Anticorps Monoclonal anti-Beta Tubulin

Beta Tubulin Monoclonal Antibody for FC (Intra), IF, WB

Hôte / Isotype

Mouse / IgG2a

Réactivité testée

Humain, namatode, poisson-zèbre, porc, rat, souris

Applications

WB, IF, FC (Intra)

Conjugaison

CoraLite® Plus 488 Fluorescent Dye

CloneNo.

1D4A4

N° de cat : CL488-66240

Synonymes

beta 4, beta tubulin, B-tubulin, MC1R, TUBB, TUBB3, TUBB4, Tubulin beta 3 chain, Tubulin beta 4 chain, Tubulin beta III, tubulin, beta 3



Applications testées

Résultats positifs en WBcellules HeLa, cellules HEK-293, cellules HSC-T6, cellules NIH/3T3
Résultats positifs en IFcellules HepG2,
Résultats positifs en cytométriecellules HeLa

Dilution recommandée

ApplicationDilution
Western Blot (WB)WB : 1:2000-1:10000
Immunofluorescence (IF)IF : 1:50-1:500
Flow Cytometry (FC)FC : 0.40 ug per 10^6 cells in a 100 µl suspension
It is recommended that this reagent should be titrated in each testing system to obtain optimal results.
Sample-dependent, check data in validation data gallery

Informations sur le produit

CL488-66240 cible Beta Tubulin dans les applications de WB, IF, FC (Intra) et montre une réactivité avec des échantillons Humain, namatode, poisson-zèbre, porc, rat, souris

Réactivité Humain, namatode, poisson-zèbre, porc, rat, souris
Réactivité citéerat, Humain, souris
Hôte / Isotype Mouse / IgG2a
Clonalité Monoclonal
Type Anticorps
Immunogène Beta Tubulin Protéine recombinante Ag0117
Nom complet tubulin, beta 3
Masse moléculaire calculée 450 aa, 50 kDa
Numéro d’acquisition GenBankBC000748
Symbole du gène TUBB3
Identification du gène (NCBI) 10381
Conjugaison CoraLite® Plus 488 Fluorescent Dye
Excitation/Emission maxima wavelengths493 nm / 522 nm
Forme Liquide
Méthode de purification Purification par protéine A
Tampon de stockage PBS avec glycérol à 50 %, Proclin300 à 0,05 % et BSA à 0,5 %, pH 7,3.
Conditions de stockageStocker à -20 °C. Éviter toute exposition à la lumière. Stable pendant un an après l'expédition. L'aliquotage n'est pas nécessaire pour le stockage à -20oC Les 20ul contiennent 0,1% de BSA.

Informations générales

There are five tubulins in human cells: alpha, beta, gamma, delta, and epsilon. Tubulins are conserved across species. They form heterodimers, which multimerize to form a microtubule filament. An alpha and beta tubulin heterodimer is the basic structural unit of microtubules. The alpha and beta tubulins (+/- 55 kDa MW) are homologous but are not identical. Beta tubulins have been widely used as loading control.

 

What is the molecular weight of beta-tubulin? Are there any isoforms of beta-tubulin?

The molecular weight of tubulin is 50-52 kDa. Humans have eight beta-tubulin isotypes, encoded by different genes, that differ in their C-terminal sequences. They have different tissue expression profiles and can rise to microtubules of different properties (PMID: 20191564).

 

How to use beta-tubulin as a loading control

Beta-tubulin is one of the most commonly used references as a loading control for cell lysates in western blotting. It is abundantly expressed across various tissues and developmental stages and highly conserved across species. However, since some variability has been observed in the expression levels of commonly used housekeeping genes (PMID: 15627964), it is recommended that more than one loading control antibody is used while developing new assays. More information can be found here: https://www.ptglab.com/news/blog/loading-control-antibodies-for-western-blotting/.

 

What drugs can influence beta-tubulin and organization of microtubules?

Many drugs that affect microtubule dynamics target beta-tubulin, mainly by interfering with the GTP hydrolysis (PMID: 21381049). Paclitaxel (Taxol) is used to stabilize microtubules by slowing down their depolymerization, while colchicine and vinca alkaloids (vinblastine) destabilize microtubules. They are used in research and also in the clinic as anti-cancer agents.

 

Is beta-tubulin post-translationally modified?

Yes, tubulins are subject to extensive post-translational modifications (PTMs) that affect the organization of microtubules and their dynamics. The most common modifications include polyglutamylation, polyglycylation, polyamination, glycososylation, glycation, phosphorylation, and acetylation (PMID: 24801181 and 25468068).

Protocole

Product Specific Protocols
WB protocol for CL Plus 488 Beta Tubulin antibody CL488-66240Download protocol
IF protocol for CL Plus 488 Beta Tubulin antibody CL488-66240Download protocol
Standard Protocols
Click here to view our Standard Protocols

Publications

SpeciesApplicationTitle
IF

Curr Biol

Gatekeeper function for Short stop at the ring canals of the Drosophila ovary.

Authors - Wen Lu
humanIF

Cell Chem Biol

S1PR3-G12-biased agonist ALESIA targets cancer metabolism and promotes glucose starvation.

Authors - Masayasu Toyomoto
IF

Elife

A novel mechanism of bulk cytoplasmic transport by cortical dynein in Drosophila ovary.

Authors - Wen Lu
humanIF

Mol Ther Nucleic Acids

Non-targeting control for MISSION shRNA library silences SNRPD3 leading to cell death or permanent growth arrest.

Authors - Maria Czarnek
mouseIF

Front Cell Dev Biol

Caffeine Induces Autophagy and Apoptosis in Auditory Hair Cells via the SGK1/HIF-1α Pathway.

Authors - Xiaomin Tang
humanWB

iScience

The vesicular transporter STX11 governs ATGL-mediated hepatic lipolysis and lipophagy.

Authors - Gaojian Zhang