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anti α tubulin  (Bio-Rad)


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    Structured Review

    Bio-Rad anti α tubulin
    Preparation of S. cerevisiae KMN complex sample for cryo-EM and validation of in vivo protein depletion and in vivo rescue allele expression. (A) Subcomplex and subunit domain organization of the S. cerevisiae KMN complex proteins. CC, CH, HB, N-IDR, and RING-WD40-DEAD box helicase (RWD) domains are highlighted. (B) Coomassie brilliant blue–stained SDS-PAGE gels of the purified KMN subcomplexes. (C–E) Coomassie brilliant blue–stained SDS-PAGE gels of isolated (C) N and (D) K HB-RWD M subcomplexes, or (E) reconstituted K HB-RWD MN complexes after separation using 10–30% glycerol gradients. (F) Coomassie brilliant blue–stained SDS-PAGE gels of the reconstituted K HB-RWD MN complex crosslinked with a 0.0–0.2% glutaraldehyde gradient over the course of a 10–30% glycerol gradient using the GraFix methodology . Crosslinking was repeated twice with identical results. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. (G) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect NNF1-mAID 3 -FLAG 5 gene products (top <t>panel)</t> <t>or</t> <t>anti-α-tubulin</t> primary antibody as a loading control (bottom panel). (H) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect MTW1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (I) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-V5 primary antibodies to detect the gene products expressed from the NNF1 or nnf1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). (J) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-HA primary antibodies to detect the gene products expressed from the indicated MTW1 or mtw1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). CC, coiled coil; HB, helical bundle; WCEs, whole-cell extracts. Source data are available for this figure: .
    Anti α Tubulin, supplied by Bio-Rad, used in various techniques. Bioz Stars score: 96/100, based on 957 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/rat+a+tubulin/Rat+anti+Tubulin+Alpha/pmc13065467-400-8-10
    Average 96 stars, based on 957 article reviews
    anti α tubulin - by Bioz Stars, 2026-09
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    Images

    1) Product Images from "Assembly and phosphoregulatory mechanisms of the budding yeast outer kinetochore KMN complex"

    Article Title: Assembly and phosphoregulatory mechanisms of the budding yeast outer kinetochore KMN complex

    Journal: The Journal of Cell Biology

    doi: 10.1083/jcb.202506015

    Preparation of S. cerevisiae KMN complex sample for cryo-EM and validation of in vivo protein depletion and in vivo rescue allele expression. (A) Subcomplex and subunit domain organization of the S. cerevisiae KMN complex proteins. CC, CH, HB, N-IDR, and RING-WD40-DEAD box helicase (RWD) domains are highlighted. (B) Coomassie brilliant blue–stained SDS-PAGE gels of the purified KMN subcomplexes. (C–E) Coomassie brilliant blue–stained SDS-PAGE gels of isolated (C) N and (D) K HB-RWD M subcomplexes, or (E) reconstituted K HB-RWD MN complexes after separation using 10–30% glycerol gradients. (F) Coomassie brilliant blue–stained SDS-PAGE gels of the reconstituted K HB-RWD MN complex crosslinked with a 0.0–0.2% glutaraldehyde gradient over the course of a 10–30% glycerol gradient using the GraFix methodology . Crosslinking was repeated twice with identical results. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. (G) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect NNF1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (H) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect MTW1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (I) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-V5 primary antibodies to detect the gene products expressed from the NNF1 or nnf1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). (J) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-HA primary antibodies to detect the gene products expressed from the indicated MTW1 or mtw1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). CC, coiled coil; HB, helical bundle; WCEs, whole-cell extracts. Source data are available for this figure: .
    Figure Legend Snippet: Preparation of S. cerevisiae KMN complex sample for cryo-EM and validation of in vivo protein depletion and in vivo rescue allele expression. (A) Subcomplex and subunit domain organization of the S. cerevisiae KMN complex proteins. CC, CH, HB, N-IDR, and RING-WD40-DEAD box helicase (RWD) domains are highlighted. (B) Coomassie brilliant blue–stained SDS-PAGE gels of the purified KMN subcomplexes. (C–E) Coomassie brilliant blue–stained SDS-PAGE gels of isolated (C) N and (D) K HB-RWD M subcomplexes, or (E) reconstituted K HB-RWD MN complexes after separation using 10–30% glycerol gradients. (F) Coomassie brilliant blue–stained SDS-PAGE gels of the reconstituted K HB-RWD MN complex crosslinked with a 0.0–0.2% glutaraldehyde gradient over the course of a 10–30% glycerol gradient using the GraFix methodology . Crosslinking was repeated twice with identical results. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. (G) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect NNF1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (H) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect MTW1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (I) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-V5 primary antibodies to detect the gene products expressed from the NNF1 or nnf1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). (J) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-HA primary antibodies to detect the gene products expressed from the indicated MTW1 or mtw1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). CC, coiled coil; HB, helical bundle; WCEs, whole-cell extracts. Source data are available for this figure: .

