m6A Essentials Antibody Kit

Host/Isotype

Rabbit/Mouse

Reactivity

Target Dependent

Applications

Target Dependent

Conjugate

Unconjugated

Type

Antibody Kit

Cat no : PK30018



Product Information

The m6A Essentials Antibody Kit provides a cost-effective tool for studying the m6A modification and its regulators. Perfect for researchers starting a new project, screening multiple prospective targets or those who simply require less volume. 

The m6A Essentials Antibody Kit contains antibodies against 8 key targets for studying m6A and its regulators. 

AntigenCatalog No.Host, clonalityTested ReactivityApplicationsVolume
m6A68055-1-Ig        Mouse monoclonalH, M, R, PgWB, IP, IF, RIP, IHC, ELISA, Dot Blot20 uL
METTL380323-1-RR            Rabbit monoclonal H, M, RWB, IF, IHC, ELISA20 uL
METTL1480790-1-RR            Rabbit monoclonal H, MWB, IHC, ELISA20 uL
WTAP60188-1-Ig            Mouse monoclonal H, M, R, DrWB, IP, IF, FC, RIP, IHC, ELISA20 uL
FTO81471-1-RR            Rabbit monoclonal HWB, IF, IHC, ELISA20 uL
ALKBH567811-1-Ig            Mouse monoclonal              H, M, RWB, IHC, ELISA20 uL
YTHDF166745-1-Ig            Mouse monoclonal              H, M, R, PgWB, IP, IF, IHC, CoIP, ELISA20 uL
YTHDF281340-1-RR            Rabbit monoclonal             H, M, RWB, IP, IF, IHC, CoIP, ELISA20 uL


Storage

Store at -20°C. Stable for one year from the date of receipt. 

Background Information

m6A (N6-methyladenosine) is the most abundant modification in mammalian mRNA. This modification is initiated by the m6A methylatransferases (writers) such as METTL3, METTL14, and WTAP. m6A modifications can be reversed by demethylases (erasers) such as FTO and ALKBH5. The stability of m6A-modified mRNA is regulated by YTHDF reader proteins, which recognize m6A and reduce the stability of target transcripts. m6A and its regulatory proteins play critical roles in cancer pathogenesis and progression. 

Standard Protocols

Click  here  to view our standard protocols for various applications including WB, IP, IHC, IF, FC, and ELISA.