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3. Group Theory Analysis of Phonons in Monolayer Chromium Trihalides and Their Janus Structures

Author

Liu, Y. C., Niu, H. B., Lin, J. B., and Wang, V.

Subjects
Condensed Matter - Materials Science, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

A contrastive investigation of the symmetry aspects of phonons in monolayer chromium trihalides and their Janus structures Y$_3$-Cr$_2$-X$_3$ (X, Y = F, Cl, Br, I) by group theory is presented. We first classify all phonons at the Brillouin-zone center ($\Gamma$) into the irreducible representation. Then the infrared and Raman activity of optic phonons, Raman tensors, and the possible polarization assignments of R active phonons are predicted. Base on these results, we clarify the the discrepancy about the Raman activity o optic modes in monolayer CrI$_3$. Besides, we find that the Raman and infrared spectra for X$_3$-Cr$_2$-X$_3$ are exclusive, whereas that for Janus Y$_3$-Cr$_2$-X$_3$ are coincident. This distinction is vital for optic spectra identification of Janus Y$_3$-Cr$_2$-X$_3$ monolayer from X$_3$-Cr$_2$-X$_3$ monolayer. In addition, we derive the symmetry-matched phonon eigenfunctions and corresponding schematic representations of the eigenvectors for both F$_3$-Cr$_2$-I$_3$ and I$_3$-Cr$_2$-I$_3$ monolayer, which demonstrate intuitively the origin of phonon chirality and magnetism. At last, our analysis indicates that the spin-phonon coupling, the magneto-optical effect of infrared and Raman active phonons, and phonon chirality should be observed in Janus Y$_3$-Cr$_2$-X$_3$ monolayer as that and even easier than that in X$_3$-Cr$_2$-X$_3$ monolayer. Our work provides a detailed guiding map for experimental characterization of Y$_3$-Cr$_2$-X$_3$ monolayer, and also reveals important effects of optic phonons in Janus Y$_3$-Cr$_2$-X$_3$ monolayer.

Published
2022
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4. Fermi arcs of topological surface states in multi-Weyl Semimetals

Author

Liu, Y. C., Wang, V., Lin, J. B., and Nara, J.

Subjects
Condensed Matter - Mesoscale and Nanoscale Physics, Quantum Physics
Abstract

The Fermi arcs of topological surface states in the three-dimensional multi-Weyl semimetals on surfaces by a continuum model are investigated systematically. We calculated analytically the energy spectra and wave function for bulk quadratic- and cubic-Weyl semimetal with a single Weyl point. The Fermi arcs of topological surface states in Weyl semimetals with single- and double-pair Weyl points are investigated systematically. The evolution of the Fermi arcs of surface states variating with the boundary parameter is investigated and the topological Lifshitz phase transition of the Fermi arc connection is clearly demonstrated. Besides, the boundary condition for the double parallel flat boundary of Weyl semimetal is deduced with a Lagrangian formalism., Comment: 19 pages, 9 figures

Published
2021

7. Angle-dependence of interlayer coupling in twisted transition metal dichalcogenide heterobilayers

Author

Geng, W. T., Wang, V., Lin, J. B., Ohno, T., and Nara, J.

Subjects
Condensed Matter - Materials Science, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

We reveal by first-principles calculations that the interlayer binding in a twisted MoS2/MoTe2 heterobilayer decreases with increasing twist angle, due to the increase of the interlayer overlapping degree, a geometric quantity describing well the interlayer steric effect. The binding energy is found to be a Gaussian-like function of twist angle. The resistance to rotation, an analogue to the interlayer sliding barrier, can also be defined accordingly. In sharp contrast to the case of MoS2 homobilayer, here the energy band gap reduces with increasing twist angle. We find a remarkable interlayer charge transfer from MoTe2 to MoS2 which enlarges the band gap, but this charge transfer weakens with greater twisting and interlayer overlapping degree. Our discovery provides a solid basis in twistronics and practical instruction in band structure engineering of van der Waals heterostructures., Comment: 14 pages, 4 figures

Published
2020

8. Moir\'e potential, lattice corrugation, and band gap spatial variation in a twist-free MoS2/MoTe2 heterobilayer

Author

Geng, W. T., Wang, V., Liu, Y. C., Ohno, T., and Nara, J.

Subjects
Condensed Matter - Materials Science
Abstract

To have a fully ab initio description of the Moir\'e pattern in a transition metal dichalcogenide heterobilayer, we have carried out density functional theory calculations, taking accounts of both atomic registry in and the lattice corrugation out of the monolayers, on a MoTe2(9*9)/MoS2(10*10) system which has a moderate size of superlattice larger than an exciton yet not large enough to justify a continuum model treatment. We find that the local potential in the midplane of the bilayer displays a conspicuous Moir\'e pattern. It further leads us to reveal that the variation of the average local potential near Mo atoms in both MoTe2 and MoS2 layers make intralayer Moir\'e potentials. They are the result of mutual modulation and correlate directly with the spatial variation of the valence band maximum and conduction band minimum. The interlayer Moir\'e potential, defined as the difference between the two intralayer Moir\'e potentials, has a depth of 0.11 eV and changes roughly in proportion to the band gap variation in the Moir\'e cell, which has an amplitude of 0.04 eV. We find the lattice corrugation is significant in both MoTe2 (0.30{\AA}) and MoS2 (0.77{\AA}) layers, yet its effect on the electronic properties is marginal. The wrinkling of the MoTe2/MoS2 bilayer enhances the spatial variation of the local band gap by 5 meV, while its influence on the global band gap is within 1 meV. A simple intralayer band-coupling model is proposed to understand the correlation of Moir\'e potential and spatial variation of the band gap., Comment: 26 pages, 14 figures

Published
2020

9. Centimeter-Scale and Visible Wavelength Monolayer Light-Emitting Devices

Author

Cho, J, Amani, M, Lien, DH, Kim, H, Yeh, M, Wang, V, Tan, C, and Javey, A

Subjects
chemical vapor deposition, electroluminescence, monolayer display, transition metal dichalcogenide, visible emission, WS2, Materials, Physical Sciences, Chemical Sciences, Engineering
Abstract

Monolayer 2D transition metal dichalcogenides (TMDCs) have shown great promise for optoelectronic applications due to their direct bandgaps and unique physical properties. In particular, they can possess photoluminescence quantum yields (PL QY) approaching unity at the ultimate thickness limit, making their application in light-emitting devices highly promising. Here, large-area WS2 grown via chemical vapor deposition is synthesized and characterized for visible (red) light-emitting devices. Detail optical characterization of the synthesized films is performed, which show peak PL QY as high as 12%. Electrically pumped emission from the synthetic WS2 is achieved utilizing a transient-mode electroluminescence device structure, which consists of a single metal–semiconductor contact and alternating gate fields to achieve bipolar emission. Utilizing this aforementioned structure, a centimeter-scale (≈0.5 cm2) visible (640 nm) display is demonstrated, fabricated using TMDCs to showcase the potential of this material system for display applications.

