Assays by cellular functions
Assays are listed alphabetically by cellular functions and are cross-listed in all relevant general categories
| Cell Death (Cytotoxicity, Apoptosis, Autophagy…) | Inflammation & Cell Stress |
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Activated NF KappaB/p65 (phosphorylation on Ser529 ) Autophagy Autophagy and Poly-Ubiquitin Detection Calpain activity (Fluofarma biosensor) Caspase 3/7 activation (FAM-DEVD-FMK peptide) Caspase 3/7 activity (Fluofarma biosensor) Caspase 9 Activation Cell cycle Cell cycle on synchronized cells Cell proliferation (EdU) Cell proliferation index Cell senescence CHOP/GADD153 Detection c-Jun Activation Cleaved PARP Detection Clonogenicity (Flow cytometry) Cytochrome c release Cytolysis Cytotoxicity ERK activation (pERK1/2) Heme Oxygenase 1 and Phospho-p38 Activation Histone H3 acetylation (Lys9) Hsp27 and Phospho-Hsp27 Detection Hsp27 Detection Inositol trisphosphate receptor channel Intracellular calcium homeostasis Intracellular Glutathione (GSH) content Intracellular neutral lipid accumulation Intracellular neutral lipid and phospho-lipid accumulation Intracellular phospho-lipid accumulation Intracellular reactive oxigen species Ku70/80 Activation MDM2 and p53 Detection MDM2 Detection Micronuclei Mitochondrial membrane potential Neurite outgrowth NFkB Activation NFkB and c-Jun Activation p21 p38 activation (phospho-p38) p53 activation p53 and p21 Detection Assay P-glycoprotein (P-gp) activity Phospho-4E-BP1 Detection Phospho-ATM Activation Phospho-ATM and p53 Activation Phospho-Chk2 Activation Phospho-c-Jun and Phospho-JNK Detection Phospho-GSK-3 Detection Phospho-Hsp27 Detection Phospho-JNK Detection Phospho-mTOR Phospho-p53 and p53 Activation Phosphophorylated Akt substrates (motif R-X-R-X-X-S*/T* ) Phosphophorylated PKA substrates (motif R-R-X-S*/T*) Phosphorylated ATM/ATR substrates (motif Hyd-S*/T*-Q) Phosphorylated CDK substrates (motif K/R-S*-P-X-K/R) Phosphorylated MAPK/CDK substrates (motif T*-P) Phosphorylated PKC substrates (motif R/K-X-S*-Hyd-R/K ) Plant cell health status (ecotoxicology) Poly-Ubiquitin Detection |
Activated NF KappaB/p65 (phosphorylation on Ser529 ) ATF-2 Activation Autophagy Autophagy and Poly-Ubiquitin Detection Beta-Catenin Activation Calpain activity (Fluofarma biosensor) Caspase 3/7 activation (FAM-DEVD-FMK peptide) Caspase 3/7 activity (Fluofarma biosensor) Caspase 9 Activation Cell cycle Cell cycle: BrdU - Histone H3 Cell cycle on synchronized cells Cell migration Cell proliferation (EdU) Cell proliferation index Cell senescence CHOP/GADD153 Detection c-Jun Activation Cleaved PARP Detection Clonogenicity (Flow cytometry) COX-2 Activation Cyclin B1 Activation Cytochrome c release Cytolysis Cytoskeletal Rearrangement: F-actin Cytoskeletal Rearrangement: F-actin and Tubulin Cytoskeletal Rearrangement: Tubulin Cytotoxicity DNA double strand breaks Dopamine metabolism (DOPAC/DA ratio) Endothelial tube formation (in vitro angiogenesis) ERK activation (pERK1/2) FADH2 FOXO1A Activation FOXO3a gamma secretase Glucocorticoid Receptor translocation Heme Oxygenase 1 Activation Heme Oxygenase 1 and Phospho-p38 Activation HIF-1 alpha HIF-1 alpha, Phospho-CREB, FOXO3a