ScanNT provides the most powerful
available visualization software for a variety of application areas.
Choose one of the following to learn more about the advantages of
our InViVo products.
Ob/Gyn (Obstetric/Gynaecology)
- Malformation diagnosis
- Precise volumetry of follicles, cysts etc.
- Perfect documentation of cases by storing the 3D
information
- Presentation and examination of 3D anatomy (face,
extremities, etc.)
- Telemedicine: acquire a 3D data set and send it
to an expert for secondary diagnosis
- "Virtual sonography": choosing an arbitrary
plane in the 3D data set in real time, even after the patient
has gone
- Precise foetal measurements of lengths, angles,
surfaces and volumes on any arbitrary plane, non planar measurements
Freehand Cardio
By employing our Free-hand upgrade you can acquire dynamic 4D sequences
by means of any cardiological transducer, including harmonic imaging.
InViVo-Cardio supports.
- Wall motion studies
- Tissue Doppler (TDI)
- Visualization of valve motion
- Assessment of insufficiencies
- Contrast agents applications, 3D harmonic imaging
- Overlap of B-mode anatomy with colour flow information
in 3D
- Precise measurements of heart cavities (left and
right ventricle)
- Precise measurements of lengths, angles, surfaces
and volumes on any arbitrary plane, non planar measurements
- Arbitrary number of frames per heart cycle: single
frame, end diastole and systole, or continuous mode (continuous
3D motion over time)
- Precise, reproducible measurement of ejection fraction
and cardiac output, at the moment possible only by means of nuclear
medicine!
Cardio HP-Edition
InViVo-ScanNT HP-Edition is the powerful software for processing and
visualising 4D cardiac ultrasound data This product was especially
designed for the ultrasonic systems HP Sonos 2500 and HP Sonos 5500.
The cardialogical data acquisiton unit is an HP product and combined
with MedCom InViVo software supplies you with the most advanced 4D/5D
echocardiographic reviewing station including:
- Tissue Doppler (TDI)
- Wall motion studies
- Visualization of valve motion
- Assessment of insufficiencies
- Contrast agents applications, 3D harmonic imaging
- Overlap of B-mode anatomy with colour flow information
in 3D
- Precise measurements of heart cavities (left and
right ventricle)
- Precise measurements of lengths, angles, surfaces
and volumes on any arbitrary plane, non planar measurements
- Arbitrary number of frames per heart cycle: single
frame, end diastole and systole, or continuous mode (continuous
3D motion over time)
- Precise, reproducible measurement of ejection fraction
and cardiac output, at the moment possible only by means of nuclear
medicine!
Neurology & Neurosurgery
Internal
Medicine
Any conventional ultrasound scanner can be extended to a full range
tomographic device. The applications include:
- Urology
- Angiology in B-mode or Angio-mode
- Abdominal scans (liver, pancreas, kidney, etc.)
- Radiology/Oncology & tumour measurements
- Intraoperative imaging & Navigation etc.
CT
InViVo-Viewer provides you with a powerful radiological review workstation.
CT scans can be read using the DICOM-3 file format and can be interpreted
on the screen:
- Non planar measurements
- 3D reconstruction in real time
- Flexible settings of level & window, thresholds
etc.
- Dynamic cardiac studies (EB-CT) over 3D space and
time
- Real time visualization of any oblique plane (virtual
CT)
- Precise measurements of lengths, angles, surfaces
and volumes on any arbitrary plane
- 3 different surface modes, maximum and minimum projection
(MIP)
MRI & MRA
InViVo-Viewer provides you with a powerful radiological review workstation.
CT scans can be read using the DICOM-3 file format and can be interpreted
on the screen:
- Non planar measurements
- 3D reconstruction in real time
- Flexible settings of level & window, thresholds
etc.
- Dynamic cardiac studies (EB-CT) over 3D space and
time
- Real time visualization of any oblique plane (virtual
CT)
- Precise measurements of lengths, angles, surfaces
and volumes on any arbitrary plane
- 3 different surface modes, maximum and minimum projection
(MIP)
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