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00000nz a2200037n 45 0 |
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WKP|Q59115171
(VIAF cluster)
(Authority/Source Record)
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20241221010846.0 |
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241221nneanz||abbn n and d |
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(WKP)Q59115171
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0000-0002-3665-7106
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orcid
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28268038100
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scopus
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(OCoLC)Q59115171
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100
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0 |
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Anthal I.P.M. Smits
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researcher ORCID ID = 0000-0002-3665-7106
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en
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400
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0 |
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Anthal I.P.M. Smits
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wetenschapper
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nl
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670
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Author's A mesofluidics-based test platform for systematic development of scaffolds for in situ cardiovascular tissue engineering.
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670
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Author's Biomaterial-driven in situ cardiovascular tissue engineering-a multi-disciplinary perspective.
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670
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Author's Can We Grow Valves Inside the Heart? Perspective on Material-based In Situ Heart Valve Tissue Engineering.
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670
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Author's Cyclic Strain Affects Macrophage Cytokine Secretion and Extracellular Matrix Turnover in Electrospun Scaffolds
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670
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Author's Decoupling the Effect of Shear Stress and Stretch on Tissue Growth and Remodeling in a Vascular Graft
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670
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Author's Development of Non-Cell Adhesive Vascular Grafts Using Supramolecular Building Blocks.
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670
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Author's Differential Leaflet Remodeling of Bone Marrow Cell Pre-Seeded Versus Nonseeded Bioresorbable Transcatheter Pulmonary Valve Replacements
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670
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Author's Differential response of endothelial and endothelial colony forming cells on electrospun scaffolds with distinct microfiber diameters.
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670
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Author's Early in-situ cellularization of a supramolecular vascular graft is modified by synthetic stromal cell-derived factor-1α derived peptides.
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670
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Author's Ex vivo culture platform for assessment of cartilage repair treatment strategies.
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670
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Author's Hemodynamic loads distinctively impact the secretory profile of biomaterial-activated macrophages - implications for in situ vascular tissue engineering
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670
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Author's Host Response and Neo-Tissue Development during Resorption of a Fast Degrading Supramolecular Electrospun Arterial Scaffold
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670
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Author's Human In Vitro Model Mimicking Material-Driven Vascular Regeneration Reveals How Cyclic Stretch and Shear Stress Differentially Modulate Inflammation and Matrix Deposition
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670
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Author's In situ heart valve tissue engineering using a bioresorbable elastomeric implant - From material design to 12 months follow-up in sheep.
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670
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Author's In Situ Tissue Engineering of Functional Small-Diameter Blood Vessels by Host Circulating Cells Only.
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670
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Author's In Situ Tissue Engineering: Seducing the Body to Regenerate
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670
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Author's Layer-specific cell differentiation in bi-layered vascular grafts under flow perfusion
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670
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Author's Macrophage-Driven Biomaterial Degradation Depends on Scaffold Microarchitecture
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670
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Author's Modulation of macrophage phenotype and protein secretion via heparin-IL-4 functionalized supramolecular elastomers
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670
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Author's Probing Single-Cell Macrophage Polarization and Heterogeneity Using Thermo-Reversible Hydrogels in Droplet-Based Microfluidics
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670
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Author's Shear flow affects selective monocyte recruitment into MCP-1-loaded scaffolds
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670
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Author's Sheep-Specific Immunohistochemical Panel for the Evaluation of Regenerative and Inflammatory Processes in Tissue-Engineered Heart Valves
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670
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Author's Synergistic protein secretion by mesenchymal stromal cells seeded in 3D scaffolds and circulating leukocytes in physiological flow.
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670
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Author's The degradation and performance of electrospun supramolecular vascular scaffolds examined upon in vitro enzymatic exposure
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670
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Author's Then and now: hypes and hopes of regenerative medicine.
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670
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Author's Tissue engineering meets immunoengineering: Prospective on personalized in situ tissue engineering strategies
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670
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Author's Tissue engineering of heart valves: advances and current challenges.
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909
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(orcid) 0000000236657106
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1
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909
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‡a
(scopus) 28268038100
‡9
1
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919
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‡a
differentialresponseofendothelialandendothelialcolonyformingcellsonelectrospunscaffoldswithdistinctmicrofiberdiameters
‡A
Differential response of endothelial and endothelial colony forming cells on electrospun scaffolds with distinct microfiber diameters.
‡9
1
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919
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‡a
degradationandperformanceofelectrospunsupramolecularvascularscaffoldsexamineduponinvitroenzymaticexposure
‡A
The degradation and performance of electrospun supramolecular vascular scaffolds examined upon in vitro enzymatic exposure
‡9
1
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919
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‡a
hemodynamicloadsdistinctivelyimpactthesecretoryprofileofbiomaterialactivatedmacrophagesimplicationsforinsituvasculartissueengineering
‡A
Hemodynamic loads distinctively impact the secretory profile of biomaterial-activated macrophages - implications for in situ vascular tissue engineering
‡9
1
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919
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‡a
earlyinsitucellularizationofasupramolecularvasculargraftismodifiedbysyntheticstromalcellderivedfactor1αderivedpeptides
‡A
Early in-situ cellularization of a supramolecular vascular graft is modified by synthetic stromal cell-derived factor-1α derived peptides.
‡9
1
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919
|
|
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‡a
biomaterialdriveninsitucardiovasculartissueengineeringamultidisciplinaryperspective
‡A
Biomaterial-driven in situ cardiovascular tissue engineering-a multi-disciplinary perspective.
‡9
1
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919
|
|
|
‡a
mesofluidicsbasedtestplatformforsystematicdevelopmentofscaffoldsforinsitucardiovasculartissueengineering
‡A
A mesofluidics-based test platform for systematic development of scaffolds for in situ cardiovascular tissue engineering.
