| Amador Cristian |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Abdelnabi Mohamed |
The dual role of neutrophils during liver injury
|
| Abecasis Bernardo |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Adler Miri |
Cold and hot fibrosis define clinically distinct cardiac injuries
|
| Akutsu Fumie |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Alon Uri |
Cold and hot fibrosis define clinically distinct cardiac injuries
|
| Andersen Birgitte |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Arez Francisca |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Ariel Amiram |
The BiST of Burden: Harnessing biased STING agonists to enhance the resolution of inflammation and limit tissue fibrosis
|
| Arondal Wendy |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Asgharpour Sara |
THBS1’s mediating role in cell-cell communication routes of lung fibrosis and regeneration
|
| Atit Radhika |
Starts and stops: Adipocytes in tissue repair and fibrosis
|
| Baranes Danny |
In Vitro Liver Tissue Engineering with Coralline Biomaterial
|
| Barker Thomas H. |
Mechanically regulated transcription factors balance between regenerative and fibrotic cell memory
|
| Barron Alexander |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Bearzi Pietro |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Becker Mike |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Ben Jashar Nofar |
The BiST of Burden: Harnessing biased STING agonists to enhance the resolution of inflammation and limit tissue fibrosis
|
| Borengasser Aiwei |
Epigenetic control of extracellular matrix genes by histone acetyltransferase p300
|
| borthwick lee |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Using human tissue models to illuminate the biology of fibrosis and unlock new drug targets
|
| Boukrout Nihad |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Bound Kathryn |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Brenner David |
Macrophage Heterogeneity during NASH Regression Unveils Multifaceted TREM2 Dependent Mechanisms that Facilitate NASH and Fibrosis Resolution
|
| Brito Catarina |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Brys Reginald |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Buckley Christopher |
A therapeutic cell atlas focusing on fibroblasts
|
| Budas Grant |
Combination strategies for MASH
|
| Bürki Kristina |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| calvo ibai |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Cauffiez Christelle |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Caves Elizabeth |
Starts and stops: Adipocytes in tissue repair and fibrosis
|
| Cazzanti Manuela |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Chatzigeorgiou Antonios |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Chen Xiao |
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
|
| Cheroutre Hilde |
Targeting Fibrosis to Change Cancer Outcomes
|
| Christensen Stephen |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Coelho Pedro |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Croft Michael |
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| De Saurav |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| de la Peña Adely |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| De Langhe Stijn |
Cell competition drives bronchiolization and pulmonary fibrosis.
|
| Dell Garrison |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Dermit Maria |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Diniz Cláudia |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Dion Jessica |
The dual role of neutrophils during liver injury
|
| Distler Oliver |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Doerflein Hailey |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Doubkova Martina |
Proteomic comparison of contracted tissues of Dupuytren's disease with palmar fascia
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
|
| Dower Ken |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Dreier Torsten |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Drzewiecka Ewa |
Involvement of interleukin 17 in mare endometrial fibrosis
|
| Eckhardt Adam |
3D scaffold-based in vitro model of Dupuytren´s disease
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
Proteomic comparison of contracted tissues of Dupuytren's disease with palmar fascia
|
| Ehrbar Martin |
3DPROFIB: an in vitro 3D assay in synthetic hydrogels to quantify extracellular matrix remodeling in fibrosis
|
| Eickelberg Oliver |
The role of B cells and plasma cells in the pathogenesis of fibrosis
|
| Endo Koki |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Espinoza Sofía |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Fabre Thomas |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Feghali-Bostwick Carol |
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Fellah Sandy |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Fernandez Jose Andres |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Ferreira Susana |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Ferreira-Dias Graca |
Involvement of interleukin 17 in mare endometrial fibrosis
How Th2 specific cytokines: interleukin (IL)-4 and IL-13 affect cellular metabolism and reactive oxygen species production in mare endometrial fibroblasts?
