See what's possible with Symbia Pro.specta
See what’s possible when you can customize your SPECT/CT scanner with technologies that automatically optimize image quality and workflow for cardiology, oncology, neurology, theranostics, and much more.
Data courtesy on file.
Lung perfusion SPECT/CT shows patchy perfusion in both lobes in a patient with COPD
- SPECT/CT lung perfusion scan performed in a patient with chronic obstructive pulmonary disease (COPD)
- Low-dose CT with Tin Filter and sharp kernel reconstruction shows fibrotic changes in both lung lobes, especially in the lower part
- Few emphysematous bullae also visualized in the right lower lobes
- Perfusion SPECT/CT shows patchy uptake throughout both lung lobes without any well-defined segmental or subsegmental perfusion defect, reflecting the expected pattern in COPD which corresponds to the CT findings
Symbia Pro.specta Q3 SPECT/CT
SPECT
Scan acquisition: Perfusion - 60 stops per detector, 5 seconds per stop; Injected dose: Perfusion - 99mTc-MAA (dose amount anonymized); Patient weight: 113 kg (249 lb)
CT
SAFIRE
Scan parameters: 110 kV Sn/45 ref mAs, 0.8-sec rotation, 16 x 0.7-mm collimation, 1-mm recon, Qr64 S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
Fast IQ• SPECT cardiac acquisition delineates normal myocardial perfusion at stress and rest
- Tetrofosmin (Myoview) myocardial perfusion study at stress and rest performed using IQ•SPECT enables fast cardiac acquisition
- Normal distribution of tracer throughout the left ventricular myocardial at stress and rest with normal left ventricular volumes reflects normal myocardial perfusion
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: IQ•SPECT, step-and-shoot method, 22 seconds per stop, 17 stops per detector; Total scan time: 6.2 minutes; Image reconstruction: 128 x 128 matrix, OSCGM, 48i1s, Gaussian filter 10; CT attenuation correction (CTAC); Injected dose: 99mTc-Myoview (dose amount anonymized)
CT
Scan parameters: 120 kV/56 ref mAs
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
iMAR improves biliary drainage catheter visualization in 99mTc-HIDA SPECT/CT following liver tumor embolization
- Patient with cholangiocarcinoma treated with right-sided dual-venous embolization
- Biliary drainage catheter draining externally left in situ
- Hepatobiliary scan with dynamic and static SPECT/CT performed to assess function of remnant liver tissue
- CT with iMAR5 eliminates metal artifact from biliary drainage catheter enabling clear visualization of catheter tip
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 60 stops per detector, 10 seconds per stop; Image reconstruction: 128 x 128 matrix, OSEM3D, 24i4s; Injected dose: 99mTc-HIDA 3.8 mCi (142 MBq)
CT
SAFIRE
Scan parameters: 120 kV/40 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 2-mm recon, BR40 S3 iMAR
Data courtesy of Baylor Scott, White Medical Center, Temple, Texas, USA.
Parathyroid adenoma defined on 99mTc-MIBI SPECT/CT
- SPECT/CT study following 99mTc-MIBI administration in a patient with suspected hyperparathyroidism
- Study shows focal increase in uptake in lower part of right lobe of thyroid seen in delayed images suggestive of parathyroid adenoma
Symbia Pro.specta X3 SPECT/CT
SPECT
Scan acquisition: 1 bed position/48 stops per detector, 25 seconds per stop; Image reconstruction: 128 x 128 matrix, OSEM3D, 24i4s; Injected dose: 99mTc-Sestamibi (dose amount anonymized); Post-injection delay: 2 hours
CT
SAFIRE
Scan parameters: 110 kV/90 ref mAs, 0.8-sec rotation, 32 x 0.7-mm collimation, 5-mm recon, Qr40S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
111In-Octreotide 4- and 24-hour planar and SPECT/CT study shows increasing uptake in para-aortic metastases
- Patient with intestinal neuroendocrine tumor with para-aortic lymph nodal and lung metastases underwent 4- and 24-hourIn-Octreotide planar and SPECT/CT with xSPECT Quant
- Whole-body planar images acquired at 4 and 24 hours show increased uptake in para-aortic nodal and lung metastases with progressive retention after 24 hours
- Renal cortex shows high tracer retention at 24 hours
