Azido-Alkyl/Aryl Acids

Azido-Alkyl/Aryl Acids

Azides can undergo a Cu(I)-catalyzed azide-alkyne 1,3-dipolar cycloaddition (CuAAC) to afford 1,4-disubstituted 1,2,3-triazoles. Developed by K. Barry Sharpless and Morton Meldal, this type of chemical transformation was quickly dubbed “Click Chemistry”. It has since become a widely used reaction that is orthogonal to many other types of chemical transformations and is used in various kinds of applications. Besides, azido-functionalized molecules can be used for Staudinger ligation.

  1. Structure image for N3-PhAc-OH
    N3-PhAc-OH

    Product code: HAA2245

  2. Structure image for N3-Pen-OH
    N3-Pen-OH

    Product code: AAA1970

  3. Structure image for N3-Hx-OH
    N3-Hx-OH

    Product code: AAA1960

  4. Structure image for N3-Aca-OSu
    N3-Aca-OSu

    Product code: RL-2980

  5. N3-Pen-Dde
    N3-Pen-Dde

    Product code: RL-3280

  6. N3-Pen-Dtpp
    N3-Pen-Dtpp

    Product code: RL-3290

  7. Structure image for ATFB
    ATFB

    Product code: RL-2035

  8. Structure image for ATFB-NHS
    ATFB-NHS

    Product code: RL-2045

  9. Structure image for DAPOA*DCHA
    DAPOA*DCHA

    Product code: AAA2190