approach, achieving less than 20-minute Whole Body SPECT/CT image acquisition, with the help of:

  • Triple detector system
  • LEHR-HS collimators
  • Continuous scan, advanced acquisition compared to Step'n'Shoot method
  • Tera-Tomo 3D SPECT resolution recovery reconstruction software

3D Imaging Bed

  • Possible lateral movements that facilitates imaging of organs with asymmetric localization
  • Precise positioning especially designed for Multi-PinHole Cardiac acquisition
  • Patient table with wide scanning range

List Mode Acquisition

At research sites, it is frequently required to further optimize scans with different acquisition settings. With the help of List Mode, most SPECT scanning parameters can be altered even after an acquisition was finished.

Applications

PET/CT in follow-up

Follow-up study of a 79 years old patient suffering from metastatic breast cancer. FDG avid pathological right axillary, mediastinal lymph nodes and multiple bone metastases are visible on 18F FDG PET/CT scan.

Camera: Mediso AnyScan® PET/CT system

Injected dose : 3.5 MBq/bw kg 18F FDG

Uptake time:  60 min

Sentinel lymph node SPECT imaging in melanoma

Sentinel lymph node scintigraphy with SPECT/CT in a 46 year-old patient accurately localizes sentinel lymph node(s) and guides surgical removal using gamma probe. Otherwise 18FFDG PET/CT is essential in melanoma staging at higher Clark level.

SPECT/CT

Collimator: LEHR

Radiotracer: 99mTc-SentiScint

Injected dose: 90 MBq

Acquisition: 64 view x 10 sec (320 sec/SPECT)

18F FDG PET/CT in melanoma staging

Radiotracer: 18F-FDG

Injected dose: 5 MBq/bw kg ( total: 253,2 MBq)

Acquisition: 2 min/FOV (approx. 30 min in total)

Bone SPECT

Bone SPECT images of 68 year-old patient.  In the sternum, the right clavicle and the 1st lumbar vertebra, an intense uptake is visible, suggesting metastatic processes.

Collimator: LEHR-HS

Radiotracer: 99mTc MDP

Injected dose: 540 MBq

Acquisition: 8 min/FOV

Hands perfusion SPECT

Hands perfusion SPECT in a 40 year-old patient with suspected Raynaud syndrome. There is no microcirculation abnormality in fingers on SPECT.

Collimator: MPH

Radiotracer: 99mTc-DTPA

Applied dose: 400 MBq

Acquisition: Multi-PinHole SPECT

Publications

2024.01.18.

Diagnostic value of [99mTc]Tc-PSMA-I&S-SPECT/CT for the primary staging and restaging of prostate cancer

Farkas et al., Therapeutic Advances in Medical Oncology, 2024
View publication
2024.01.18.

Dopamine Transporter SPECT with 12-Minute Scan Duration Using Multiple-Pinhole Collimators

Ralph et al., Journal of Nuclear Medicine, 2024
View publication
2023.09.30.

Quantitative validation of Monte Carlo SPECT simulation: application to a Mediso AnyScan GATE simulation

Sophia et al., EJNMMI Physics, 2023
View publication
2023.03.25.

Performance evaluation of a novel multi‑pinhole collimator on triple‑NaI‑detector SPECT/CT for dedicated...

Krizsan et al., EJNMMI Physics, 2023
View publication
2022.09.11.

Robustness analysis of denoising neural networks for bone scintigraphy

Akos Kovacs et al., Nuclear Inst. and Methods in Physics Research, A, 2022
View publication
2022.08.17.

Multiple‑pinhole collimators improve intra and between‑rater agreement and the certainty of the visual in...

Franziska Mathies et al., EJNMMI Research, 2022
View publication
2022.06.22.

Unusual perfusion patterns on perfusion‑only SPECT/CT scans in COVID‑19 patients

Bence Farkas et al., Annals of Nuclear Medicine, 2022
View publication
2022.06.08.

Two-Year Event-Free Survival Prediction in DLBCL Patients Based on In Vivo Radiomics and Clinical Paramet...

Zsombor Ritter et al., Frontiers in Oncology, 2022
View publication
2020.12.04.

Radiation dosimetry of Tc-99m-PSMA I&S: a single-center prospective study

Szabolcs Urbán et al., Journal of Nuclear Medicine, 2020
View publication
2020.08.14.

Performance evaluation of a novel multi-pinhole collimator for dopamine transporter SPECT

K Tecklenburg et al., Physics in Medicine & Biology, 2020
View publication
2012.10.28.

New workflows and algorithms of bone scintigraphy based on SPECT-CT

Peter Bandi et al., IEEE, 2012
View publication
All publications

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