Published
2020

11. Tunable Band Gaps of In$_x$Ga$_{1-x}$N Alloys: From Bulk to Two-Dimensional Limit

Author

Wang, V., Wu, Z. Q., Kawazoe, Y., and Geng, W. T.

Subjects
Condensed Matter - Materials Science, Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

Using first-principles calculations combined with a semi-empirical van der Waals dispersion correction, we have investigated structural parameters, mixing enthalpies, and band gaps of buckled and planar few-layer In$_x$Ga$_{1-x}$N alloys. We predict that the free-standing buckled phases are less stable than the planar ones. However, with hydrogen passivation, the buckled In$_x$Ga$_{1-x}$N alloys become more favorable. Their band gaps can be tuned from 6 eV to 1 eV with preservation of direct band gap and well-defined Bloch character, making them promising candidate materials for future light-emitting applications. Unlike their bulk counterparts, the phase separation could be suppressed in these two-dimensional systems due to reduced geometrical constraints. In contrast, the disordered planar thin films undergo severe lattice distortion, nearly losing the Bloch character for valence bands; whereas the ordered planar ones maintain the Bloch character yet with the highest mixing enthalpies., Comment: 13 pages, 12 figures

Published
2017

12. SATURN: assessing the feasibility of utilising existing registries for real-world evidence data collection to meet patients, regulatory, health technology assessment and payer requirements.

Author

Sangiorgi, L., Boarini, M., Mordenti, M., Wang, V., Westerheim, I., Skarberg, R. T., Cavaller-Bellaubi, M., Clancy, James, Pinedo-Villanueva, R., Lente, E. J. V., and Marchetti, M.

Subjects
OSTEOGENESIS imperfecta, BONE density, TECHNOLOGY assessment, TERMINATION of treatment, DATA integration, MEDICAL registries
Abstract

Background: SATURN (Systematic Accumulation of Treatment practices and Utilisation, Real world evidence, and Natural history data) for the rare condition osteogenesis imperfecta (OI) has the objective to create a common core dataset by utilising existing, well-established data sources to meet the needs of the various stakeholders (physicians, registry/dataset owners, patients and patient associations, OI community leaders, European [EU] policymakers, regulators, health technology assessments [HTA]s, and healthcare systems including payers). This paper describes the steps taken to assess the feasibility of one existing OI registry (i.e., the Registry of OI [ROI]) as a candidate for SATURN. The same methodology will be applied to other existing OI registries in the future and this same concept could be utilised for other rare disease registries. Methods: The approach to assessing the feasibility of the ROI registry consisted of three steps: (1) an assessment of the registry characteristics using the Registry Evaluation and Quality Standards Tool (REQueST); (2) a gap analysis comparing SATURN required Core Variables to those being captured in the registry's Case Report Form (CRF); and (3) a compliance check on the data exchange process following the Title 21 of Code of Federal Regulations (CFR) Part 11/EudraLex Annex 11 Compliance Checklist. The first registry that SATURN has assessed is the ROI database at the Istituto Ortopedico Rizzoli (IOR) in Italy. Results: The results from the ROI REQueST have demonstrated satisfactory complete responses in terms of methodology, essential standards, interpretability, and interoperability—readiness for data linkage, data sources, and ethics to meet the needs of data customers. However, the ROI data is from a tertiary referral centre which may limit the ability to understand the full patient journey. The gap analysis has revealed that an exact or logical match between SATURN requested variables and the ROI current variables exists for the following items: patient characteristics, treatment of OI (medical and surgical) and treatment of pain (with the exception of frequency of treatment and reasons for discontinuation), fracture history and bone density. However, data on safety was missing. The compliance check has implied that the ROI implemented appropriate controls for the web-based platform (i.e., Genotype–phenotype Data Integration Platform [GeDI]) that is involved in processing the electronic patient data, and GeDI is a validated/compliant application that follows relevant 21 CFR Part 11/EudraLex Annex 11 regulations. Conclusions: This robust feasibility process highlights potential limitations and opportunities to develop and to refine the collaboration with the ROI as the SATURN programme moves forward. It also ensures that the existing datasets in the rare condition OI are being maximised to respond to the needs of patients, data customers and decision-makers. This feasibility process has allowed SATURN to build a compliant methodology that aligns with the requirements from the European Medicines Agency (EMA) and HTAs. More data variables will continue to be developed and refined along the way with more registries participating in SATURN. As a result, SATURN will become a meaningful and truly collaborative core dataset, which will also contribute to advancing understanding of OI diagnosis, treatment, and care. [ABSTRACT FROM AUTHOR]

Published
2024
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14. First-principles Study on Structural, Thermal, Mechanical and Dynamic Stability of T'-MoS$_2$

Author

Liu, Y. C., Wang, V., Xia, M. G., and Zhang, S. L.

Subjects
Condensed Matter - Mesoscale and Nanoscale Physics
Abstract

Using first-principles density functional theory calculations, we investigate the structure, stability, optical modes and electronic band gap of a distorted tetragonal MoS$_2$ monolayer (T'-MoS$_2$). Our simulated scanning tunnel microscopy (STM) images of T'-MoS$_2$ are dramatically similar with those STM images which were identified as K$_{x}$(H$_{2}$O)$_{y}$MoS$_{2}$ from a previous experimental study. This similarity suggests that T'-MoS$_2$ might have already been observed in experiment but was unexpectedly misidentified. Furthermore, we verify the stability of T'-MoS$_2$ from thermal, mechanical and dynamic aspects, by \emph{ab initio} molecular dynamics simulation, elastic constants evaluation and phonon band structure calculation based on density functional perturbation theory, respectively. In addition, we calculate the eigenfrequencies and eigenvectors of the optical modes of T'-MoS$_2$ at $\Gamma$ point and distinguish their Raman and infrared activity by pointing out their irreducible representations using group theory; at the same time, we compare the Raman modes of T'-MoS$_2$ with those of H-MoS$_2$ and T-MoS$_2$. Our results provide a useful guidance for further experimental identification and characterization of T'-MoS$_2$., Comment: 10 pages, 12 figures, 3 tables

Published
2016
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15. Lattice Defects and the Mechanical Anisotropy of Borophene

Author

Wang, V. and Geng, W. T.

