Why Refer Your Patients to the EMPOWER Trial?
Guideline Directed Medical Therapy (GDMT) typically helps address symptoms for heart failure patients with functional mitral regurgitation but does not impact the root cause of the disease – an enlarged left ventricle. An enlarged ventricle is tied to an increase in mortality and heart failure-related hospitalizations, and poor long-term quality of life.
Today, patients whose symptoms progress despite medication are generally treated only once their FMR becomes advanced – MR grade III-IV – to be a candidate for devices to address their condition. There is a need for a therapy that treats FMR for both early and late stage patients, while also remodeling the left ventricle to impact the root cause of the disease.
The EMPOWER Trial is evaluating the ability of the Carillon Mitral Contour System® to do two things for heart failure patients with FMR (MR grade I-IV):
- Acute MR reduction to help patients feel better in the near term
- Longer-term remodeling of the left ventricle with the potential to improve clinical outcomes, including heart failure hospitalizations, quality of life, and survival
Within the broader trial, the Carillon® therapy is being evaluated as an early intervention to treat patients with heart failure and FMR (MR grade I-II) with a minimally invasive therapy before the disease progresses and the damage becomes irreversible.
Study Highlights
- Enrolling heart failure patients with any FMR (MR grade I-IV)
- First U.S. randomized, blinded, sham-controlled mitral repair trial
- Control patients may receive the Carillon device post-unblinding. All patients will be unblinded at the earlier of 24 months or once the last patient in the trial reaches 12 months.
- Allows use of alternative therapies during trial participation so no future treatment options are sacrificed
Study Design & Primary Endpoints
Who is Eligible for the EMPOWER Trial?
Generally, heart failure patients with a large left ventricle and any FMR (MR grade I-IV)
Key exclusion criteria include
Find a Study Site
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to contact a center near you to see if your patients are eligible for the EMPOWER Trial
San Francisco , CA
Kaye Reambonanza
kaye.reambonanza@ucsf.edu
New Orleans , LA
Angela Penning
angela.penning@ochsner.org
Shane Broussard
shane.broussard@ochsner.org
Philadelphia, PA
Elizabeth Medenilla
Elizabeth.medenilla@pennmedicine.upenn.edu
Richmond, VA
Megan Edwards
megan.edwards@hcahealthcare.com
Michelle Egbujor
michelle.egbujor@hcahealthcare.com
Roanoke, VA
Kwabena Odei-Kumi
kaodeikumi@carilionclinic.org
Naperville, IL
Josilyn Klimek
Josilyn.klimek@cardio.com
La Jolla, CA
Alison Walton
Walton.Alison@scrippshealth.org
Christina Nava
Nava.Christina@scrippshealth.org
Tucson, AZ
Adriana Olivares
adriana.olivares@tmcaz.com
Los Angeles, CA
Preetha Ramanarayan
Preetha.Ramanarayan@med.usc.edu
Silvia Perez, CCRP
silvia.perez@med.usc.edu
Lancaster, PA
Andrew Hershey
Andrew.Hershey@pennmedicine.upenn.edu
Phoenix, AZ
Theresa Jorgensen
theresa.jorgensen@bannerhealth.com
Downers Grove, IL
Lynn McLennan
lynn.mclennan@aah.org
Milwaukee, WI
Dena Burke
dena.burke@aah.org
Portland, OR
Sarah Jackson
sarah.jackson3@providence.org
Toronto , CAN
Ivana Kandic
ivana.kandic@unityhealth.to
Winnipeg, CA
Wendy Janz
wjanz@hsc.mb.ca
Portland, OR
John Halvorson
halvorsj@ohsu.edu
Ricardo Mendoza Escobedo
mendozri@ohsu.edu
Palo Alto, CA
Josephine Widjaja
jowid@stanford.edu
Bridgeton, MO
Paige Brown
pbrown@slhv.com
Orlando, FL
John Bircher
john.bircher@adventhealth.com
Tampa, FL
