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rabbit polyclonal antibodies against h3  (Proteintech)


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    Proteintech rabbit polyclonal antibodies against h3
    Rabbit Polyclonal Antibodies Against H3, supplied by Proteintech, used in various techniques. Bioz Stars score: 96/100, based on 1720 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/rabbit+polyclonal+antibodies+against+h3/Histone-H3+Antibody/pm40802511-519-13-21
    Average 96 stars, based on 1720 article reviews
    rabbit polyclonal antibodies against h3 - by Bioz Stars, 2026-09
    96/100 stars

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    Bioprocessing:

    Article Title: Insect dome receptor directly recognizes viral envelopes to activate JAK/STAT signaling and induce conserved antiviral viperin expression.
    Article Snippet: Antibodies against viral structural proteins P8 of RGDV, P8 of RDV, P of RSMV as well as Dome, JAK, STAT, and viperin (Mendeley Data, doi: 10.17632/3gckth6s4k.1) of R. dorsalis were prepared as previously described.54 Mouse monoclonal antibodies against the 6×His tag, Flag, GST, and β-tubulin were sourced from Transgene Biotech (HT501, HT201, HT601, and HC101). .. Additionally, mouse monoclonal antibodies against Myc (D191042) were obtained from Sangon Biotech, and rabbit Polyclonal antibodies against H3 were purchased from Proteintech Group (17168-1-AP). .. The His tag antibody conjugated to Alexa Fluor 488 (His-Alexa Fluor 488) and the Myc tag antibody conjugated to Alexa Fluor 555 (Myc-Alexa Fluor 555) were acquired from Thermo Fisher Scientific.



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    Analysis of epigenetic histone modifications during mitosis and micronuclei formation. Whole-mount immunofluorescent staining of gonads from sexual species ( a , b ) and hybrids (all rest) with antibodies against various epigenetic modification stained in red: H3S10P ( a , c , d ), H3S28P ( b , e ), H3K9me3 ( f , g ) and <t>H3T11P</t> ( h ). Accumulation of all analyzed chromatin modifications indicate normal chromosome condensation during prophase and metaphase. In hybrids, misaligned chromosomes (indicated by white arrows) have similar distribution of the H3S10P ( c ), H3S28P ( e ), H3K9me3 ( f ) and H3T11P ( h ) chromatin modifications as the rest of the chromosomes (showed by white arrowheads) suggesting that misaligned chromosomes condense properly during prophase and metaphase. Micronuclei present during metaphases (indicated by thin white arrows) do not accumulate epigenetic histone modification such as H3S10P ( c ), H3K9me3 ( f ). ( d ) Accumulation of H3S10P epigenetic modification in some micronuclei (indicated by thin red arrows) suggest their formation by chromosomal lagging. Some micronuclei do not show accumulation of H3S10P epigenetic modification (indicated by thin white arrows). ( g ) In contrast to the chromatin in the interphase nucleus of the gonial cell, chromatin in micronuclei accumulated H3K9me3 epigenetic modifications indicating its inactivation and heterochromatinization (micronuclei indicated with thin red arrows). Tubulin (stained in green) visualize cytoskeleton components of the spindle ( a , f ). Chromatin is visualized with DAPI in blue. All pictures represent a single gonadal section of 0.4 μm in thickness after 3D immunofluorescent staining. Scale bars = 10 μm.
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    rabbit polyclonal antibody against histone h3  (Proteintech)
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    Proteintech rabbit polyclonal antibody against histone h3
    Analysis of epigenetic histone modifications during mitosis and micronuclei formation. Whole-mount immunofluorescent staining of gonads from sexual species ( a , b ) and hybrids (all rest) with antibodies against various epigenetic modification stained in red: H3S10P ( a , c , d ), <t>H3S28P</t> ( b , e ), H3K9me3 ( f , g ) and H3T11P ( h ). Accumulation of all analyzed chromatin modifications indicate normal chromosome condensation during prophase and metaphase. In hybrids, misaligned chromosomes (indicated by white arrows) have similar distribution of the H3S10P ( c ), H3S28P ( e ), H3K9me3 ( f ) and H3T11P ( h ) chromatin modifications as the rest of the chromosomes (showed by white arrowheads) suggesting that misaligned chromosomes condense properly during prophase and metaphase. Micronuclei present during metaphases (indicated by thin white arrows) do not accumulate epigenetic histone modification such as H3S10P ( c ), H3K9me3 ( f ). ( d ) Accumulation of H3S10P epigenetic modification in some micronuclei (indicated by thin red arrows) suggest their formation by chromosomal lagging. Some micronuclei do not show accumulation of H3S10P epigenetic modification (indicated by thin white arrows). ( g ) In contrast to the chromatin in the interphase nucleus of the gonial cell, chromatin in micronuclei accumulated H3K9me3 epigenetic modifications indicating its inactivation and heterochromatinization (micronuclei indicated with thin red arrows). Tubulin (stained in green) visualize cytoskeleton components of the spindle ( a , f ). Chromatin is visualized with DAPI in blue. All pictures represent a single gonadal section of 0.4 μm in thickness after 3D immunofluorescent staining. Scale bars = 10 μm.
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    Image Search Results


