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Inveon research workplace software version 1

Manufactured by Siemens
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Sourced in Germany

Inveon Research Workplace software Version 1.5 is a platform for multi-modality imaging and data management. It provides a comprehensive software solution for the acquisition, processing, and analysis of imaging data from various preclinical imaging systems.

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Lab products found in correlation

Inveon micro ct pet, by Siemens (1 mentions)

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Inveon Research Workplace software Inveon Research Workplace Inveon software Inveon

2 protocols using inveon research workplace software version 1

1

Micro-CT/PET Imaging of Mice

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At 180 days, mice (3 from each of the indicated treatment groups) were imaged using a Siemens Inveon Micro-CT/PET (Siemens Medical Solutions, Knoxville, TN, USA). Transmission images were acquired for each animal at 80 kV and 500 μA and a spatial resolution of ∼30 μm using Inveon Research Workplace software Version 1.5 (Siemens, Berlin, Germany).
Maines L.W., Keller S.N., Smith R.A., Green C.L, & Smith C.D. (2024). The Sphingolipid-Modulating Drug Opaganib Protects against Radiation-Induced Lung Inflammation and Fibrosis: Potential Uses as a Medical Countermeasure and in Cancer Radiotherapy. International Journal of Molecular Sciences, 25(4), 2322.
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2

Micro-PET/CT Imaging of Mouse Forepaws

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Left forepaws were imaged using a multimodality Platform Inveon preclinical micro-PET/CT scanner (Siemens, Berlin, Germany) unfiltered at 60 kV and 500 mA. Gantry total rotation was 360 with 512 rotation steps using an exposure time of 430 ms/frame. The effective pixel size was 34 mm. Image reconstruction was performed with a down sample factor of one using Cobra Reconstruction software version 6.3.39 (Exxim Computing Corporation, Pleasanton, CA). Three-dimensional reconstruction of the bone was analyzed with Inveon Research Workplace software version 1.5 (Siemens). An atlas of micro-CT images of the adult mouse skeleton was used to identify developing bones. 31
Lazarus S., Tseng H.W., Lawrence F., Woodruff M.A., Duncan E.L, & Pettit A.R. (2017). Characterization of Normal Murine Carpal Bone Development Prompts Re-Evaluation of Pathologic Osteolysis as the Cause of Human Carpal-Tarsal Osteolysis Disorders. The American journal of pathology, 187(9).
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