Alecia Sorrells
courtneynicholas@tgh.org
asorrells@tgh.org
Tulsa, OK
Jeremy Earnest
jbearnest@saintfrancis.com
Hackensack, NJ
Mani Castillo
Manuel.Castillo@hmhn.org
Tarah Martelly
tarah.martelly@hmhn.org
Buffalo, NY
Cassandra Davern
cadavern@buffalo.edu
Columbus, OH
Annie Kellum
Annie.Kellum@osumc.edu
Wynnewood, PA
Hannah Epps
eppsh@mlhs.org
Sioux Falls, SD
Patty Eisenbraun
peisenbraun@ncheart.com
Robin Farley
rfarley@ncheart.com
Tulsa, OK
Tamara Morton
tamara.morton@hillcrest.com
Baltimore, MD
Zyriah Robinson
zyriah.robinson@jhmi.edu
Palm Beach Gardens, FL
Jordan Sprechman
Jordan.Sprechman@tenethealth.com
Littleton, CO
Andrea Kupser
akupser@southdenver.com
Boston, MA
Jenifer Kaufman
jmkaufman@bidmc.harvard.edu
Jacob Luetje
jluetje@bidmc.harvard.edu
Toronto, CAN
Tania Jain
Tania.Jain@uhn.ca
Houston, TX
Swathi Potla
swathi.potla@HCAhealthcare.com
Richmond, VA
Michelle Egbujor
Michelle.Egbujor@hcahealthcare.com
Newark, NJ
Raymond Monel
rmonel@primehealthcare.com
Mechanicsburg, PA
Anita Todd
toddag@upmc.edu
New York City, NY
Mohammad Zaieem
mzaieem@northwell.edu
Rochester, NY
Julie Mooney
julie.mooney@rochesterregional.org
Quebec, Canada
Dominique LaChance
Dominique.Lachance@criucpq.ulaval.ca
Fort Lauderdale, FL
Laura Hudson
lhudson@browardhealth.org
Thessaloniki, Greece
Sosanna Konstantinidou
konstantinidousosanna@gmail.com
Fotini Ereliadou
f.ereliadou@hotmail.com
Leeds, United Kingdom
Jennifer Robinson
jennifer.robinson9@nhs.net
Lyon, FRA
Dominique Brun
dominique.brun01@chu-lyon.fr
Barcelona, Spain
Paloma Gastelurrutia
pgastelurrutia@gmail.com
Rome, Italy
Ricardo Improta
riccardo.improta@uniroma1.it
Naples, Italy
Elena Montana
Elena.montana89@gmail.com
Athens, Greece
Evgenia Dafnomili
EDafnomili@hygeia.gr
Madrid, Spain
Carolina Andrade
candrade.imas12@h12.es
Valladolid, Spain
Silvia Vallinas Hernández
silviavallinash@gmail.com
Madrid, Spain
Iratxe Goicolea
iratxe.goicolea@gmail.com
Barcelona, Spain
Anna Maria Campos
ACAMPOS@clinic.cat
Valencia, Spain
Teresa Benito Ferrer
teresabferrer@gmail.com
Asturias, Spain
Esther Villa
fundacionasturcor@gmail.com
About the Therapy – Carillon Mitral Contour System
View the Carillon procedure
- Uniquely designed to reduce MR and favorably remodel the left ventricle
- Short, minimally invasive procedure (often one hour or less)
- Placed in a vein located next to the mitral valve (coronary sinus) to cinch the valve
- Location of the device outside of the mitral valve keeps all future heart failure treatment options open
- Designed with safety in mind – typically does not require changes in patient medications, general anesthesia, or long-term blood thinner therapy specifically as a result of Carillon therapy
- Carillon therapy has been evaluated in several safety studies and has over 500 patients studied or part of registries worldwide. Carillon therapy also has the only randomized, blinded, sham controlled study for a mitral device completed. 1, 15, 18, 30
- The Carillon therapy has been commercially available in Europe since 2012 and has been used to treat thousands of people worldwide. However, it is an investigational device in the U.S. and Canada.
- Has short- and long-term study and registry data showing both mechanical (i.e., MR reduction and left ventricular favorable remodeling) and clinical benefits (i.e., improvements in 6-minute walk distance, KCCQ, and NYHA class) to patients 1, 15, 18, 30
As with all investigational therapies, risks associated with the procedure and device should be considered and discussed with eligible patients.
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