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syngo DynaCT Bone Removal1
Applicable in thorax, abdomen and pelvis in adult patients
For wide range of procedures
AI trained and validated with clinical data
syngo DynaCT Bone Removal1 is AI-trained with clinical syngo DynaCT datasets annotated by practicing interventional radiologists. It is validated with syngo DynaCT datasets from various clinical sites by independent interventional radiologists.
Removing bony structures from syngo DynaCT1 datasets
- For enhancing vessel visualization without being obscured by bony structures2
- To improve the workflow by reducing the manual editing of bony structures
- Calculates a bone mask with high accuracy
- A dual-spin syngo DynaCT DSA acquisition becomes unnecessary, which helps reducing dose by ~20%3
Applicable in thorax, abdomen and pelvis in adult patients
For wide range of procedures
Applicable in thorax, abdomen and pelvis in adult patients
For wide range of procedures
AI trained and validated with clinical data
syngo DynaCT Bone Removal1 is AI-trained with clinical syngo DynaCT datasets annotated by practicing interventional radiologists. It is validated with syngo DynaCT datasets from various clinical sites by independent interventional radiologists.
Removing bony structures from syngo DynaCT1 datasets
- For enhancing vessel visualization without being obscured by bony structures2
- To improve the workflow by reducing the manual editing of bony structures
- Calculates a bone mask with high accuracy
- A dual-spin syngo DynaCT DSA acquisition becomes unnecessary, which helps reducing dose by ~20%3
Applicable in thorax, abdomen and pelvis in adult patients
For wide range of procedures
Applicable in thorax, abdomen and pelvis in adult patients
For wide range of procedures
Clinical experiences4
Precision in Embolization – boosted by syngo DynaPBV Body4
Peripheral vascular intervention - Efficient workflow completely from tableside
Transarterial chemoembolization - Precise intra-procedural assessment of tumor and feeders
Radioembolization preparation - Precise determination of segmental tumor blood supply
ARTIS icono ceiling users explore how OPTIQ and Structure Scout allow for "excellent" image quality, dose reduction and "essential" material-specific imaging capabilities, initiating a "huge step forward" for CO2 anigography and 50-80% dose reduction in transarterial chemoembolization (TACE). 4
Precision in Embolization – boosted by syngo DynaPBV Body4
Peripheral vascular intervention - Efficient workflow completely from tableside
Transarterial chemoembolization - Precise intra-procedural assessment of tumor and feeders
Radioembolization preparation - Precise determination of segmental tumor blood supply
ARTIS icono ceiling users explore how OPTIQ and Structure Scout allow for "excellent" image quality, dose reduction and "essential" material-specific imaging capabilities, initiating a "huge step forward" for CO2 anigography and 50-80% dose reduction in transarterial chemoembolization (TACE). 4
Precision in Embolization – boosted by syngo DynaPBV Body4