Chemical reagents, kits, columns, and other products used for DNA synthesis, and to subsequently run purification columns; includes genetic assembly systems.
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Trap-Pak™ bags are tightly sealed membrane packets containing molecular sieves to reduce and maintain a low water content in solutions that must remain anhydrous.
Trap-Pak™ bags are tightly sealed membrane packets containing molecular sieves to reduce and maintain a low water content in solutions that must remain anhydrous.
The T ABI LV40™ columns employ the advantages of polystyrene and a low volume column design to deliver high-quality oligonucleotides, while saving time and money.
The dC(Bz) ABI LV40™ columns employ the advantages of polystyrene and a low volume column design to deliver high-quality oligonucleotides, while saving time and money.
The dG(iBu) ABI LV200 columns are fully assembled, low-cost columns that produce high-quality oligonucleotides. These supports are filled with polystyrene, a material which has several advantages over the more conventional, controlled pore glass (CPG) filled columns
The dG(dmf) ABI LV200 columns are fully assembled, low-cost columns that produce high-quality oligonucleotides. These supports are filled with polystyrene, a material which has several advantages over the more conventional, controlled pore glass (CPG) filled columns.
The 1μmol dC(bz) ABI 3900 HT columns are fully assembled, low-cost columns that produce high-quality oligonucleotides. These supports are filled with polystyrene, a material which has several advantages over the more conventional, controlled pore glass (CPG) filled columns.
The 1μmol dG(dmf) ABI 3900 HT columns are fully assembled, low-cost columns that produce high-quality oligonucleotides. These supports are filled with polystryene, a material which has several advantages over the more conventional, controlled pore glass (CPG) filled columns.
Each contains 200 1μmol T ABI 3900 HT columns.The 1μmol T ABI 3900 HT columns are fully assembled, low-cost columns that produce high-quality oligonucleotides. These supports are filled with polystyrene, a material which has several advantages over the more conventional, controlled pore glass (CPG) filled columns.
This tetrazole acetonitrile solution comes in Trap-Pak™ bags. Trap-Pak™ bags are tightly sealed membrane packets containing molecular sieves to efficiently adsorb water. Use Trap-Pak™ bags to reduce and maintain a low water content in acetonitrile and tetrazole (activator) solutions.
The T ABI LV200 columns are fully assembled, low-cost columns that produce high-quality oligonucleotides. These supports are filled with polystyrene, a material which has several advantages over the more conventional, controlled pore glass (CPG) filled columns.
Each contains 0.25 g TFA Aminolink.TFA Aminolink is used for 5’ attachment of amine group during oligonucleotide synthesis.We offer several phosphoramidites that impart linkers for coupling other labels, and the means to add a phosphate during oligonucleotide synthesis. The label is treated as if it were simply another base: It is inserted at the appropriate place in the sequence and incorporated automatically.
This Trichloroacetic acid (TCA)/Dichloromethane (DCM) solution comes in a convenient large volume for ABI 394 Nucleic Acid synthesizers, resulting in extended hands-free DNA synthesis. With these larger bottles attached your synthesizer can produce up to 40 average primer-length oligonucleotides with no bottle changes, reducing attended operation time by 50%.
Phosphalink™ is used for 3’ or 5’ attachment of phosphorous group during oligonucleotide synthesis.We offer several phosphoramidites that impart the means to add a phosphate during oligonucleotide synthesis.