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 2 bed positions/60 stops per detector, 15 seconds per stop; Image reconstruction: 128 x 128 matrix, Flash3D, 18i4s; Injected dose: 111In-Octreotide 4.7 mCi (176 MBq); Post-injection delay: 4 and 24 hours
CT
SAFIRE
Scan parameters: 120 kV/213 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1.5-mm recon, BR40 S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
Bilateral reduction in striatal dopaminergic receptor density defined on SPECT/CT with ratio analysis
- SPECT/CT study in a patient with parkinsonian syndrome
- Mild bilateral reduction in striatal dopaminergic receptor density reflected in slightly reduced striatal to occipital ratio and caudate to putamen ratio
- Comparison with normal database on syngo.via striatal analysis software helps differentiate early abnormality from normal levels
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: Low-energy high-resolution (LEHR), step-and-shoot method, 40 seconds per view; Image reconstruction: OSEM3D, 10i8s, Gaussian filter 8; Injected dose: 123I-Ioflupane 4.9 mCi (182.40 MBq)
CT
Scan parameters: 110 kV/24 ref mAs
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
Bone SPECT/CT defines site of fracture of vertical spinal stabilization rod at level of L5 vertebral pedicle
- 99mTc-HMDP bone SPECT/CT shows intense focal hypermetabolism at the base of left lower pedicle screw attaching the left spinal stabilization rod with the body of the L5 vertebrae related to fracture of right vertical rod
- Fracture of left S1 interpedicular screw with loosening of left trans-sacroiliac joint screw is also associated with focal hypermetabolism
- Significant scoliosis involving the lumbar vertebrae with associated degenerative changes in the vertebral end plates
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 3 bed positions/60 stops per detector, 10 seconds per stop; Image reconstruction: 128 x 128 matrix, OSEM3D, 7i15s; Injected dose: 99mTc-HMDP 20.9 mCi (776 MBq); Post-injection delay: 2 hours
CT
SAFIRE
Scan parameters: 130 kV/30 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1.5-mm recon, BR40 S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
xSPECT Bone and CT with iMAR define reactive bony sclerosis in tibial malunion following plate fixation
- Traumatic open fracture of the lower third of the shaft of the left tibia treated with plate and screw fixation
- Malunion of the tibial shaft despite fixation
- xSPECT Bone delineates hypermetabolism localized to thickened sclerosed cortical bone at site of malunion towards the middle of the fixation plate
- CT with iMAR eliminates metal artifact caused by fixation plate for clear visualization of cortical sclerosis as well as bent tibial plate secondary to malunion
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 60 stops per detector, 20 seconds per stop; Image reconstruction: 128 x 128 matrix, xSPECT Bone; Injected dose: 99mTc-HMDP 16.3 mCi (603 MBq); Post-injection delay: 3 hours
CT
SAFIRE
Scan parameters: 120 kV/150 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1-mm recon, BR44 S3 iMAR
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
xSPECT Bone and xSPECT Quant with iMAR CT define loosening of tibial component in right knee arthroplasty
- Bilateral total knee arthroplasty (TKA) with reported pain on walking
- xSPECT Bone shows sharply defined hypermetabolism in the tibial component of the right knee prosthesis involving both tibial condylar surfaces suggestive of loosening
- Lateral femoral condylar uptake in the left TKA reflects reactive bone stress. Focal uptake at the tip of the left tibial component stem localizes to site of impaction with cortical bone and reflects reactive changes without loosening.
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 30 stops per detector, 20 seconds per stop; Image reconstruction: 128 x 128 matrix, xSPECT Bone; Injected dose: 99mTc-HMDP 15.6 mCi (578 MBq); Post-injection delay: 3 hours
CT
SAFIRE
Scan parameters: 110 kV/181 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1-mm recon, BR44 S3 iMAR
Data courtesy on file.
