AnyScan® DUO SPECT

Flexible system for all SPECT, Whole-Body & Planar examinations

AnyScan® DUO SPECT is your perfect choice as a versatile imaging system from our clinical portfolio. It covers the need of all your nuclear medicine studies from planar, SPECT and whole-body applications. It is an ideal tool with flexible detector arrangement for applications requiring special patient positioning. Its compact design allows installation even in the smallest examination rooms. Furthermore, with a simple on-site CT upgrade you can convert it to an AnyScan® DUO SPECT/CT .

Eigenschaften und Vorteile

SPECT Imaging Without Compromise

Dual-head acquisition modes with relative angles of 180°, 90° and 78° (102°) detector positions
FLEX detector movements for special needs (e.g. wheelchair, hospital bed or gurney, standing position)
On-surface detector modes
Open design of SPECT that helps children, claustrophobic or anxious patients to tolerate the examination process
Ergonomic patient support with carefully designed accessories

Perform all Routine Applications

All planar, whole-body and SPECT examinations can be performed
Static and dynamic imaging modes for specific diagnostic need
Gated planar and gated SPECT studies with integrated R-Wave trigger on the patient table
Comprehensive collection of predefined and customizable application specific protocols (oncology, cardiology, neurology, endocrinology, nephrology, pulmonology, etc.)

Wide Selection of Collimators for Optimal Imaging

High Resolution - High Sensitivity collimators: LEHR-HS, LEUHR-HS, MEHR-HS
Wide energy range collimators: M-HEGP, M-LEGP
Best trade-off between resolution and sensitivity
Software guided semi-automatic collimator exchange

Easy Onsite Upgrade

Easy upgrade path with 16-slice diagnostic CT, and even up to triple modality configuration with PET
Expanding your imaging capacities in the same room: affordable solution to enter multimodality imaging by CT upgrade
The most cost-efficient solution to get a PET/CT by a PET upgrade
Stepwise investment adjusted to growing needs

Intuitive Acquisition System

Our common Nucline™ acquisition console and user interface ensure smooth image acquisition and fast workflow in the everyday routine environment
User interface available both on the touchscreen gantry monitor and from the control room
Parallel workflow for acquisition and image processing on dual monitors
Reconstruction with Tera-Tomo™ 3D SPECT engine featuring Monte Carlo based physical modelling of particle-level gamma photon interactions

Dedicated Features for Faster and Improved NM Workflow

AI-based NM localizer creates a planar preview during patient positioning that can be used for acquisition planning without extra time as an alternative to CT localizer
List Mode acquisition for retrospective image reconstructions and protocol optimization
Real-time time-activity curve (TAC) display for dynamic kidney studies
Heart localizer for cardiac perfusion scans keeping projection of the myocardium in the field of view
NM-GO foot switch allows simultaneous administration of radiotracer and starting acquisition by a single operator.

Anwendungen

Whole-Body Planar Tectrotyd Scan

Whole-body Planar Tectrotyd scans of a 65-year-old male patient with Endocrine pancreas carcinoma. Multiplex somatostatin receptor expression imaging reveals metastases in liver and bones.

Collimator: LEHR-HS
Radiotracer: ^99mTc-Tectrotyd
Applied dose: 412 MBq
Acquisition: 13 cm / min
Uptake time: 1h and 4h

3-phase Bone

47-year-old female patient with a history of right knee pain and increased synovial fluid. Increased uptake is seen in the right knee in all three phases.

Collimator: LEHR-HS
Radiotracer: ^99mTc-MDP
Applied dose: 579 MBq
Acquisition:

Phase I (dynamic perfusion): 2min

Phase II (static blood-pool): 3 min

Phase III (WB planar - bone tissue): 15 min

Dynamic Kidney

28-year-old subject is a candidate for kidney donor. GFRs are in healthy range, but the right renal function is slightly decreased.

Collimator: LEHR
Radiotracer: ^99mTc-DTPA
Applied dose: 190 MBq
Acquisition:

60×1 sec perfusion and 116×10 sec function multiphase images

Gated Stress/Rest Myocardial Perfusion SPECT

Stress/Rest myocardial perfusion imaging (MPI) study of a  73-year-old patient with stable apical, inferior and infero-lateral perfusion defect.

Radiotracer: ^99mTc-MIBI
Injected dose:

300-300 MBq (two-day protocol)

Acquisition: gated SPECT, 8 frames
Body-contouring: enabled

Hand Perfusion Scintigraphy

Hand perfusion image of a 34-year-old patient with Raynaud syndrome. Symmetrical decreased perfusion was revealed on the fingers II-V of both hands. Images acquired with external detector configuration.

Collimator: LEHR-HS
Radiotracer: ^99mTc-DTPA
Injected dose: 410 MBq
Acquisition:

60×1 sec dynamic images then 180 sec static image