Subjects
Condensed Matter - Materials Science
Abstract

Using density functional theory combined with a semi-empirical van der Waals dispersion correction, we have investigated the stability of lattice defects including boron vacancy, substitutional and interstitial X (X=H, C, B, N, O) and $\Sigma$5 tilt grain boundaries in borophene and their influence on the anisotropic mechanical properties of this two-dimensional system. The pristine borophene has significant in-plane Young's moduli and Poisson's ratio anisotropy due to its strong and highly coordinated B-B bonds. The concentration of B vacancy and $\Sigma$5 grain boundary could be rather high given that their formation energies are as low as 0.10 eV and 0.06 eV/$\AA$ respectively. In addition, our results also suggest that borophene can react easily with H$_2$, O$_2$ and N$_2$ when exposed to these molecules. We find that the mechanical properties of borophene are remarkably degraded by these defects. The anisotropy in Poisson's ratio, however, can be tuned by some of them. Furthermore, the adsorbed H or substitutional C may induce remarkably negative Poisson's ratio in borophene, and the substitutional C or N can significantly increase the Poisson's ratio by contrast., Comment: 9 pages, 8 figures

Published
2016
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16. Role of Interlayer Coupling on the Evolution of Band Edges in Few-Layer Phosphorene

Author

Wang, V., Liu, Y. C., Kawazoe, Y., and Geng, W. T.

Subjects
Condensed Matter - Materials Science
Abstract

Using first-principles calculations, we have investigated the evolution of band-edges in few-layer phosphorene as a function of the number of P layers. Our results predict that monolayer phosphorene is an indirect band gap semiconductor and its valence band edge is extremely sensitive to strain. Its band gap could undergo an indirect-to-direct transition under a lattice expansion as small as 1% along zigzag direction. A semi-empirical interlayer coupling model is proposed, which can well reproduce the evolution of valence band-edges obtained by first-principles calculations. We conclude that the interlayer coupling plays a dominated role in the evolution of the band-edges via decreasing both band gap and carrier effective masses with the increase of phosphorene thickness. A scrutiny of the orbital-decomposed band structure provides a better understanding of the upward shift of valence band maximum surpassing that of conduction band minimum., Comment: 25 pages, 9 figures

Published
2015
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23. Native point defects in few-layer phosphorene

Author

Wang, V., Kawazoe, Y., and Geng, W. T.

Subjects
Condensed Matter - Materials Science
Abstract

Using hybrid density functional theory combined with a semiempirical van der Waals dispersion correction, we have investigated the structural and electronic properties of vacancies and self-interstitials in defective few-layer phosphorene. We find that both a vacancy and a self-interstitial defect are more stable in the outer layer than in the inner layer. The formation energy and transition energy of both a vacancy and a self-interstitial P defect decrease with increasing film thickness, mainly due to the upward shift of the host valence band maximum in reference to the vacuum level. Consequently, both vacancies and self-interstitials could act as shallow acceptors, and this well explains the experimentally observed p-type conductivity in few-layer phosphorene. On the other hand, since these native point defects have moderate formation energies and are stable in negatively charged states, they could also serve as electron compensating centers in n-type few-layer phosphorene., Comment: 10 pages, 12 figures

Published
2014
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24. Sources of n-type conductivity in GaInO3

Author

Wang, V., Xiao, W., Kang, L. -J., Liu, R. -J., Mizuseki, H., and Kawazoe, Y.

Subjects
Condensed Matter - Materials Science
Abstract

Using hybrid density functional theory, we investigated formation energies and transition energies of possible donor-like defects in GaInO3, with the aim of exploring the sources of the experimentally observed n-type conductivity in this material. We predicted that O vacancies are deep donors; interstitial Ga and In are shallow donors but with rather high formation energies (>2.5 eV). Thus these intrinsic defects cannot cause high levels of n-type conductivity. However, ubiquitous H impurities existing in samples can act as shallow donors. As for extrinsic dopants, substitutional Sn and Ge are shown to act as effective donor dopants and can give rise to highly n-type conductive GaInO3; while substitutional N behaviors as a compensating center. Our results provide a consistent explanation of experimental observations., Comment: 6 figures

Published
2014
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26. A novel strategy for detection and enumeration of circulating rare cell populations in metastatic cancer patients using automated microfluidic filtration and multiplex immunoassay

Author

Park, John, Magbanua, MJM, Pugia, M, Lee, JS, Jabon, M, Wang, V, Gubens, M, Marfurt, K, Pence, J, Sidhu, H, and Uzgiris, A

Abstract

© Copyright: 2015 Magbanua et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source

Published
2015

27. Roles of oxygen vacancies on ferromagnetism in Ni doped In2O3: A hybrid functional study

Author

Wang, V., You, C. -Y., He, H. -P., Ma, D. -M., Mizuseki, H., and Kawazoe, Y.

Subjects
Condensed Matter - Materials Science
Abstract

The roles of oxygen vacancies on the electronic and magnetic properties of Ni doped In$_2$O$_3$ have been studied by first-principles calculations based on hybrid functional theory. Our results predict that the Ni-doped In$_2$O$_3$ system displays a ferromagnetic semiconducting character. However, the presence of oxygen vacancies results in antiferromagnetic coupling between the neighboring Ni pair bridged by an oxygen vacancy. The antiferromagnetic coupling is found to arise from the predominant role of superexchange due to the strong Ni 3d-O 2p hybridization. Consequently, the oxygen vacancies play a key role in the lower saturation magnetization of Ni:In$_2$O$_3$ polycrystalline sample, as observed in experiments., Comment: 6 pages, 3 figures

Published
2013
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28. Hybrid functional with semi-empirical van der Waals study of native defects in hexagonal BN

Author

Wang, V., Liu, R. J., He, H. P., Yang, C. M., and Ma, L.