    Techniques Used: Cryo-EM Sample Prep, Biomarker Discovery, In Vivo, Expressing, Staining, SDS Page, Purification, Isolation, Sample Prep, Western Blot, Control, Variant Assay

    Related Articles

    Immunofluorescence:

    Article Title: Rational combinations of siRNAs targeting Plk1 with breast cancer drugs.
    Article Snippet: Monoclonal anti-human Plk1 (no. SC-17783), anti-caspase 3 (no. SC-7272), rabbit anticaspase 9 (no. SC-8355), rabbit anti-p27kip1 (no. SC-528), rabbit anti-p38 (no. SC-535) antibodies, goat anti-mouse (no. SC-2031) and goat anti-rabbit (no. SC-2030) secondary antibodies were from Santa Cruz Biotechnology Inc. (Heidelberg, Germany), monoclonal antibody against HER2 (no. OP15L) was from Oncogene Research Products (Calbiochem, Nottingham, UK) and monoclonal antibody against b-actin (no. A-5316) was from Sigma-Aldrich (Taufkirchen, Germany). .. Antibodies for immunofluorescence studies were rat a-tubulin (no. MCAP77) (Serotec/Biozol, Eching, Germany) and rabbit anti-Plk1 (Yuan et al., 1997). .. Fetal calf serum was purchased from PAA Laboratories (Cölbe, Germany).

    Affinity Purification:

    Article Title: beta-Catenin asymmetries after all animal/vegetal- oriented cell divisions in Platynereis dumerilii embryos mediate binary cell-fate specification.
    Article Snippet: .. Primary antibodies and reagents used for this study include affinity-purified rabbit b-catenin (1:100; Schneider et al., 1996), rat a-tubulin (1:100; Serotec), mouse histone (1:200; Abcam), mouse g-tubulin (1:2000; Sigma-Aldrich), mouse a-acetylated tubulin (1:400; Sigma-Aldrich), and phalloidin-Oregon green (1:50; Molecular Probes). ..

    Concentration Assay:

    Article Title: Swi/Snf chromatin remodeling regulates transcriptional interference and gene repression.
    Article Snippet: .. Primary antibodies: mouse a-V5 antibody (R960-25, Thermo Fisher Scientific) used at a concentration of 1:2,000; rat a-tubulin (MCA78G, Bio-Rad) used at a concentration of 1:10,000. .. Secondary antibodies: goat a-mouse or a-rabbit secondary antibody conjugated to IRDye 800CW used at a concentration of 1:15,000 (926-32213, LI-COR); a-rabbit secondary conjugated to IRDye 680RD at a concentration of 1:15,000 (926-68071, LI-COR).



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    Image Search Results


    Preparation of S. cerevisiae KMN complex sample for cryo-EM and validation of in vivo protein depletion and in vivo rescue allele expression. (A) Subcomplex and subunit domain organization of the S. cerevisiae KMN complex proteins. CC, CH, HB, N-IDR, and RING-WD40-DEAD box helicase (RWD) domains are highlighted. (B) Coomassie brilliant blue–stained SDS-PAGE gels of the purified KMN subcomplexes. (C–E) Coomassie brilliant blue–stained SDS-PAGE gels of isolated (C) N and (D) K HB-RWD M subcomplexes, or (E) reconstituted K HB-RWD MN complexes after separation using 10–30% glycerol gradients. (F) Coomassie brilliant blue–stained SDS-PAGE gels of the reconstituted K HB-RWD MN complex crosslinked with a 0.0–0.2% glutaraldehyde gradient over the course of a 10–30% glycerol gradient using the GraFix methodology . Crosslinking was repeated twice with identical results. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. (G) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect NNF1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (H) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect MTW1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (I) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-V5 primary antibodies to detect the gene products expressed from the NNF1 or nnf1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). (J) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-HA primary antibodies to detect the gene products expressed from the indicated MTW1 or mtw1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). CC, coiled coil; HB, helical bundle; WCEs, whole-cell extracts. Source data are available for this figure: .

