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cDNA Plate Arrays from RNA

 
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Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.

 

Human NFkB-Regulated cDNA Plate Array AP-0101


NFkB is a ubiquitous transcription factor that plays a key role in cellular responses to numerous stimuli such as stress, cytokines, ultraviolet irradiation, and bacterial or viral antigens. Incorrect regulation of NFkB has been linked to cancer, inflammatory and autoimmune diseases, and septic shock. When NFkB is activated, it dissociates from its inhibitor IkB and moves from the cytoplasm to the nucleus.  Once in the nucleus, it binds to target DNA elements and positively regulates the transcription of genes involved in immune and inflammatory responses, cell growth control, and apoptosis.

Signosis has developed a plate-based array for profiling 20+ NFkB-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A BCL2 IL6  Myc  BCL2 IL6  Myc  BCL2 IL6  Myc  BCL2 IL6  Myc 
B Beta-actin  IL8  NOS2  Beta-actin  IL8  NOS2  Beta-actin  IL8  NOS2  Beta-actin  IL8  NOS2 
C CCND1 GAPDH  p53 CCND1 GAPDH  p53 CCND1 GAPDH  p53 CCND1 GAPDH  p53
D Cox-2  IFNg TNFA  Cox-2  IFNg TNFA  Cox-2  IFNg TNFA  Cox-2  IFNg TNFA 
E FAS-L  IRF1  TNFR  FAS-L  IRF1  TNFR  FAS-L  IRF1  TNFR  FAS-L  IRF1  TNFR 
F IFNB1  MDR1 VCAM1 IFNB1  MDR1 VCAM1 IFNB1  MDR1 VCAM1 IFNB1  MDR1 VCAM1
G IL1A  MMP1  VEGFC IL1A  MMP1  VEGFC IL1A  MMP1  VEGFC IL1A  MMP1  VEGFC
H IL2 Myb Blank IL2 Myb Blank IL2 Myb Blank IL2 Myb Blank

NFkB cDNA

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human HIF-Regulated cDNA Plate Array AP-0111


Rapidly growing tumors result in hypoxic regions. Adaptive responses of most cells to hypoxia are (1) to produce VEGF and other hypoxia-induced angiogenic cytokines that promote increased tissue vascularization, thereby increasing tissue oxygenation, and (2) to switch metabolically from oxidative phosphorylation to anaerobic glycolysis. Hypoxia-inducible factor 1 (HIF-1) is an oxygen-regulated transcriptional activator that plays essential roles in the process. The HIF-1alpha subunit is oxygen-dependent ubiquitination and proteasomal degradation. In addition, cytokines including interleukin-1 (IL-1) and tumor necrosis factor-alpha (TNF-alpha) stimulate HIF-1 dependent gene expression. HIF-1 increases the expression of several genes that promote blood flow and inflammation, such as vascular endothelial growth factor (VEGF). 

Signosis has developed a plate-based array for profiling 20+ HIF-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A BCL2 HIF-2a PDGF-A BCL2 HIF-2a PDGF-A BCL2 HIF-2a PDGF-A BCL2 HIF-2a PDGF-A
B Beta-actin HPRT PDK1 Beta-actin HPRT PDK1 Beta-actin HPRT PDK1 Beta-actin HPRT PDK1
C CA9 IGF-II NDRG1 CA9 IGF-II NDRG1 CA9 IGF-II NDRG1 CA9 IGF-II NDRG1
D CTSD  Leptin SAG CTSD  Leptin SAG CTSD  Leptin SAG CTSD  Leptin SAG
E BHLHB2 MMP1 SLC6A8 BHLHB2 MMP1 SLC6A8 BHLHB2 MMP1 SLC6A8 BHLHB2 MMP1 SLC6A8
F Glut-1 MXI-1 VEGF Glut-1 MXI-1 VEGF Glut-1 MXI-1 VEGF Glut-1 MXI-1 VEGF
G Glut-3 NDRG2 VHL Glut-3 NDRG2 VHL Glut-3 NDRG2 VHL Glut-3 NDRG2 VHL
H HIF-1a PAI-1 Blank HIF-1a PAI-1 Blank HIF-1a PAI-1 Blank HIF-1a PAI-1 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Apoptosis cDNA Plate Array I AP-0121


Apoptosis is a cellular process involving cytoplasmic condensation and cell shrinkage, chromatin condensation, membrane blebbing, nuclear fragmentation, and the formation of apoptotic bodies, which leads to programmed cell death. During the process, a series of biochemical reactions occur, such as the activation of intracellular proteases and regulation of apoptosis-associated genes. Signosis’ Apoptosis-Associated cDNA Plate Array provides an approach for profiling the expression of apoptosis-regulating genes. 

