Saniya Kari

Multiple sclerosis-associated CD226 variant disrupts vitamin D-induced type I Treg differentiation by impairing LFA-1 activation

Saniya Kari, Aymeline Debonlier, Thibault Angles, B. P. Chaves et autres

Multiple sclerosis (MS) is a complex inflammatory disease of the CNS resulting from an intricate interplay between genetic predisposition and environmental factors. Vitamin D (VD) deficiency is one of the established risk factors for MS. CD46 costimulation of CD4+ T cells induces …

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Figure S9 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S9

Figure S6 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S6

Figure S3 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S3

Figure S5 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S5

Figure S8 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S8

Figure S7 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S7

Table S1 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Table S1

Figure S4 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S4

Data from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Abstract Tumor-associated macrophages (TAM) represent the main immune population infiltrating cancers, and their abundance is generally correlated with a poor prognosis. The acquisition of protumor properties by TAMs involves several mechanisms, including the expression of immunosuppressive enzymes. In this study, we explored …

Figure S12 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S12

Figure S1 from Conditional IL4I1 Inactivation Triggers Tumor-Associated Macrophage Reprogramming and CD8+ T-cell Reactivation to Control Melanoma Progression

Malvina Seradj, Saniya Kari, Anna Llebaria-Fabrias, Adrien Rouault et autres

Supplementary Figure S1