Subjects
Condensed Matter - Materials Science
Abstract

The formation energies and transition energy levels of native defects in hexagonal BN have been studied by first-principles calculations based on hybrid density functional theory (DFT) together with an empirical dispersion correction of Grimme's DFT-D2 method. Our calculated results predict that the interstitial B is the most stable defect under N-rich and p-type conditions. While the B vacancy and interstitial N become the dominate defects when the electron chemical potential is near the conduction band maximum of host. Nevertheless, these compensating defects would be inactive due to their ultra deep ionization levels under both p- and n-type conditions., Comment: 6 pages, 7 figures

Published
2013
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30. 1039P First-in-human phase I study of givastomig, a novel Claudin 18.2/4-1BB bispecific antibody in advanced solid tumors

Author

Ku, G., primary, Shen, L., additional, Klempner, S.J., additional, Pan, H., additional, Kratz, J., additional, Liang, X., additional, Deng, Y., additional, Kim, S., additional, Wang, Z., additional, Feller, L., additional, Powderly, J., additional, Dayyani, F., additional, Schneider, R.E., additional, Girda, E., additional, Berlin, J.D., additional, Spencer, K., additional, Nguyen, M.T., additional, Wang, V., additional, Xu, C., additional, and Zhu, A., additional

Published
2023
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34. 1352 Ectopic fibroblasts to modify skin identity

Author

Lee, S.S., primary, Derr, P., additional, Dare, E., additional, Sweren, E., additional, Derr, K., additional, Hardesty, B., additional, Wang, C., additional, Willis, A., additional, Chen, J., additional, Vuillier, J., additional, Du, J., additional, Daskam, M., additional, Wool, J., additional, Ruci, A., additional, Wang, V., additional, Lee, C., additional, Iyengar, S., additional, Cho, D., additional, Martinez-Pena, E., additional, Lee, S., additional, He, X., additional, Kim, S., additional, Chen, Y., additional, Kang, S., additional, and Garza, L.A., additional

Published
2023
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35. Effect of frailty on 6-month outcome after traumatic brain injury: a multicentre cohort study with external validation