Signosis has developed a plate-based array for profiling 20+ Apoptosis-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A AIF BID GAPDH AIF BID GAPDH AIF BID GAPDH AIF BID GAPDH
B APAF1 CASP3 LTA APAF1 CASP3 LTA APAF1 CASP3 LTA APAF1 CASP3 LTA
C BAD CASP8 MCL1 BAD CASP8 MCL1 BAD CASP8 MCL1 BAD CASP8 MCL1
D BAK CASP9 p53 BAK CASP9 p53 BAK CASP9 p53 BAK CASP9 p53
E BAX CYCS SMAC BAX CYCS SMAC BAX CYCS SMAC BAX CYCS SMAC
F BCL2 FAS Survivin BCL2 FAS Survivin BCL2 FAS Survivin BCL2 FAS Survivin
G Bcl-xL FASL TNFa Bcl-xL FASL TNFa Bcl-xL FASL TNFa Bcl-xL FASL TNFa
H Beta-actin FLIP Blank Beta-actin FLIP Blank Beta-actin FLIP Blank Beta-actin FLIP Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human p53-Regulated cDNA Plate Array AP-0141


p53 plays a crucial role in maintaining ordered proliferation, growth, and differentiation of normal cells. While p53 normally exists in the cell at a very low level and in a relatively inactive form, in response to cellular stress it accumulates in the nucleus, where it binds to specific DNA sequences. p53 is known to induce or inhibit the expression of more than 100 target genes. Mutations of the p53 gene is the most frequently encountered genetic event in cancer, thereby inactivating p53 and resulting in the disruption of the expression of target genes. Therefore, expression profiling of p53 target genes will facilitate the functional study of p53. 


Signosis has developed a plate-based array for profiling 20+ p53-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A 14-3-3 Cyclin B MSH2 14-3-3 Cyclin B MSH2 14-3-3 Cyclin B MSH2 14-3-3 Cyclin B MSH2
B B-actin GADD45 p21 B-actin GADD45 p21 B-actin GADD45 p21 B-actin GADD45 p21
C Bax HNF4A PTEN Bax HNF4A PTEN Bax HNF4A PTEN Bax HNF4A PTEN
D BCL-2 IGF-2 RB1 BCL-2 IGF-2 RB1 BCL-2 IGF-2 RB1 BCL-2 IGF-2 RB1
E cdc2 Jun Stat3 cdc2 Jun Stat3 cdc2 Jun Stat3 cdc2 Jun Stat3
F cdc25 MDM2 TGF beta cdc25 MDM2 TGF beta cdc25 MDM2 TGF beta cdc25 MDM2 TGF beta
G CDKN2A MDR1 TIMP-3 CDKN2A MDR1 TIMP-3 CDKN2A MDR1 TIMP-3 CDKN2A MDR1 TIMP-3
H c-myc MMP1 VEGF c-myc MMP1 VEGF c-myc MMP1 VEGF c-myc MMP1 VEGF

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Stat3-Regulated cDNA Plate Array AP-0151


Signal Transducer and Activator of Transcription 3 (Stat3) is a transcription factor that mediates the nuclear action of many different cytokines and growth factors. It plays roles in cell growth and apoptosis. Stat3 also participates in cellular transformation and tumorigenesis. The aberrant activation of Stat3 in tumor cells has been considered as a drug target. Stat3 is activated by tyrosine phosphorylation in response to a wide range of cytokines, growth factors, and hormones. Tyrosine phosphorylation triggers dimerization and nuclear translocation of the protein. Stat3 mediates the expression of its target genes that are involved in a diverse array of biological processes such as oncogenesis, cell growth, and differentiation. 

Signosis has developed a plate-based array for profiling 20+ Stat3-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.
 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A A2M c-myc Jun A2M c-myc Jun A2M c-myc Jun A2M c-myc Jun
B CCND1 CRP JunB CCND1 CRP JunB CCND1 CRP JunB CCND1 CRP JunB
C b-actin cyclin E Mcl-1 b-actin cyclin E Mcl-1 b-actin cyclin E Mcl-1 b-actin cyclin E Mcl-1
D Bad DNMT1 OSM Bad DNMT1 OSM Bad DNMT1 OSM Bad DNMT1 OSM
E Bax GAPDH p21 Bax GAPDH p21 Bax GAPDH p21 Bax GAPDH p21
F Bcl-2 gp130 p27 Bcl-2 gp130 p27 Bcl-2 gp130 p27 Bcl-2 gp130 p27
G Bcl-xL GSK-3beta Survivine Bcl-xL GSK-3beta Survivine Bcl-xL GSK-3beta Survivine Bcl-xL GSK-3beta Survivine
H c-fos IL-10 Blank c-fos IL-10 Blank c-fos IL-10 Blank c-fos IL-10 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Akt Pathway cDNA Plate Array AP-0161


Akt is a serine/threonine protein kinase that plays important roles in mediating signals for numerous of cell functions including cell growth, differentiation, cell cycle, transcription, and glucose metabolism. The enzyme is activated by PI3K, and activated Akt leads to phosphorylation of a wide range of protein substrates such as GSK-3, IKK-ß, BAD, MDM2, mTOR, CASP9, p21Cip1, p27Kip1. Differential expression of Akt substrates contributes different phenotypic outcomes. 

Signosis has developed a plate-based array for profiling 20+ Akt-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.