Understanding the effect of hypoxia on the interactions between endometrial fibroblasts and macrophages in equine endometrosis – in vitro study
|
| Feuerhake Teo |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Filova Elena |
3D scaffold-based in vitro model of Dupuytren´s disease
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
|
| Finger Anna |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Flores Molina Manuel |
The dual role of neutrophils during liver injury
|
| Forni Maria |
Starts and stops: Adipocytes in tissue repair and fibrosis
|
| Galili Uri |
Regeneration in Mice of Injured Skin, Heart, and Spinal Cord by α-Gal Nanoparticles Recapitulates Regeneration in Amphibians
|
| Garcia Iana |
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Genovese Federica |
3DPROFIB: an in vitro 3D assay in synthetic hydrogels to quantify extracellular matrix remodeling in fibrosis
|
| Ghastine Andrew |
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Giannousi Eirini |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Glowacki François |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Gonzalez Alfonso |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Guilliams Martin |
Deciphering stellate cell quiescence program
|
| Hancz Dora |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Hansen Sandra |
Species-specific anti-fibrotic effects of bile acids in human and mouse precision-cut kidney slices
|
| Hart kevin |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Cross regulatory cytokine networks and rebound inflammation in fibrotic disease
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Hassan Ghada |
The dual role of neutrophils during liver injury
|
| Henderson Neil |
Using single cell and spatial genomics to decode human liver regeneration and repair
|
| Hendler Roni |
In Vitro Liver Tissue Engineering with Coralline Biomaterial
|
| Herro Rana |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Hinchcliff Monique |
Starts and stops: Adipocytes in tissue repair and fibrosis
|
| Hinz Boris |
The stressed relationship between macrophages and fibroblasts
Mechanically regulated transcription factors balance between regenerative and fibrotic cell memory
|
| Hoffman-Vold Anna-Maria |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Hofman Astrid |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Horsley Valerie |
Starts and stops: Adipocytes in tissue repair and fibrosis
|
| Inverso Donato |
Spatially Resolved Phosphoproteomic Reveals Mechanistic Insights into Vascular Zonation and Liver Regeneration.
|
| Ivanov Andrei |
Cdc42 small GTPase is a novel regulator of the fibrogenic activation of human intestinal myofibroblasts
|
| Jenkins Gisli |
A Scar is Born: The molecular pathology of pulmonary fibrosis
|
| Kaczmarek Monika |
Involvement of interleukin 17 in mare endometrial fibrosis
How Th2 specific cytokines: interleukin (IL)-4 and IL-13 affect cellular metabolism and reactive oxygen species production in mare endometrial fibroblasts?
Understanding the effect of hypoxia on the interactions between endometrial fibroblasts and macrophages in equine endometrosis – in vitro study
|
| Kado Saki |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Kakavouli Gesthimani |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Kapel Benedicte |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Karras Alexandre |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Kato Elizabeth |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Khedr Omar |
The dual role of neutrophils during liver injury
|
| Kisseleva Tatiana |
IL-17 signaling regulates TNF-TNFR1 responses in steatotic hepatocytes in mice.
|
| Knitlova Jarmila |
3D scaffold-based in vitro model of Dupuytren´s disease
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
Proteomic comparison of contracted tissues of Dupuytren's disease with palmar fascia
|
| Kojima Masaaki |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Kramann Rafael |
Common mechanisms of fibrosis in kidney and heart
|
| Kravarik Kellie |
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Kronenberg Mitchell |
Targeting Fibrosis to Change Cancer Outcomes
|
| Lafyatis Bob |
Single nucleotide resolution of altered transcription factor binding in profibrotic macrophages from patients with interstitial lung disease
|
| Larrue Romain |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Leask Andrew |
CCN3-Derived Peptide BLR-200 has Anti-Fibrotic Properties in Systemic Sclerosis
|
| Lech Matthew |
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Lefebvre Bruno |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Legaki Aigli-Ioanna |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Lembicz Paul |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Lenoir Olivia |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Li Lumeng |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Logan David |
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Maali Yousef |
The dual role of neutrophils during liver injury
|
| Mann Jelena |
Using Human Liver Slices to Assess Efficacy of New Compounds and Illuminate the Biology of Fibrosis
|
| Marino-Melendez Armando |
Cdc42 small GTPase is a novel regulator of the fibrogenic activation of human intestinal myofibroblasts
|
| Martin Paul |
Investigation inflammation and skin repair in various model organisms
|
| Martin-Saiz Lucia |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Martino Roxanne |
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Mayo Avi |
Cold and hot fibrosis define clinically distinct cardiac injuries
|
| McMahon James |
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
|
| Medina Cesar |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Meers Caroline |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Metz Claudia |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Michieli Paolo |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Miller Andrew |
Mechanically regulated transcription factors balance between regenerative and fibrotic cell memory
|
| Mitsi Maria |
3DPROFIB: an in vitro 3D assay in synthetic hydrogels to quantify extracellular matrix remodeling in fibrosis
|
| Miyara Shoval |
Cold and hot fibrosis define clinically distinct cardiac injuries
|
| Molcan Tomasz |
Involvement of interleukin 17 in mare endometrial fibrosis
Understanding the effect of hypoxia on the interactions between endometrial fibroblasts and macrophages in equine endometrosis – in vitro study
|
| Morello Virginia |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Moustakas Ioannis |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Much Laura |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Mutsaers Henricus |
Species-specific anti-fibrotic effects of bile acids in human and mouse precision-cut kidney slices
|
| Myszczyński Kamil |
How Th2 specific cytokines: interleukin (IL)-4 and IL-13 affect cellular metabolism and reactive oxygen species production in mare endometrial fibroblasts?
