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bodipy fl c16  (Thermo Fisher)


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    Structured Review

    Thermo Fisher bodipy fl c16
    (A, B) RNA sequencing analysis was performed on ctNK cells alone or ctNK cells treated with AZ overnight. (A) Selected enrichment plots from pathway analysis. (n=5 healthy human donors) (B) Relative expression of DE genes involved in glycolysis or metabolism of fatty acids. (C, D) ctNK cells alone and ctNK cells treated with AZ or sPD-1 overnight were assessed for the expression of Cpt1a (n=12) (C) and <t>Bodipy</t> FLC-16 (n=12) and Bodipy 493/503 (n=6) uptake (D) and normalized to each donor. (E-G) PD-L1 -/- B16F10 were administered into flanks of NK-specific CPT1a -/- mice or their WT littermates. Mice were treated with AZ or PBS intraperitoneally three times a week. (F) Weight of resected PD-L1 -/- B16F10 tumors. (n=4 mice per group) (G) Tumor volume was measured at regular time points, as indicated. (H, I) Extracellular acidification rate (ECAR) was measured in ctNK. (n=6) (I) Glycolysis, glycolytic capacity and glycolytic reserve were calculated from the ECAR curve and normalized to each donor. (J) The expression of MTOR (left) and SLC7A5 (right) gene in ctNK cells and ctNK cells treated with AZ overnight. (n=5) (K) gMFI of pS6 in ctNK or ctNK cells treated with the AZ or sPD-1 overnight normalized to each donor. (n=6) (L, M) ctNK were cultured in glucose-sufficient or glucose-depleted media overnight. The lysis of indicated AML cell lines was then assessed. (n=4) (M) The killing capacity of ctNK or ctNK treated with AZ or sPD-1 cultured in glucose-sufficient or glucose-depleted media of KG1 target cells was assessed. (n=4). Each symbol represents an individual human donor (C, D, I-L) or individual mouse (F). ****P<0.0001, ***P<0.001, **P<0.01, *P<0.05 Friedman test (C, D, I, K), Kruskal-Wallis test (F), paired t-test (J, L), or two-way ANOVA (M). Error bars, mean ± range (C-F), or mean ± s.e.m (G-M). See also Figure S5, S6 .
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    Images

    1) Product Images from "PD-L1 ligation on NK cells induces a metabolic shift from glycolysis to fatty acid oxidation, enhancing tumor infiltration and control"

    Article Title: PD-L1 ligation on NK cells induces a metabolic shift from glycolysis to fatty acid oxidation, enhancing tumor infiltration and control