Author

Galimberti, S, Graziano, F, Maas, A, Isernia, G, Lecky, F, Jain, S, Sun, X, Gardner, R, Taylor, S, Markowitz, A, Manley, G, Valsecchi, M, Bellelli, G, Citerio, G, Ackerlund, C, Adams, H, Amrein, K, Andelic, N, Andreassen, L, Anke, A, Antoni, A, Audibert, G, Azouvi, P, Azzolini, M, Bartels, R, Barzo, P, Beauvais, R, Beer, R, Bellander, B, Belli, A, Benali, H, Berardino, M, Beretta, L, Blaabjerg, M, Bragge, P, Brazinova, A, Brinck, V, Brooker, J, Brorsson, C, Buki, A, Bullinger, M, Cabeleira, M, Caccioppola, A, Calappi, E, Calvi, M, Cameron, P, Carbayo Lozano, G, Carbonara, M, Castano-Leon, A, Cavallo, S, Chevallard, G, Chieregato, A, Clusmann, H, Coburn, M, Coles, J, Cooper, J, Correia, M, Covic, A, Curry, N, Czeiter, E, Czosnyka, M, Dahyot-Fizelier, C, Dark, P, Dawes, H, De Keyser, V, Degos, V, Della Corte, F, den Boogert, H, Depreitere, B, Dilvesi, D, Dixit, A, Donoghue, E, Dreier, J, Duliere, G, Ercole, A, Esser, P, Ezer, E, Fabricius, M, Feigin, V, Foks, K, Frisvold, S, Furmanov, A, Gagliardo, P, Galanaud, D, Gantner, D, Gao, G, George, P, Ghuysen, A, Giga, L, Glocker, B, Golubovic, J, Gomez, P, Gratz, J, Gravesteijn, B, Grossi, F, Gruen, R, Gupta, D, Haagsma, J, Haitsma, I, Helbok, R, Helseth, E, Horton, L, Huijben, J, Hutchinson, P, Jacobs, B, Jankowski, S, Jarrett, M, Jiang, J, Johnson, F, Jones, K, Karan, M, Kolias, A, Kompanje, E, Kondziella, D, Koskinen, L, Kovacs, N, Kowark, A, Lagares, A, Lanyon, L, Laureys, S, Ledoux, D, Lefering, R, Legrand, V, Lejeune, A, Levi, L, Lightfoot, R, Lingsma, H, Maegele, M, Majdan, M, Manara, A, Marechal, H, Martino, C, Mattern, J, Mcfadyen, C, Mcmahon, C, Melegh, B, Menon, D, Menovsky, T, Mikolic, A, Misset, B, Muraleedharan, V, Murray, L, Negru, A, Nelson, D, Newcombe, V, Nieboer, D, Nyiradi, J, Oresic, M, Ortolano, F, Otesile, O, Palotie, A, Parizel, P, Payen, J, Perera, N, Perlbarg, V, Persona, P, Peul, W, Piippo-Karjalainen, A, Pirinen, M, Pisica, D, Ples, H, Polinder, S, Pomposo, I, Posti, J, Puybasset, L, Radoi, A, Ragauskas, A, Raj, R, Rambadagalla, M, Rehorcikova, V, Retel Helmrich, I, Rhodes, J, Richardson, S, Richter, S, Ripatti, S, Rocka, S, Roe, C, Roise, O, Rosenfeld, J, Rosenlund, C, Rosenthal, G, Rossaint, R, Rossi, S, Rueckert, D, Rusnak, M, Sahuquillo, J, Sakowitz, O, Sanchez-Porras, R, Sandor, J, Schafer, N, Schmidt, S, Schoechl, H, Schoonman, G, Schou, R, Schwendenwein, E, Sewalt, C, Singh, R, Skandsen, T, Smielewski, P, Sorinola, A, Stamatakis, E, Stanworth, S, Stevens, R, Stewart, W, Steyerberg, E, Stocchetti, N, Sundstrom, N, Takala, R, Tamas, V, Tamosuitis, T, Taylor, M, Te Ao, B, Tenovuo, O, Theadom, A, Thomas, M, Tibboel, D, Timmers, M, Tolias, C, Trapani, T, Tudora, C, Unterberg, A, Vajkoczy, P, Valeinis, E, Vallance, S, Vamos, Z, van der Jagt, M, van der Naalt, J, Van der Steen, G, van Dijck, J, van Erp, I, van Essen, T, Van Hecke, W, van Heugten, C, Van Praag, D, van Veen, E, van Wijk, R, Vande Vyvere, T, Vargiolu, A, Vega, E, Velt, K, Verheyden, J, Vespa, P, Vik, A, Vilcinis, R, Volovici, V, von Steinbuchel, N, Voormolen, D, Vulekovic, P, Wang, K, Wiegers, E, Williams, G, Wilson, L, Wolf, S, Yang, Z, Ylen, P, Younsi, A, Zeiler, F, Ziverte, A, Zoerle, T, Adeoye, O, Badjatia, N, Barber, J, Bergin, M, Boase, K, Bodien, Y, Chesnut, R, Corrigan, J, Crawford, K, Diaz-Arrastia, R, Dikmen, S, Duhaime, A, Ellenbogen, R, Feeser, V, Ferguson, A, Foreman, B, Gaudette, E, Giacino, J, Gonzalez, L, Gopinath, S, Grandhi, R, Gullapalli, R, Hemphill, C, Hotz, G, Huie, R, Jha, R, Keene, C, Kitagawa, R, Korley, F, Kramer, J, Kreitzer, N, Levin, H, Lindsell, C, Machamer, J, Madden, C, Martin, A, Mcallister, T, Mccrea, M, Merchant, R, Mukherjee, P, Nelson, L, Ngwenya, L, Noel, F, Nolan, A, Okonkwo, D, Palacios, E, Perl, D, Puccio, A, Rabinowitz, M, Robertson, C, Rodgers, R, Rosand, J, Rosenthal, E, Sander, A, Sandsmark, D, Sugar, G, Schneider, A, Schnyer, D, Seabury, S, Sherer, M, Stein, M, Temkin, N, Toga, A, Torres-Espin, A, Valadka, A, Vassar, M, Wang, V, Yue, J, Yuh, E, Zafonte, R, Galimberti S., Graziano F., Maas A. I. R., Isernia G., Lecky F., Jain S., Sun X., Gardner R. C., Taylor S. R., Markowitz A. J., Manley G. T., Valsecchi M. G., Bellelli G., Citerio G., Ackerlund C., Adams H., Amrein K., Andelic N., Andreassen L., Anke A., Antoni A., Audibert G., Azouvi P., Azzolini M. L., Bartels R., Barzo P., Beauvais R., Beer R., Bellander B. -M., Belli A., Benali H., Berardino M., Beretta L., Blaabjerg M., Bragge P., Brazinova A., Brinck V., Brooker J., Brorsson C., Buki A., Bullinger M., Cabeleira M., Caccioppola A., Calappi E., Calvi M. R., Cameron P., Carbayo Lozano G., Carbonara M., Castano-Leon A. M., Cavallo S., Chevallard G., Chieregato A., Clusmann H., Coburn M. S., Coles J., Cooper J. D., Correia M., Covic A., Curry N., Czeiter E., Czosnyka M., Dahyot-Fizelier C., Dark P., Dawes H., De Keyser V., Degos V., Della Corte F., den Boogert H., Depreitere B., Dilvesi D., Dixit A., Donoghue E., Dreier J., Duliere G. -L., Ercole A., Esser P., Ezer E., Fabricius M., Feigin V. L., Foks K., Frisvold S., Furmanov A., Gagliardo P., Galanaud D., Gantner D., Gao G., George P., Ghuysen A., Giga L., Glocker B., Golubovic J., Gomez P. A., Gratz J., Gravesteijn B., Grossi F., Gruen R. L., Gupta D., Haagsma J. A., Haitsma I., Helbok R., Helseth E., Horton L., Huijben J., Hutchinson P. J., Jacobs B., Jankowski S., Jarrett M., Jiang J. -Y., Johnson F., Jones K., Karan M., Kolias A. G., Kompanje E., Kondziella