List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A 14-3-3 sigma           CCND1 MDM2 14-3-3 sigma           CCND1 MDM2 14-3-3 sigma           CCND1 MDM2 14-3-3 sigma           CCND1 MDM2
B 4E-BP eNOS mTOR 4E-BP eNOS mTOR 4E-BP eNOS mTOR 4E-BP eNOS mTOR
C Akt1 FOXO1 p21 Akt1 FOXO1 p21 Akt1 FOXO1 p21 Akt1 FOXO1 p21
D Akt2 FOXO3 p27, kip1 Akt2 FOXO3 p27, kip1 Akt2 FOXO3 p27, kip1 Akt2 FOXO3 p27, kip1
E Akt3 GAPDH p70-S6K Akt3 GAPDH p70-S6K Akt3 GAPDH p70-S6K Akt3 GAPDH p70-S6K
F B-actin GSK-3A PDK1 B-actin GSK-3A PDK1 B-actin GSK-3A PDK1 B-actin GSK-3A PDK1
G Bad IGF1R PI3K Bad IGF1R PI3K Bad IGF1R PI3K Bad IGF1R PI3K
H CASP9 IKK PTEN CASP9 IKK PTEN CASP9 IKK PTEN CASP9 IKK PTEN

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Wnt/b-Catenin Regulated cDNA Plate Array AP-0171


The Wnt signaling pathway is important to both embryonic development and tumorigenesis. ß-Catenin, the central component of the pathway, functions as a co-factor of the TCF/LEF family of transcription factors.  Together, they activate transcription of Wnt target genes by binding to the promoters of downstream target genes involved in cell proliferation, survival, and migration. Signosis’ Wnt/ß-Catenin signaling pathway cDNA plate array can simultaneously measure the expression of 20+ genes that participate in the pathway and can compare the differences in the expression of these genes in different samples.

Signosis has developed a plate-based array for profiling 20+ Wnt-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A Axin-2 Id2 NOS2 Axin-2 Id2 NOS2 Axin-2 Id2 NOS2 Axin-2 Id2 NOS2
B beta-actin LEF1 POU5F1 beta-actin LEF1 POU5F1 beta-actin LEF1 POU5F1 beta-actin LEF1 POU5F1
C beta-catenin Met PPARd beta-catenin Met PPARd beta-catenin Met PPARd beta-catenin Met PPARd
D c-JUN MMP1 Sox9 c-JUN MMP1 Sox9 c-JUN MMP1 Sox9 c-JUN MMP1 Sox9
E c-myc MMP-7 Survivin c-myc MMP-7 Survivin c-myc MMP-7 Survivin c-myc MMP-7 Survivin
F CyclinD MMP9 Tcf-1 CyclinD MMP9 Tcf-1 CyclinD MMP9 Tcf-1 CyclinD MMP9 Tcf-1
G FasL1 MMP26 uPAR FosL1 MMP26 uPAR FosL1 MMP26 uPAR FosL1 MMP26 uPAR
H Blank nanog VEGF Blank nanog VEGF Blank nanog VEGF Blank nanog VEGF

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Stem Cell cDNA Marker Plate Array AP-0181


Stem cells have important characteristics distinguishing from other cell types. They are unspecialized cells capable of renewing themselves through cell division and differentiating into a variety of cell lineages. In addition, they serve as an internal repair system, replenishing specialized cells, in order to maintain the normal turnover of regenerative organs. Identification of a set of stem cell–specific genes can function as stem cell molecular biomarkers to facilitate stem cell research.

Signosis has developed a plate-based array for profiling 20+ Stem Cell-related genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A AFP GFAP Musashi PU.1 AFP GFAP Musashi PU.1 AFP GFAP Musashi PU.1
B AML1 GAPDH Myc SCF AML1 GAPDH Myc SCF AML1 GAPDH Myc SCF
C E-Cadherin HNF4a Nanog Sox2 E-Cadherin HNF4a Nanog Sox2 E-Cadherin HNF4a Nanog Sox2
D VE-Cadherin Integrin b1 Beta-actin TAZ VE-Cadherin Integrin b1 Beta-actin TAZ VE-Cadherin Integrin b1 Beta-actin TAZ
E CD133 Kit NCAM1 PODXL1 CD133 Kit NCAM1 PODXL1 CD133 Kit NCAM1 PODXL1
F CD34 MELK Notch1 PODXL2 CD34 MELK Notch1 PODXL2 CD34 MELK Notch1 PODXL2
G CdcP1 Mili  Oct-4 Twist1 CdcP1 Mili  Oct-4 Twist1 CdcP1 Mili  Oct-4 Twist1
H Cripto Miwi p75NTR Vimentin Cripto Miwi p75NTR Vimentin Cripto Miwi p75NTR Vimentin

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human T Cell Receptor Signaling cDNA Plate Array AP-0191


T-Cells are a subset of lymphocytes that play a key role in the immune response. T-Cell Receptor (TCR) is a complex of integral membrane proteins that participates in the activation of T-Cells in response to antigen. This activation involves subunits of the receptor complex as well as other membrane-associated molecules that couple the extracellular liganding event to downstream signaling pathways such as the increase of inositol phosphates, the elevation of intracellular calcium levels and protein phosphorylation. TCR activation promotes a number of signaling cascades that ultimately determine cell fate through regulating cytokine production, cell survival, proliferation, and differentiation. 

