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Human Cytokine Array GS1200

Human Cytokine Array GS1200

ArtNr	GSH-CAA-1200-2
Hersteller	Raybiotech
Menge	32 Sample Kit
Quantity options	16 Sample Kit 32 Sample Kit 64 Sample Kit
Kategorie	Arrays Antibody Arrays
Typ	Array
Specific against	Human
ECLASS 10.1	32161000
ECLASS 11.0	32161000
UNSPSC	41116126
Versandbedingung	Gekühlt
Lieferbar
Number of Targets Detected	1200
Species Detected	Human
Compatible Sample Types	Cell Culture Supernatants Cell Lysates Other Body Fluids Plasma Serum Tissue Lysates
Design Principle	Sandwich-based
Method of Detection	Fluorescence Laser Scanner
Quantitative/Semi-Quantitative	Semi-Quantitative
Solid Support	Glass Slide
Gene Symbols	ACAN \| ACE \| ACE2 \| ACP5 \| ACVR1 \| ACVR1B \| ACVR2A \| ACVR2B \| ADA \| ADAM12\| ADAM17 \| ADAM22 \| ADAM23 \| ADAM8 \| ADAM9 \| ADAMTS13 \| ADAMTSL1 \| ADIPOQ \| AFP \| AGRP \| AGT \| AHSG \| AIFM1 \| AKR1C4 \| ALB \| ALCAM \| AMHR2 \| AMICA1 \| AMIGO1 \| AMIGO2 \| AMN \| ANG \| ANGPT1 \| ANGPT2 \| ANGPT4 \| ANGPTL3 \| ANGPTL4 \| ANGPTL7 \| ANTXR2 \| ANXA5 \| AREG \| ARG1 \| ARNT \| ARSA \| ARSB \| ARTN \| ASAH2 \| AXL \| B2M \| B3GNT2 \| B4GALT1 \| BAI1 \| BAMBI \| BATF3 \| BCAM \| BCAN \| BCL10 \| BCL2 \| BCL2L2 \| BDNF \| BGN \| BID \| BIRC2 \| BIRC3 \| BMP2 \| BMP4 \| BMP5 \| BMP7 \| BMP8A \| BMPR1A \| BMPR1B \| BMPR2 \| BOC \| BORA \| BSG \| BST1 \| BTC \| C1QTNF4 \| C1QTNF9 \| C5 \| CA (19-9) \| CA (72-4) \| CA12 \| CA13 \| CA14 \| CA2 \| CA4 \| CA5A \| CA5B \| CA6 \| CA8 \| CA9 \| CADM3 \| CALCA \| CALR \| CALR3 \| CANT1 \| CASP7 \| CASP8 \| CAV2 \| CCL1 \| CCL11 \| CCL13 \| CCL14 \| CCL15 \| CCL16 \| CCL17 \| CCL18 \| CCL19 \| CCL2 \| CCL20 \| CCL21 \| CCL22 \| CCL23 \| CCL24 \| CCL25 \| CCL26 \| CCL27 \| CCL28 \| CCL3 \| CCL4 \| CCL5 \| CCL7 \| CCL8 \| CD109 \| CD14 \| CD163 \| CD2 \| CD200 \| CD200R1 \| CD207 \| CD22 \| CD226 \| CD244 \| CD27 \| CD274 \| CD276 \| CD28 \| CD300A \| CD300C \| CD300E \| CD300LF \| CD320 \| CD34 \| CD36 \| CD4 \| CD40 \| CD40LG \| CD48 \| CD5 \| CD58 \| CD6 \| CD69 \| CD7 \| CD70 \| CD80 \| CD83 \| CD84 \| CD86 \| CD97 \| CD99 \| CD99L2 \| CDC25B \| CDH1 \| CDH11 \| CDH13 \| CDH17 \| CDH2 \| CDH3 \| CDH4 \| CDH5 \| CDH6 \| CDKN1B \| CDNF \| CDO1 \| CEACAM1 \| CEACAM3 \| CEACAM5 \| CER1 \| CES1 \| CES2 \| CFD \| CGA \| CGB \| CHI3L1 \| CHL1 \| CHMP2B \| CHST1 \| CHST2 \| CHST3 \| CHST4 \| CILP \| CLEC10A \| CLEC1A \| CLEC1B \| CLEC4G \| CLEC4M \| CLEC5A \| CLEC6A \| CLEC7A \| CLEC9A \| CLSTN1 \| CLU \| CNTF \| CNTFR \| CNTN1 \| CNTN2 \| CNTN3 \| CNTN5 \| CNTNAP2 \| COCH \| COLEC12 \| COMP \| COMT \| CPA2 \| CPB1 \| CPE \| CREG1 \| CRELD2 \| CRIM1 \| CRISP2 \| CRKL \| CRLF2 \| CRP \| CRTAC1 \| CRTAM \| CSF1 \| CSF1R \| CSF2 \| CSF2RA \| CSF2RB \| CSF3 \| CSF3R \| CSPG4 \| CSPG5 \| CST1 \| CST2 \| CST3 \| CST4 \| CST5 \| CST6 \| CSTA \| CSTB \| CTF1 \| CTLA4 \| CTRC \| CTSB \| CTSE \| CTSH \| CTSL \| CTSS \| CTSV \| CTTN \| CX3CL1 \| CXADR \| CXCL1 \| CXCL10 \| CXCL11 \| CXCL12 \| CXCL13 \| CXCL14 \| CXCL16 \| CXCL5 \| CXCL6 \| CXCL8 \| CXCL9 \| CYR61 \| DAPP1 \| DBH \| DCN \| DCTN1 \| DDC \| DDR1 \| DES \| DFFA \| DKK1 \| DKK3 \| DKK4 \| DLK1 \| DLL1 \| DLL4 \| DNMT3A \| DPP4 \| DPP7 \| DRAXIN \| DSC3 \| DSCAM \| DSG1 \| DSG2 \| DSG3 \| EDA \| EDA2R \| EDAR \| EDIL3 \| EFNA4 \| EFNB3 \| EGF \| EGFR \| EMR2 \| ENG \| ENO2 \| ENPP2 \| ENPP7 \| ENTPD3 \| ENTPD5 \| ENTPD6 \| EPCAM \| EPHA1 \| EPHA2 \| EPHB2 \| EPHB3 \| EPHB4 \| EPHB6 \| EPO \| EPOR \| EPYC \| ERAP2 \| ERBB2 \| ERBB3 \| ERBB4 \| EREG \| ESAM \| ESM1 \| EXTL3 \| F10 \| F11R \| F2R \| F3 \| F7 \| FABP1 \| FABP2 \| FABP4 \| FABP6 \| FAM19A1 \| FAM19A2 \| FAM19A5 \| FAM3C \| FAP \| FAS \| FASLG \| FCAR \| FCER1A \| FCER2 \| FCGR2B \| FCN1 \| FCRL1 \| FCRL2 \| FCRL3 \| FCRL5 \| FCRLB \| FGF1 \| FGF12 \| FGF16 \| FGF17 \| FGF19 \| FGF2 \| FGF20 \| FGF21 \| FGF23 \| FGF3 \| FGF4 \| FGF5 \| FGF6 \| FGF7 \| FGF9 \| FGFRL1 \| FGR \| FIGF \| FKBP5 \| FLRT1 \| FLRT2 \| FLT1 \| FLT3 \| FLT3LG \| FLT4 \| FOLH1 \| FOLR1 \| FOLR2 \| FOSB \| FRS2 \| FRZB \| FSHB \| FST \| FSTL1 \| FSTL3 \| FTH1 \| FUCA1 \| FURIN \| FUT8 \| GAL \| GALNT10 \| GALNT2 \| GALNT3 \| GAS1 \| GAS6 \| GATA4 \| GATA5 \| GBA3 \| GCG \| GDF11 \| GDF15 \| GDF2 \| GDF3 \| GDF6 \| GDF9 \| GDNF \| GFAP \| GFRA1 \| GFRA2 \| GH1 \| GHR \| GIF \| GKN1 \| GLI3 \| GNLY \| GOLM1 \| GP1BA \| GP5 \| GP6 \| GPC1 \| GPC2 \| GPC3 \| GPC5 \| GPNMB \| GPR111 \| GPR115 \| GPR56 \| GPRASP1 \| GPRASP2 \| GRAP2 \| GRK5 \| GRN \| GRP \| GSTM1 \| GUSB \| GZMA \| GZMB \| GZMH \| HAGH \| HAO1 \| HAPLN1 \| HAVCR1 \| HAVCR2 \| HBEGF \| HEPACAM \| HFE2 \| HGF \| HIF1A \| HMOX1 \| HPN \| HS3ST1 \| HS3ST3B1 \| HS3ST4 \| HSD17B1 \| HTRA2 \| ICAM1 \| ICAM2 \| ICAM3 \| ICOS \| ICOSLG \| IDO1 \| IFNAR2 \| IFNB1 \| IFNG \| IFNGR1 \| IFNL1 \| IFNL2 \| IFNLR1 \| IGF1 \| IGF1R \| IGF2 \| IGF2R \| IGFBP1 \| IGFBP2 \| IGFBP3 \| IGFBP4 \| IGFBP5 \| IGFBP6 \| IGSF3 \| IL10 \| IL10RA \| IL10RB \| IL11 \| IL12A \| IL12B \| IL13 \| IL13RA1 \| IL13RA2 \| IL15 \| IL15RA \| IL16 \| IL17A \| IL17B \| IL17C \| IL17F \| IL17RA \| IL17RB \| IL17RC \| IL17RD \| IL18 \| IL18BP \| IL18R1 \| IL18RAP \| IL19 \| IL1A \| IL1B \| IL1F10 \| IL1R1 \| IL1R2 \| IL1RAP \| IL1RL1 \| IL1RL2 \| IL1RN \| IL2 \| IL20 \| IL20RA \| IL20RB \| IL21 \| IL21R \| IL22 \| IL22RA1 \| IL22RA2 \| IL23A \| IL23R \| IL24 \| IL25 \| IL27 \| IL27RA \| IL2RA \| IL2RB \| IL2RG \| IL3 \| IL31 \| IL31RA \| IL32 \| IL33 \| IL34 \| IL36A \| IL36B \| IL36G \| IL36RN \| IL37 \| IL4 \| IL4R \| IL5 \| IL5RA \| IL6 \| IL6R \| IL6ST \| IL7 \| IL7R \| IL9 \| INHA \| INHBA \| INS \| INSR \| ITGA1 \| ITGA2 \| ITGA5 \| ITGAM \| ITGAV \| JAG1 \| JAG2 \| JAM2 \| JAM3 \| KDR \| KEL \| KIR2DL3 \| KIRREL3 \| KIT \| KITLG \| KLF4 \| KLK1 \| KLK11 \| KLK12 \| KLK14 \| KLK3 \| KLK5 \| KLK7 \| KLRF1 \| KLRK1 \| KREMEN2 \| KRT18 \| KRT19 \| KRT8 \| KYNU \| LAG3 \| LAIR1 \| LAIR2 \| LAMA4 \| LAMP1 \| LAMP2 \| LAT2 \| LAYN \| LCN1 \| LCN2 \| LDLR \| LEP \| LEPR \| LGALS1 \| LGALS2 \| LGALS3 \| LGALS4 \| LGALS7 \| LGALS8 \| LGALS9 \| LGMN \| LHB \| LIF \| LIFR \| LILRB1 \| LILRB2 \| LILRB4 \| LIN28A \| LOXL2 \| LRFN3 \| LRIG1 \| LRIG3 \| LRP6 \| LRRC4 \| LRRTM3 \| LRRTM4 \| LSAMP \| LTA \| LTBR \| LUM \| LY9 \| LYVE1 \| MASP1 \| MATN2 \| MATN3 \| MBL2 \| MCEMP1 \| MCL1 \| MDGA1 \| MDGA2 \| MDK \| MDM2 \| MEF2C \| MEP1A \| MEP1B \| MEPE \| MERTK \| MET \| METAP1D \| METAP2 \| MFRP \| MIA \| MICA for more please inquire
