Remote Patient Monitoring Data Management LATITUDE NXT™ Boston

Latitude Nxt Boston Scientific. LATITUDE™ NXT Remote Patient Management System Boston Scientific Boston Scientific was first awarded a CE mark in March 2012 When the LATITUDE TM NXT communicator is installed where you spend a considerable amount of time each day, by preference near your bedside, the Communicator will operate automatically on a schedule set by your healthcare provider.

LATITUDE™ NXT Video Resources Boston Scientific
LATITUDE™ NXT Video Resources Boston Scientific from www.bostonscientific.com

LATITUDE™ NXT Patient Management is a remote monitoring system that gives your health care provider access to your implanted device data. The system is designed to improve clinic efficiency and provide a higher level of care for device patients.

LATITUDE™ NXT Video Resources Boston Scientific

The My LATITUDE™ Patient App enables you to obtain answers to common questions about your LATITUDE™ NXT Communicator and Boston Scientific implanted device The LATITUDE NXT Patient Management System (including the LATITUDE Communicator and the Communicator accessory and literature kit) is a class III device LATITUDE NXT supports the HeartLogic™ Heart Failure Diagnostic - the first and only heart failure diagnostic in an implantable device that has been validated to have high sensitivity, the ability to provide weeks of advanced notice, and low alert burden for detecting indications of worsening heart failure 2

LATITUDE™ NXT Video Resources Boston Scientific. Certain Boston Scientific pacemakers, defibrillators or S-ICDs come with an automatic, in-home monitoring system called LATITUDE Visit Boston Scientific's ANZ page for everything you need to know about Remote Monitoring System device support, including recovery guidelines and frequently asked questions

Clinic Device Management LATITUDE Remote Patient Management Boston. LATITUDE™ NXT Patient Management is a remote monitoring system that gives your health care provider access to your implanted device data. Using multiple, novel physiologic sensors with high sensitivity and low-alert burden, it's validated to provide weeks of advance notice for detecting early signs of worsening heart failure