    Analysis of epigenetic histone modifications during mitosis and micronuclei formation. Whole-mount immunofluorescent staining of gonads from sexual species ( a , b ) and hybrids (all rest) with antibodies against various epigenetic modification stained in red: H3S10P ( a , c , d ), H3S28P ( b , e ), H3K9me3 ( f , g ) and H3T11P ( h ). Accumulation of all analyzed chromatin modifications indicate normal chromosome condensation during prophase and metaphase. In hybrids, misaligned chromosomes (indicated by white arrows) have similar distribution of the H3S10P ( c ), H3S28P ( e ), H3K9me3 ( f ) and H3T11P ( h ) chromatin modifications as the rest of the chromosomes (showed by white arrowheads) suggesting that misaligned chromosomes condense properly during prophase and metaphase. Micronuclei present during metaphases (indicated by thin white arrows) do not accumulate epigenetic histone modification such as H3S10P ( c ), H3K9me3 ( f ). ( d ) Accumulation of H3S10P epigenetic modification in some micronuclei (indicated by thin red arrows) suggest their formation by chromosomal lagging. Some micronuclei do not show accumulation of H3S10P epigenetic modification (indicated by thin white arrows). ( g ) In contrast to the chromatin in the interphase nucleus of the gonial cell, chromatin in micronuclei accumulated H3K9me3 epigenetic modifications indicating its inactivation and heterochromatinization (micronuclei indicated with thin red arrows). Tubulin (stained in green) visualize cytoskeleton components of the spindle ( a , f ). Chromatin is visualized with DAPI in blue. All pictures represent a single gonadal section of 0.4 μm in thickness after 3D immunofluorescent staining. Scale bars = 10 μm.

    Journal: Scientific Reports

    Article Title: Gradual chromosomal lagging drive programmed genome elimination in hemiclonal fishes from the genus Hypseleotris

    doi: 10.1038/s41598-024-78278-6

    Figure Lengend Snippet: Analysis of epigenetic histone modifications during mitosis and micronuclei formation. Whole-mount immunofluorescent staining of gonads from sexual species ( a , b ) and hybrids (all rest) with antibodies against various epigenetic modification stained in red: H3S10P ( a , c , d ), H3S28P ( b , e ), H3K9me3 ( f , g ) and H3T11P ( h ). Accumulation of all analyzed chromatin modifications indicate normal chromosome condensation during prophase and metaphase. In hybrids, misaligned chromosomes (indicated by white arrows) have similar distribution of the H3S10P ( c ), H3S28P ( e ), H3K9me3 ( f ) and H3T11P ( h ) chromatin modifications as the rest of the chromosomes (showed by white arrowheads) suggesting that misaligned chromosomes condense properly during prophase and metaphase. Micronuclei present during metaphases (indicated by thin white arrows) do not accumulate epigenetic histone modification such as H3S10P ( c ), H3K9me3 ( f ). ( d ) Accumulation of H3S10P epigenetic modification in some micronuclei (indicated by thin red arrows) suggest their formation by chromosomal lagging. Some micronuclei do not show accumulation of H3S10P epigenetic modification (indicated by thin white arrows). ( g ) In contrast to the chromatin in the interphase nucleus of the gonial cell, chromatin in micronuclei accumulated H3K9me3 epigenetic modifications indicating its inactivation and heterochromatinization (micronuclei indicated with thin red arrows). Tubulin (stained in green) visualize cytoskeleton components of the spindle ( a , f ). Chromatin is visualized with DAPI in blue. All pictures represent a single gonadal section of 0.4 μm in thickness after 3D immunofluorescent staining. Scale bars = 10 μm.

