对图片进行重新排版和上色，使得更加清楚-1qmdpxzytxNGS8Iw-HB-稿定 AI

创意预览图

对图片进行重新排版和上色，使得更加清楚

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2025.12.27

不满意

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不满意，颜色太亮，其次不要加底色，可以考虑如何重新排版使得更具逻辑性和科学性

不满意，颜色太亮，其次不要加底色，可以考虑如何重新排版使得更具逻辑性和科学性

1qmdpxzytxNGS8Iw-HB

还是不满意

还是不满意

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不满意，同一个元素颜色都不一样

不满意，同一个元素颜色都不一样

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颜色搭配不满意

颜色搭配不满意

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不要X和背景框

不要X和背景框

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重新排版，颜色不超过4种

重新排版，颜色不超过4种

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颜色不满意

颜色不满意

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重新调整框架结构

重新调整框架结构

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不满意

1qmdpxzytxNGS8Iw-HB

重新排版和整理内容，使得有深度

重新排版和整理内容，使得有深度

1qmdpxzytxNGS8Iw-HB

不对，是对B2中3个圆球进行

不对，是对B2中3个圆球进行

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颜色搭配不对

颜色搭配不对

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不满意，颜色不要这么局限，其次不要在结构下面加入背景框

不满意，颜色不要这么局限，其次不要在结构下面加入背景框

1qmdpxzytxNGS8Iw-HB

三个球用不同三种颜色，使得搭配和谐

三个球用不同三种颜色，使得搭配和谐

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不满意

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分类和A里面的箭头不对，不是递进关系，B也不对，颜色也不满意

分类和A里面的箭头不对，不是递进关系，B也不对，颜色也不满意

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换种方式表示

换种方式表示

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Enlarge all text fonts, loosen the compact layout spacing while keeping all original content, structure and color scheme unchanged. It is still a pharmacological mechanism diagram of baicalein in Cell/Nature Chemical Biology style on white background, maintain the professional clean layout.

Enlarge all text fonts, loosen the compact layout spacing while keeping all original content, structure and color scheme unchanged. It is still a pharmacological mechanism diagram of baicalein in Cell/Nature Chemical Biology style on white background, maintain the professional clean layout.

Pharmacological mechanism diagram for review article in Cell/Nature Chemical Biology style, showing multi-target effects of baicalein. Center: chemical structure of baicalein with flavonoid backbone in standard bond-line notation. Three signaling branches radiate outward: upper-left for antibacterial/anti-biofilm including membrane disruption, quorum sensing inhibition, EPS synthesis suppression; upper-right for antioxidant including Nrf2 nuclear translocation, HO-1/NQO1/SOD/GPx upregulation, ROS scavenging; bottom for anti-inflammatory including TLR4/NF-κB inhibition, TNF-α/IL-1β/IL-6 downregulation, M1-to-M2 macrophage polarization, TGF-β/VEGF secretion. White background, clear black-and-gray lines, colored signaling molecules in red/blue/green, sans-serif fonts, professional clean layout, top journal quality

Pharmacological mechanism diagram for review article in Cell/Nature Chemical Biology style, showing multi-target effects of baicalein. Center: chemical structure of baicalein with flavonoid backbone in standard bond-line notation. Three signaling branches radiate outward: upper-left for antibacterial/anti-biofilm including membrane disruption, quorum sensing inhibition, EPS synthesis suppression; upper-right for antioxidant including Nrf2 nuclear translocation, HO-1/NQO1/SOD/GPx upregulation, ROS scavenging; bottom for anti-inflammatory including TLR4/NF-κB inhibition, TNF-α/IL-1β/IL-6 downregulation, M1-to-M2 macrophage polarization, TGF-β/VEGF secretion. White background, clear black-and-gray lines, colored signaling molecules in red/blue/green, sans-serif fonts, professional clean layout, top journal quality

Multi-target mechanism diagram of baicalein in Cell journal style. Center features baicalein chemical structure in standard bond-line notation: flavone backbone (benzopyran-4-one) with three hydroxyl groups at C-5, C-6, C-7 on ring A, and a phenyl group on ring B. Three branches radiate from the center: upper-left labeled "antibacterial" with labels for membrane disruption and quorum sensing inhibition; upper-right labeled "antioxidant" showing Nrf2→HO-1↑ and ROS scavenging; bottom labeled "anti-inflammatory" indicating TLR4/NF-κB inhibition and M1→M2 macrophage polarization with a red-to-green arrow. White background, black chemical structure, branches colored blue/green/orange. Clean and minimalist layout, highlighting the central baicalein structure and the three pathway logics. Professional scientific biomedical illustration.

Multi-target mechanism diagram of baicalein in Cell journal style. Center features baicalein chemical structure in standard bond-line notation: flavone backbone (benzopyran-4-one) with three hydroxyl groups at C-5, C-6, C-7 on ring A, and a phenyl group on ring B. Three branches radiate from the center: upper-left labeled "antibacterial" with labels for membrane disruption and quorum sensing inhibition; upper-right labeled "antioxidant" showing Nrf2→HO-1↑ and ROS scavenging; bottom labeled "anti-inflammatory" indicating TLR4/NF-κB inhibition and M1→M2 macrophage polarization with a red-to-green arrow. White background, black chemical structure, branches colored blue/green/orange. Clean and minimalist layout, highlighting the central baicalein structure and the three pathway logics. Professional scientific biomedical illustration.

