J Drug Target. The direct Coomb’s test after transfusion. MIgG: mono\clonal anti\human globulin; PcIgG: ploy clonal anti\human globulin; C3d: complement 3d; NS: normal saline. F, The urine collected from each mouse in different group within 4?hours. G, The analysis Monooctyl succinate of free haemoglobin in urine. (H\J), The analysis of CREA, BUN and LDH in transfused mice peripheral blood. The model of hemolysis Monooctyl succinate was established through injection of heme from murine destroyed RBCs, followed by (K\M). Mice were injected with supernatant of lysated mice peripheral blood Monooctyl succinate (10L/g) via caudal vein, as HEMEs group. The control group was injected with equal amount of PBS. After 4h, the mice urines were collected and analyzed. HEME: the group of heme treatment; CTRL: the control group. K, The analysis of CREA in blood serum. L, The analysis of BUN in blood serum. M, The analysis of LDH in peripheral blood. N, Western blot analysis of TIM\1 and NGAL protein in RTECs from hemolysis model mice with heme injection. Each data represents 5 mice per group are shown as meanSD. *P?0.05; **P?0.01; ***P?0.001. CTM2-11-e373-s004.jpg (2.7M) GUID:?A7E47AB6-BA00-4559-8423-FB003F3D744A Figure S3 A, The potassium (K+) concentration in the supernatant of HK\2 cells after chemical hemes stimulation. B. HK\2 cells were incubated with various concentrations of KCl for 15 minutes before stimulation with chemical heme to analyze IL\1 maturation and caspase\1p20 in cellular supernatants by western blot. C\D, Densitometry analyses of Caspase1 and IL\1 according to (B). E, HK\2 cells were incubated with various concentrations of chemical heme for 4h to analyze mitochondrial membrane potential by flow cytometry. F, HK\2 cells were incubated with various concentrations of chemical heme for 4h to analyze cellular ROS level by flow cytometry. G, HK\2 cells were incubated with 50M chemical Rabbit Polyclonal to p70 S6 Kinase beta (phospho-Ser423) heme and 25M NAC for 4h to analyze cellular ROS level by flow cytometry. H, Cell viabilities were measured by CCK8 kit, after treated as in (G). Results were representative of five independent experiments. Data are shown as meanSD. *P?0.05; ** P?0.01; *** P?0.001. CTM2-11-e373-s001.jpg (1.7M) GUID:?078FCF7D-3308-4565-BD24-C005681C9B69 Figure S4 ATPase lies in NLRP3 NACHT domain. A, The 2\dimensional projection plan of the non\bonding interaction between 66PR and ATPase. B, The diagram of hydrogen bonding interaction between 66PR and amino acid residues (GLY229, LYS230, THR231, Ile232, Arg235) in ATPase; C, The diagram shows the hydrophobic interaction between 66PR and amino acid residues (LEU411, PRO410, TRP414, HIS520) in ATPase. CTM2-11-e373-s006.jpg (799K) GUID:?A5012A1F-1F49-4807-9ACD-99E121E8D982 Figure S5 A, Western blot analysis of caspase\1, GSDMD and IL\1 in total lysates (CL) and supernatants (SN) from HK\2 cells after inhibitors treatment. B\D, Densitometry analysis of IL\1, Caspase\1 and GSDMD based on (A). E, The observation of HK\2 cells under light microscope after inhibitors administration (bar?=?50m). F, The observation and analysis of nuclei (DAPI, blue) and GSDMD (red) foci of HK\2cells after inhibitors treatment by laser confocal microscope (bar?=?50m). G\H, The detection of TIM\1 and NGAL by laser confocal microscope and quantity of HK\2cells containing TIM\1+ foci and NGAL + foci after inhibitors treatment (bar?=?50m). Results are representative of five experiments. Data are shown as meanSD. *P?0.05; ** P?0.01; *** P?0.001. CTM2-11-e373-s002.jpg (5.9M) GUID:?56070666-E6DE-4493-BC5A-3815D5AB295C Figure S6 HK\2 cells were incubated 66PR compound and 50M chemical hemes for 4h. A, The potassium (K+) concentration in the supernatant of HK\2 cells were measured. B, The mitochondrial membrane potential was measured by flow cytometry. C,.
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