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H3K9ac
Loading...Anti-H3K9ac Products
- Mouse Anti-H3K9ac Antibody (clone v3), mRNA (FAMAB-0148YC-mRNA)
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- Species Reactivity: Human
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- Mouse Anti-H3K9ac Antibody (clone v2), mRNA (FAMAB-0147YC-mRNA)
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- Species Reactivity: Human
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- Mouse Anti-H3K9ac Antibody (clone v1), mRNA (FAMAB-0146YC-mRNA)
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- Species Reactivity: Human
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v3) (FAMAB-0148YC)
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- Species Reactivity: Human
- Type: Mouse IgG
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v2) (FAMAB-0147YC)
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- Species Reactivity: Human
- Type: Mouse IgG
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v1) (FAMAB-0146YC)
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- Species Reactivity: Human
- Type: Mouse IgG
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone scFv-58F) (VS-0623-WK91)
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- Species Reactivity: Human
- Type: Mouse IgG
- Application: ELISA, DB, WB, IF, IP, FuncS
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v3); scFv Fragment (FAMAB-0148-YC-S(P))
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- Species Reactivity: Human
- Type: Mouse scFv
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v2); scFv Fragment (FAMAB-0147-YC-S(P))
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- Species Reactivity: Human
- Type: Mouse scFv
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v1); scFv Fragment (FAMAB-0146-YC-S(P))
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- Species Reactivity: Human
- Type: Mouse scFv
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v3); Fab Fragment (FAMAB-0148-YC-F(E))
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- Species Reactivity: Human
- Type: Mouse Fab
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v2); Fab Fragment (FAMAB-0147-YC-F(E))
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- Species Reactivity: Human
- Type: Mouse Fab
- Application: IF
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- Mouse Anti-H3K9ac Recombinant Antibody (clone v1); Fab Fragment (FAMAB-0146-YC-F(E))
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- Species Reactivity: Human
- Type: Mouse Fab
- Application: IF
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For Research Use Only. Not For Clinical Use.
Background
The ability to selectively interfere with post-translationally modified proteins would have many biological and therapeutic applications. However, post-translational modifications cannot be selectively targeted by nucleic-acid-based interference approaches. Here we describe post-translational intracellular silencing antibody technology (PISA), a method for selecting intrabodies against post-translationally modified proteins. We demonstrate our method by generating intrabodies against native acetylated proteins and showing functional interference in living cells.
