web analytics

TEGO®

The TEGO Connector is the only catheter protection device specifically designed for Hemodialysis catheters.

The name TEGO originates from the Latin word conTEGO which means to protect or defend. Designed exclusively for use in hemodialysis on central venous catheters, the TEGO creates a microbiologically and mechanically closed system which protects the catheter from contamination.

learn more

tego_1

MicroCLAVE®

The purpose of the MicroCLAVE is to provide neutral displacement and a saline flush protocol, which is designed to work as a universally accepted product for both central and peripheral catheters.

The MicroCLAVE utilizes the same sealing components and geometry which are used in the original CLAVE and therefore enjoys the same protective qualities and reliability of the CLAVE.

learn more

microclave

TEGO® connector literature

Published Papers & Clinical Reports for the TEGO® Haemodialysis Closed connector.

Click the link below to view the paper:

Hemodialysis with a novel needlefree connection device.
Catheter flow rates with use of closed luer access devices.
Use of TEGO connectors to prevent catheter Infections.

tego_connector

Fannin

At Fannin Healthcare, it is recognised that in an increasingly sophisticated and busy healthcare system, it is no longer sufficient to simply sell product.

click for more info

TEGO®

Designed for use in hemodialysis. TEGO creates a microbiologically and mechanically closed system which protects the catheter from contamination.

click for more info

MicroCLAVE®

MicroCLAVE is a neutral displacement connector, which is designed to work as a universally accepted product for both central and peripheral catheters.

click for more info

Literature

Access published papers & clinical reports for the MicroCLAVE® needle-free–closed IV access connector and the TEGO® haemodialysis closed connector.

click for more info

MicroCLAVE®

.

TEGO®

Marcia Ryder needlefree research poster

The following link is for the full Ryder et al poster which was presented at INS 2011. The poster aims to describe the “Differences in Bacterial Transfer and Fluid Path Colonization through Needlefree Connector-Catheter Systems In-Vitro”. Click here for the link to the full poster.

Marcia Ryder presentation

We are pleased to provide a link to a Marcia Ryder presentation that examines the argument between ‘Split-Septum’ and ‘Mechanical-Valve’ intravenous connectors. Click here to view the presentation.

SHEA 2011 poster summaries

We are pleased to offer a summary of three recent SHEA poster presentations. Firstly Ryder et al describe the “Differences in Bacterial Transfer and Fluid Path Colonization through Needlefree Connector-Catheter Systems In-Vitro”. In another study Moore et al review “Three Years Experience of Central Line Associated Bloodstream Infections in the Intensive Care Units and Blood

Fannin continue to support IVTEAM

Fannin continue to support IVTEAM. Without this kind of support IVTEAM would find it difficult to continue to bring IV news and updates directly to your computer.