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LncRNA Research

LncRNA Array Performance

 

Comprehensive & Reliable Collection

•   Arraystar's LncRNA Arrays are designed using our comprehensive and reliable Long non-coding RNAs database, which integrates the lncRNAs carefully collected from the most authoritative databases, such as Refseq, UCSC known genes, Ensembl and many relative literatures. Most importantly, our database is continually updated to ensure that all the latest annotated LncRNAs are being covered.

•   Protein-coding genes are also included on the microarray, allowing for the discovery of coordinated expression with associated protein-coding genes.

Specific & Sensitive Oligo Probe Design

•   Arraystar's scientists have designed specific probes to detect only the targeted LncRNA transcripts.  Using these probes, even the overlapping transcripts can be clearly distinguished.

•   Our specific 60mer oligo probes are synthesized in situ, resulting in superior probe specificity, higher signal to noise ratio, and increased sensitivity.

Efficient & Robust System for Labeling

•   Arraystar uses specifically optimized labeling reagents and protocols. By using these reagents and protocols, Arraystar is capable of providing you with highly sensitive and highly-reproducible LncRNA profiling with as little as 50ng of total RNA input.

 

Robust & Highly Reproducible Results

•   The Arraystar LncRNA array platform generates highly reproducible results. An analysis of the same human RNA sample on 20 Arraystar human LncRNA arrays on different days showed excellent technical (array to array) and process (day to day) reproducibility with average CVs lower than 10%. (Fig.1)

LncRNA_array_performance

Fig.1 Excellent reproducibility from Arraystar LncRNA arrays

 

In addition, there is an excellent correlation between the results from our LncRNA array and qPCR. As shown in Fig.2, the relative fold changes of target LncRNAs measured by Arraystar LncRNA Array were validated by qPCR. These two types of analysis showed very similar expression profiles for various LncRNAs.

LncRNA_array_performance-2

Fig.2  Excellent correlation between Arraystar LncRNA arrays and qPCR results

Related Services
LncRNA Array Service

SE-lncRNA Array Service
LncPath™ Array Service
T-UCR Array Service

 

 

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Publications >>

mRNA&LncRNA Epitranscriptomic Array
METTL3/IGF2BP3 axis inhibits tumor immune surveillance by upregulating N6-methyladenosine modification of PD-L1 mRNA in breast cancer. Wan W, et al. Molecular Cancer, 2022​

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circRNA Epitranscriptomic Array
METTL14-mediated m6A modification of circORC5 suppresses gastric cancer progression by regulating miR-30c-2-3p/AKT1S1 axis. Fan H N, et al. Molecular Cancer, 2022​

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Epitranscriptomic Array 

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Brochures >> 

Arraystar Single Nucleotide Microarrays
- Locate and quantify the exact m6A site

Arraystar_m6A_Single_Nucleotide_Array_Web-1

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Webinars >>

Raising the Bar of Multi-transcrptomic Profiling of Small RNAs

Small_RNA_Array_Webinar

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How to Profile Small RNA Modifications?

Small_RNA_Modification

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How to Study Circular RNA Expression and Modifications?

circRNA_exp_and_mod

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How to Study LncRNA Expression and Modifications?

Lnc_exp_and_mod

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