PROPPER MANUFACTURING COMPANY, INC. 26906500 Propper Duo Spore Biological Indicators

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”.

Standalone software as medical device (SaMD) designed to automatically analyse within seconds magnetic resonance imaging (MRI) datasets to generate an estimate of the patient’s volumetric liver fat fraction (VLFF), converted into proton density fat fraction (PDFF) and steatosis grade. No user input is required for the analysis thus minimising the impact of human error on obtained results. HepaFatSmart is intended for the quantitative evaluation of volumetric liver fat fraction (VLFF), proton density fat fraction (PDFF) and liver steatosis grading.It utilises magnetic resonance images that exploit the difference in resonance frequencies between hydrogen nuclei in water and triglyceride fat. The quantitative triglyceride fat fraction is based on the measurement of a magnetic resonance parameter that reflects the ratio of the proton density signal of triglyceride fat to the total proton density signal in the liver.When interpreted by a trained physician, the results provide information that can aid in diagnosis.HepaFatSmart is indicated to:• Support clinical diagnoses in individuals with confirmed or suspected fatty liver disease; • Assessment of liver fat content to support the subsequent clinical decision-making processes for patients under management of diseases such as non-alcoholic fatty liver disease (NAFLD), non-alcoholic steatohepatitis (NASH), viral hepatitis. • Support the subsequent clinical decision-making processes for patients Results, when interpreted by a trained physician can be used to support clinical diagnoses about the status of liver fat content, the subsequent clinical decision-making processes for the management of fatty liver related diseases.

FerriSmart is a standalone software as a medical device indicated for the evaluation of liver R2 and liver iron concentration (LIC) from MRI images for the full spectrum of R2 and LIC known clinically. It automatically analyses multi slice, spin echo MRI data sets encompassing the abdomen to determine the signal decay rate (R2) that is used to characterize iron loading in the liver, which is then transformed by a defined calibration curve to provide a quantitative measure of liver iron concentrations in vivo.The software application is intended to be hosted either in a cloud-based or on site hosted platform and used directly by the radiographer. It does not drive the MRI machine and does not come into direct contact with patients.The result report provides the patient’s average LIC reported in micromole and milligram per gram dry weight of liver. The images analysed are included in the report for review by the radiologist. The results are intended to assist in clinical diagnosis, and/or in making decisions concerning clinical management.FerriSmart is indicated to: • Support clinical diagnoses in individuals with confirmed or suspected liver iron overload; • Assessment of liver iron loading to support the subsequent clinical decision-making for patients under management of diseases such as thalassaemia disorders or hereditary haemochromatosis. • Results, when interpreted by a trained physician can be used to support clinical diagnoses about the status of liver iron concentration, the subsequent clinical decision-making processes for the management of iron overload diseases.

The JAY Duo wheelchair cushion features an integrated, contoured solid seat pan with a soft foam and fluid seat cushion.

The Visual LED Indicator is used to remotely monitor the operating status of a connected device (e.g. the reverse osmosis water treatment system).The status of a connected device is signaled:– Visually by three indicator lights (green, yellow, and red)– Acoustically by a sound generatorAn acoustic status signal can be muted temporarily at the touch of a button.The signaling device can currently be operated with the following reverse osmosis systems from Fresenius:– AquaA– AquaBplus

The AnovoTM Surgical System is a robotic-assisted device intended for use by laparoscopic trained physicians for endoscopic manipulation of tissue, using graspers and electrosurgery devices during single-site laparoscopic gynecologic procedures such as benign hysterectomy and salpingo-oophorectomy through a transvaginal access point. The system composed of Anovo Surgeon Console, two sterile instruments (Anovo Instrument ARMS), bed-mounted Robotic Control Unit (RCU) and Anovo System Accessories (Unit cables, Sterile Drapes, Robotic Control Unit Support System (RCUSS) and Vaginal Access Kit). Anovo Surgeon Console (UDI # 07290018151013) packed with its power cable (UDI # 07290018151037)The Anovo Surgeon Console comprised of Arm Controllers (Joysticks and Thumbsticks), an Adjustable Controllers Stand, a PC with Touch Screen, Manual Release Tool and the Power Adapter, and allowing the operating surgeon to operate the Anovo Instrument Arms. There are two sets of Arm Controllers for the Anovo System: two Thumbsticks and two ARMS Controllers. The ARMS Controllers are enabled only when the system is at “resume” state and allow for the accurate control of the Anovo Instrument ARMS during the surgical procedure. Like the Anovo Instrument Arm, each ARMS Controllers has three joints: wrist, elbow and shoulder, so that each Anovo Instrument ARM moves accordingly to Controller's movement. The surgeon-held Controller handle is above the elbow joint and allows for multiple functionality transitions.