‡9
1
|
|
919
|
|
|
‡a
modulationofmacrophagephenotypeandproteinsecretionviaheparinil4functionalizedsupramolecularelastomers
‡A
Modulation of macrophage phenotype and protein secretion via heparin-IL-4 functionalized supramolecular elastomers
‡9
1
|
|
919
|
|
|
‡a
sheepspecificimmunohistochemicalpanelfortheevaluationofregenerativeandinflammatoryprocessesintissueengineeredheartvalves
‡A
Sheep-Specific Immunohistochemical Panel for the Evaluation of Regenerative and Inflammatory Processes in Tissue-Engineered Heart Valves
‡9
1
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919
|
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‡a
developmentofnoncelladhesivevasculargraftsusingsupramolecularbuildingblocks
‡A
Development of Non-Cell Adhesive Vascular Grafts Using Supramolecular Building Blocks.
‡9
1
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919
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‡a
probingsinglecellmacrophagepolarizationandheterogeneityusingthermoreversiblehydrogelsindropletbasedmicrofluidics
‡A
Probing Single-Cell Macrophage Polarization and Heterogeneity Using Thermo-Reversible Hydrogels in Droplet-Based Microfluidics
‡9
1
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919
|
|
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‡a
macrophagedrivenbiomaterialdegradationdependsonscaffoldmicroarchitecture
‡A
Macrophage-Driven Biomaterial Degradation Depends on Scaffold Microarchitecture
‡9
1
|
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919
|
|
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‡a
layerspecificcelldifferentiationinbilayeredvasculargraftsunderflowperfusion
‡A
Layer-specific cell differentiation in bi-layered vascular grafts under flow perfusion
‡9
1
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919
|
|
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‡a
shearflowaffectsselectivemonocyterecruitmentintomcp1loadedscaffolds
‡A
Shear flow affects selective monocyte recruitment into MCP-1-loaded scaffolds
‡9
1
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919
|
|
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‡a
insitutissueengineeringseducingthebodytoregenerate
‡A
In Situ Tissue Engineering: Seducing the Body to Regenerate
‡9
1
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919
|
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‡a
insitutissueengineeringoffunctionalsmalldiameterbloodvesselsbyhostcirculatingcellsonly
‡A
In Situ Tissue Engineering of Functional Small-Diameter Blood Vessels by Host Circulating Cells Only.
‡9
1
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919
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‡a
decouplingtheeffectofshearstressandstretchontissuegrowthandremodelinginavasculargraft
‡A
Decoupling the Effect of Shear Stress and Stretch on Tissue Growth and Remodeling in a Vascular Graft
‡9
1
|
|
919
|
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|
‡a
hostresponseandneotissuedevelopmentduringresorptionofafastdegradingsupramolecularelectrospunarterialscaffold
‡A
Host Response and Neo-Tissue Development during Resorption of a Fast Degrading Supramolecular Electrospun Arterial Scaffold
‡9
1
|
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919
|
|
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‡a
exvivocultureplatformforassessmentofcartilagerepairtreatmentstrategies
‡A
Ex vivo culture platform for assessment of cartilage repair treatment strategies.
‡9
1
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919
|
|
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‡a
insituheartvalvetissueengineeringusingabioresorbableelastomericimplantfrommaterialdesignto12monthsfollowupinsheep
‡A
In situ heart valve tissue engineering using a bioresorbable elastomeric implant - From material design to 12 months follow-up in sheep.
‡9
1
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919
|
|
|
‡a
humaninvitromodelmimickingmaterialdrivenvascularregenerationrevealshowcyclicstretchandshearstressdifferentiallymodulateinflammationandmatrixdeposition
‡A
Human In Vitro Model Mimicking Material-Driven Vascular Regeneration Reveals How Cyclic Stretch and Shear Stress Differentially Modulate Inflammation and Matrix Deposition
‡9
1
|
|
919
|
|
|
‡a
synergisticproteinsecretionbymesenchymalstromalcellsseededin3dscaffoldsandcirculatingleukocytesinphysiologicalflow
‡A
Synergistic protein secretion by mesenchymal stromal cells seeded in 3D scaffolds and circulating leukocytes in physiological flow.
‡9
1
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919
|
|
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‡a
cyclicstrainaffectsmacrophagecytokinesecretionandextracellularmatrixturnoverinelectrospunscaffolds
‡A
Cyclic Strain Affects Macrophage Cytokine Secretion and Extracellular Matrix Turnover in Electrospun Scaffolds
‡9
1
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919
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‡a
tissueengineeringmeetsimmunoengineeringprospectiveonpersonalizedinsitutissueengineeringstrategies
‡A
Tissue engineering meets immunoengineering: Prospective on personalized in situ tissue engineering strategies
‡9
1
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919
|
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‡a
differentialleafletremodelingofbonemarrowcellpreseededversusnonseededbioresorbabletranscatheterpulmonaryvalvereplacements
‡A
Differential Leaflet Remodeling of Bone Marrow Cell Pre-Seeded Versus Nonseeded Bioresorbable Transcatheter Pulmonary Valve Replacements
‡9
1
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919
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‡a
canwegrowvalvesinsidetheheartperspectiveonmaterialbasedinsituheartvalvetissueengineering
‡A
Can We Grow Valves Inside the Heart? Perspective on Material-based In Situ Heart Valve Tissue Engineering.
‡9
1
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919
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‡a
thenandnowhypesandhopesofregenerativemedicine
‡A
Then and now: hypes and hopes of regenerative medicine.
‡9
1
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919
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tissueengineeringofheartvalvesadvancesandcurrentchallenges
‡A
Tissue engineering of heart valves: advances and current challenges.
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1
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996
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