D., Koskinen L. -O., Kovacs N., Kowark A., Lagares A., Lanyon L., Laureys S., Ledoux D., Lefering R., Legrand V., Lejeune A., Levi L., Lightfoot R., Lingsma H., Maegele M., Majdan M., Manara A., Marechal H., Martino C., Mattern J., McFadyen C., McMahon C., Melegh B., Menon D., Menovsky T., Mikolic A., Misset B., Muraleedharan V., Murray L., Negru A., Nelson D., Newcombe V., Nieboer D., Nyiradi J., Oresic M., Ortolano F., Otesile O., Palotie A., Parizel P. M., Payen J. -F., Perera N., Perlbarg V., Persona P., Peul W., Piippo-Karjalainen A., Pirinen M., Pisica D., Ples H., Polinder S., Pomposo I., Posti J. P., Puybasset L., Radoi A., Ragauskas A., Raj R., Rambadagalla M., Rehorcikova V., Retel Helmrich I., Rhodes J., Richardson S., Richter S., Ripatti S., Rocka S., Roe C., Roise O., Rosenfeld J., Rosenlund C., Rosenthal G., Rossaint R., Rossi S., Rueckert D., Rusnak M., Sahuquillo J., Sakowitz O., Sanchez-Porras R., Sandor J., Schafer N., Schmidt S., Schoechl H., Schoonman G., Schou R. F., Schwendenwein E., Sewalt C., Singh R. D., Skandsen T., Smielewski P., Sorinola A., Stamatakis E., Stanworth S., Stevens R., Stewart W., Steyerberg E. W., Stocchetti N., Sundstrom N., Takala R., Tamas V., Tamosuitis T., Taylor M. S., Te Ao B., Tenovuo O., Theadom A., Thomas M., Tibboel D., Timmers M., Tolias C., Trapani T., Tudora C. M., Unterberg A., Vajkoczy P., Valeinis E., Vallance S., Vamos Z., van der Jagt M., van der Naalt J., Van der Steen G., van Dijck J. T. J. M., van Erp I. A., van Essen T. A., Van Hecke W., van Heugten C., Van Praag D., van Veen E., van Wijk R., Vande Vyvere T., Vargiolu A., Vega E., Velt K., Verheyden J., Vespa P. M., Vik A., Vilcinis R., Volovici V., von Steinbuchel N., Voormolen D., Vulekovic P., Wang K. K. W., Wiegers E., Williams G., Wilson L., Wolf S., Yang Z., Ylen P., Younsi A., Zeiler F. A., Ziverte A., Zoerle T., Adeoye O., Badjatia N., Barber J., Bergin M., Boase K., Bodien Y., Chesnut R., Corrigan J., Crawford K., Diaz-Arrastia R., Dikmen S., Duhaime A. -C., Ellenbogen R., Feeser V., Ferguson A. R., Foreman B., Gaudette E., Giacino J., Gonzalez L., Gopinath S., Grandhi R., Gullapalli R., Hemphill C., Hotz G., Huie R., Jha R., Keene C. D., Kitagawa R., Korley F., Kramer J., Kreitzer N., Levin H., Lindsell C., Machamer J., Madden C., Martin A., McAllister T., McCrea M., Merchant R., Mukherjee P., Nelson L., Ngwenya L. B., Noel F., Nolan A., Okonkwo D., Palacios E., Perl D., Puccio A., Rabinowitz M., Robertson C., Rodgers R. B., Rosand J., Rosenthal E., Sander A., Sandsmark D., Sugar G., Schneider A., Schnyer D., Seabury S., Sherer M., Stein M., Temkin N., Toga A., Torres-Espin A., Valadka A., Vassar M., Wang K., Wang V., Yue J. K., Yuh E., Zafonte R., Galimberti, S, Graziano, F, Maas, A, Isernia, G, Lecky, F, Jain, S, Sun, X, Gardner, R, Taylor, S, Markowitz, A, Manley, G, Valsecchi, M, Bellelli, G, Citerio, G, Ackerlund, C, Adams, H, Amrein, K, Andelic, N, Andreassen, L, Anke, A, Antoni, A, Audibert, G, Azouvi, P, Azzolini, M, Bartels, R, Barzo, P, Beauvais, R, Beer, R, Bellander, B, Belli, A, Benali, H, Berardino, M, Beretta, L, Blaabjerg, M, Bragge, P, Brazinova, A, Brinck, V, Brooker, J, Brorsson, C, Buki, A, Bullinger, M, Cabeleira, M, Caccioppola, A, Calappi, E, Calvi, M, Cameron, P, Carbayo Lozano, G, Carbonara, M, Castano-Leon, A, Cavallo, S, Chevallard, G, Chieregato, A, Clusmann, H, Coburn, M, Coles, J, Cooper, J, Correia, M, Covic, A, Curry, N, Czeiter, E, Czosnyka, M, Dahyot-Fizelier, C, Dark, P, Dawes, H, De Keyser, V, Degos, V, Della Corte, F, den Boogert, H, Depreitere, B, Dilvesi, D, Dixit, A, Donoghue, E, Dreier, J, Duliere, G, Ercole, A, Esser, P, Ezer, E, Fabricius, M, Feigin, V, Foks, K, Frisvold, S, Furmanov, A, Gagliardo, P, Galanaud, D, Gantner, D, Gao, G, George, P, Ghuysen, A, Giga, L, Glocker, B, Golubovic, J, Gomez, P, Gratz, J, Gravesteijn, B, Grossi, F, Gruen, R, Gupta, D, Haagsma, J, Haitsma, I, Helbok, R, Helseth, E, Horton, L, Huijben, J, Hutchinson, P, Jacobs, B, Jankowski, S, Jarrett, M, Jiang, J, Johnson, F, Jones, K, Karan, M, Kolias, A, Kompanje, E, Kondziella, D, Koskinen, L, Kovacs, N, Kowark, A, Lagares, A, Lanyon, L, Laureys, S, Ledoux, D, Lefering, R, Legrand, V, Lejeune, A, Levi, L, Lightfoot, R, Lingsma, H, Maegele, M, Majdan, M, Manara, A, Marechal, H, Martino, C, Mattern, J, Mcfadyen, C, Mcmahon, C, Melegh, B, Menon, D, Menovsky, T, Mikolic, A, Misset, B, Muraleedharan, V, Murray, L, Negru, A, Nelson, D, Newcombe, V, Nieboer, D, Nyiradi, J, Oresic, M, Ortolano, F, Otesile, O, Palotie, A, Parizel, P, Payen, J, Perera, N, Perlbarg, V, Persona, P, Peul, W, Piippo-Karjalainen, A, Pirinen, M, Pisica, D, Ples, H, Polinder, S, Pomposo, I, Posti, J, Puybasset, L, Radoi, A, Ragauskas, A, Raj, R, Rambadagalla, M, Rehorcikova, V, Retel Helmrich, I, Rhodes, J, Richardson, S, Richter, S, Ripatti, S, Rocka, S, Roe, C, Roise, O, Rosenfeld, J, Rosenlund, C, Rosenthal, G, Rossaint, R, Rossi, S, Rueckert, D, Rusnak, M, Sahuquillo, J, Sakowitz, O, Sanchez-Porras, R, Sandor, J, Schafer, N, Schmidt, S, Schoechl, H, Schoonman, G, Schou, R, Schwendenwein, E, Sewalt, C, Singh, R, Skandsen, T, Smielewski, P, Sorinola, A, Stamatakis, E, Stanworth, S, Stevens, R, Stewart, W, Steyerberg, E, Stocchetti, N, Sundstrom, N, Takala, R, Tamas, V, Tamosuitis, T, Taylor, M, Te Ao, B, Tenovuo, O, Theadom, A, Thomas, M, Tibboel, D, Timmers, M, Tolias, C, Trapani, T, Tudora, C, Unterberg, A, Vajkoczy, P, Valeinis, E, Vallance, S, Vamos, Z, van