Application Information	Multiplexed Protein Detection Detection of Relative Protein Expression Detecting Patterns of Cytokine Expression Biomarker Screening Identifying Key Factors Confirming a Biological Process
Kit Components	Antibody Array Slide/s Blocking Buffer Wash Buffer 1 Wash Buffer 2 Biotinylated Detection Antibody Cocktail Streptavidin- Conjugated Fluor30 ml Centrifuge Tube Adhesive Plastic Strips Manual
Other Materials Required	Distilled or deionized water Small plastic boxes or containers Pipettors, pipette tips and other common lab consumables Orbital shaker or oscillating rocker Aluminum foil Gene microarray scanner or similar laser fluorescence scanner
Protocol Outline	Dry the glass slide Prepare Standards Block array surface Incubate with samples Incubate with Biotinylated Detection Antibody Cocktail Incubate with Streptavidin- Conjugated Fluor Disassemble the glass slide Scan with a gene microarray laser scanner Perform densitometry and analysis
Product Features	High sensitivity (pg/mL to ng/mL levels) High specificity and system reproducibility Suitable for diverse sample types Low sample volume requirement: 50 µL or less Get results same day (6-hour processing time) Well-suited for high throughput assays Test 16 samples on each slide Data analysis software provides one-step computation
Introduction	RayBio® G-Series Arrays are glass slide-based antibody arrays which allow researchers to conduct rapid, accurate expression profiling of hundreds of cytokines, chemokines, growth factors, proteases, soluble receptors and other proteins from any biological fluid. Like a traditional sandwich-based ELISA, this array uses a matched pair of cytokine-specific antibodies for detection. Like the Quantibody® Multiplex ELISA Arrays, G-Series utilizes a highly sensitive and stable fluorescent readout which can be detected by most laser fluorescent scanner systems (see below for more info). After capturing the spot densities with a laser scanner, normalization of the raw data can be easily calculated by the researcher, or by a quick copy-paste into our excel-based Analysis Tool software.This array as well as all catalog numbers beginning with 'GS' differ from the classic G-Series Arrays in a few important ways. First, each capture antibody is printed in quadruplicate instead of duplicate, delivering higher precision. Secondly, this array features the same antibody panels used in our Quantibody Arrays, allowing a seamless transition to our quantitative multiplex assay platform. Lastly, all 16 wells are spotted as sub-arrays, delivering easy handling of 16 samples simultaneously while consuming low sample volumes (10 - 100 µl per array).

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