Histone H3 acetylation (Lys9) Hsp27 and Phospho-Hsp27 Detection Hsp27 Detection Hsp60 and Hsp90-beta Detection Hsp60 Detection Hsp70 Detection Hsp70 and Hsp90-alpha Detection Hsp90Detection Immunophilin FKBP52 Detection iNOS Activation Inositol trisphosphate receptor channel Intracellular calcium homeostasis Intracellular Glutathione (GSH) content Intracellular neutral lipid accumulation Intracellular neutral lipid and phospho-lipid accumulation Intracellular phospho-lipid accumulation Intracellular reactive oxigen species Ku70/80 Activation MDM2 and p53 Detection MDM2 Detection Micronuclei Mitochondrial membrane potential Mitotic index: Phospho-histone H3 MnSOD and Phospho-H2AX Induction MnSOD Induction NADH,H+ and FADH2 NADH,H+ Neurite outgrowth NFAT Activation NFkB Activation NFkB and c-Jun Activation Quantification of dopaminergic neurons (TH) p21 p38 activation (phospho-p38) p53 activation p53 and p21 Detection Assay P-glycoprotein (P-gp) activity Phospho-4E-BP1 Detection Phospho-ATM Activation Phospho-ATM and p53 Activation Phospho-Chk2 Activation Phospho-c-Jun and Phospho-JNK Detection Phospho-CREB Phospho-GSK-3 Detection Phospho-Hsp27 Detection Phospho-JNK Detection Phospho-mTOR Phospho-p53 and p53 Activation Phosphophorylated Akt substrates (motif R-X-R-X-X-S*/T* ) Phosphophorylated PKA substrates (motif R-R-X-S*/T*) Phospho-PLK1 Activation Phospho-Rb Activation Phosphorylated ATM/ATR substrates (motif Hyd-S*/T*-Q) Phosphorylated CDK substrates (motif K/R-S*-P-X-K/R) Phosphorylated MAPK/CDK substrates (motif T*-P) Phosphorylated PKC substrates (motif R/K-X-S*-Hyd-R/K ) Phospho-S6 Detection PKA Activation PKA and Phospho-CREB Activation PKC-alpha Activation Plant cell health status (ecotoxicology) Poly-Ubiquitin Detection Smad3 Smad3 and Phospho-CREB STAT1 STAT2 STAT3 Synaptogenesis: MAP2, PSD95, Synaptophysin Tau phosphorylation (Tau-P Ser199 rate) Topoisomerase II activity |
| Genotoxicity, DNA Damage & Repair | Cell Signaling & Transcription Factors |
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Cell cycle Cell cycle on synchronized cells Cell proliferation (EdU) Cell proliferation index Cell senescence Cleaved PARP Detection Clonogenicity (Flow cytometry) DNA double strand breaks Intracellular reactive oxigen species Ku70/80 Activation MDM2 and p53 Detection MDM2 Detection Micronuclei MnSOD and Phospho-H2AX Induction MnSOD Induction p21 p53 activation p53 and p21 Detection Assay Phospho-ATM Activation Phospho-ATM and p53 Activation Phospho-Chk2 Activation Phospho-p53 and p53 Activation Topoisomerase II activity |
Activated NF KappaB/p65 (phosphorylation on Ser529 ) ATF-2 Activation Autophagy Autophagy and Poly-Ubiquitin Detection Beta-Catenin Activation Calpain activity (Fluofarma biosensor) Caspase 9 Activation Cell migration Cell senescence CHOP/GADD153 Detection c-Jun Activation Clonogenicity (Flow cytometry) Dopamine metabolism (DOPAC/DA ratio) ERK activation (pERK1/2) FADH2 FOXO1A Activation FOXO3a gamma secretase Glucocorticoid Receptor translocation HIF-1 alpha HIF-1 alpha, Phospho-CREB, FOXO3a Histone H3 acetylation (Lys9) Inositol trisphosphate receptor channel Intracellular calcium homeostasis Intracellular