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. 2022 Jan 14;293:120284. doi: 10.1016/j.lfs.2021.120284

Fig. 6.

Fig. 6

(A) Representative traces (top) of CaV2.2 calcium currents (ICaV2.2) and time courses (middle) of HEK293T cells co-transfected with CaV2.2 and B2R (+B2R, n = 7), or CaV2.2, B2R and ACE2 (+B2R + ACE2, n = 8), or CaV2.2, B2R and AT1R (+B2R + AT1R, n = 6), or CaV2.2, B2R, AT1R and ACE2 (+B2R + AT1R + ACE2, n = 7) in control condition (vehicle) and 0.5 μM BK application (+BK); 0.1 ACE2-GFP or GPCR: CaV2.2 molar ratio. Black and gray dots correspond to vehicle and BK traces respectively. Bars (bottom) represent the average ICaV2.2 inhibition by BK application for each condition. One Way ANOVA and Tukey's post-test (P value estimated versus +B2R). (B) Representative traces (top) of CaV2.2 calcium current (ICaV2.2) and time courses (middle) of HEK293T cells co-transfected with CaV2.2, and AT1R (+AT1R, n = 7), or CaV2.2, AT1R and B2R (+AT1R + B2R, n = 5), or CaV2.2, AT1R and ACE2 (+AT1R + ACE2, n = 4), or CaV2.2, AT1R, B2R and ACE2 (+B2R + AT1R + ACE2, n = 4) in control condition (vehicle) and 1 μM Ang II application (+Ang II); 0.1 ACE2-GFP or GPCR: CaV2.2 molar ratio. Black and gray dots correspond to vehicle and Ang II traces respectively. Bars (bottom) represent the average ICaV2.2 inhibition by angiotensin II application for each condition. One Way ANOVA and Tukey's post-test (P value estimated versus +AT1R).