Reagents Products & Reviews

CPG for incorporation of a 2'-O-methyl modified U nucleobase at the 3' end of an oligonucleotide.

CPG for incorporation of GalNAc at 3' end of an oligonucleotide, with a dR spacer.

CPG for the incorporation of cholesterol at 3' end of an oligonucleotide, with a dR spacer.

The Odyssey® Infrared EMSA Kit coupled with IRDye® 700 EMSA oligonucleotides is an excellent alternative method to radioisotopic and chemiluminescent detection methods for EMSA analysis and visualization. Using IRDye EMSA reagents, assays can be completed in less than two hours with no gel transfer or film exposure.

A DNA oligonucleotide end-labeled with IRDye 700 infrared dye is a good substrate for protein binding. Using the Odyssey Infrared Imaging System, IRDye infrared dye labeled DNA detection is linear within a 50-fold dilution range from 9.1 fmol to 0.18 fmol.

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination

Optimized primers for different human miRNA that were selected based upon their roles in cancer and development.  Detects mature miRNA  Detects human, mouse, rat, worm and other species  Highly-specific sequences assure single nucleotide discrimination