Caglar Ozturk
@cozturkphd
Followers
65
Following
77
Media
1
Statuses
30
Faculty @unisouthampton | Ex-postdoc @MIT | Lecturer @Harvard | Biomedical Engineer | Medical Devices, Cardiovascular Biomechanics, Computational Modeling
Cambridge, MA
Joined June 2021
RT @AdvPortfolio: Early diagnosis & personalized treatment are key for people with aortic stenosis. 🫀. AI-powered models can now create pat….
0
3
0
RT @ellentroche: Our paper on a robotic right ventricle is out today in Nature Cardiovascular Engineering @naturecvr open access paper avai….
0
13
0
RT @Luca_Rosalia: Controllable, progressive, and reversible aortic banding - an application of soft robotics in small animal disease modeli….
0
3
0
Thrilled to see this! Thanks @CNN for covering our work. @Luca_Rosalia @DebkalpaGoswami @ChrisNguyenPhD @ellentroche Sophie Wang Jean Bonnemain and team!.
0
2
13
RT @MIT: Custom, 3D-printed heart replicas look and pump just like the real thing: The soft robotic models are patient-specific and could h….
0
19
0
RT @DebkalpaGoswami: POSTDOC POSITION (please RT 🙂).My new lab @ClevelandClinic has an immediate postdoc opening in cardiovascular biomecha….
0
17
0
RT @SciRobotics: A new soft #robotics sleeve created by @Luca_Rosalia @ellentroche @ChrisNguyenPhD @mit_hst can depict how aortic stenosis….
0
8
0
RT @SciRobotics: A new soft #robotics model of the heart offers a personalized way to study this organ’s patient-specific anatomic features….
0
7
0
RT @ChrisNguyenPhD: Another wonderful collaboration with @ellentroche @MIT_IMES @mit_hst. Awesome to work closely with @Luca_Rosalia @Cag….
0
6
0
RT @Luca_Rosalia: So excited to see our work on a patient-specific soft robotic simulator of aortic stenosis and ventricular remodeling pub….
0
9
0
Super excited to see our newest work published in @SciRobotics Many thanks to the dream team! @Luca_Rosalia @ellentroche @ChrisNguyenPhD @DebkalpaGoswami . Original Article:
0
3
17
RT @ChrisNguyenPhD: Beyond excited to share more detail and clinical implications of our recent work in @natBME with @Luca_Rosalia @CaglarO….
0
8
0
RT @ellentroche: Striking cover artwork for our recently published @natBME article - congrats to the Roboband team! @Luca_Rosalia @CaglarOz….
0
6
0
RT @natBME: The October cover illustrates an implantable soft robotic sleeve that recapitulates the haemodynamics and biomechanics of aorti….
0
10
0
We are on the cover of @natBME! Check out the latest issue for our work on an implantable soft robotic sleeve that recapitulates the haemodynamics and biomechanics of aortic stenosis. @Luca_Rosalia @ellentroche @ChrisNguyenPhD
0
4
24
RT @ChrisNguyenPhD: Happy to share that our work in @natBME has been chosen for the cover of the October issue! @CleClinicHVTI @ClevelandCl….
0
9
0
RT @natBME: "We realised that [. ] soft robotics could help us simulate the biomechanical function of the aortic valve and mimic changes a….
0
4
0
RT @Luca_Rosalia: Read our behind-the-paper piece posted on the Nature Portfolio Bioengineering Community 👨‍🔬🧪.Recreating cardiovascular di….
0
4
0
Delighted to share our latest paper on a soft robotic aortic sleeve that mimics the biomechanics and hemodynamics of aortic stenosis and left ventricular pressure overload in NBME. Congratulations to all authors!! Excellent summary below 👇🏼.
Is it possible to mimic cardiovascular disease using soft robotics?. In a work published today in @natBME, we describe a soft robotic aortic sleeve that recreates aortic stenosis in a model of disease @ellentroche @ChrisNguyenPhD @CaglarOzturkPhd. Read ⬇️.
0
0
11
RT @ChrisNguyenPhD: Please read our newest article in @natBME! Fantastic tweet 🧵 by @Luca_Rosalia. Continual strong 💪 collaboration with….
0
4
0