Glutathione (GSH) content Intracellular neutral lipid accumulation Intracellular neutral lipid and phospho-lipid accumulation Intracellular phospho-lipid accumulation Intracellular reactive oxigen species MDM2 and p53 Detection Mitochondrial membrane potential NADH,H+ and FADH2 NADH,H+ Neurite outgrowth NFAT Activation NFkB Activation NFkB and c-Jun Activation p21 p38 activation (phospho-p38) p53 activation p53 and p21 Detection Assay Phospho-ATM Activation Phospho-ATM and p53 Activation Phospho-Chk2 Activation Phospho-c-Jun and Phospho-JNK Detection Phospho-CREB Phospho-GSK-3 Detection Phospho-JNK Detection Phospho-mTOR Phospho-p53 and p53 Activation Phosphophorylated Akt substrates (motif R-X-R-X-X-S*/T* ) Phosphophorylated PKA substrates (motif R-R-X-S*/T*) Phosphorylated ATM/ATR substrates (motif Hyd-S*/T*-Q) Phosphorylated CDK substrates (motif K/R-S*-P-X-K/R) Phosphorylated MAPK/CDK substrates (motif T*-P) Phosphorylated PKC substrates (motif R/K-X-S*-Hyd-R/K ) PKA Activation PKA and Phospho-CREB Activation PKC-alpha Activation Poly-Ubiquitin Detection Smad3 Smad3 and Phospho-CREB STAT1 STAT2 STAT3 Tau phosphorylation (Tau-P Ser199 rate) |
| Cell Cycle & Proliferation | Morphology & Phenotypic Changes |
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Cell cycle Cell cycle: BrdU - Histone H3 Cell cycle on synchronized cells Cell proliferation (EdU) Cell proliferation index Cell senescence Clonogenicity (Flow cytometry) Cyclin B1 Activation ERK activation (pERK1/2) Histone H3 acetylation (Lys9) Intracellular reactive oxigen species Ku70/80 Activation Mitotic index: Phospho-histone H3 p21 p38 activation (phospho-p38) p53 activation Phospho-Chk2 Activation Phospho-p53 and p53 Activation Phosphophorylated Akt substrates (motif R-X-R-X-X-S*/T* ) Phosphophorylated PKA substrates (motif R-R-X-S*/T*) Phospho-PLK1 Activation Phospho-Rb Activation Phosphorylated ATM/ATR substrates (motif Hyd-S*/T*-Q) Phosphorylated CDK substrates (motif K/R-S*-P-X-K/R) Phosphorylated MAPK/CDK substrates (motif T*-P) Phosphorylated PKC substrates (motif R/K-X-S*-Hyd-R/K ) Plant cell health status (ecotoxicology) |
Cell migration Cell senescence Clonogenicity (Flow cytometry) Cytoskeletal Rearrangement: F-actin Cytoskeletal Rearrangement: F-actin and Tubulin Cytoskeletal Rearrangement: Tubulin Endothelial tube formation (in vitro angiogenesis) Micronuclei Neurite outgrowth NeuroToxicity: Gliosis Quantification of dopaminergic neurons (TH) Synaptogenesis: MAP2, PSD95, Synaptophysin |
Please do not hesitate to contact us for any enquiry regarding our assay or download our catalog for the exhaustive assay list.
Breaking news
High Content Analysis 2012
Fluofarma will be attending the High Content Analysis 2012 in San Francisco, from January 9th to 12th. We look forward to seeing you at our booth (n° 34) and your are welcome the 11th at the « Luncheon Technology Showcase: High-Content Data Analysis » where Fluofarma will present CytoSurfe®r. An innovative and intuitive software application for High content image analysis.Read more [+]
Scientific Publication
Fluofarma is glad to announce a new scientific publication in the journal "The American Journal of Pathology".Read more [+]