RT @DrSamStraw: Previously our group demonstrated the force-frequency relationship can be measured non-invasively using #echofirst In hea…
RT @DrSamStraw: Previously our group demonstrated the force-frequency relationship can be measured non-invasively using #echofirst In hea…
Previously our group demonstrated the force-frequency relationship can be measured non-invasively using #echofirst In heart failure, contractility is lower As is the 'critical heart rate' at which peak contractility occurs https://t.co/qVtH1H4LpI https
@Rhythmisit @MattySwifto9 Thank you @Rhythmisit we have shown in an @NIHRresearch funded study that we can improve exercise capacity, in people with heart failure and pacemakers, by personalising rate response settings https://t.co/VNxNYAP7C2 @JACCJournals
RT @JohnGierula: We think precise determination of the upper sensor rate, using the force frequency relationship, is key. Too low and cardi…
We think precise determination of the upper sensor rate, using the force frequency relationship, is key. Too low and cardiac contractility is too low, too high and cardiac contractility decreases. https://t.co/VNxNYAP7C2 if base rate is kept nice and low 1
Is there any data on the peak heart rate during CPX? The relationship between heart rate and contractility - known as the force frequency relationship, has an important role in exercise capacity in heart failure @jacc https://t.co/U16Gverlt0
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
RT @JohnG109: Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their abili…
Our work here in Leeds is all about trying to improve quality of life in patients with heart failure by improving their ability to exercise @JACCJournals @unileedscardio @UoL_LICAMM @crf_leeds https://t.co/Qbm8DvrOkJ https://t.co/qJOUL45Svo
RT @JACCJournals: Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency…
RT @JACCJournals: Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency…
RT @JACCJournals: Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency…
RT @pswoboda81: Important heart failure research from @JohnG109 and @unileedscardio. Congratulations! https://t.co/beMBfgDtKW
Important heart failure research from @JohnG109 and @unileedscardio. Congratulations! https://t.co/beMBfgDtKW
RT @JACCJournals: Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency…
RT @JACCJournals: Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency…
RT @paton_maria: Amazing and important work from @JohnG109 about #heartfailure and #cardiacdevices - so lucky to learn from you! https://t.…
RT @paton_maria: Amazing and important work from @JohnG109 about #heartfailure and #cardiacdevices - so lucky to learn from you! https://t.…
Amazing and important work from @JohnG109 about #heartfailure and #cardiacdevices - so lucky to learn from you! https://t.co/LSIwM2VuT1
RT @JACCJournals: Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency…
Personalized maximal heart rate device programming can improve #HeartFailure exercise tolerance: Use the Force Frequency Relationship #HFrEF #JACCHF https://t.co/2hCOenaD84 @JohnG109 @unileedscardio https://t.co/6eREeFT7nY
RT @JohnG109: Our latest paper: Rate-Response Programming Tailored to the Force-Frequency Relationship Improves Exercise Tolerance in Chron…
RT @JohnG109: Our latest paper: Rate-Response Programming Tailored to the Force-Frequency Relationship Improves Exercise Tolerance in Chron…
RT @JohnG109: Our latest paper: Rate-Response Programming Tailored to the Force-Frequency Relationship Improves Exercise Tolerance in Chron…
RT @JohnG109: Our latest paper: Rate-Response Programming Tailored to the Force-Frequency Relationship Improves Exercise Tolerance in Chron…
Our latest paper: Rate-Response Programming Tailored to the Force-Frequency Relationship Improves Exercise Tolerance in Chronic Heart Failure. https://t.co/FNYSzxe3sI @pumpinghearts @NIHR_trainees @unileedscardio