2 Sympatho-Vagal Balance Derived from Heart Rate Variability During External and Implantable ECG Monitoring May “Reveal” the Underlying Cause of Blackouts

Amir Anwar; Stuart Allen; Nathalie Virag; P Richard Sutton; Mirko de Mellis; Paul Cooper; Adam Fitzpatrick

doi:10.1136/heartjnl-2014-306118.2

Subscribe
Log In More

Log in via Institution
Log in via OpenAthens
Log in via BCS

Log in using your username and password
For personal accounts OR managers of institutional accounts

Username *

Password *

Forgot your log in details?Register a new account?
Forgot your user name or password?
Basket
Search More

Search for this keyword

Advanced search

Close More
Main menu

Latest content

Current issue

Archive

Browse by collection

Authors

About

Podcasts
Subscribe
Log in More

Log in via Institution
Log in via OpenAthens
Log in via BCS

Log in using your username and password
For personal accounts OR managers of institutional accounts

Username *

Password *

Forgot your log in details?Register a new account?
Forgot your user name or password?
BMJ Journals

Citation Tools

Clinical Abstracts

2 Sympatho-Vagal Balance Derived from Heart Rate Variability During External and Implantable ECG Monitoring May “Reveal” the Underlying Cause of Blackouts

Download to a citation manager

Download the citation for this article by clicking on one of the following citation managers:

Cite this article as:: Anwar A, Allen S, Virag N, et al

2 Sympatho-Vagal Balance Derived from Heart Rate Variability During External and Implantable ECG Monitoring May “Reveal” the Underlying Cause of Blackouts

Heart 2014;100:A1.

Log in using your username and password

Main menu

Log in using your username and password

You are here

Download to a citation manager

Read the full text or download the PDF:

Log in using your username and password