Signosis has developed a plate-based array for profiling 20+ Human T Cell-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.
 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A CD45 JNK PLCr CD45 JNK PLCr CD45 JNK PLCr CD45 JNK PLCr
B ELK JUN Raf1 ELK JUN Raf1 ELK JUN Raf1 ELK JUN Raf1
C B-actin LAT Ras B-actin LAT Ras B-actin LAT Ras B-actin LAT Ras
D GADS LCK SLP76 GADS LCK SLP76 GADS LCK SLP76 GADS LCK SLP76
E GRB2 NFAT SOS GRB2 NFAT SOS GRB2 NFAT SOS GRB2 NFAT SOS
F IL2 NFkB TCRz IL2 NFkB TCRz IL2 NFkB TCRz IL2 NFkB TCRz
G IP3R p38 Zap70 IP3R p38 Zap70 IP3R p38 Zap70 IP3R p38 Zap70
H ITK PKC-theta blank ITK PKC-theta blank ITK PKC-theta blank ITK PKC-theta blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human PPARgamma Regulated cDNA Plate Array AP-0201


The peroxisome-proliferator activated receptor gamma (PPARgamma) is a member of the nuclear receptor superfamily of transcription factors. PPARgamma is important to a variety of biological processes, such as adipocyte differentiation, glucose homeostasis, lipid trafficking as well as vascular function and hypertension. PPARgamma exerts its effects by regulating target gene transcription in a ligand-dependent manner. Upon activation, the PPARgamma-RXR heterodimer binds to specific DNA sequences on the target gene promoter and leads to transcriptional regulation.

 

Signosis has developed a plate-based array for profiling 20+ PPARgamma-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A ABCA1 FABP4 LPL ABCA1 FABP4 LPL ABCA1 FABP4 LPL ABCA1 FABP4 LPL
B ABCG1 FATP(SLC27A1) LXRa ABCG1 FATP(SLC27A1) LXRa ABCG1 FATP(SLC27A1) LXRa ABCG1 FATP(SLC27A1) LXRa
C ACSS2 HRASLS3 NOS2 ACSS2 HRAS NOS ACSS2 HRAS NOS ACSS2 HRAS NOS
D ADFP hRev PEPCK ADFP hRev PEPCK ADFP hRev PEPCK ADFP hRev PEPCK
E Beta-actin IL12B p40 Blank B-actin IL12B p40 Blank B-actin IL12B p40 Blank B-actin IL12B p40 Blank
F CD36 IL-1b PPARgamma CD36 IL-1b PPARgamma CD36 IL-1b PPARgamma CD36 IL-1b PPARr
G Cox2 IP-10 RhoB Cox2 IP-10 RhoB Cox2 IP-10 RhoB Cox2 IP-10 RhoB
H CPT1A Klotho TNFa CPT1A Klotho TNFa CPT1A Klotho TNFa CPT1A Klotho TNFa

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human P450 cDNA Plate Array AP-0202


The cytochrome P450 family of enzymes play central roles in the oxidative metabolism of a wide range of xenobiotics, including chemicals, sterols, fatty acids and anticancer drugs.  Human CYP genes encode fifty-seven P450 proteins with numerous homolog variants in different tissues. They are highly differentially expressed in response to a variety of environmental chemicals and pharmaceuticals. 

Signosis has developed a plate-based array for profiling 20+ P450-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A CYP1A1 CYP2E1 CYP11B1 CYP1A1 CYP2E1 CYP11B1 CYP1A1 CYP2E1 CYP11B1 CYP1A1 CYP2E1 CYP11B1
B CYP1A2 CYP3A4 CYP17A1 CYP1A2 CYP3A4 CYP17A1 CYP1A2 CYP3A4 CYP17A1 CYP1A2 CYP3A4 CYP17A1
C CYP1B1 CYP3A5/A7 CYP24A1 CYP1B1 CYP3A5/A7 CYP24A1 CYP1B1 CYP3A5/A7 CYP24A1 CYP1B1 CYP3A5/A7 CYP24A1
D Beta-actin GAPDH CYP26A1 Beta-actin GAPDH CYP26A1 Beta-actin GAPDH CYP26A1 Beta-actin GAPDH CYP26A1
E CYP2A6 CYP4A11 CYP26B1 CYP2A6 CYP4A11 CYP26B1 CYP2A6 CYP4A11 CYP26B1 CYP2A6 CYP4A11 CYP26B1
F CYP2B6 CYP4B1 CYP27A1 CYP2B6 CYP4B1 CYP27A1 CYP2B6 CYP4B1 CYP27A1 CYP2B6 CYP4B1 CYP27A1
G CYP2C19  CYP4F2/F3/F8 CYP39A1 CYP2C19  CYP4F2/F3/F8 CYP39A1 CYP2C19  CYP4F2/F3/F8 CYP39A1 CYP2C19  CYP4F2/F3/F8 CYP39A1
H CYP2D6 CYP11A1 CYP46A1 CYP2D6 CYP11A1 CYP46A1 CYP2D6 CYP11A1 CYP46A1 CYP2D6 CYP11A1 CYP46A1

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Toxicity cDNA Plate Array AP-0203


Drug toxicity mainly results as a byproduct of drug metabolism, in which a drug may be biotransformed by drug metabolizing enzymes to toxic or nontoxic metabolites. A number of protein families such as P450s, UDP-glucuronosyltransferases, sulfotransferases, organic-anion transporters and multidrug resistance proteins are involved in drug metabolizing processes. Changes in the expression level of these enzymes are a key factor responsible for individual variation in drug metabolism. 

