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Your Research
IDT Products for Innovative Applications

Single-Nucleotide Resolution of RNA Structure

Shape chemical reagents differentially modify accessible nucleotides in an RNA molecule, and then be mapped to elucidate the 3D structure of even very large RNAs.

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A Next Generation Understanding of Immune Response

Assembly PCR of antibodies with gBlocks™ Gene Fragments and PCR-amplified DNA to study the immune system's response to patients receiving flu vaccinations.

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Fast and Accurate Assembly of a 2.1 kb Gene

Fast, cost-effective assembly of genes using gBlocks Gene Fragments and Gibson Assembly Master Mix.

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Genomic Target Selection Using Individually Synthesized Capture Probes

Biotinylated Ultramer™ Oligonucleotides perform better than array-synthesized probes during target capture for next generation sequencing.

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Barcoding Life

The International Barcode of Life Project—construction of a comprehensive database of DNA sequence tags for eukaryotic life that links genetic, morphological, and ecological data.

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iGEM—Extending the Reach of Synthetic Biology

Four teams talk about their creative applications of synthetic biology methods for the International Genetically Engineered Machine (iGem) competition.

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Towards Real-Time Imaging in Single, Living Cells

Developing oligonucleotide technologies for detection and quantification of specific RNA transcripts in live cells.

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A Conversation About qPCR with Jo Vandesompele

An interview with Dr Jo Vandesompele, internationally recognized expert on quantitative PCR, discussing the common issues researchers face when using qPCR, and the future direction of qPCR technology.

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The Effect of Genetic Variation on Phenotype

Development of a Targeted Genome Enrichment (TGE) technique to simultaneously sequence genomic regions of patients exhibiting the same phenotype.

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High Throughput Sequencing of Genomic Interval Involved in Fetal Growth Restriction

Use of Targeted Solution Hybrid Capture, Hamming Barcoding, and NGS

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Identifying Stem Cell Differentiation Biomarkers

MultiStem have greater differentiation potential than typical mesenchymal stem cells.

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Using Site-directed Mutagenesis to Elucidate Structure: Function Relationships

Small Noncoding RNAs and Stress-induced Transcription Factors

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The Future of RNAi and Aptamer Technologies

An interview with Dr John Rossi, Chair and Professor of the Department of Molecular and Cellular Biology at the Beckman Research Institute of City of Hope (Duarte, CA). His research focuses on the biology and applications of eukaryotic small RNAs and, in particular, their therapeutic use in HIV/AIDS and cancer.

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Screening SNPs with Millions of Oligos

Curtis Kautzer is the consummate IDT customer, having used IDT products in numerous applications through his career (primers for long range sequencing of the human genome, extra long oligos as PCR assay targets, adapters for DNA sequencing).

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Demystifying Ribosome Assembly with Adenylated Oligos

Ribosomes assemble proteins—fundamental components of cells. A typical yeast cell contains over 200,000 ribosomes and makes about 2000 every minute.

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Exploring and Exploiting Ion Channel Function

Using custom synthesized MiniGene constructs to make peptides.

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