    Article Snippet: We used the following primary antibodies: rabbit polyclonal antibody against DDX4 (concentration 1:50; C1C3, GeneTex) to detect Vasa protein; mouse monoclonal antibodies against alpha tubulin (concentration 1:100; ab7291, Abcam); rabbit polyclonal antibody against H3S10P (concentration 1:100; GTX128116, GeneTex); rabbit polyclonal antibody against H3S28P (concentration 1:100; #9713, Cell Signaling); rabbit polyclonal antibody against H3T11P (concentration 1:100; #9764, Cell Signaling); rabbit polyclonal antibody against H3K9me3 (concentration 1:100; ab8898, Abcam).

    Techniques: Staining, Modification

    Analysis of epigenetic histone modifications during mitosis and micronuclei formation. Whole-mount immunofluorescent staining of gonads from sexual species ( a , b ) and hybrids (all rest) with antibodies against various epigenetic modification stained in red: H3S10P ( a , c , d ), H3S28P ( b , e ), H3K9me3 ( f , g ) and H3T11P ( h ). Accumulation of all analyzed chromatin modifications indicate normal chromosome condensation during prophase and metaphase. In hybrids, misaligned chromosomes (indicated by white arrows) have similar distribution of the H3S10P ( c ), H3S28P ( e ), H3K9me3 ( f ) and H3T11P ( h ) chromatin modifications as the rest of the chromosomes (showed by white arrowheads) suggesting that misaligned chromosomes condense properly during prophase and metaphase. Micronuclei present during metaphases (indicated by thin white arrows) do not accumulate epigenetic histone modification such as H3S10P ( c ), H3K9me3 ( f ). ( d ) Accumulation of H3S10P epigenetic modification in some micronuclei (indicated by thin red arrows) suggest their formation by chromosomal lagging. Some micronuclei do not show accumulation of H3S10P epigenetic modification (indicated by thin white arrows). ( g ) In contrast to the chromatin in the interphase nucleus of the gonial cell, chromatin in micronuclei accumulated H3K9me3 epigenetic modifications indicating its inactivation and heterochromatinization (micronuclei indicated with thin red arrows). Tubulin (stained in green) visualize cytoskeleton components of the spindle ( a , f ). Chromatin is visualized with DAPI in blue. All pictures represent a single gonadal section of 0.4 μm in thickness after 3D immunofluorescent staining. Scale bars = 10 μm.

    Journal: Scientific Reports

    Article Title: Gradual chromosomal lagging drive programmed genome elimination in hemiclonal fishes from the genus Hypseleotris

