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daffm da  (GORYO Chemical)


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    GORYO Chemical daffm da
    a Distribution of <t>the</t> <t>actinotrichia</t> at the tips of spiny rays (left) and soft rays (right) at three stages of fin deveolpent in fixed samples (DF-st3 larvae, n = 3; DF-st4 larvae, n = 4; juveniles, n = 4); the lower pair of panels of each stage are magnified images of the yellow dashed box in the upper panels. Spiny-ray bones are outlined in orange. Actinotrichia distribution and spiny- and soft-ray bone morphology in wild-type fish ( b) ( n = 8) and in the actinodin1 –/– / actinodin2 +/– knockout fish ( c ) ( n = 6). All panels except the top-left panel represent magnified views of the area enclosed by the yellow dashed box in the top-left panel. White arrowheads indicate abnormal bending of the soft rays in the knockout fish. Yellow arrowheads show aberrantly positioned segmental structures in the soft rays of the knockout fish. Actinotrichia were labeled with <t>DAFFM</t> DA (green), and the spiny- and soft-ray bones were labeled with alizarin red (magenta). d Schematic illustration of the spiny- and soft-ray morphology in fish with a loss of actinotrichia.
    Daffm Da, supplied by GORYO Chemical, used in various techniques. Bioz Stars score: 94/100, based on 39 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/daffm da/product/GORYO Chemical
    Average 94 stars, based on 39 article reviews
    daffm da - by Bioz Stars, 2026-05
    94/100 stars

    Images

    1) Product Images from "Actinotrichia-independent developmental mechanisms of spiny rays facilitate the morphological diversification of Acanthomorpha fish fins"

    Article Title: Actinotrichia-independent developmental mechanisms of spiny rays facilitate the morphological diversification of Acanthomorpha fish fins

    Journal: Nature Communications

    doi: 10.1038/s41467-026-69180-y

    a Distribution of the actinotrichia at the tips of spiny rays (left) and soft rays (right) at three stages of fin deveolpent in fixed samples (DF-st3 larvae, n = 3; DF-st4 larvae, n = 4; juveniles, n = 4); the lower pair of panels of each stage are magnified images of the yellow dashed box in the upper panels. Spiny-ray bones are outlined in orange. Actinotrichia distribution and spiny- and soft-ray bone morphology in wild-type fish ( b) ( n = 8) and in the actinodin1 –/– / actinodin2 +/– knockout fish ( c ) ( n = 6). All panels except the top-left panel represent magnified views of the area enclosed by the yellow dashed box in the top-left panel. White arrowheads indicate abnormal bending of the soft rays in the knockout fish. Yellow arrowheads show aberrantly positioned segmental structures in the soft rays of the knockout fish. Actinotrichia were labeled with DAFFM DA (green), and the spiny- and soft-ray bones were labeled with alizarin red (magenta). d Schematic illustration of the spiny- and soft-ray morphology in fish with a loss of actinotrichia.
    Figure Legend Snippet: a Distribution of the actinotrichia at the tips of spiny rays (left) and soft rays (right) at three stages of fin deveolpent in fixed samples (DF-st3 larvae, n = 3; DF-st4 larvae, n = 4; juveniles, n = 4); the lower pair of panels of each stage are magnified images of the yellow dashed box in the upper panels. Spiny-ray bones are outlined in orange. Actinotrichia distribution and spiny- and soft-ray bone morphology in wild-type fish ( b) ( n = 8) and in the actinodin1 –/– / actinodin2 +/– knockout fish ( c ) ( n = 6). All panels except the top-left panel represent magnified views of the area enclosed by the yellow dashed box in the top-left panel. White arrowheads indicate abnormal bending of the soft rays in the knockout fish. Yellow arrowheads show aberrantly positioned segmental structures in the soft rays of the knockout fish. Actinotrichia were labeled with DAFFM DA (green), and the spiny- and soft-ray bones were labeled with alizarin red (magenta). d Schematic illustration of the spiny- and soft-ray morphology in fish with a loss of actinotrichia.

