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Glenresearch/dC-H-Phosphonate, DBU Salt/10-1210-05

价格
¥1600.00
货号:10-1210-05
浏览量:127
品牌:Glen research
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商品描述

Description

Glen Research H-Phosphonates are analyzed by HPLC and are synthesis-tested.H-Phosphonates are especially useful for the preparation of modified internucleotide linkages which are unattainable by phosphoramidite chemistry.The most popular application is the preparation of radiolabelled phosphorothioates, since the sulfurization reaction is carried out off the synthesizer.

Details

Usage

  • Coupling: H-Phosphonate Synthesis Protocol.|(The DBU is now being provided in place of the TEA salt for dC-H Phosphonate. This product shows better monomer stability and solubility.)
  • Deprotection: No changes needed from standard method recommended by synthesizer manufacturer.
Specifications
DiluentAcetonitrile/Pyridine (1:1)
StorageRefrigerated storage, maximum of 2-8°C, dry
Stability~1week

Technical Documents

Safety Data Sheet

H-Phosphonates

Glen Report 4-11: Introduction

Glen Report 4-12: RNA Synthesis - Options for 2'-0H Protection

Glen Report 4-14: Literature Review

Glen Report 1-13: A Practical Application of Nucleoside H-Phosphonates for Point Modification of Oligonucleotides


Dilution/Coupling Data

The table below show pack size data and, for solutions, dilution and approximate coupling based on normal priming procedures.

ABI 392/394

Catalog #Pack SizeGrams/Pack0.1M Dil. (mL)Approximate Number of Additions
LV40LV20040nm0.2μm1μm10μm
10-1210-020.25 g.25grams21686.67412257.5187.27137.3334.33
10-1210-050.5 g.5grams421386.67832520378.18277.3369.33

Expedite

Catalog #Pack SizeGrams/PackDilution (mL)Approximate Number of Additions
Molarity50nm0.2μm1μm15μm
10-1210-020.25 g.25grams50.0693.658.542.555.85
10-1210-050.5 g.5grams100.06193.61218812.1


Product FAQs

  • What are the concentrations of the solutions used on an ABI for H-phosphonate chemistry?

Glen research表观遗传学是生物学和癌症研究中发展最快的领域之一。虽然基本的遗传密码定义了合成哪些蛋白质和基因产物,但表观遗传控制定义了它们何时何地表达。基因表达的这种动态控制对于X染色体失活,胚胎发生,细胞分化至关重要,并且似乎是记忆形成和突触可塑性的组成部分。在2009年,两份报告1,2  中所述5-羟甲基-2'-脱氧胞苷的发现(HMDC),浦肯野神经元和胚胎干细胞的新颖的DC修饰。后来,第三份报告发现这种修饰在与较高认知功能相关的脑组织中高度丰富。3 dC修饰是通过α-酮戊二酸依赖性十一种11易位(TET)酶的作用产生的,该酶将5-Me-dC氧化为hmdC。这一发现激发了关于可能通过例如碱基切除修复(BER)借助专门的DNA糖基化酶发生的活性脱甲基途径的讨论。或者,可以设想一种方法,其中将hmdC的羟甲基进一步氧化为5-甲酰基-dC(fdC)或5-羧基-dC(cadC),然后消除甲酸或二氧化碳4,5。Glen Research自成立以来就一直为这项研究提供支持,为合成包含所有新dC衍生物-hmdC,fdC和cadC的寡核苷酸提供了基础。第一代hmdC亚磷酰胺已被广泛接受,但需要相当苛刻的脱保护条件。因此,介绍了由Carell和同事开发的与UltraMild脱保护兼容的第二代构建基(5-Hydroxymethyl-dC II)。6  5-甲酰基-dC III旨在满足制备包含所有甲基化变体的寡核苷酸的所有要求。