Founded in 2007, AnyGenes® develops pathway-focused qPCR arrays and complementary gene expression solutions for biomarker research, signaling pathway studies and targeted transcriptomic analysis.
From reverse transcription and pre-amplification to qPCR arrays, validated primers and data analysis tools, AnyGenes® supports integrated workflows that can be adapted to targeted gene expression and biomarker research.
AnyGenes® combines experimentally validated qPCR arrays, complementary reagents, pre-amplification solutions and data analysis tools to support targeted gene expression workflows from sample preparation through result interpretation.
Pathway-focused SignArrays® cover a broad range of biological processes, research areas and species for targeted gene expression analysis.
AnyGenes® develops qPCR and gene expression solutions for researchers working on signaling pathways, biomarkers and transcriptomic studies.
AnyGenes® products and technologies have been used in peer-reviewed research across multiple biomedical and molecular biology fields.
Explore scientific publicationsComplementary solutions support reverse transcription, cDNA pre-amplification, targeted qPCR analysis and downstream data interpretation.
Workflows can be adapted to low-input RNA, FFPE material, LCM samples and other challenging sample types depending on sample quality and the analytical objective.
AnyGenes® supports researchers with panel selection, assay design, workflow optimization and qPCR array data visualization and interpretation.
AnyGenes® solutions address different experimental needs, from signaling pathway analysis and biomarker validation to low-input RNA workflows, specialized molecular targets and cell culture quality control.
Use SignArrays® qPCR arrays to profile pathway-focused gene expression across selected signaling pathways, biological processes and biomarker panels.
Explore SignArrays®Confirm selected gene expression candidates using targeted qPCR arrays and experimentally validated primer sets adapted to focused biomarker and transcriptomic follow-up studies.
Use SpeAmp® targeted cDNA pre-amplification when RNA input is limited, target abundance is low or biological material is difficult to obtain.
Explore SpeAmp®Combine qPCR Master Mixes with experimentally validated primer sets for targeted gene expression, biomarker and real-time PCR applications.
Explore qPCR Master MixesUse specialized qPCR assays for long non-coding RNA expression or targeted microbial profiling according to the biological question and sample type.
Use MycoDiag® to detect mycoplasma DNA in cell culture supernatants by real-time qPCR or end-point PCR before critical downstream experiments.
Explore MycoDiag®Browse AnyGenes® product families for pathway-focused qPCR, targeted gene expression analysis, sample preparation, specialized molecular targets and cell culture quality control.
Profile pathway-focused gene expression across biological processes and research areas using SignArrays® qPCR arrays.
Use optimized qPCR reagents for targeted gene expression workflows with validated primers and qPCR arrays.
Explore qPCR Master Mixes
Use experimentally validated primer sets for targeted gene- and species-specific qPCR expression analysis.
Browse validated primers
Support targeted qPCR analysis when RNA input is limited, target abundance is low or biological material is difficult to obtain.
Explore SpeAmp®
Investigate selected microbial targets and biomarkers using targeted qPCR assays adapted to microbiota research.
Explore microbiota assays
Perform reverse transcription and cDNA preparation upstream of qPCR arrays and targeted gene expression assays.
Explore StaRT kits
Screen cell culture supernatants for mycoplasma DNA by real-time qPCR or end-point PCR before critical downstream experiments.
Quantify selected long non-coding RNA targets using qPCR assays designed for targeted lncRNA expression analysis.
Explore lncRNA assaysAnyGenes® provides complementary solutions that can support targeted gene expression workflows from sample preparation and reverse transcription to pathway-focused qPCR analysis and data interpretation.
Prepare biological material for RNA extraction and downstream gene expression analysis.
Associated solution:
DiLysis® kits
Convert RNA into cDNA before targeted qPCR and qPCR array analysis.
Associated solution:
StaRT reverse transcription kits
Pre-amplify selected targets when RNA input is limited, target abundance is low or biological material is scarce.
Associated solution:
SpeAmp® pre-amplification
Profile signaling pathways, biomarkers and selected gene panels using pathway-focused qPCR solutions.
Associated solutions:
SignArrays® and validated qPCR primers
Visualize, compare and interpret targeted qPCR and qPCR array results.
Associated solution:
AnyGenes® data analysis tools
The workflow can be adapted to the experimental design: not every project requires each step. Perfect Master Mixes, validated primer sets, microbiota assays and other AnyGenes® qPCR solutions can be integrated according to the sample type, targets and research objective.
Discover how AnyGenes® supports transcriptomic research, from sample preparation to qPCR arrays and data analysis.
Watch the videoAnyGenes® provides data analysis tools to support the visualization, comparison and interpretation of qPCR array gene expression results.
These tools complement SignArrays® workflows by helping researchers organize expression data, compare experimental conditions and explore pathway-focused results after qPCR.
Pathway-focused qPCR arrays can support targeted gene expression studies across multiple research areas, from signaling pathway investigation to biomarker research and transcriptomic follow-up.
Investigate gene expression changes associated with tumorigenesis, apoptosis, programmed cell death and cellular survival pathways.
Analyze cytokines, chemokines and signaling pathways involved in inflammatory and immune responses.
Investigate gene expression patterns associated with neuroinflammation, neuronal stress and autoimmune-related signaling pathways.
Examine gene expression changes related to oxidative stress, cellular stress responses, survival pathways and adaptive cellular processes.
Investigate target gene expression and follow selected biomarker candidates in experimental models, treatment-response studies and translational research.
Confirm selected RNA-seq findings using targeted qPCR arrays, validated primer sets and pathway-focused gene panels.
AnyGenes® qPCR arrays, custom gene expression panels and complementary molecular biology solutions have been incorporated into peer-reviewed research across transcriptomics, cancer biology, cardiovascular research and biomarker-oriented studies.
Nature Communications · 2021
Garcia P. et al.
Selected transcriptomic findings associated with Cornelia de Lange syndrome were investigated using customized AnyGenes® gene expression qPCR panels.
AnyGenes® technology:
Custom gene expression qPCR panels
Cancer Research · 2020
Bouchet M. et al.
Pathway-focused qPCR arrays were incorporated into research investigating cytokine and inflammatory gene expression in the context of bone metastases and tumor immunity.
AnyGenes® technologies:
Cytokines qPCR array · Inflammation qPCR array
PLOS One · 2024
Pan-Lizcano R. et al.
Targeted lncRNA expression analysis was used to investigate CDKN2B-AS1 in patients with ventricular fibrillation during acute myocardial infarction.
AnyGenes® technologies:
StaRT Reverse Transcription Kit · SpeAmp® pre-amplification ·
Perfect Master Mix SYBR® Green
qPCR arrays are targeted gene expression panels designed to analyze predefined sets of genes by quantitative PCR. They are useful for studying signaling pathways, biomarker signatures and focused transcriptomic responses.
SignArrays® are qPCR arrays developed by AnyGenes® to profile signaling pathways, biomarkers and selected gene panels across multiple biological contexts and species.
Yes. AnyGenes® can help you design a tailored SignArrays® qPCR array by selecting the genes most relevant to your research question.
AnyGenes® qPCR arrays can be used with standard RNA samples and challenging sample types, including low-input RNA, FFPE samples, LCM samples and other precious or difficult samples.
SpeAmp® pre-amplification kits support qPCR profiling from limited RNA inputs and can be used to analyze up to 4 signaling pathways from rare or precious samples.
Yes. SignArrays® and related reagents are designed for compatibility with standard qPCR platforms. The appropriate format should be selected according to the instrument used.
Yes. AnyGenes® provides validated qPCR primer sets and qPCR Master Mixes to support accurate, reproducible gene expression analysis.
Yes. Targeted qPCR arrays can provide orthogonal confirmation of selected RNA-seq findings and candidate gene expression patterns. They do not validate an RNA-seq dataset as a whole.
Yes. AnyGenes® provides data analysis tools to help researchers visualize, compare and interpret qPCR array results.
MycoDiag® can be used to screen cell culture supernatants for mycoplasma DNA by real-time qPCR or end-point PCR before sensitive downstream experiments.
AnyGenes® qPCR arrays combine experimentally validated assays, defined gene panels and standardized workflow components to support consistent targeted gene expression analysis.
Yes. The AnyGenes® team provides support from experimental design and product selection to qPCR array data analysis and interpretation.
Explore AnyGenes® qPCR arrays, validated primers, reagents, pre-amplification systems and related solutions for targeted gene expression, signaling pathway and biomarker research.
Whether you need a ready-to-use SignArrays® panel, a customized qPCR array or support selecting complementary reagents, our team can discuss the options best suited to your samples, targets and experimental objectives.