Lung perfusion SPECT/CT shows patchy perfusion in both lobes in a patient with COPD
- SPECT/CT lung perfusion scan performed in a patient with chronic obstructive pulmonary disease (COPD)
- Low-dose CT with Tin Filter and sharp kernel reconstruction shows fibrotic changes in both lung lobes, especially in the lower part
- Few emphysematous bullae also visualized in the right lower lobes
- Perfusion SPECT/CT shows patchy uptake throughout both lung lobes without any well-defined segmental or subsegmental perfusion defect, reflecting the expected pattern in COPD which corresponds to the CT findings
Symbia Pro.specta Q3 SPECT/CT
SPECT
Scan acquisition: Perfusion - 60 stops per detector, 5 seconds per stop; Injected dose: Perfusion - 99mTc-MAA (dose amount anonymized); Patient weight: 113 kg (249 lb)
CT
SAFIRE
Scan parameters: 110 kV Sn/45 ref mAs, 0.8-sec rotation, 16 x 0.7-mm collimation, 1-mm recon, Qr64 S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
Fast IQ• SPECT cardiac acquisition delineates normal myocardial perfusion at stress and rest
- Tetrofosmin (Myoview) myocardial perfusion study at stress and rest performed using IQ•SPECT enables fast cardiac acquisition
- Normal distribution of tracer throughout the left ventricular myocardial at stress and rest with normal left ventricular volumes reflects normal myocardial perfusion
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: IQ•SPECT, step-and-shoot method, 22 seconds per stop, 17 stops per detector; Total scan time: 6.2 minutes; Image reconstruction: 128 x 128 matrix, OSCGM, 48i1s, Gaussian filter 10; CT attenuation correction (CTAC); Injected dose: 99mTc-Myoview (dose amount anonymized)
CT
Scan parameters: 120 kV/56 ref mAs
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
iMAR improves biliary drainage catheter visualization in 99mTc-HIDA SPECT/CT following liver tumor embolization
- Patient with cholangiocarcinoma treated with right-sided dual-venous embolization
- Biliary drainage catheter draining externally left in situ
- Hepatobiliary scan with dynamic and static SPECT/CT performed to assess function of remnant liver tissue
- CT with iMAR5 eliminates metal artifact from biliary drainage catheter enabling clear visualization of catheter tip
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 60 stops per detector, 10 seconds per stop; Image reconstruction: 128 x 128 matrix, OSEM3D, 24i4s; Injected dose: 99mTc-HIDA 3.8 mCi (142 MBq)
CT
SAFIRE
Scan parameters: 120 kV/40 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 2-mm recon, BR40 S3 iMAR
Data courtesy of Baylor Scott, White Medical Center, Temple, Texas, USA.
Parathyroid adenoma defined on 99mTc-MIBI SPECT/CT
- SPECT/CT study following 99mTc-MIBI administration in a patient with suspected hyperparathyroidism
- Study shows focal increase in uptake in lower part of right lobe of thyroid seen in delayed images suggestive of parathyroid adenoma
Symbia Pro.specta X3 SPECT/CT
SPECT
Scan acquisition: 1 bed position/48 stops per detector, 25 seconds per stop; Image reconstruction: 128 x 128 matrix, OSEM3D, 24i4s; Injected dose: 99mTc-Sestamibi (dose amount anonymized); Post-injection delay: 2 hours
CT
SAFIRE
Scan parameters: 110 kV/90 ref mAs, 0.8-sec rotation, 32 x 0.7-mm collimation, 5-mm recon, Qr40S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
111In-Octreotide 4- and 24-hour planar and SPECT/CT study shows increasing uptake in para-aortic metastases
- Patient with intestinal neuroendocrine tumor with para-aortic lymph nodal and lung metastases underwent 4- and 24-hourIn-Octreotide planar and SPECT/CT with xSPECT Quant
- Whole-body planar images acquired at 4 and 24 hours show increased uptake in para-aortic nodal and lung metastases with progressive retention after 24 hours
- Renal cortex shows high tracer retention at 24 hours
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 2 bed positions/60 stops per detector, 15 seconds per stop; Image reconstruction: 128 x 128 matrix, Flash3D, 18i4s; Injected dose: 111In-Octreotide 4.7 mCi (176 MBq); Post-injection delay: 4 and 24 hours
CT
SAFIRE
Scan parameters: 120 kV/213 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1.5-mm recon, BR40 S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
Bilateral reduction in striatal dopaminergic receptor density defined on SPECT/CT with ratio analysis
- SPECT/CT study in a patient with parkinsonian syndrome
- Mild bilateral reduction in striatal dopaminergic receptor density reflected in slightly reduced striatal to occipital ratio and caudate to putamen ratio
- Comparison with normal database on syngo.via striatal analysis software helps differentiate early abnormality from normal levels
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: Low-energy high-resolution (LEHR), step-and-shoot method, 40 seconds per view; Image reconstruction: OSEM3D, 10i8s, Gaussian filter 8; Injected dose: 123I-Ioflupane 4.9 mCi (182.40 MBq)
CT
Scan parameters: 110 kV/24 ref mAs
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
Bone SPECT/CT defines site of fracture of vertical spinal stabilization rod at level of L5 vertebral pedicle
- 99mTc-HMDP bone SPECT/CT shows intense focal hypermetabolism at the base of left lower pedicle screw attaching the left spinal stabilization rod with the body of the L5 vertebrae related to fracture of right vertical rod
- Fracture of left S1 interpedicular screw with loosening of left trans-sacroiliac joint screw is also associated with focal hypermetabolism
- Significant scoliosis involving the lumbar vertebrae with associated degenerative changes in the vertebral end plates
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 3 bed positions/60 stops per detector, 10 seconds per stop; Image reconstruction: 128 x 128 matrix, OSEM3D, 7i15s; Injected dose: 99mTc-HMDP 20.9 mCi (776 MBq); Post-injection delay: 2 hours
CT
SAFIRE
Scan parameters: 130 kV/30 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1.5-mm recon, BR40 S3
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
xSPECT Bone and CT with iMAR define reactive bony sclerosis in tibial malunion following plate fixation
- Traumatic open fracture of the lower third of the shaft of the left tibia treated with plate and screw fixation
- Malunion of the tibial shaft despite fixation
- xSPECT Bone delineates hypermetabolism localized to thickened sclerosed cortical bone at site of malunion towards the middle of the fixation plate
- CT with iMAR eliminates metal artifact caused by fixation plate for clear visualization of cortical sclerosis as well as bent tibial plate secondary to malunion
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 60 stops per detector, 20 seconds per stop; Image reconstruction: 128 x 128 matrix, xSPECT Bone; Injected dose: 99mTc-HMDP 16.3 mCi (603 MBq); Post-injection delay: 3 hours
CT
SAFIRE
Scan parameters: 120 kV/150 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1-mm recon, BR44 S3 iMAR
Data courtesy of Queen Elizabeth Hospital Birmingham, Birmingham, UK.