    Journal: bioRxiv

    doi: 10.1101/2025.06.27.661921

    (A, B) RNA sequencing analysis was performed on ctNK cells alone or ctNK cells treated with AZ overnight. (A) Selected enrichment plots from pathway analysis. (n=5 healthy human donors) (B) Relative expression of DE genes involved in glycolysis or metabolism of fatty acids. (C, D) ctNK cells alone and ctNK cells treated with AZ or sPD-1 overnight were assessed for the expression of Cpt1a (n=12) (C) and Bodipy FLC-16 (n=12) and Bodipy 493/503 (n=6) uptake (D) and normalized to each donor. (E-G) PD-L1 -/- B16F10 were administered into flanks of NK-specific CPT1a -/- mice or their WT littermates. Mice were treated with AZ or PBS intraperitoneally three times a week. (F) Weight of resected PD-L1 -/- B16F10 tumors. (n=4 mice per group) (G) Tumor volume was measured at regular time points, as indicated. (H, I) Extracellular acidification rate (ECAR) was measured in ctNK. (n=6) (I) Glycolysis, glycolytic capacity and glycolytic reserve were calculated from the ECAR curve and normalized to each donor. (J) The expression of MTOR (left) and SLC7A5 (right) gene in ctNK cells and ctNK cells treated with AZ overnight. (n=5) (K) gMFI of pS6 in ctNK or ctNK cells treated with the AZ or sPD-1 overnight normalized to each donor. (n=6) (L, M) ctNK were cultured in glucose-sufficient or glucose-depleted media overnight. The lysis of indicated AML cell lines was then assessed. (n=4) (M) The killing capacity of ctNK or ctNK treated with AZ or sPD-1 cultured in glucose-sufficient or glucose-depleted media of KG1 target cells was assessed. (n=4). Each symbol represents an individual human donor (C, D, I-L) or individual mouse (F). ****P<0.0001, ***P<0.001, **P<0.01, *P<0.05 Friedman test (C, D, I, K), Kruskal-Wallis test (F), paired t-test (J, L), or two-way ANOVA (M). Error bars, mean ± range (C-F), or mean ± s.e.m (G-M). See also Figure S5, S6 .
    Figure Legend Snippet: (A, B) RNA sequencing analysis was performed on ctNK cells alone or ctNK cells treated with AZ overnight. (A) Selected enrichment plots from pathway analysis. (n=5 healthy human donors) (B) Relative expression of DE genes involved in glycolysis or metabolism of fatty acids. (C, D) ctNK cells alone and ctNK cells treated with AZ or sPD-1 overnight were assessed for the expression of Cpt1a (n=12) (C) and Bodipy FLC-16 (n=12) and Bodipy 493/503 (n=6) uptake (D) and normalized to each donor. (E-G) PD-L1 -/- B16F10 were administered into flanks of NK-specific CPT1a -/- mice or their WT littermates. Mice were treated with AZ or PBS intraperitoneally three times a week. (F) Weight of resected PD-L1 -/- B16F10 tumors. (n=4 mice per group) (G) Tumor volume was measured at regular time points, as indicated. (H, I) Extracellular acidification rate (ECAR) was measured in ctNK. (n=6) (I) Glycolysis, glycolytic capacity and glycolytic reserve were calculated from the ECAR curve and normalized to each donor. (J) The expression of MTOR (left) and SLC7A5 (right) gene in ctNK cells and ctNK cells treated with AZ overnight. (n=5) (K) gMFI of pS6 in ctNK or ctNK cells treated with the AZ or sPD-1 overnight normalized to each donor. (n=6) (L, M) ctNK were cultured in glucose-sufficient or glucose-depleted media overnight. The lysis of indicated AML cell lines was then assessed. (n=4) (M) The killing capacity of ctNK or ctNK treated with AZ or sPD-1 cultured in glucose-sufficient or glucose-depleted media of KG1 target cells was assessed. (n=4). Each symbol represents an individual human donor (C, D, I-L) or individual mouse (F). ****P<0.0001, ***P<0.001, **P<0.01, *P<0.05 Friedman test (C, D, I, K), Kruskal-Wallis test (F), paired t-test (J, L), or two-way ANOVA (M). Error bars, mean ± range (C-F), or mean ± s.e.m (G-M). See also Figure S5, S6 .

    Techniques Used: RNA Sequencing, Expressing, Cell Culture, Lysis



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    (A, B) RNA sequencing analysis was performed on ctNK cells alone or ctNK cells treated with AZ overnight. (A) Selected enrichment plots from pathway analysis. (n=5 healthy human donors) (B) Relative expression of DE genes involved in glycolysis or metabolism of fatty acids. (C, D) ctNK cells alone and ctNK cells treated with AZ or sPD-1 overnight were assessed for the expression of Cpt1a (n=12) (C) and <t>Bodipy</t> FLC-16 (n=12) and Bodipy 493/503 (n=6) uptake (D) and normalized to each donor. (E-G) PD-L1 -/- B16F10 were administered into flanks of NK-specific CPT1a -/- mice or their WT littermates. Mice were treated with AZ or PBS intraperitoneally three times a week. (F) Weight of resected PD-L1 -/- B16F10 tumors. (n=4 mice per group) (G) Tumor volume was measured at regular time points, as indicated. (H, I) Extracellular acidification rate (ECAR) was measured in ctNK. (n=6) (I) Glycolysis, glycolytic capacity and glycolytic reserve were calculated from the ECAR curve and normalized to each donor. (J) The expression of MTOR (left) and SLC7A5 (right) gene in ctNK cells and ctNK cells treated with AZ overnight. (n=5) (K) gMFI of pS6 in ctNK or ctNK cells treated with the AZ or sPD-1 overnight normalized to each donor. (n=6) (L, M) ctNK were cultured in glucose-sufficient or glucose-depleted media overnight. The lysis of indicated AML cell lines was then assessed. (n=4) (M) The killing capacity of ctNK or ctNK treated with AZ or sPD-1 cultured in glucose-sufficient or glucose-depleted media of KG1 target cells was assessed. (n=4). Each symbol represents an individual human donor (C, D, I-L) or individual mouse (F). ****P<0.0001, ***P<0.001, **P<0.01, *P<0.05 Friedman test (C, D, I, K), Kruskal-Wallis test (F), paired t-test (J, L), or two-way ANOVA (M). Error bars, mean ± range (C-F), or mean ± s.e.m (G-M). See also Figure S5, S6 .
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    (A, B) RNA sequencing analysis was performed on ctNK cells alone or ctNK cells treated with AZ overnight. (A) Selected enrichment plots from pathway analysis. (n=5 healthy human donors) (B) Relative expression of DE genes involved in glycolysis or metabolism of fatty acids. (C, D) ctNK cells alone and ctNK cells treated with AZ or sPD-1 overnight were assessed for the expression of Cpt1a (n=12) (C) and Bodipy FLC-16 (n=12) and Bodipy 493/503 (n=6) uptake (D) and normalized to each donor. (E-G) PD-L1 -/- B16F10 were administered into flanks of NK-specific CPT1a -/- mice or their WT littermates. Mice were treated with AZ or PBS intraperitoneally three times a week. (F) Weight of resected PD-L1 -/- B16F10 tumors. (n=4 mice per group) (G) Tumor volume was measured at regular time points, as indicated. (H, I) Extracellular acidification rate (ECAR) was measured in ctNK. (n=6) (I) Glycolysis, glycolytic capacity and glycolytic reserve were calculated from the ECAR curve and normalized to each donor. (J) The expression of MTOR (left) and SLC7A5 (right) gene in ctNK cells and ctNK cells treated with AZ overnight. (n=5) (K) gMFI of pS6 in ctNK or ctNK cells treated with the AZ or sPD-1 overnight normalized to each donor. (n=6) (L, M) ctNK were cultured in glucose-sufficient or glucose-depleted media overnight. The lysis of indicated AML cell lines was then assessed. (n=4) (M) The killing capacity of ctNK or ctNK treated with AZ or sPD-1 cultured in glucose-sufficient or glucose-depleted media of KG1 target cells was assessed. (n=4). Each symbol represents an individual human donor (C, D, I-L) or individual mouse (F). ****P<0.0001, ***P<0.001, **P<0.01, *P<0.05 Friedman test (C, D, I, K), Kruskal-Wallis test (F), paired t-test (J, L), or two-way ANOVA (M). Error bars, mean ± range (C-F), or mean ± s.e.m (G-M). See also Figure S5, S6 .