Signosis has developed a plate-based array for profiling 20+ Toxicity-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A ABCB11 CYP2C8 MDR1 ABCB11 CYP2C8 MDR1 ABCB11 CYP2C8 MDR1 ABCB11 CYP2C8 MDR1
B Beta-Actin CYP2C9 OATP-C Beta-Actin CYP2C9 OATP-C Beta-Actin CYP2C9 OATP-C Beta-Actin CYP2C9 OATP-C
C CYP-1a1 CYP2E1 UGT1A27 CYP-1a1 CYP2E1 UGT1A27 CYP-1a1 CYP2E1 UGT1A27 CYP-1a1 CYP2E1 UGT1A27
D CYP-1a2 CYP3A4 UGT1A28 CYP-1a2 CYP3A4 UGT1A28 CYP-1a2 CYP3A4 UGT1A28 CYP-1a2 CYP3A4 UGT1A28
E CYP1B1 CYP3A5/A7 UGT1A6 CYP1B1 CYP3A5/A7 UGT1A6 CYP1B1 CYP3A5/A7 UGT1A6 CYP1B1 CYP3A5/A7 UGT1A6
F CYP-2A6 GAPDH UGT1A8 CYP-2A6 GAPDH UGT1A8 CYP-2A6 GAPDH UGT1A8 CYP-2A6 GAPDH UGT1A8
G CYP-2B6 CYP4A11 UGT1A9 CYP-2B6 CYP4A11 UGT1A9 CYP-2B6 CYP4A11 UGT1A9 CYP-2B6 CYP4A11 UGT1A9
H CYP2C19 CYP4B1 Blank CYP2C19 CYP4B1 Blank CYP2C19 CYP4B1 Blank CYP2C19 CYP4B1 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Human Cytokine cDNA Plate Array AP-0204


Cytokines are essential molecules that play crucial roles in many biological functions, including viral infection, inflammation, immunity, and hematopoiesis. Cytokines are produced by a variety of cell types in response to different stimuli. In addition, the expression of cytokine genes appears to be regulated by complex mechanism. Expression of one cytokine gene could be regulated by other cytokines. Dysregulation of cytokine gene expression may be caused by chromosomal alterations or by infection of viruses that induce activation or inactivation of the expression machinery. Therefore, expression profiling of cytokine genes could provide a useful approach to uncover the mechanism underlying their regulation. 

Signosis has developed a plate-based array for profiling 20+ Cytokine genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.
 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A 18S rRNA IL-13 IL-4 18S rRNA IL-13 IL-4 18S rRNA IL-13 IL-4 18S rRNA IL-13 IL-4
B Eotaxin IL-14 IL-5 Eotaxin IL-14 IL-5 Eotaxin IL-14 IL-5 Eotaxin IL-14 IL-5
C GAPDH  IL-15 IL6  GAPDH  IL-15 IL6  GAPDH  IL-15 IL6  GAPDH  IL-15 IL6 
D IFNb IL-16 IL-7 IFNb IL-16 IL-7 IFNb IL-16 IL-7 IFNb IL-16 IL-7
E IFNg IL-17 TGFa IFNg IL-17 TGFa IFNg IL-17 TGFa IFNg IL-17 TGFa
F IL-10 IL1A  TGFb IL-10 IL1A  TGFb IL-10 IL1A  TGFb IL-10 IL1A  TGFb
G IL11 IL2 TNFa IL11 IL2 TNFa IL11 IL2 TNFa IL11 IL2 TNFa
H IL-12 IL-3 VEGFC IL-12 IL-3 VEGFC IL-12 IL-3 VEGFC IL-12 IL-3 VEGFC

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Mouse NFkB-Regulated cDNA Plate Array AP-1101


NFkB is a ubiquitous transcription factor that plays a key role in cellular responses to numerous stimuli such as stress, cytokines, ultraviolet irradiation, and bacterial or viral antigens. Incorrect regulation of NFkB has been linked to cancer, inflammatory and autoimmune diseases, and septic shock. When NFkB is activated, it dissociates from its inhibitor IkB and moves from the cytoplasm to the nucleus.  Once in the nucleus, it binds to target DNA elements and positively regulates the transcription of genes involved in immune and inflammatory responses, cell growth control, and apoptosis.

Signosis has developed a plate-based array for profiling 20+ NFkB-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A BCL2 IL6 Myc  BCL2 IL6 Myc  BCL2 IL6 Myc  BCL2 IL6 Myc 
B 18S rRNA  IL9 NOS2  18S rRNA  IL9 NOS2  18S rRNA  IL9 NOS2  18S rRNA  IL9 NOS2 
C CCND1 GAPDH p53 CCND1 GAPDH p53 CCND1 GAPDH p53 CCND1 GAPDH p53
D Cox2 IFNg TNFA  Cox2 IFNg TNFA  Cox2 IFNg TNFA  Cox2 IFNg TNFA 
E FASL IRF1 TNFR  FASL IRF1 TNFR  FASL IRF1 TNFR  FASL IRF1 TNFR 
F INFB1 MDR1(Abcb1b) VCAM1 INFB1 MDR1(Abcb1b) VCAM1 INFB1 MDR1(Abcb1b) VCAM1 INFB1 MDR1(Abcb1b) VCAM1
G IL1A MMP1  VEGFC IL1A MMP1  VEGFC IL1A MMP1  VEGFC IL1A MMP1  VEGFC
H IL2 Myb Blank IL2 Myb Blank IL2 Myb Blank IL2 Myb Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Mouse HIF-Regulated cDNA Plate Array AP-1111