|
| Nakagawa Yuichi |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Nguyen Xinh-Xinh |
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Noble Paul |
Anger Management: Targeting Invasive Fibroblasts in Progressive Pulmonary Fibrosis (It’s more than matrix production)
|
| Norlin Jenny |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Novotny Tomas |
Proteomic comparison of contracted tissues of Dupuytren's disease with palmar fascia
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
|
| Nørregaard Rikke |
Species-specific anti-fibrotic effects of bile acids in human and mouse precision-cut kidney slices
|
| Oldenburger Anouk |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Olinga Peter |
Precision-Cut Tissue Slices: A Cutting-Edge Tool for Studying and Advancing the Treatment of Fibrotic Diseases
|
| Ostadal Martin |
Proteomic comparison of contracted tissues of Dupuytren's disease with palmar fascia
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
|
| Pacheco Rodrigo |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Pachera Elena |
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Papadopoulos Grigorios |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Parmentier Fleur |
Deciphering stellate cell quiescence program
|
| Pérez-Molina Francisca |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Perez-Moreno Elisa |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Perrais Michael |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Pfister Dominik |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Pottier Nicolas |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Prado Carolina |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Rebelo Sofia |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Resmini Lea |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Rieder Florian |
Cdc42 small GTPase is a novel regulator of the fibrogenic activation of human intestinal myofibroblasts
|
| Sadowska Agnieszka |
Involvement of interleukin 17 in mare endometrial fibrosis
How Th2 specific cytokines: interleukin (IL)-4 and IL-13 affect cellular metabolism and reactive oxygen species production in mare endometrial fibroblasts?
|
| Saez Javiera |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Sanders Yan |
Epigenetic control of extracellular matrix genes by histone acetyltransferase p300
|
| Saqib Uzma |
The BiST of Burden: Harnessing biased STING agonists to enhance the resolution of inflammation and limit tissue fibrosis
|
| sattanino Damiana |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Schif-Zuck Sagie |
The BiST of Burden: Harnessing biased STING agonists to enhance the resolution of inflammation and limit tissue fibrosis
|
| Schlerman Franklin |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
|
| Schneider-Kramann Rebekka |
Mapping fibrosis progression and reversal in the bone marrow
|
| Schwabe Robert |
Regulation of liver zonation, metabolism, injury and regeneration by hepatic stellate cells
|
| Serra Margarida |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Shoukry Naglaa |
The dual role of neutrophils during liver injury
|
| Shyer Justin |
The origin and TGFb dependency of fibrosis and inflammation associated fibroblasts
|
| Sierra Charlotte |
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Simão Daniel |
Modeling cardiac fibrosis in vitro: impact of monocyte-derived macrophages on cardiac fibroblast activation
|
| Simona Benjamin |
3DPROFIB: an in vitro 3D assay in synthetic hydrogels to quantify extracellular matrix remodeling in fibrosis
|
| Skarżyński Dariusz |
Exploring the impact of MΦ(IFNγ/LPS) and MΦ(IL-4/IL-13) on equine endometrial transcriptome and ECM-related genes: insights from an in vivo study
|
| Słyszewska Magda |
Exploring the impact of MΦ(IFNγ/LPS) and MΦ(IL-4/IL-13) on equine endometrial transcriptome and ECM-related genes: insights from an in vivo study
|
| Soza Andrea |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Stachon Roman |
3D scaffold-based in vitro model of Dupuytren´s disease
|
| Steele Hope |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Suchoski Therese |
Targeting Fibrosis to Change Cancer Outcomes
|
| Suchowski Therese |
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Sugino Shiro |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Szóstek-Mioduchowska Anna |
Involvement of interleukin 17 in mare endometrial fibrosis
Exploring the impact of MΦ(IFNγ/LPS) and MΦ(IL-4/IL-13) on equine endometrial transcriptome and ECM-related genes: insights from an in vivo study
How Th2 specific cytokines: interleukin (IL)-4 and IL-13 affect cellular metabolism and reactive oxygen species production in mare endometrial fibroblasts?