    Journal: The Journal of Cell Biology

    Article Title: Assembly and phosphoregulatory mechanisms of the budding yeast outer kinetochore KMN complex

    doi: 10.1083/jcb.202506015

    Figure Lengend Snippet: Preparation of S. cerevisiae KMN complex sample for cryo-EM and validation of in vivo protein depletion and in vivo rescue allele expression. (A) Subcomplex and subunit domain organization of the S. cerevisiae KMN complex proteins. CC, CH, HB, N-IDR, and RING-WD40-DEAD box helicase (RWD) domains are highlighted. (B) Coomassie brilliant blue–stained SDS-PAGE gels of the purified KMN subcomplexes. (C–E) Coomassie brilliant blue–stained SDS-PAGE gels of isolated (C) N and (D) K HB-RWD M subcomplexes, or (E) reconstituted K HB-RWD MN complexes after separation using 10–30% glycerol gradients. (F) Coomassie brilliant blue–stained SDS-PAGE gels of the reconstituted K HB-RWD MN complex crosslinked with a 0.0–0.2% glutaraldehyde gradient over the course of a 10–30% glycerol gradient using the GraFix methodology . Crosslinking was repeated twice with identical results. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. Fractions corresponding to the glycerol gradient volume 2.00–2.75 ml were pooled for cryo-EM sample preparation. (G) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect NNF1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (H) Immunoblots of WCEs of the indicated yeast strains treated for the indicated duration with PBS or 0.5 mM IAA. Membranes were blotted with anti-FLAG primary antibody to detect MTW1-mAID 3 -FLAG 5 gene products (top panel) or anti-α-tubulin primary antibody as a loading control (bottom panel). (I) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-V5 primary antibodies to detect the gene products expressed from the NNF1 or nnf1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). (J) Immunoblots of WCEs of the indicated yeast strains. Membranes were blotted with anti-HA primary antibodies to detect the gene products expressed from the indicated MTW1 or mtw1 ΔC variant alleles (top panel), or with anti-α-tubulin primary antibody as a loading control (bottom panel). CC, coiled coil; HB, helical bundle; WCEs, whole-cell extracts. Source data are available for this figure: .

    Article Snippet: To detect alpha tubulin as a loading control, anti-α-tubulin (MCA78G; Bio-Rad, rat monoclonal) antibody was used.

    Techniques: Cryo-EM Sample Prep, Biomarker Discovery, In Vivo, Expressing, Staining, SDS Page, Purification, Isolation, Sample Prep, Western Blot, Control, Variant Assay

    Strains with or without Myc-tagged orf19.3456 and HA-tagged orf19.193 were grown to log phase in YPD at 30°C. Protein extracts were prepared as described in materials and methods and immunoprecipitated with an anti-Myc antibody. The immunoprecipitated orf19.3456 -encoded kinase was detected by Western blotting with an anti-Myc antibody, and the co-immunoprecipitated orf19.193 -encoded protein with an anti-HA antibody (top panels, IP). Tagged proteins in the input samples were detected with anti-HA and anti-Myc antibodies (bottom panels, input). Detection of tubulin with an anti-tubulin antibody served as loading control for the input samples. Both independently generated series of strains were used for the experiment.

    Journal: PLOS Genetics

    Article Title: Inducible gene deletion reveals essentiality of protein kinases and a septation initiation network in Candida albicans

    doi: 10.1371/journal.pgen.1012118

    Figure Lengend Snippet: Strains with or without Myc-tagged orf19.3456 and HA-tagged orf19.193 were grown to log phase in YPD at 30°C. Protein extracts were prepared as described in materials and methods and immunoprecipitated with an anti-Myc antibody. The immunoprecipitated orf19.3456 -encoded kinase was detected by Western blotting with an anti-Myc antibody, and the co-immunoprecipitated orf19.193 -encoded protein with an anti-HA antibody (top panels, IP). Tagged proteins in the input samples were detected with anti-HA and anti-Myc antibodies (bottom panels, input). Detection of tubulin with an anti-tubulin antibody served as loading control for the input samples. Both independently generated series of strains were used for the experiment.

    Article Snippet: For the detection of tubulin, membranes were blocked with 5% milk in TBST and incubated overnight at 4°C with rat anti-tubulin alpha antibody MCA 78G (Bio-Rad), washed with TBST, and then incubated with rabbit anti-rat HRP-conjugated antibody STAR21B (Bio-Rad).

    Techniques: Immunoprecipitation, Western Blot, Control, Generated