xSPECT Bone and xSPECT Quant with iMAR CT define loosening of tibial component in right knee arthroplasty
- Bilateral total knee arthroplasty (TKA) with reported pain on walking
- xSPECT Bone shows sharply defined hypermetabolism in the tibial component of the right knee prosthesis involving both tibial condylar surfaces suggestive of loosening
- Lateral femoral condylar uptake in the left TKA reflects reactive bone stress. Focal uptake at the tip of the left tibial component stem localizes to site of impaction with cortical bone and reflects reactive changes without loosening.
Symbia Pro.specta X7 SPECT/CT
SPECT
Scan acquisition: 30 stops per detector, 20 seconds per stop; Image reconstruction: 128 x 128 matrix, xSPECT Bone; Injected dose: 99mTc-HMDP 15.6 mCi (578 MBq); Post-injection delay: 3 hours
CT
SAFIRE
Scan parameters: 110 kV/181 ref mAs, 0.33-sec rotation, 32 x 0.7-mm collimation, 1-mm recon, BR44 S3 iMAR
Data courtesy on file.
Lung perfusion SPECT/CT shows patchy perfusion in both lobes in a patient with COPD
- SPECT/CT lung perfusion scan performed in a patient with chronic obstructive pulmonary disease (COPD)
- Low-dose CT with Tin Filter and sharp kernel reconstruction shows fibrotic changes in both lung lobes, especially in the lower part
- Few emphysematous bullae also visualized in the right lower lobes
- Perfusion SPECT/CT shows patchy uptake throughout both lung lobes without any well-defined segmental or subsegmental perfusion defect, reflecting the expected pattern in COPD which corresponds to the CT findings
Symbia Pro.specta Q3 SPECT/CT
SPECT
Scan acquisition: Perfusion - 60 stops per detector, 5 seconds per stop; Injected dose: Perfusion - 99mTc-MAA (dose amount anonymized); Patient weight: 113 kg (249 lb)
CT
SAFIRE
Scan parameters: 110 kV Sn/45 ref mAs, 0.8-sec rotation, 16 x 0.7-mm collimation, 1-mm recon, Qr64 S3
Make the most of your everyday
Symbia Pro.specta with myExam Companion combines dedicated clinical tools and intelligent imaging workflows to help you seamlessly transition from one exam to another—with consistent, high-quality results.
Be ready for theranostics
Prepare for new theranostics imaging opportunities in SPECT/CT. Meet the increasing demand for neurology and cardiology imaging, and more.
Go beyond general SPECT/CT
A fully versatile SPECT/CT goes far beyond routine clinical use. Symbia Pro.specta can be used for orthopedic imaging and as a standalone CT when your primary CT is fully booked.
Optimize imaging for each patient
Technologies and options like iMAR,1,2 automatic respiratory motion correction, xSPECT Bone™,2 and more optimize imaging clarity when more specialized studies are needed.
Customer voices
Here from the experts about their experiences with Symbia Pro.specta SPECT/CT.
“The system is well-designed and has features that save time and are more practical, which can have a huge impact. Using the features on our Symbia Pro.specta, we can now implement treatment assessment and dosimetry more efficiently. We also utilize the system to perform diagnostic studies as well when needed.” 3
“With Symbia Pro.specta, our goal is to have a one-stop-shop solution where, for example, if a patient comes for a follow-up prostate bone scan, they will also get a contrast-enhanced CT… It has more flexibility in terms of energy window. We can put anything on it.” 3
Birmingham, United Kingdom
Learn more about Symbia Pro.specta with myExam Companion
Whether you want to enhance your current services, tap into new offerings, or perform diagnostic CT, Symbia Pro.spectaTM with myExam CompanionTM delivers.