The AnovoTM Surgical System is a robotic-assisted device intended for use by laparoscopic trained physicians for endoscopic manipulation of tissue, using graspers and electrosurgery devices during single-site laparoscopic gynecologic procedures such as benign hysterectomy and salpingo-oophorectomy through a transvaginal access point. The system composed of Anovo Surgeon Console, two sterile instruments (Anovo Instrument ARMS), bed-mounted Robotic Control Unit (RCU) and Anovo System Accessories [Unit cables, Sterile Drapes, Robotic Control Unit Support System (RCUSS) and Vaginal Access Kit]. Anovo Surgeon Console (UDI # 07290018151013) packed with its power cable (UDI # 07290018151037), Robotic Control Unit (RCU) (UDI # 07290018151044) and Unit Cables (UDI # 07290018151051)

The R2*/T2* phantom is a medical device accessory intended to be used as an alternative to human test subject to avoid potential complications for an MRI centre in order to evaluate that the scanning protocol have been correctly set up for the analysis of cardiac R2* and T2* values using the CardiacT2* on 1.5T and 3T MRI scanners. The R2*/T2* Phantom consists of an amber bottle having 09 (nine) plastic tubes (30mL) of 0.8% Agarose (C24H38O19) gel doped with varying known concentrations (0.10 mM to 3.2 mM) of manganese chloride (MnCl2).

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”.

Standalone software as medical device (SaMD) designed to automatically analyse within seconds magnetic resonance imaging (MRI) datasets to generate an estimate of the patient’s volumetric liver fat fraction (VLFF), converted into proton density fat fraction (PDFF) and steatosis grade. No user input is required for the analysis thus minimising the impact of human error on obtained results. HepaFatSmart is intended for the quantitative evaluation of volumetric liver fat fraction (VLFF), proton density fat fraction (PDFF) and liver steatosis grading.It utilises magnetic resonance images that exploit the difference in resonance frequencies between hydrogen nuclei in water and triglyceride fat. The quantitative triglyceride fat fraction is based on the measurement of a magnetic resonance parameter that reflects the ratio of the proton density signal of triglyceride fat to the total proton density signal in the liver.When interpreted by a trained physician, the results provide information that can aid in diagnosis.HepaFatSmart is indicated to:• Support clinical diagnoses in individuals with confirmed or suspected fatty liver disease; • Assessment of liver fat content to support the subsequent clinical decision-making processes for patients under management of diseases such as non-alcoholic fatty liver disease (NAFLD), non-alcoholic steatohepatitis (NASH), viral hepatitis. • Support the subsequent clinical decision-making processes for patients Results, when interpreted by a trained physician can be used to support clinical diagnoses about the status of liver fat content, the subsequent clinical decision-making processes for the management of fatty liver related diseases.

FerriSmart is a standalone software as a medical device indicated for the evaluation of liver R2 and liver iron concentration (LIC) from MRI images for the full spectrum of R2 and LIC known clinically. It automatically analyses multi slice, spin echo MRI data sets encompassing the abdomen to determine the signal decay rate (R2) that is used to characterize iron loading in the liver, which is then transformed by a defined calibration curve to provide a quantitative measure of liver iron concentrations in vivo.The software application is intended to be hosted either in a cloud-based or on site hosted platform and used directly by the radiographer. It does not drive the MRI machine and does not come into direct contact with patients.The result report provides the patient’s average LIC reported in micromole and milligram per gram dry weight of liver. The images analysed are included in the report for review by the radiologist. The results are intended to assist in clinical diagnosis, and/or in making decisions concerning clinical management.FerriSmart is indicated to: • Support clinical diagnoses in individuals with confirmed or suspected liver iron overload; • Assessment of liver iron loading to support the subsequent clinical decision-making for patients under management of diseases such as thalassaemia disorders or hereditary haemochromatosis. • Results, when interpreted by a trained physician can be used to support clinical diagnoses about the status of liver iron concentration, the subsequent clinical decision-making processes for the management of iron overload diseases.