syngo DynaCT Sine Spin improves the image quality of cranial Flat-Detector CT (FDCT) scans, especially in the posterior fossa and the basal part of the skull. syngo DynaCT Sine Spin reduces artifacts caused by bony structures.

SPINNERS
Siemens Healthineers is the grant giver of the investigator-initiated SPINNERS study, a clinical trial planned and performed by Prof. Marios-Nikos Psychogios, University Hospital Basel, Switzerland and Dr. Adam S. Arthur, University of Tennessee Health Sciences Center and Semmes-Murphey Clinic, Memphis, US.

The study is designed to evaluate whether FDCT imaging with syngo DynaCT Sine Spin has likewise high diagnostic accuracy compared to Multi-Slice CT (MSCT) in detecting intracranial bleeding.
Find out more: Official Study Registry
Read more about the clinical investigators: One stop in stroke

• Follow-up syngo DynaCT after clipping, with intravenous contrast media injection
• Axial maximum intensity projection of the clipped aneurysm

• Follow-up syngo DynaCT after clipping, with intravenous contrast media injection
• Dual-volume vessel presentation of the clipped aneurysm

Assist with or support differential diagnosis of acute stroke with excellent gray-white matter differentiation and contrast enhancement

Evaluation of infarct core and penumbra by automatically providing perfusion maps for further treatment decisions

CT planning of the following treatment with definition of occlusion length and collateral status and automated bone removal

Discriminate hemorrhage from iodine uptaking lesions

Clearly visualize clots and get photorealistic and easy-to-understand material for education, publication, and communication

Available for different acquisition techniques for automatic case preparation, image pre-processing, and prior study pre-fetching

_{1) Prakkamakul et al. “Ultrafast brain MRI: Clinical deployment and comparison to conventional brain MRI at 3T.” J of Neuroimaging 2016}

_{2) MAGNETOM Skyra, Head 32 coil. Exam times will vary.}