    Techniques Used: Knock-Out, Labeling



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    a Distribution of <t>the</t> <t>actinotrichia</t> at the tips of spiny rays (left) and soft rays (right) at three stages of fin deveolpent in fixed samples (DF-st3 larvae, n = 3; DF-st4 larvae, n = 4; juveniles, n = 4); the lower pair of panels of each stage are magnified images of the yellow dashed box in the upper panels. Spiny-ray bones are outlined in orange. Actinotrichia distribution and spiny- and soft-ray bone morphology in wild-type fish ( b) ( n = 8) and in the actinodin1 –/– / actinodin2 +/– knockout fish ( c ) ( n = 6). All panels except the top-left panel represent magnified views of the area enclosed by the yellow dashed box in the top-left panel. White arrowheads indicate abnormal bending of the soft rays in the knockout fish. Yellow arrowheads show aberrantly positioned segmental structures in the soft rays of the knockout fish. Actinotrichia were labeled with <t>DAFFM</t> DA (green), and the spiny- and soft-ray bones were labeled with alizarin red (magenta). d Schematic illustration of the spiny- and soft-ray morphology in fish with a loss of actinotrichia.
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    Image Search Results


    a Distribution of the actinotrichia at the tips of spiny rays (left) and soft rays (right) at three stages of fin deveolpent in fixed samples (DF-st3 larvae, n = 3; DF-st4 larvae, n = 4; juveniles, n = 4); the lower pair of panels of each stage are magnified images of the yellow dashed box in the upper panels. Spiny-ray bones are outlined in orange. Actinotrichia distribution and spiny- and soft-ray bone morphology in wild-type fish ( b) ( n = 8) and in the actinodin1 –/– / actinodin2 +/– knockout fish ( c ) ( n = 6). All panels except the top-left panel represent magnified views of the area enclosed by the yellow dashed box in the top-left panel. White arrowheads indicate abnormal bending of the soft rays in the knockout fish. Yellow arrowheads show aberrantly positioned segmental structures in the soft rays of the knockout fish. Actinotrichia were labeled with DAFFM DA (green), and the spiny- and soft-ray bones were labeled with alizarin red (magenta). d Schematic illustration of the spiny- and soft-ray morphology in fish with a loss of actinotrichia.

    Journal: Nature Communications

    Article Title: Actinotrichia-independent developmental mechanisms of spiny rays facilitate the morphological diversification of Acanthomorpha fish fins

    doi: 10.1038/s41467-026-69180-y

    Figure Lengend Snippet: a Distribution of the actinotrichia at the tips of spiny rays (left) and soft rays (right) at three stages of fin deveolpent in fixed samples (DF-st3 larvae, n = 3; DF-st4 larvae, n = 4; juveniles, n = 4); the lower pair of panels of each stage are magnified images of the yellow dashed box in the upper panels. Spiny-ray bones are outlined in orange. Actinotrichia distribution and spiny- and soft-ray bone morphology in wild-type fish ( b) ( n = 8) and in the actinodin1 –/– / actinodin2 +/– knockout fish ( c ) ( n = 6). All panels except the top-left panel represent magnified views of the area enclosed by the yellow dashed box in the top-left panel. White arrowheads indicate abnormal bending of the soft rays in the knockout fish. Yellow arrowheads show aberrantly positioned segmental structures in the soft rays of the knockout fish. Actinotrichia were labeled with DAFFM DA (green), and the spiny- and soft-ray bones were labeled with alizarin red (magenta). d Schematic illustration of the spiny- and soft-ray morphology in fish with a loss of actinotrichia.

    Article Snippet: To observe the actinotrichia, vital staining with 5 μM of DAFFM DA (Goryo Chemical, #SK1004-01) was used.

    Techniques: Knock-Out, Labeling