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    MedChemExpress hy w027340 hfi 142 medchemexpress
    Hy W027340 Hfi 142 Medchemexpress, supplied by MedChemExpress, used in various techniques. Bioz Stars score: 90/100, based on 2 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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    Average 90 stars, based on 2 article reviews
    hy w027340 hfi 142 medchemexpress - by Bioz Stars, 2026-02
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    (A–E) WT, (F–I) Tc-zen1 RNAi . (A–I) Confocal projections of early (A,C,D,G,H), and mid (B,E,F,I) DC illustrate several shared features between WT and Tc-zen1 RNAi DC: the straggling organization of the dorsal-most epidermal cells (A1,A2–A2‴,B,F: starred cells), the more lateral F-actin-enriched but unpolarized cardioblast cell row (A3 [partial projection], E,E′: arrows, curly brackets), and amniotic cell elongation around the serosa or amniotic crease (A1,A2,C,G: arrows). In contrast, amniotic F-actin fiber organization differs (D,I: arrows). For comparison, the subsurface cardioblast cell row is superimposed in A1,A2,B,F (paired thin lines). Dashed boxes in A1,A2′,E show enlargements in A2–A3,A2‴,E′, respectively. Horizontal white lines in A2 demarcate segmental boundaries. In the A2‴ schematic and B,F, indicative cells are colored for the lateral epidermis (cyan), dorsal-most epidermis (grey), and amnion (orange). Greater epidermal cell elongation in F than B reflects a slightly older embryo, not a phenotypic difference. The Tc-zen1 RNAi amniotic crease is labeled with arrowheads (G,H). The curly bracket in I marks the anterior ball structure (see also <xref ref-type=Fig. 1L ). Images are oriented with anterior up and dorsal/medial right. Staining reagents are as indicated (Arm1 is anti-Tc-Arm1). For additional Tc-zen1 RNAi images, see supplementary material Fig. S2 . Abbreviations as in previous figures. Panels C and D show the same two embryos as in Fig. 2C and Fig. 1C , respectively. Scale bars: 20 µm (A,E), 10 µm (A2–A2″,B,E′,F), 5 µm (A2‴), and 100 µm (shown in H for C,D,G–I). " width="250" height="auto" />
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    Image Search Results


    Characteristics of the clinical trials performed on COVID-19 patients <xref ref-type= a ." width="100%" height="100%">

    Journal: Cytokine & Growth Factor Reviews

    Article Title: The NLRP3 inflammasome and COVID-19: Activation, pathogenesis and therapeutic strategies

    doi: 10.1016/j.cytogfr.2021.06.002

    Figure Lengend Snippet: Characteristics of the clinical trials performed on COVID-19 patients a .

    Article Snippet: Azithromycin , TrialTroveID-390593 , To assess the clinical effectiveness and safety profile of the COVID-19 treatment protocol (containing both hydroxychloroquine and azithromycin) in an Iraqi specialized hospital , 500 mg azithromycin on day 1, then 250 mg daily for 5 days + 400 mg hydroxychloro twice a day on day 1 then 200 mg twice a day for 5 days (for Arm1,2,3); 75 mg tamiflu twice a day for 5 days (for Arm2,3); 200 mg lopinavir/ 50 mg ritonavir twice a day for 5 days and antibiotic(s) accordingly (for Arm3) , None , The changes in clinical and biochemical parameters during hospitalization period such as disappearance of clinical symptoms, virologic clearance and occurrence of side effects.

    Techniques: Inhibition, Infection

    (A–E) WT, (F–I) Tc-zen1 RNAi . (A–I) Confocal projections of early (A,C,D,G,H), and mid (B,E,F,I) DC illustrate several shared features between WT and Tc-zen1 RNAi DC: the straggling organization of the dorsal-most epidermal cells (A1,A2–A2‴,B,F: starred cells), the more lateral F-actin-enriched but unpolarized cardioblast cell row (A3 [partial projection], E,E′: arrows, curly brackets), and amniotic cell elongation around the serosa or amniotic crease (A1,A2,C,G: arrows). In contrast, amniotic F-actin fiber organization differs (D,I: arrows). For comparison, the subsurface cardioblast cell row is superimposed in A1,A2,B,F (paired thin lines). Dashed boxes in A1,A2′,E show enlargements in A2–A3,A2‴,E′, respectively. Horizontal white lines in A2 demarcate segmental boundaries. In the A2‴ schematic and B,F, indicative cells are colored for the lateral epidermis (cyan), dorsal-most epidermis (grey), and amnion (orange). Greater epidermal cell elongation in F than B reflects a slightly older embryo, not a phenotypic difference. The Tc-zen1 RNAi amniotic crease is labeled with arrowheads (G,H). The curly bracket in I marks the anterior ball structure (see also <xref ref-type=Fig. 1L ). Images are oriented with anterior up and dorsal/medial right. Staining reagents are as indicated (Arm1 is anti-Tc-Arm1). For additional Tc-zen1 RNAi images, see supplementary material Fig. S2 . Abbreviations as in previous figures. Panels C and D show the same two embryos as in Fig. 2C and Fig. 1C , respectively. Scale bars: 20 µm (A,E), 10 µm (A2–A2″,B,E′,F), 5 µm (A2‴), and 100 µm (shown in H for C,D,G–I). " width="100%" height="100%">

