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Using the linear filling technique of phantech, pvc can fill in a single filled syringe in about 30 seconds to ensure that the activity concentration is even, air-free and no spill risk per sphere. Phantechpvc contains 7 or 8 or 9 spheres to generate an accurate rc curve. The material is a low ct density material, which is comparable to the density in biological tissue。
Pvc partial volume correction module, mico pvc module, generating the main characteristics of the rc curve model:
• linear filling technologies for phantech
O about 30 seconds to fill
- luerlock, make sure it doesn't spill
No bubbles
:: provision of video to provide step-by-step guidance
• simulation of rodent tumours, organs and tissues
• automatic separation and analysis using imalytics (gremse-it) pre-clinical software
O click the button to generate the recovery coefficient curve (rcc)
O use rcc to apply pvc to internal roi
• 3 standard versions, with different sphere sizes (27, 34, 49 mm outer diameter)
• can fill a warm background to simulate spills/backgrounds
• internal reference/standardized volume to accommodate sites where there is no tool to measure absolute activity concentration — custom size
• compatibility with most imaging systems and models, including mri
Our pvc partial volume correction module has three dimensions (27 mm od, 34 mm od and 49 mm od). More details of the 27 mm od pvc module are shown below. All units are millimetres unless otherwise specified. These models are singled out
A custom-made component and three sets of commercial hardware for assembly. The pvc mirage has three separate gaps; a series of spheres are used to generate recovery coefficient curves, a filled heating background and a reference/standardized volume, if required。
The pvc model has three separate fill spaces; a series of spheres are used to generate a recovery coefficient curve, a filled heating background and a reference/standardized volume, if required. The graphs and tables below show the colour coding gaps for each pvc module and their respective sizes。