Scalable selective enrichment is here, and it's as easy as swapping in MTP for Oligo(dT).
We are in the era of RNA. It's no longer just a messenger; it's a master regulator of life. But as our understanding deepens, we need smarter tools to decipher its complexity, moving beyond the limitations of outdated methods like poly(A) enrichment.
MTP is your solution for specific, scalable, and flexible selective enrichment.
MultiTarga leverages big data bioinformatics, graph representation learning, and principled evolutionary biology to create MTPs.
Precisely differentiates target RNA sequences from off-target noise, one tissue from another, or one organism from a multi-organismal sample.
Precision targeting for your exact research needs with unparalleled accuracy.
Focus your telescope on the RNA species you care about, eliminating irrelevant signals.
Seamlessly scale from targeted genes to comprehensive genome-wide analysis.
Efficiently analyze everything from specific transcripts to the entire transcriptome.
Adaptable to your existing workflows with no new hardware requirements.
Effortless integration into reverse transcription, bead-capture, and single cell library construction workflows.
Its nature as a simple, yet powerful, primer makes it incredibly versatile:
Reverse transcription that is truly representative of what you care about.
Isolate those hard to find RNA species with precision.
10x protocol spike-in, sciRNA-seq integration, post-enrichment on prepared libraries.
No new equipment required to improve detection of low abundance genes and differential expression.
Move past the constraints of 1970's reverse transcription. MTP offers:
Reduce sequencing waste, enhance sensitivity for low-abundance or non-polyadenylated RNAs often missed by Oligo(dT).
Achieve more specific, reliable, and representative results than with random priming.
Experience the power of specificity, scalability, and adaptability. Welcome to MultiTarga.