Custom Alternative Splicing Microarrays |Differential splicing

Comparative Genomic Hybridization (array CGH) is a microarray hybridization-based technique. It allows for quick scanning of an entire genome for imbalances. At ArrayGen, we specialize in designing high-density probes for aCGH studies. Our probes provide detailed insights into DNA copy number alterations. These alterations are often associated with chromosome abnormalities. We ensure our probes are of the highest quality and reliability. This guarantees precise and comprehensive results for your aCGH studies. Trust ArrayGen for advanced genomic analysis tools. We are dedicated to enhancing your research with our expertise.

Genome-wide arrays for all splice events
Arrays targeting only a set of specific splicing events, exons and exon/exon junctions
Validate splicing events from RNA-seq next generation sequencing (NGS) data using microarrays
Arrays containing customer specified splicing sites of interest

Request for Custom Array Design

60-mer probe length
Probe selection based on %TM, %GC, PolyX, Self hyb, high hybridization specificity, unique to target and nonoverlaping
Removal of probes in repeat-masked and vector-masked regions
Include exon probes to confirm the presence of an exon in the variant
We design probes at both boundary (3' and 5') and inside of each exons.
Control probes are added based on Agilent protocol.In case you would like to add your own control probes, please let us know.
Complete annotation of designed probes for fast and easy data interpretation

Request for Custom Array Design

High confidence in the design of your arrays
We focus on quality assurance followed by quality control process of array design
Maximum flexibility in array content and format to identify genome-wide expression levels of thousands of genes
Ensures highest level of coverage, uniformity, specificity and sensitivity of your arrays
Quick turnaround time from 3 days to a week
Cost-effective formats for your array designing
Complete support on array designing services

Request for Custom Array Design

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Pri. Mobile	::	+91-9673625446
E-Mail	::	info@arraygen.com

Alternative Splicing

Genome-wide arrays for all splice events

Arrays targeting only a set of specific splicing events, exons and exon/exon junctions

Validate splicing events from RNA-seq next generation sequencing (NGS) data using microarrays

Arrays containing customer specified splicing sites of interest

60-mer probe length

Probe selection based on %TM, %GC, PolyX, Self hyb, high hybridization specificity, unique to target and nonoverlaping

Removal of probes in repeat-masked and vector-masked regions

Include exon probes to confirm the presence of an exon in the variant

We design probes at both boundary (3' and 5') and inside of each exons.

Control probes are added based on Agilent protocol.In case you would like to add your own control probes, please let us know.

Complete annotation of designed probes for fast and easy data interpretation

High confidence in the design of your arrays

We focus on quality assurance followed by quality control process of array design

Maximum flexibility in array content and format to identify genome-wide expression levels of thousands of genes

Ensures highest level of coverage, uniformity, specificity and sensitivity of your arrays

Quick turnaround time from 3 days to a week

Cost-effective formats for your array designing

Complete support on array designing services