Rapidly growing tumors result in hypoxic regions. Adaptive responses of most cells to hypoxia are (1) to produce VEGF and other hypoxia-induced angiogenic cytokines that promote increased tissue vascularization, thereby increasing tissue oxygenation, and (2) to switch metabolically from oxidative phosphorylation to anaerobic glycolysis. Hypoxia-inducible factor 1 (HIF-1) is an oxygen-regulated transcriptional activator that plays essential roles in the process. The HIF-1alpha subunit is oxygen-dependent ubiquitination and proteasomal degradation. In addition, cytokines including interleukin-1 (IL-1) and tumor necrosis factor-alpha (TNF-alpha) stimulate HIF-1 dependent gene expression. HIF-1 increases the expression of several genes that promote blood flow and inflammation, such as vascular endothelial growth factor (VEGF). 

Signosis developed a plate-based array for profiling 20+ HIF-regulated genes. By using this assay, researchers are able to screen up to three samples on a single microtiter plate to compare gene expression in three separate constructs side by side.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A ANGPTL4 Glut-3 PDGF-A ANGPTL4 Glut-3 PDGF-A ANGPTL4 Glut-3 PDGF-A ANGPTL4 Glut-3 PDGF-A
B 18SrRNA HIF-1a PDK1 18SrRNA HIF-1a PDK1 18SrRNA HIF-1a PDK1 18SrRNA HIF-1a PDK1
C BCL2 HIF-2a RTP BCL2 HIF-2a RTP BCL2 HIF-2a RTP BCL2 HIF-2a RTP
D CREBP HPRT SAG CREBP HPRT SAG CREBP HPRT SAG CREBP HPRT SAG
E CTSD   IGF-II UCP3 CTSD   IGF-II UCP3 CTSD   IGF-II UCP3 CTSD   IGF-II UCP3
F EP300  Leptin VEGF EP300  Leptin VEGF EP300  Leptin VEGF EP300  Leptin VEGF
G EPO MMP2 VHL EPO MMP2 VHL EPO MMP2 VHL EPO MMP2 VHL
H Glut-1 PAI-1 Blank Glut-1 PAI-1 Blank Glut-1 PAI-1 Blank Glut-1 PAI-1 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Mouse Inflammation cDNA Plate Array AP-1131


Inflammation is a physiological process in response to tissue damage resulting from microbial pathogen infection, chemical irritation, and/or wounding. During both acute and chronic inflammatory processes, various types of leukocytes, lymphocytes, and other inflammatory cells are activated and attracted to the inflamed site by a signaling network involving a great number of growth factors, cytokines, and chemokines. 

Signosis has developed a plate-based array for profiling 20+ inflammation-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A Eotaxin(Ccl11) IL-6 IL-14(Txlna) Eotaxin(Ccl11) IL-6 IL-14(Txlna) Eotaxin(Ccl11) IL-6 IL-14(Txlna) Eotaxin(Ccl11) IL-6 IL-14(Txlna)
B GCSF IL-7 IL-15 GCSF IL-7 IL-15 GCSF IL-7 IL-15 GCSF IL-7 IL-15
C GMCSF 18S rRNA IL-16 GMCSF 18S rRNA IL-16 GMCSF 18S rRNA IL-16 GMCSF 18S rRNA IL-16
D IL-1 IL-9 IL-17 IL-1 IL-9 IL-17 IL-1 IL-9 IL-17 IL-1 IL-9 IL-17
E IL-2 IL-10 TGFa IL-2 IL-10 TGFa IL-2 IL-10 TGFa IL-2 IL-10 TGFa
F IL-3 IL-11 TGFb IL-3 IL-11 TGFb IL-3 IL-11 TGFb IL-3 IL-11 TGFb
G IL-4 IL-12 TNFa IL-4 IL-12 TNFa IL-4 IL-12 TNFa IL-4 IL-12 TNFa
H IL-5 IL-13 Blank IL-5 IL-13 Blank IL-5 IL-13 Blank IL-5 IL-13 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Mouse Cytokine cDNA Plate Array AP-1141


Cytokines are essential molecules that play crucial roles in many biological functions, including viral infection, inflammation, immunity, and hematopoiesis. Cytokines are produced by a variety of cell types in response to different stimuli. In addition, the expression of cytokine genes appears to be regulated by complex mechanism. Expression of one cytokine gene could be regulated by other cytokines. Dysregulation of cytokine gene expression may be caused by chromosomal alterations or by infection of viruses that induce activation or inactivation of the expression machinery. Therefore, expression profiling of cytokine genes could provide a useful approach to uncover the mechanism underlying their regulation. 

