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Scandinavian Real Heart AB (Sweden)
Homepage:
realheart.se
Alternate names:
Realheart,
Scandinavian Real Heart,
Scandinavian Real Heart AB
ROR:
04zp4gs45
OpenAlex ID:
I4405269709
Works
25
Awards
8
The Inflammatory Response to Ventricular Assist Devices
2018
·
Gemma Radley
, Ina Laura Pieper
, et al.
·
Frontiers in Immunology
·
52
PDF
Hemodynamic characterization of the Realheart® total artificial heart with a hybrid cardiovascular simulator
2022
·
Libera Fresiello
, Azad Najar
, et al.
·
Artificial Organs
·
24
Mechanical shear stress and leukocyte phenotype and function: Implications for ventricular assist device development and use
2018
·
Gemma Radley
, Sabrina Ali
, et al.
·
The International Journal of Artificial Organs
·
19
Hemodilution Increases the Susceptibility of Red Blood Cells to Mechanical Shear Stress During In Vitro Hemolysis Testing
2020
·
Christian R. Sargent
, Ina Laura Perkins
, et al.
·
ASAIO Journal
·
17
Evaluation of the novel total artificial heart Realheart in a pilot human fitting study
2019
·
Ina Laura Pieper
, Simon Johannes Sonntag
, et al.
·
Artificial Organs
·
15
Fluid–structure interaction modelling of a positive-displacement Total Artificial Heart
2023
·
Joseph Bornoff
, Azad Najar
, et al.
·
Scientific Reports
·
14
PDF
Video‐based valve motion combined with computational fluid dynamics gives stable and accurate simulations of blood flow in the Realheart total artificial heart
2021
·
Nathaniel S. Kelly
, Danny McCree
, et al.
·
Artificial Organs
·
9
Early Experience of Implantation of a New Pulsatile Total Artificial Heart (TAH) in the Pig
2017
·
Zoltan Szabo
, Jonas Holm
, et al.
·
Journal of Clinical & Experimental Cardiology
·
9
Preclinical Device Thrombogenicity Assessments: Key Messages From the 2018 FDA, Industry, and Academia Forum
2020
·
megan a. jamiolkowski
, trevor a. snyder
, et al.
·
ASAIO Journal
·
8
Virtual implantations to transition from porcine to bovine animal models for a total artificial heart
2019
·
Simon J. Sonntag
, Bart Meyns
, et al.
·
Artificial Organs
·
8
In vitro hemolytic performance of the Realheart® V11C TAH prototype with porcine blood
2023
·
Ina Laura Perkins
, Eva Maria Mansisidor
, et al.
·
Artificial Organs
·
7
PDF
Assessment of haemolysis models for a positive-displacement total artificial heart
2024
·
Joseph Bornoff
, Shaikh Faisal Zaman
, et al.
·
The International Journal of Artificial Organs
·
6
Physiological Control of Realheart Total Artificial Heart
2025
·
Emanuele Perra
, Daniel Jonasson
, et al.
·
Artificial Organs
·
4
Overset meshing in combination with novel blended weak-strong fluid-structure interactions for simulations of a translating valve in series with a second valve
2023
·
J. Bornoff
, H.S. Gill
, et al.
·
Computer Methods in Biomechanics & Biomedical Engineering
·
4
In Vitro Hemolytic Performance of the Novel Realheart Total Artificial Heart Versus Syn C ardia Total Artificial Heart With Human Blood
2026
·
Shaikh Faisal Zaman
, Kerstin Jönsson Videsäter
, et al.
·
Artificial Organs
·
2
PDF
4D flow MRI enhances prototype testing of a total artificial heart
2025
·
Twan Bakker
, Azad Najar
, et al.
·
Scientific Reports
·
2
PDF
Total artificial hearts
2024
·
Ina Laura Perkins
, Piet Jansen
, et al.
·
Elsevier eBooks
·
1
Functionality of platelets after in vitro testing of pulsatile total artificial hearts
2026
·
Per Sandgren
, Shaikh Faisal Zaman
, et al.
·
Platelets
PDF
Hemocompatibility of the Realheart TAH against SynCardia TAH in full-body circulation with human blood
2026
·
Shaikh Faisal Zaman
, Kerstin Jönsson Videsäter
, et al.
·
Scientific Reports
PDF
BS77 Using overset meshing and blended weak-strong coupling results in accurate and efficient models of a positive-displacement artificial heart
2023
·
Joseph Bornoff
, Thomas Finocchiaro
, et al.
·
Heart
PDF
P70: Evaluation Of A Novel Virtual Implantation Tool For The External Design Optimization Of The Realheart TAH
2022
·
Oliver Chu
, Ina Laura Perkins
, et al.
·
ASAIO Journal
Improving the Accuracy and Efficiency of Positive Displacement Artifical Heart Simulations Using a Fluid-structure Interaction Approach
2021
·
Joe Bornoff
, Lauren Nilsson
, et al.
Using Cfd and Fsi to Improve the Numerical Modelling of Positive Displacement Artificial Hearts
2021
·
Joe Bornoff
, Nimesh Singh
, et al.
Improving the Modelling of Positive Displacement Hearts Using a Fluid-structure Interaction Approach
2021
·
Joe Bornoff
, Maria Carnarius
, et al.
Computational Fluid Dynamics Analysis of the RealHeart™ demonstrates low power consumption and low thrombosis risk
2018
·
Danny McCree
, Ina Laura Pieper
, et al.
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Works count:
25
Citation count:
419
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