Understanding the effect of hypoxia on the interactions between endometrial fibroblasts and macrophages in equine endometrosis – in vitro study
|
| Teixeira Geoffrey |
Targeting Claudin-1 as a novel therapeutic approach to reverse organ fibrosis
|
| Tharaux Pierre-Louis |
Mineralocorticoid receptor inhibition in parietal epithelial cells commands inflammatory and motile phenotype and prevents focal segmental glomerulosclerosis and crescentic glomerulonephritis. A novel mechanistic paradigm.
PPARγ Repression Of Renal Tubular Epithelial Cell dysmetabolism to Treat Fibrosis
|
| Tobolski Dawid |
Exploring the impact of MΦ(IFNγ/LPS) and MΦ(IL-4/IL-13) on equine endometrial transcriptome and ECM-related genes: insights from an in vivo study
Understanding the effect of hypoxia on the interactions between endometrial fibroblasts and macrophages in equine endometrosis – in vitro study
|
| Toledo Tomás |
Attenuation of Fibrosis in Folic Acid-Induced Kidney Injury by Endogenous Gal-8
|
| Tzahor Eldad |
Cold and hot fibrosis define clinically distinct cardiac injuries
|
| van Dekken Rianne |
Species-specific anti-fibrotic effects of bile acids in human and mouse precision-cut kidney slices
|
| Van der Hauwaert Cynthia |
Role and Therapeutic Potential of the Long Non-Coding RNA DNM3OS in Liver Fibrosis
|
| Van Kaem Tim |
A New Frontier in IBD - Towards the prevention of structural bowel damage in Crohn’s disease
|
| Van Roy Maarten |
AGMB-101, a full agonistic antibody of MET, achieves deep suppression of liver fibrosis through a pleiotropic mechanism of action
|
| Vanneste Bavo |
Deciphering stellate cell quiescence program
|
| Veidal Sanne |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Velliou Rallia-Iliana |
The endothelial-specific receptor Robo4 protects against metabolic dysfunction-associated steatotic liver disease and progression to liver fibrosis
|
| Vondrasek David |
Alleviating fibrosis in the stiff, contracted tissue of clubfoot: A way to facilitate faster corrective therapy in relapsed patients?
|
| Wadsworth Marc |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
|
| Wadsworth II Marc |
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Wagner Camille |
Deciphering stellate cell quiescence program
Characterization of monocytes in systemic sclerosis: linking gene signatures to skin fibrosis trajectories
|
| Walther Lise |
Macrophage and hepatic stellate cell phenotypes are affected by longitudinal treatment with Zalfermin in a model of Metabolic Dysfunction-Associated Steatohepatitis
|
| Wang Ju |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Cdc42 small GTPase is a novel regulator of the fibrogenic activation of human intestinal myofibroblasts
|
| Watanabe Mitsuo |
Construction and performance evaluation of CTGF measurement system for IPF biomarker candidate
|
| Weiss Orly |
In Vitro Liver Tissue Engineering with Coralline Biomaterial
|
| Werner Sabine |
Stromal-epithelial communication in tissue repair and cancer
|
| Willicut Ashley |
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
| Wójtowicz Anna |
Involvement of interleukin 17 in mare endometrial fibrosis
How Th2 specific cytokines: interleukin (IL)-4 and IL-13 affect cellular metabolism and reactive oxygen species production in mare endometrial fibroblasts?
|
| Wynn Thomas |
Fab5 macrophage expression of GPNMB promote fibrosis across organs
Myeloid cells contribute to bystander CD8 T-cell accumulation in MASH and are sufficient for fibrosis
Leveraging Single Cell Genomics to Resolve Macrophage Heterogeneity across Tissue and Disease: Mapping in vitro to in vivo Profiles
|
| Yaworsky Paul |
A neutralizing antibody to EphrinB2 suppresses fibrosis in preclinical in vitro and in vivo models
|
| Younesi Fereshteh |
Mechanically regulated transcription factors balance between regenerative and fibrotic cell memory
|
| Zafar Atif |
Cdc42 small GTPase is a novel regulator of the fibrogenic activation of human intestinal myofibroblasts
|
| Żebrowska Ewelina |
Understanding the effect of hypoxia on the interactions between endometrial fibroblasts and macrophages in equine endometrosis – in vitro study
|
| Zgheib Rima |
Targeting Fibrosis to Change Cancer Outcomes
Combination therapy blocking TNF superfamily members 14 and 15 reverses pulmonary fibrosis
|