做和参考图一模一样的蛋白质标记转移实验流程图，保留所有化学结构式、步骤文字说明、图例标注和右下角检测方式，配色和排版与原图保持一致，生成清晰的学术示意图

做和参考图一模一样的蛋白质标记转移实验流程图，保留所有化学结构式、步骤文字说明、图例标注和右下角检测方式，配色和排版与原图保持一致，生成清晰的学术示意图

行走的杉袋熊

绘制一幅微生物作用机理图，将图片清晰分离为细胞内和细胞外两个部分。细胞外部分标注：模块1 光能捕获与能量代谢，850 nm匹配细菌叶绿素a核心吸收峰；模块2 大分子降解与底物利用，HMW组分>20 kDa降解59.1%，芳香蛋白I/II利用率>50%，提供碳骨架和氮源。细胞内部分标注：模块3 蛋白质质量控制，DnaK/GroEL/GroES/clpA协同上调，促进正确折叠与清除损伤蛋白，维持蛋白质稳态；模块4 翻译与氨基酸合成，EF-G和EF-Tu上调保障翻译通量，17种氨基酸，21.5%干重，含全部必需氨基酸；模块5 胞内代谢优先策略，胞内蛋白上调，胞外分泌下调，能量集中于SCP合成，体现胞内优先策略；模块6 群落与网络调控，Shannon指数6.65，多样性最高，ilvC/ilvE/leuA协同模块，酶-微生物网络负相关为主。整体为清晰的科学机理图，模块划分清晰，文字标注准确，专业科研风格，采用蓝色简约配色，细胞内外用不同颜色背景区分。

绘制一幅微生物作用机理图，将图片清晰分离为细胞内和细胞外两个部分。细胞外部分标注：模块1 光能捕获与能量代谢，850 nm匹配细菌叶绿素a核心吸收峰；模块2 大分子降解与底物利用，HMW组分>20 kDa降解59.1%，芳香蛋白I/II利用率>50%，提供碳骨架和氮源。细胞内部分标注：模块3 蛋白质质量控制，DnaK/GroEL/GroES/clpA协同上调，促进正确折叠与清除损伤蛋白，维持蛋白质稳态；模块4 翻译与氨基酸合成，EF-G和EF-Tu上调保障翻译通量，17种氨基酸，21.5%干重，含全部必需氨基酸；模块5 胞内代谢优先策略，胞内蛋白上调，胞外分泌下调，能量集中于SCP合成，体现胞内优先策略；模块6 群落与网络调控，Shannon指数6.65，多样性最高，ilvC/ilvE/leuA协同模块，酶-微生物网络负相关为主。整体为清晰的科学机理图，模块划分清晰，文字标注准确，专业科研风格，采用蓝色简约配色，细胞内外用不同颜色背景区分。

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Nanomaterials synthesis and characterization schematic of Cu-BA NPs, in ACS Nano style. Top section: left is a baicalein molecule with flavonoid backbone and 5,6,7-trihydroxy groups, middle is a blue sphere representing Cu²⁺ ion, dashed arrows as coordination bonds connect them to a spherical nanoparticle labeled Cu-BA NPs below, with coordination network dots inside the nanoparticle. Bottom section is split into two parts: left is a TEM-style image showing dark spherical particles of ~50-100 nm on a light background; right is a DLS curve plotted as Intensity % vs. Diameter nm with a single monomodal Gaussian peak. Color palette: dark blue, gray, white. Two clear distinct sections labeled "assembly" and "characterization". Clean professional scientific nanomaterial schematic.

Nanomaterials synthesis and characterization schematic of Cu-BA NPs, in ACS Nano style. Top section: left is a baicalein molecule with flavonoid backbone and 5,6,7-trihydroxy groups, middle is a blue sphere representing Cu²⁺ ion, dashed arrows as coordination bonds connect them to a spherical nanoparticle labeled Cu-BA NPs below, with coordination network dots inside the nanoparticle. Bottom section is split into two parts: left is a TEM-style image showing dark spherical particles of ~50-100 nm on a light background; right is a DLS curve plotted as Intensity % vs. Diameter nm with a single monomodal Gaussian peak. Color palette: dark blue, gray, white. Two clear distinct sections labeled "assembly" and "characterization". Clean professional scientific nanomaterial schematic.

静态黑白线稿科学示意图，完整展示LDPE聚合机理的四个步骤：第一步过氧化物引发剂均裂（链引发），第二步乙烯连续加成（链增长），第三步分子内回咬和分子间链转移生成LDPE特征支链，标注出核心知识点，第四步双基偶合和歧化终止。清晰的化工原理示意图，黑白线条，简洁清晰的科学插图风格

静态黑白线稿科学示意图，完整展示LDPE聚合机理的四个步骤：第一步过氧化物引发剂均裂（链引发），第二步乙烯连续加成（链增长），第三步分子内回咬和分子间链转移生成LDPE特征支链，标注出核心知识点，第四步双基偶合和歧化终止。清晰的化工原理示意图，黑白线条，简洁清晰的科学插图风格

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