    doi: 10.1038/s41598-024-78278-6

    Figure Lengend Snippet: Analysis of epigenetic histone modifications during mitosis and micronuclei formation. Whole-mount immunofluorescent staining of gonads from sexual species ( a , b ) and hybrids (all rest) with antibodies against various epigenetic modification stained in red: H3S10P ( a , c , d ), H3S28P ( b , e ), H3K9me3 ( f , g ) and H3T11P ( h ). Accumulation of all analyzed chromatin modifications indicate normal chromosome condensation during prophase and metaphase. In hybrids, misaligned chromosomes (indicated by white arrows) have similar distribution of the H3S10P ( c ), H3S28P ( e ), H3K9me3 ( f ) and H3T11P ( h ) chromatin modifications as the rest of the chromosomes (showed by white arrowheads) suggesting that misaligned chromosomes condense properly during prophase and metaphase. Micronuclei present during metaphases (indicated by thin white arrows) do not accumulate epigenetic histone modification such as H3S10P ( c ), H3K9me3 ( f ). ( d ) Accumulation of H3S10P epigenetic modification in some micronuclei (indicated by thin red arrows) suggest their formation by chromosomal lagging. Some micronuclei do not show accumulation of H3S10P epigenetic modification (indicated by thin white arrows). ( g ) In contrast to the chromatin in the interphase nucleus of the gonial cell, chromatin in micronuclei accumulated H3K9me3 epigenetic modifications indicating its inactivation and heterochromatinization (micronuclei indicated with thin red arrows). Tubulin (stained in green) visualize cytoskeleton components of the spindle ( a , f ). Chromatin is visualized with DAPI in blue. All pictures represent a single gonadal section of 0.4 μm in thickness after 3D immunofluorescent staining. Scale bars = 10 μm.

    Article Snippet: We used the following primary antibodies: rabbit polyclonal antibody against DDX4 (concentration 1:50; C1C3, GeneTex) to detect Vasa protein; mouse monoclonal antibodies against alpha tubulin (concentration 1:100; ab7291, Abcam); rabbit polyclonal antibody against H3S10P (concentration 1:100; GTX128116, GeneTex); rabbit polyclonal antibody against H3S28P (concentration 1:100; #9713, Cell Signaling); rabbit polyclonal antibody against H3T11P (concentration 1:100; #9764, Cell Signaling); rabbit polyclonal antibody against H3K9me3 (concentration 1:100; ab8898, Abcam).

    Techniques: Staining, Modification

    Schematic overview of selective genome elimination in carp gudgeons. ( a ) Scheme of the reproduction of hybrid individuals and individuals of sexual species, H. bucephala . During gametogenesis in hybrids, H. bucephala genome (red) is eliminated, while H. gymnocephala genome (green) is transmitted to gametes. After fertilization by co-occurring sexual species H. bucephala , hybrid chromosomal composition is restored. ( b ) Suggested simplified scheme of gradual chromosome elimination via micronucleus formation in hybrids. ( c ) During eliminating mitosis all chromosomes accumulate epigenetic chromatin marks H3S10P, H3S28P and H3K9me3. After lagging and inclusion of individual chromosomes in micronuclei, we detected H3S10P modification in at least some micronuclei. In the micronuclei, chromatin accumulates heterochromatin marks.

    Journal: Scientific Reports

    Article Title: Gradual chromosomal lagging drive programmed genome elimination in hemiclonal fishes from the genus Hypseleotris

    doi: 10.1038/s41598-024-78278-6

    Figure Lengend Snippet: Schematic overview of selective genome elimination in carp gudgeons. ( a ) Scheme of the reproduction of hybrid individuals and individuals of sexual species, H. bucephala . During gametogenesis in hybrids, H. bucephala genome (red) is eliminated, while H. gymnocephala genome (green) is transmitted to gametes. After fertilization by co-occurring sexual species H. bucephala , hybrid chromosomal composition is restored. ( b ) Suggested simplified scheme of gradual chromosome elimination via micronucleus formation in hybrids. ( c ) During eliminating mitosis all chromosomes accumulate epigenetic chromatin marks H3S10P, H3S28P and H3K9me3. After lagging and inclusion of individual chromosomes in micronuclei, we detected H3S10P modification in at least some micronuclei. In the micronuclei, chromatin accumulates heterochromatin marks.

    Article Snippet: We used the following primary antibodies: rabbit polyclonal antibody against DDX4 (concentration 1:50; C1C3, GeneTex) to detect Vasa protein; mouse monoclonal antibodies against alpha tubulin (concentration 1:100; ab7291, Abcam); rabbit polyclonal antibody against H3S10P (concentration 1:100; GTX128116, GeneTex); rabbit polyclonal antibody against H3S28P (concentration 1:100; #9713, Cell Signaling); rabbit polyclonal antibody against H3T11P (concentration 1:100; #9764, Cell Signaling); rabbit polyclonal antibody against H3K9me3 (concentration 1:100; ab8898, Abcam).

    Techniques: Modification