der Jagt, M, van der Naalt, J, Van der Steen, G, van Dijck, J, van Erp, I, van Essen, T, Van Hecke, W, van Heugten, C, Van Praag, D, van Veen, E, van Wijk, R, Vande Vyvere, T, Vargiolu, A, Vega, E, Velt, K, Verheyden, J, Vespa, P, Vik, A, Vilcinis, R, Volovici, V, von Steinbuchel, N, Voormolen, D, Vulekovic, P, Wang, K, Wiegers, E, Williams, G, Wilson, L, Wolf, S, Yang, Z, Ylen, P, Younsi, A, Zeiler, F, Ziverte, A, Zoerle, T, Adeoye, O, Badjatia, N, Barber, J, Bergin, M, Boase, K, Bodien, Y, Chesnut, R, Corrigan, J, Crawford, K, Diaz-Arrastia, R, Dikmen, S, Duhaime, A, Ellenbogen, R, Feeser, V, Ferguson, A, Foreman, B, Gaudette, E, Giacino, J, Gonzalez, L, Gopinath, S, Grandhi, R, Gullapalli, R, Hemphill, C, Hotz, G, Huie, R, Jha, R, Keene, C, Kitagawa, R, Korley, F, Kramer, J, Kreitzer, N, Levin, H, Lindsell, C, Machamer, J, Madden, C, Martin, A, Mcallister, T, Mccrea, M, Merchant, R, Mukherjee, P, Nelson, L, Ngwenya, L, Noel, F, Nolan, A, Okonkwo, D, Palacios, E, Perl, D, Puccio, A, Rabinowitz, M, Robertson, C, Rodgers, R, Rosand, J, Rosenthal, E, Sander, A, Sandsmark, D, Sugar, G, Schneider, A, Schnyer, D, Seabury, S, Sherer, M, Stein, M, Temkin, N, Toga, A, Torres-Espin, A, Valadka, A, Vassar, M, Wang, V, Yue, J, Yuh, E, Zafonte, R, Galimberti S., Graziano F., Maas A. I. R., Isernia G., Lecky F., Jain S., Sun X., Gardner R. C., Taylor S. R., Markowitz A. J., Manley G. T., Valsecchi M. G., Bellelli G., Citerio G., Ackerlund C., Adams H., Amrein K., Andelic N., Andreassen L., Anke A., Antoni A., Audibert G., Azouvi P., Azzolini M. L., Bartels R., Barzo P., Beauvais R., Beer R., Bellander B. -M., Belli A., Benali H., Berardino M., Beretta L., Blaabjerg M., Bragge P., Brazinova A., Brinck V., Brooker J., Brorsson C., Buki A., Bullinger M., Cabeleira M., Caccioppola A., Calappi E., Calvi M. R., Cameron P., Carbayo Lozano G., Carbonara M., Castano-Leon A. M., Cavallo S., Chevallard G., Chieregato A., Clusmann H., Coburn M. S., Coles J., Cooper J. D., Correia M., Covic A., Curry N., Czeiter E., Czosnyka M., Dahyot-Fizelier C., Dark P., Dawes H., De Keyser V., Degos V., Della Corte F., den Boogert H., Depreitere B., Dilvesi D., Dixit A., Donoghue E., Dreier J., Duliere G. -L., Ercole A., Esser P., Ezer E., Fabricius M., Feigin V. L., Foks K., Frisvold S., Furmanov A., Gagliardo P., Galanaud D., Gantner D., Gao G., George P., Ghuysen A., Giga L., Glocker B., Golubovic J., Gomez P. A., Gratz J., Gravesteijn B., Grossi F., Gruen R. L., Gupta D., Haagsma J. A., Haitsma I., Helbok R., Helseth E., Horton L., Huijben J., Hutchinson P. J., Jacobs B., Jankowski S., Jarrett M., Jiang J. -Y., Johnson F., Jones K., Karan M., Kolias A. G., Kompanje E., Kondziella D., Koskinen L. -O., Kovacs N., Kowark A., Lagares A., Lanyon L., Laureys S., Ledoux D., Lefering R., Legrand V., Lejeune A., Levi L., Lightfoot R., Lingsma H., Maegele M., Majdan M., Manara A., Marechal H., Martino C., Mattern J., McFadyen C., McMahon C., Melegh B., Menon D., Menovsky T., Mikolic A., Misset B., Muraleedharan V., Murray L., Negru A., Nelson D., Newcombe V., Nieboer D., Nyiradi J., Oresic M., Ortolano F., Otesile O., Palotie A., Parizel P. M., Payen J. -F., Perera N., Perlbarg V., Persona P., Peul W., Piippo-Karjalainen A., Pirinen M., Pisica D., Ples H., Polinder S., Pomposo I., Posti J. P., Puybasset L., Radoi A., Ragauskas A., Raj R., Rambadagalla M., Rehorcikova V., Retel Helmrich I., Rhodes J., Richardson S., Richter S., Ripatti S., Rocka S., Roe C., Roise O., Rosenfeld J., Rosenlund C., Rosenthal G., Rossaint R., Rossi S., Rueckert D., Rusnak M., Sahuquillo J., Sakowitz O., Sanchez-Porras R., Sandor J., Schafer N., Schmidt S., Schoechl H., Schoonman G., Schou R. F., Schwendenwein E., Sewalt C., Singh R. D., Skandsen T., Smielewski P., Sorinola A., Stamatakis E., Stanworth S., Stevens R., Stewart W., Steyerberg E. W., Stocchetti N., Sundstrom N., Takala R., Tamas V., Tamosuitis T., Taylor M. S., Te Ao B., Tenovuo O., Theadom A., Thomas M., Tibboel D., Timmers M., Tolias C., Trapani T., Tudora C. M., Unterberg A., Vajkoczy P., Valeinis E., Vallance S., Vamos Z., van der Jagt M., van der Naalt J., Van der Steen G., van Dijck J. T. J. M., van Erp I. A., van Essen T. A., Van Hecke W., van Heugten C., Van Praag D., van Veen E., van Wijk R., Vande Vyvere T., Vargiolu A., Vega E., Velt K., Verheyden J., Vespa P. M., Vik A., Vilcinis R., Volovici V., von Steinbuchel N., Voormolen D., Vulekovic P., Wang K. K. W., Wiegers E., Williams G., Wilson L., Wolf S., Yang Z., Ylen P., Younsi A., Zeiler F. A., Ziverte A., Zoerle T., Adeoye O., Badjatia N., Barber J., Bergin M., Boase K., Bodien Y., Chesnut R., Corrigan J., Crawford K., Diaz-Arrastia R., Dikmen S., Duhaime A. -C., Ellenbogen R., Feeser V., Ferguson A. R., Foreman B., Gaudette E., Giacino J., Gonzalez L., Gopinath S., Grandhi R., Gullapalli R., Hemphill C., Hotz G., Huie R., Jha R., Keene C. D., Kitagawa R., Korley F., Kramer J., Kreitzer N., Levin H., Lindsell C., Machamer J., Madden C., Martin A., McAllister T., McCrea M., Merchant R., Mukherjee P., Nelson L., Ngwenya L. B., Noel F., Nolan A., Okonkwo D., Palacios E., Perl D., Puccio A., Rabinowitz M., Robertson C., Rodgers R. B., Rosand J., Rosenthal E., Sander A., Sandsmark D., Sugar G., Schneider A., Schnyer D., Seabury S., Sherer M., Stein M., Temkin N., Toga A., Torres-Espin A., Valadka A., Vassar M., Wang K., Wang V., Yue J. K., Yuh E., and Zafonte R.

