Nucleic Acid Synthesis Supports
Thermo Scientific™ TR-FRET Coregulator Buffer C
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
Thermo Scientific™ TR-FRET Coregulator Buffer B
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
Thermo Scientific™ TR-FRET Coregulator Buffer G
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
Thermo Scientific™ TR-FRET Coregulator Buffer H
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
Thermo Scientific™ TR-FRET Coregulator Buffer I
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
Thermo Scientific™ TR-FRET Coregulator Buffer D
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
Thermo Scientific™ TR-FRET Coregulator Buffer A
A specialized nuclear receptor buffer that can be used with Invitrogen's collection of purified nuclear receptor proteins and assays.
KINOVATE LIFE SCIENCES INC NITTOPHASE HL UNYLINKE, 50 g, 350 μmol/g
KINOVATE LIFE SCIENCES INC NITTOPHASE HL UNYLINKE 350 50G is designed for efficient and high-quality oligonucleotide synthesis using advanced technologies. This solid support simplifies the synthesis process and ensures high yields and purity across various applications. It is compatible with standard reagents and conditions, resulting in improved product quality.
- Product type: Solid support for oligonucleotide synthesis
- Technology: NittoPhaseHL, UnyLinker™
- Quantity: 50 g
- Loading: 350 μmol/g
- Support material: Cross-linked polystyrene bead
- Coupling efficiency: >99%
- End product: 3'-OH oligonucleotides
- Compliance: ISO 9001:2015 guidelines
- Compatible with: Standard reagents, synthesis conditions, and various chemistries
- Applications include: Phosphodiester, phosphorothioate, 2'-O-alkyl, siRNA, LNA, and other modified oligonucleotides
Essendant PAPER44X100 PREM GLS PHT
Epson Premium Glossy Photo Paper (170) is an instant-drying high-gloss paper with a resin coated (RC) base The RC base allows the paper to maintain vivid lifelike colors that rival traditional prints A favorite among photographers and graphic artists its non-cockling characteristics make it ideal for photographs promotional pieces layouts portfolio images proofs displays and posters It creates high-quality prints by offering maximum ink coverage with brilliant color inks that dry in an instant This paper can also be easily laminated to provide protection from light and moisture Sheet/Roll Size- 44x100 ft Paper Basis Weight (lb)- 69 lb Bond Paper Grade (gsm)- 165 gsm Paper/Media Thickness (mil)- 10 mil
POLYORG INC 5'-DMT-2'-MOE-Guanosine(iBu) 3'-LCAA CPG, Pore Size 1000 Å, Controlled Pore Glass Solid Support, Oligonucleotide synthesis
5'-DMT-2'-MOE-Guanosine(iBu) 3'-LCAA CPG, Pore Size 1000 Å, Controlled Pore Glass Solid Support, Oligonucleotide synthesis
Glen Research Alkyne-Modifier Serinol Phosphoramidite, 10-1992-02, C42H55N4O7P, M.W. 758.88, 5' terminus or internal modification, Click Chemistry application, 3 min coupling time, -10 to -30 °C storage
Alkyne-Modifier Serinol Phosphoramidite, 10-1992-02, C42H55N4O7P, M.W. 758.88, 5' terminus or internal modification, Click Chemistry application, 3 min coupling time, -10 to -30 °C storage
POLYORG INC 5'-Dimethoxytrityl-deoxyThymidine-Long Chain Alkylamine Controlled Pore Glass, Pore Size 1000 Å, Catalog Number 20-4037
The PolyOrg Inc. 5'-Dimethoxytrityl-deoxyThymidine-Long Chain Alkylamine Controlled Pore Glass (DMT-dT-LCAA-CPG) is a specialized solid support essential for high-efficiency solid-phase oligonucleotide synthesis. This controlled pore glass offers a stable platform conducive to optimal reaction conditions and yields. It is engineered to withstand solvents commonly used in synthesis, ensuring reproducibility and reliability in generating DNA oligonucleotides.
- Optimized for efficient oligonucleotide synthesis
- High surface area enhances coupling efficiency
- Uniform 1000 Å pore size maximizes synthesis yields
- Excellent stability in various synthesis solvents