Signosis has developed a plate-based array for profiling 20+ Cytokine genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A 18S rRNA IL-13 IL-4 18S rRNA IL-13 IL-4 18S rRNA IL-13 IL-4 18S rRNA IL-13 IL-4
B Eotaxin IL-14 IL-5 Eotaxin IL-14 IL-5 Eotaxin IL-14 IL-5 Eotaxin IL-14 IL-5
C GAPDH  IL-15 IL6  GAPDH  IL-15 IL6  GAPDH  IL-15 IL6  GAPDH  IL-15 IL6 
D IFNb IL-16 IL-7 IFNb IL-16 IL-7 IFNb IL-16 IL-7 IFNb IL-16 IL-7
E IFNg IL-17 TGFa IFNg IL-17 TGFa IFNg IL-17 TGFa IFNg IL-17 TGFa
F IL-10 IL1A  TGFb IL-10 IL1A  TGFb IL-10 IL1A  TGFb IL-10 IL1A  TGFb
G IL11 IL2 TNFa IL11 IL2 TNFa IL11 IL2 TNFa IL11 IL2 TNFa
H IL-12 IL-3 VEGFC IL-12 IL-3 VEGFC IL-12 IL-3 VEGFC IL-12 IL-3 VEGFC

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Mouse Wnt/b-Catenin Regulated cDNA Plate Array AP-1171


The Wnt signaling pathway is important to both embryonic development and tumorigenesis. ß-Catenin, the central component of the pathway, functions as a co-factor of the TCF/LEF family of transcription factors.  Together, they activate transcription of Wnt target genes by binding to the promoters of downstream target genes involved in cell proliferation, survival, and migration. Signosis’ Wnt/ß-Catenin signaling pathway cDNA plate array can simultaneously measure the expression of 20+ genes that participate in the pathway and can compare the differences in the expression of these genes in different samples.

Signosis has developed a plate-based array for profiling 20+ Wnt-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A Axin-2 Id2 NOS2 Axin-2 Id2 NOS2 Axin-2 Id2 NOS2 Axin-2 Id2 NOS2
B beta-actin LEF1 POU5F1 beta-actin LEF1 POU5F1 beta-actin LEF1 POU5F1 beta-actin LEF1 POU5F1
C beta-catenin Met PPARd beta-catenin Met PPARd beta-catenin Met PPARd beta-catenin Met PPARd
D c-JUN MMP1 Sox9 c-JUN MMP1 Sox9 c-JUN MMP1 Sox9 c-JUN MMP1 Sox9
E c-myc MMP7 Survivin c-myc MMP7 Survivin c-myc MMP7 Survivin c-myc MMP7 Survivin
F CyclinD MMP9 Tcf-1 CyclinD MMP9 Tcf-1 CyclinD MMP9 Tcf-1 CyclinD MMP9 Tcf-1
G FosL1 MMP26 uPAR FosL1 MMP26 uPAR FosL1 MMP26 uPAR FosL1 MMP26 uPAR
H beta-actin nanog VEGF beta-actin nanog VEGF beta-actin nanog VEGF beta-actin nanog VEGF

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Rat HIF-regulated cDNA Plate Array AP-1121


Rapidly growing tumors result in hypoxic regions. Adaptive responses of most cells to hypoxia are (1) to produce VEGF and other hypoxia-induced angiogenic cytokines that promote increased tissue vascularization, thereby increasing tissue oxygenation, and (2) to switch metabolically from oxidative phosphorylation to anaerobic glycolysis. Hypoxia-inducible factor 1 (HIF-1) is an oxygen-regulated transcriptional activator that plays essential roles in the process. The HIF-1alpha subunit is oxygen-dependent ubiquitination and proteasomal degradation. In addition, cytokines including interleukin-1 (IL-1) and tumor necrosis factor-alpha (TNF-alpha) stimulate HIF-1 dependent gene expression. HIF-1 increases the expression of several genes that promote blood flow and inflammation, such as vascular endothelial growth factor (VEGF). 

Signosis has developed a plate-based array for profiling 20+ HIF-regulated genes. By using this assay, researchers are able to screen up to three samples on a single microtiter plate to compare gene expression in three separate constructs side by side.



List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A ANGPTL4 Glut-3 PDGF-A ANGPTL4 Glut-3 PDGF-A ANGPTL4 Glut-3 PDGF-A ANGPTL4 Glut-3 PDGF-A
B 18SrRNA HIF-1a PDK1 18SrRNA HIF-1a PDK1 18SrRNA HIF-1a PDK1 18SrRNA HIF-1a PDK1
C BCL2 HIF-2a RTP BCL2 HIF-2a RTP BCL2 HIF-2a RTP BCL2 HIF-2a RTP
D CREBP HPRT SAG CREBP HPRT SAG CREBP HPRT SAG CREBP HPRT SAG
E CTSD   IGF-II UCP3 CTSD   IGF-II UCP3 CTSD   IGF-II UCP3 CTSD   IGF-II UCP3
F EP300  Leptin VEGF EP300  Leptin VEGF EP300  Leptin VEGF EP300  Leptin VEGF
G EPO MMP2 VHL EPO MMP2 VHL EPO MMP2 VHL EPO MMP2 VHL
H Glut-1 PAI-1 Blank Glut-1 PAI-1 Blank Glut-1 PAI-1 Blank Glut-1 PAI-1 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Rat PPARgamma Regulated cDNA Plate Array AP-1161


The peroxisome-proliferator activated receptor gamma (PPARgamma) is a member of the nuclear receptor superfamily of transcription factors. PPARgamma is important to a variety of biological processes, such as adipocyte differentiation, glucose homeostasis, lipid trafficking as well as vascular function and hypertension. PPARgamma exerts its effects by regulating target gene transcription in a ligand-dependent manner. Upon activation, the PPARgamma-RXR heterodimer binds to specific DNA sequences on the target gene promoter and leads to transcriptional regulation.