Abstract

Background: Frailty is known to be associated with poorer outcomes in individuals admitted to hospital for medical conditions requiring intensive care. However, little evidence is available for the effect of frailty on patients’ outcomes after traumatic brain injury. Many frailty indices have been validated for clinical practice and show good performance to predict clinical outcomes. However, each is specific to a particular clinical context. We aimed to develop a frailty index to predict 6-month outcomes in patients after a traumatic brain injury. Methods: A cumulative deficit approach was used to create a novel frailty index based on 30 items dealing with disease states, current medications, and laboratory values derived from data available from CENTER-TBI, a prospective, longitudinal observational study of patients with traumatic brain injury presenting within 24 h of injury and admitted to a ward or an intensive care unit at 65 centres in Europe between Dec 19, 2014, and Dec 17, 2017. From the individual cumulative CENTER-TBI frailty index (range 0–30), we obtained a standardised value (range 0–1), with high scores indicating higher levels of frailty. The effect of frailty on 6-month outcome evaluated with the extended Glasgow Outcome Scale (GOSE) was assessed through a proportional odds logistic model adjusted for known outcome predictors. An unfavourable outcome was defined as death or severe disability (GOSE score ≤4). External validation was performed on data from TRACK-TBI, a prospective observational study co-designed with CENTER-TBI, which enrolled patients with traumatic brain injury at 18 level I trauma centres in the USA from Feb 26, 2014, to July 27, 2018. CENTER-TBI is registered with ClinicalTrials.gov, NCT02210221; TRACK-TBI is registered at ClinicalTrials.gov, NCT02119182. Findings: 2993 participants (median age was 51 years [IQR 30–67], 2058 [69%] were men) were included in this analysis. The overall median CENTER-TBI frailty index score was 0·07

Published
2022

37. Anomalous thickness dependence of photoluminescence quantum yield in black phosphorous.

Author

Higashitarumizu, N, Uddin, SZ, Weinberg, D, Azar, NS, Reaz Rahman, IKM, Wang, V, Crozier, KB, Rabani, E, Javey, A, Higashitarumizu, N, Uddin, SZ, Weinberg, D, Azar, NS, Reaz Rahman, IKM, Wang, V, Crozier, KB, Rabani, E, and Javey, A

Abstract

Black phosphorus has emerged as a unique optoelectronic material, exhibiting tunable and high device performance from mid-infrared to visible wavelengths. Understanding the photophysics of this system is of interest to further advance device technologies based on it. Here we report the thickness dependence of the photoluminescence quantum yield at room temperature in black phosphorus while measuring the various radiative and non-radiative recombination rates. As the thickness decreases from bulk to ~4 nm, a drop in the photoluminescence quantum yield is initially observed due to enhanced surface carrier recombination, followed by an unexpectedly sharp increase in photoluminescence quantum yield with further thickness scaling, with an average value of ~30% for monolayers. This trend arises from the free-carrier to excitonic transition in black phosphorus thin films, and differs from the behaviour of conventional semiconductors, where photoluminescence quantum yield monotonically deteriorates with decreasing thickness. Furthermore, we find that the surface carrier recombination velocity of black phosphorus is two orders of magnitude lower than the lowest value reported in the literature for any semiconductor with or without passivation; this is due to the presence of self-terminated surface bonds in black phosphorus.

Published
2023

43. Results from the NCI-MATCH ECOG-ACRIN Trial (EAY131) - Phase 2 Study of MLN0128 (TAK-228) in Patients with Tumors with TSC1 or TSC2 Mutations: Sub-protocol EAY131-M

Author

Hays, J., primary, Song, Z., additional, Paik, P., additional, Iyer, G., additional, Mitchell, E., additional, Wright, J., additional, Doyle, L., additional, Gray, R., additional, Wang, V., additional, McShane, L., additional, Rubinstein, L., additional, Patton, D., additional, Williams, M., additional, Hamilton, S., additional, Conley, B., additional, Arteaga, C., additional, Harris, L., additional, O’Dwyer, P., additional, Chen, A., additional, and Flaherty, K., additional

Published
2022
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44. Ipatasertib in Patients with Tumors with AKT Mutations: Results from the NCI-MATCH ECOG-ACRIN Trial (EAY131) Sub-protocol Z1K

Author

Kalinsky, K., primary, Zihan, W., additional, McCourt, C., additional, Mitchell, E.P., additional, Wright, J.J., additional, Doyle, L.A., additional, Gray, R.J., additional, Wang, V., additional, McShane, L.M., additional, Rubinstein, L.V., additional, Patton, D., additional, Williams, P.M., additional, Hamilton, S.R., additional, Conley, B.A., additional, Arteaga, C.A., additional, Harris, L.N., additional, O’Dwyer, P.J., additional, Chen, A.P., additional, and Flaherty, K.T., additional

Published
2022
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45. Phase II trial of afatinib in patients with EGFR-mutated solid tumors excluding lung cancer: results from the NCI-MATCH ECOG-ACRIN Trial (EAY131) Subprotocol A

Author

Reckamp, K., primary, Song, Z., additional, Gettinger, S., additional, Mitchell, E.P., additional, Wright, J.J., additional, Moscow, J.A., additional, Gray, R.J., additional, Wang, V., additional, McShane, L.M., additional, Rubinstein, L.V., additional, Patton, D.R., additional, Williams, P.M., additional, Hamilton, S.R., additional, Conley, B.A., additional, Arteaga, C.L., additional, Harris, L.N., additional, O’Dwyer, P.J., additional, Chen, A.P., additional, and Flaherty, K.T., additional

Published
2022
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47. Phase II study of sunitinib in tumors with c-KIT mutations: results from the NCI-MATCH ECOG-ACRIN trial (EAY131) subprotocol V

Author

Gien, L., primary, Song, Z., additional, Poklepovic, A., additional, Collisson, E.A., additional, Mitchell, E.P., additional, Zweibel, J.A., additional, Harris, P., additional, Gray, R.J., additional, Wang, V., additional, McShane, L.M., additional, Rubinstein, L.V., additional, Patton, D.R., additional, Williams, P.M., additional, Hamilton, S.R., additional, Conley, B.A., additional, Arteaga, C.L., additional, Harris, L.N., additional, O’Dwyer, P.J., additional, Chen, A.P., additional, and Flaherty, K.T., additional

Published
2022
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48. Leveraging CMR for 3D echocardiography: an annotated multimodality dataset for AI

Author

Zhao, D, primary, Ferdian, E, additional, Maso Talou, G D, additional, Gilbert, K, additional, Quill, G M, additional, Wang, V Y, additional, Pedrosa, J, additional, D'hooge, J, additional, Sutton, T, additional, Lowe, B S, additional, Legget, M E, additional, Ruygrok, P N, additional, Doughty, R N, additional, Young, A A, additional, and Nash, M P, additional

Published
2022
Full Text
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