    Journal: Biology Open

    Article Title: High plasticity in epithelial morphogenesis during insect dorsal closure

    doi: 10.1242/bio.20136072

    Figure Lengend Snippet: (A–E) WT, (F–I) Tc-zen1 RNAi . (A–I) Confocal projections of early (A,C,D,G,H), and mid (B,E,F,I) DC illustrate several shared features between WT and Tc-zen1 RNAi DC: the straggling organization of the dorsal-most epidermal cells (A1,A2–A2‴,B,F: starred cells), the more lateral F-actin-enriched but unpolarized cardioblast cell row (A3 [partial projection], E,E′: arrows, curly brackets), and amniotic cell elongation around the serosa or amniotic crease (A1,A2,C,G: arrows). In contrast, amniotic F-actin fiber organization differs (D,I: arrows). For comparison, the subsurface cardioblast cell row is superimposed in A1,A2,B,F (paired thin lines). Dashed boxes in A1,A2′,E show enlargements in A2–A3,A2‴,E′, respectively. Horizontal white lines in A2 demarcate segmental boundaries. In the A2‴ schematic and B,F, indicative cells are colored for the lateral epidermis (cyan), dorsal-most epidermis (grey), and amnion (orange). Greater epidermal cell elongation in F than B reflects a slightly older embryo, not a phenotypic difference. The Tc-zen1 RNAi amniotic crease is labeled with arrowheads (G,H). The curly bracket in I marks the anterior ball structure (see also Fig. 1L ). Images are oriented with anterior up and dorsal/medial right. Staining reagents are as indicated (Arm1 is anti-Tc-Arm1). For additional Tc-zen1 RNAi images, see supplementary material Fig. S2 . Abbreviations as in previous figures. Panels C and D show the same two embryos as in Fig. 2C and Fig. 1C , respectively. Scale bars: 20 µm (A,E), 10 µm (A2–A2″,B,E′,F), 5 µm (A2‴), and 100 µm (shown in H for C,D,G–I).

    Article Snippet: Additionally, a custom antibody against the C-terminal 15 amino acids of Tc-Armadillo1 (Tc-Arm1: GenBank Accession XR_043141 ( ; )) was used as an adherens junctions marker (produced by Eurogentec, rabbit, 1:10,000, secondary detection as above).

    Techniques: Labeling, Staining

    (A) Tribolium (WT and Tc-zen1 RNAi ( z1 )), (B) Drosophila, and (C) Oncopeltus are shown at early-mid DC. Upper schematics represent dorsal views, shown to scale, with relative EE areas compared to Drosophila 's (“EE/Fly”) and to total dorsal area (“EE/Egg”) given below ( n ≧3 per species). The ≧ designation for Oncopeltus reflects the limited availability of the youngest, widest DC stages for measurement. Prominent EE features are shown: Tribolium radial (WT) or longitudinal ( Tc-zen1 RNAi ) F-actin fibers and anterior bulge, Drosophila radial contractility gradient from the leading edge F-actin cable, Oncopeltus bilateral thoracic clusters. Lower schematics, in lateral aspect, indicate the number of tissues participating in DC (adapted from ( Drosophila ) and ( Oncopeltus )). (A1–C1) Apical areas of cells at the epidermal–extraembryonic boundary, shown for approximately three epidermal and two amniotic/amnioserosal cell rows, emphasizing the epidermal cell elongation and regularity of the tissue boundary in Drosophila , in contrast to the amniotic elongation and irregular border in Tribolium and Oncopeltus . Schematized representations are based on: anti-Tc-Arm1 ( <xref ref-type=Fig. 3A ), alpha-Catenin-GFP , and phalloidin , respectively. " width="100%" height="100%">

    Journal: Biology Open

    Article Title: High plasticity in epithelial morphogenesis during insect dorsal closure

    doi: 10.1242/bio.20136072

    Figure Lengend Snippet: (A) Tribolium (WT and Tc-zen1 RNAi ( z1 )), (B) Drosophila, and (C) Oncopeltus are shown at early-mid DC. Upper schematics represent dorsal views, shown to scale, with relative EE areas compared to Drosophila 's (“EE/Fly”) and to total dorsal area (“EE/Egg”) given below ( n ≧3 per species). The ≧ designation for Oncopeltus reflects the limited availability of the youngest, widest DC stages for measurement. Prominent EE features are shown: Tribolium radial (WT) or longitudinal ( Tc-zen1 RNAi ) F-actin fibers and anterior bulge, Drosophila radial contractility gradient from the leading edge F-actin cable, Oncopeltus bilateral thoracic clusters. Lower schematics, in lateral aspect, indicate the number of tissues participating in DC (adapted from ( Drosophila ) and ( Oncopeltus )). (A1–C1) Apical areas of cells at the epidermal–extraembryonic boundary, shown for approximately three epidermal and two amniotic/amnioserosal cell rows, emphasizing the epidermal cell elongation and regularity of the tissue boundary in Drosophila , in contrast to the amniotic elongation and irregular border in Tribolium and Oncopeltus . Schematized representations are based on: anti-Tc-Arm1 ( Fig. 3A ), alpha-Catenin-GFP , and phalloidin , respectively.

    Article Snippet: Additionally, a custom antibody against the C-terminal 15 amino acids of Tc-Armadillo1 (Tc-Arm1: GenBank Accession XR_043141 ( ; )) was used as an adherens junctions marker (produced by Eurogentec, rabbit, 1:10,000, secondary detection as above).

    Techniques: