DENTAURUM GmbH & Co.KG 728-014-00 remanium®

The T1CMR Phantom contains a range of nickel chloride in agarose solutions that mimic cardiac T1 and T2 values. T1 measurement is used to calculate the extravascular volume fraction (ECV) to detect diffuse myocardial fibrosis. It is provided to MRI Centres for the verification of T1-mapping stability across different 3.0T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T1 standard”.

The T1CMR Phantom contains a range of nickel chloride in agarose solutions that mimic cardiac T1 and T2 values. T1 measurement is used to calculate the extravascular volume fraction (ECV) to detect diffuse myocardial fibrosis. It is provided to MRI Centres for the verification of T1-mapping stability across different 1.5T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T1 standard”.

Cardiovascular magnetic resonance (CMR) T2 mapping is key to quantifying myocardial inflammation. The T2CMR Phantom is made of nine (9) plastic tubes (30mL) containing different concentrations of nickel chloride (NiCl2) in agarose. T2CMR Phantom is provided to MRI Centres for the verification of T2-mapping stability across different 1.5T and 3T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T2 standard”.

65cm Length

Tinted Pearlescent Powder

These accessory immobilization devices are intended for use in conjunction with a NeoCoil Flex Coil for patient comfort and stabilization. Please refer to the device labeling for intended use of your particular NeoCoil Flex Coil.

Planmeca Pro50 Chair is an elegant yet sturdy patient chair with telescopic lifting mechanism.Beautiful and timeless design with metal coversWide height range from 390 mm to 890 mmSlim backrest and small chair base for optimal access to the treatment areaFolding legrest as standard featureSmooth and silent movements with medical grade electrical lifting motorsMaximum patient weight: 185 kg

The Meditech ABPM-04 Ambulatory Blood Pressure Monitor automatically measures the systolic and diastolic arterial blood pressure and the pulse rate of adult patients under ambulatory circumstances using the standard oscillometric method with a standard upper arm cuff, sequentially as programmed by the adjoining software. The device is intended for use with the standard indications and contraindications for ambulatory blood pressure monitoring.

The Meditech ABPM-05 Ambulatory Blood Pressure Monitor automatically measures the systolic and diastolic arterial blood pressure and the pulse rate of adult patients under ambulatory circumstances using the standard oscillometric method with a standard upper arm cuff, sequentially as programmed by the adjoining software. The device is intended for use with the standard indications and contraindications for ambulatory blood pressure monitoring.

The T1CMR Phantom contains a range of nickel chloride in agarose solutions that mimic cardiac T1 and T2 values. T1 measurement is used to calculate the extravascular volume fraction (ECV) to detect diffuse myocardial fibrosis. It is provided to MRI Centres for the verification of T1-mapping stability across different 3.0T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T1 standard”.

The T1CMR Phantom contains a range of nickel chloride in agarose solutions that mimic cardiac T1 and T2 values. T1 measurement is used to calculate the extravascular volume fraction (ECV) to detect diffuse myocardial fibrosis. It is provided to MRI Centres for the verification of T1-mapping stability across different 1.5T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T1 standard”.

Cardiovascular magnetic resonance (CMR) T2 mapping is key to quantifying myocardial inflammation. The T2CMR Phantom is made of nine (9) plastic tubes (30mL) containing different concentrations of nickel chloride (NiCl2) in agarose. T2CMR Phantom is provided to MRI Centres for the verification of T2-mapping stability across different 1.5T and 3T scanners (different manufacturers and models) and to understand the feasibility of delivering a “T2 standard”.