Integrated DNA Technologies, Inc. products

Primer and probe premixed assays for analyzing gene expression in any species using fluorescently labeled 5′ nuclease probes.

High performance liquid chromatography (HPLC), a form of column chromatography, can be performed in one of two ways. Reverse-phase (RP) HPLC separates full-length oligo product from truncated products based on relative hydrophobicity. Ion-exchange (IE) HPLC separates full-length oligonucleotides from truncated species based on relative charge difference. IDT uses HPLC to purify unmodified oligos as well as oligos with complex modifications such as linkers, spacers, modified bases, and hydrophobic modifications. The type of HPLC selected is dependent on oligo sequence composition and characteristics.

All single-stranded and duplexed DNA sequences are produced with industry-leading coupling efficiencies, resulting in higher quality DNA products. Our specialized platforms allow us to deliver the purest primers for PCR, dual-labelled probes for qPCR, indexed adapters and fusion primers for sequencing, and a variety of advanced and custom products.

All single-stranded and duplexed RNA sequences are produced using proprietary technology that delivers industry-leading RNA quality. Our specialized synthesis platforms allow us to produce the highest fidelity guides for CRISPR, duplexes for RNAi, template switching oligos for NGS, microRNAs, aptamers, and custom RNA oligos for other applications.

Using synthetic, double-stranded DNA fragments will save you time and money compared to traditional cloning methods. We offer a variety of gene fragments, ranging from eBlocks™ Gene Fragments for high-throughput antibody research to gBlocks™ HiFi Gene Fragments for large gene construction. We have quick and reliable solutions to meet your experimental needs.

Megamer Single-Stranded DNA Fragments are sequence-verified, single-stranded DNA strands of length 201–2000 bases. They can be used in applications such as homology-directed repair of CRISPR-mediated genome editing, in vitro transcription, and more.

Genotyping is the process of determining the DNA sequence—the genotype—at specific positions within a gene of an individual. Sequence variations can be used as markers in linkage and association studies to determine genes relevant to specific traits or disease.