 

Signosis has developed a plate-based array for profiling 20+ PPARgamma-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A PKA (Prkaca) NfkB (NfkB1) CD36 PKA (Prkaca) NfkB (NfkB1) CD36 PKA (Prkaca) NfkB (NfkB1) CD36 PKA (Prkaca) NfkB (NfkB1) CD36
B PKC (Prkcg) NOS1 CD40 PKC (Prkcg) NOS1 CD40 PKC (Prkcg) NOS1 CD40 PKC (Prkcg) NOS1 CD40
C cAMP NOS2 B-actin cAMP NOS2 B-actin cAMP NOS2 B-actin cAMP NOS2 B-actin
D ERK (EphB1) NOS3 Klotho ERK (EphB1) NOS3 Klotho ERK (EphB1) NOS3 Klotho ERK (EphB1) NOS3 Klotho
E JNK (Mapk8) PPARa Nephrin (Nphs1) JNK (Mapk8) PPARa Nephrin (Nphs1) JNK (Mapk8) PPARa Nephrin (Nphs1) JNK (Mapk8) PPARa Nephrin (Nphs1)
F Raf-1 PPARß/d Rho Raf-1 PPARß/d Rho Raf-1 PPARß/d Rho Raf-1 PPARß/d Rho
G GRK-2 (Adrbk1) PPARgamma GAPDH GRK-2 (Adrbk1) PPARgamma GAPDH GRK-2 (Adrbk1) PPARgamma GAPDH GRK-2 (Adrbk1) PPARr GAPDH
H GRK-4 NFAT (Nfat5) Blank GRK-4 NFAT (Nfat5) Blank GRK-4 NFAT (Nfat5) Blank GRK-4 NFAT (Nfat5) Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.




Rat P450 cDNA plate Array AP-1181


The cytochrome P450 family of enzymes play central roles in the oxidative metabolism of a wide range of xenobiotics, including chemicals, sterols, fatty acids and anticancer drugs.  Human CYP genes encode fifty-seven P450 proteins with numerous homolog variants in different tissues. They are highly differentially expressed in response to a variety of environmental chemicals and pharmaceuticals. 

Signosis has developed a plate-based array for profiling 20+ P450-regulated genes. By using this assay, researchers are able to compare gene expression in up to three samples on a single microtiter plate.

 

 

List of Applicable Genes

  1 2 3 4 5 6 7 8 9 10 11 12
A CYP1a1 Cyp2d22 CYP2s1 CYP1a1 Cyp2d22 CYP2s1 CYP1a1 Cyp2d22 CYP2s1 CYP1a1 Cyp2d22 CYP2s1
B Cyp1a2 Cyp2d26 Cyp3a13 Cyp1a2 Cyp2d26 Cyp3a13 Cyp1a2 Cyp2d26 Cyp3a13 Cyp1a2 Cyp2d26 Cyp3a13
C Cyp1b1 Cyp2d40 Cyp3a16 Cyp1b1 Cyp2d40 Cyp3a16 Cyp1b1 Cyp2d40 Cyp3a16 Cyp1b1 Cyp2d40 Cyp3a16
D Cyp2a12 Cyp2d9 Cyp3a41a Cyp2a12 Cyp2d9 Cyp3a41a Cyp2a12 Cyp2d9 Cyp3a41a Cyp2a12 Cyp2d9 Cyp3a41a
E CYP2a22 CYP2d9 Cyp4a32 CYP2a22 CYP2d9 Cyp4a32 CYP2a22 CYP2d9 Cyp4a32 CYP2a22 CYP2d9 Cyp4a32
F Cyp2b10 Cyp2e1 Cyp4b1 Cyp2b10 Cyp2e1 Cyp4b1 Cyp2b10 Cyp2e1 Cyp4b1 Cyp2b10 Cyp2e1 Cyp4b1
G Cyp2b13 Cyp2f2 18S-rRNA Cyp2b13 Cyp2f2 18S-rRNA Cyp2b13 Cyp2f2 18S-rRNA Cyp2b13 Cyp2f2 18S-rRNA
H Cyp2d10 Cyp2j6 Blank Cyp2d10 Cyp2j6 Blank Cyp2d10 Cyp2j6 Blank Cyp2d10 Cyp2j6 Blank

 

Benefits:
  • Simple - Gene expression profiling is a easy as performing ELISA.
  • Highly sensitive detection The cDNAs used to detect mRNA molecules contain multiple biotin labels for enhanced detection.

  • Quantitative comparison The gene expression of 20+ genes in two or more samples can be quantitatively compared in one assay.