    Journal: bioRxiv

    Article Title: PD-L1 ligation on NK cells induces a metabolic shift from glycolysis to fatty acid oxidation, enhancing tumor infiltration and control

    doi: 10.1101/2025.06.27.661921

    Figure Lengend Snippet: (A, B) RNA sequencing analysis was performed on ctNK cells alone or ctNK cells treated with AZ overnight. (A) Selected enrichment plots from pathway analysis. (n=5 healthy human donors) (B) Relative expression of DE genes involved in glycolysis or metabolism of fatty acids. (C, D) ctNK cells alone and ctNK cells treated with AZ or sPD-1 overnight were assessed for the expression of Cpt1a (n=12) (C) and Bodipy FLC-16 (n=12) and Bodipy 493/503 (n=6) uptake (D) and normalized to each donor. (E-G) PD-L1 -/- B16F10 were administered into flanks of NK-specific CPT1a -/- mice or their WT littermates. Mice were treated with AZ or PBS intraperitoneally three times a week. (F) Weight of resected PD-L1 -/- B16F10 tumors. (n=4 mice per group) (G) Tumor volume was measured at regular time points, as indicated. (H, I) Extracellular acidification rate (ECAR) was measured in ctNK. (n=6) (I) Glycolysis, glycolytic capacity and glycolytic reserve were calculated from the ECAR curve and normalized to each donor. (J) The expression of MTOR (left) and SLC7A5 (right) gene in ctNK cells and ctNK cells treated with AZ overnight. (n=5) (K) gMFI of pS6 in ctNK or ctNK cells treated with the AZ or sPD-1 overnight normalized to each donor. (n=6) (L, M) ctNK were cultured in glucose-sufficient or glucose-depleted media overnight. The lysis of indicated AML cell lines was then assessed. (n=4) (M) The killing capacity of ctNK or ctNK treated with AZ or sPD-1 cultured in glucose-sufficient or glucose-depleted media of KG1 target cells was assessed. (n=4). Each symbol represents an individual human donor (C, D, I-L) or individual mouse (F). ****P<0.0001, ***P<0.001, **P<0.01, *P<0.05 Friedman test (C, D, I, K), Kruskal-Wallis test (F), paired t-test (J, L), or two-way ANOVA (M). Error bars, mean ± range (C-F), or mean ± s.e.m (G-M). See also Figure S5, S6 .

    Article Snippet: PD-L1-expressing human NK cells were treated with atezolizumab or sPD-1 overnight and approximately 2 x 10^5 cells were plated and cultured with 2ng/ml BODIPY 493/503 (ThermoFisher), 10 ng/ml BODIPY FL C16 (ThermoFisher) for 30 min at 37°C in PBS, washed with FACS buffers, stained with surface antibodies, and analyzed by flow cytometry.

    Techniques: RNA Sequencing, Expressing, Cell Culture, Lysis