对图片进行无损分辨率放大，进行画面降噪去雾处理，增强所有细节，保持原始图像内容不变-GD786711506-稿定 AI

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对图片进行无损分辨率放大，进行画面降噪去雾处理，增强所有细节，保持原始图像内容不变

GD786711506

2026.05.20

将这张实验数据图重新设计为清晰的信息图，保留原有的免疫荧光图、柱状图、标注和分组信息，优化排版和视觉样式，让数据对比更直观易读

将这张实验数据图重新设计为清晰的信息图，保留原有的免疫荧光图、柱状图、标注和分组信息，优化排版和视觉样式，让数据对比更直观易读

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将整个图片背景调整为纯白色，提升整体分辨率为高清，同时保持所有子图内容和曲线完整不变

将整个图片背景调整为纯白色，提升整体分辨率为高清，同时保持所有子图内容和曲线完整不变

去掉知乎水印，增加这些图的清晰度

去掉知乎水印，增加这些图的清晰度

将这张科研柱状图和散点图改造成美观清晰的信息图，保留全部数据、标签和统计标识，优化配色和视觉设计，让数据展示更直观易读

将这张科研柱状图和散点图改造成美观清晰的信息图，保留全部数据、标签和统计标识，优化配色和视觉设计，让数据展示更直观易读

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对图片进行无损分辨率放大，进行画面降噪去雾处理，增强所有细胞和染色细节，让文字更清晰，保持原始图像内容和颜色不变

对图片进行无损分辨率放大，进行画面降噪去雾处理，增强所有细胞和染色细节，让文字更清晰，保持原始图像内容和颜色不变

根据原图重新拆分出20个子图，严格保证每个子图的xy坐标轴刻度清晰正确，所有文字必须设置为黑色，保持每个子图内曲线完全不变，提取第11个子图的图例，将图例单独排成一列，保持整体高清分辨率

根据原图重新拆分出20个子图，严格保证每个子图的xy坐标轴刻度清晰正确，所有文字必须设置为黑色，保持每个子图内曲线完全不变，提取第11个子图的图例，将图例单独排成一列，保持整体高清分辨率

根据原图重新拆分出20个子图，严格保证每个子图的xy坐标轴刻度清晰正确，所有文字必须设置为黑色，保持每个子图内曲线完全不变，提取第11个子图的图例，将图例单独排成一列，保持整体高清分辨率

根据原图重新拆分出20个子图，严格保证每个子图的xy坐标轴刻度清晰正确，所有文字必须设置为黑色，保持每个子图内曲线完全不变，提取第11个子图的图例，将图例单独排成一列，保持整体高清分辨率

根据坐标轴，将这张图表拆分为10个子图，保持每个子图中的曲线内容不变，提取第一个子图的图例并将其竖着排成一列，放到每一个子图中，最终输出处理后的高清图片，保留所有原始的坐标轴文字、标签和曲线颜色

根据坐标轴，将这张图表拆分为10个子图，保持每个子图中的曲线内容不变，提取第一个子图的图例并将其竖着排成一列，放到每一个子图中，最终输出处理后的高清图片，保留所有原始的坐标轴文字、标签和曲线颜色

Core-shell structure and pH-responsive release schematic in Nature Nanotechnology style, with three panels. Left panel: core-shell close-up, light blue lipid bilayer shell labeled "sEV shell" encapsulating a dark spherical core labeled "Cu-BA NPs core", includes a scale bar indicating 100 nm. Middle panel: pH response comparison, left side shows neutral pH 7.4 with intact shell on gray background, right side shows acidic pH 5.5 with disrupted shell on red background, blue dots (Cu²⁺) and orange dots (baicalein) diffusing out from the disrupted shell. Right panel: release profiles chart, x-axis is Time (h, 0-24), y-axis is Cumulative Release (%), three curves: pH 5.5 red curve (highest release), pH 6.5 blue curve (moderate release), pH 7.4 gray curve (lowest release). Panel width ratio 1:1.2:1.2. Clean layout, clearly highlighting the "core-shell" structure and "acid-responsive release" property. Professional scientific nanomedicine schematic.

Core-shell structure and pH-responsive release schematic in Nature Nanotechnology style, with three panels. Left panel: core-shell close-up, light blue lipid bilayer shell labeled "sEV shell" encapsulating a dark spherical core labeled "Cu-BA NPs core", includes a scale bar indicating 100 nm. Middle panel: pH response comparison, left side shows neutral pH 7.4 with intact shell on gray background, right side shows acidic pH 5.5 with disrupted shell on red background, blue dots (Cu²⁺) and orange dots (baicalein) diffusing out from the disrupted shell. Right panel: release profiles chart, x-axis is Time (h, 0-24), y-axis is Cumulative Release (%), three curves: pH 5.5 red curve (highest release), pH 6.5 blue curve (moderate release), pH 7.4 gray curve (lowest release). Panel width ratio 1:1.2:1.2. Clean layout, clearly highlighting the "core-shell" structure and "acid-responsive release" property. Professional scientific nanomedicine schematic.

完全保留原图整体布局和所有子图的曲线、坐标轴不变，只清除第一个COG-1子图内原有的全部图例，将清除后的位置用背景色填充干净，保证图片边缘整齐，输出4K高清结果

完全保留原图整体布局和所有子图的曲线、坐标轴不变，只清除第一个COG-1子图内原有的全部图例，将清除后的位置用背景色填充干净，保证图片边缘整齐，输出4K高清结果

完全保留原图整体布局和所有子图的曲线、坐标轴不变，只清除第一个COG-1子图内原有的全部图例，将清除后的位置用背景色填充干净，保证图片边缘整齐，输出4K高清结果

完全保留原图整体布局和所有子图的曲线、坐标轴不变，只清除第一个COG-1子图内原有的全部图例，将清除后的位置用背景色填充干净，保证图片边缘整齐，输出4K高清结果

修正所有子图的X轴下标，将所有子图右侧X轴端点的标注从错误的“(图)/(昏)/(国)”等乱码修改为正确的“1（高）”；保持所有子图的曲线形状、图例排列、坐标轴刻度和整体布局完全不变，只修改X轴右侧的标注文字，输出高清修正后的图片

修正所有子图的X轴下标，将所有子图右侧X轴端点的标注从错误的“(图)/(昏)/(国)”等乱码修改为正确的“1（高）”；保持所有子图的曲线形状、图例排列、坐标轴刻度和整体布局完全不变，只修改X轴右侧的标注文字，输出高清修正后的图片

根据坐标轴拆分出GD-9子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

根据坐标轴拆分出GD-9子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

根据坐标轴拆分出GD-4子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

根据坐标轴拆分出GD-4子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

将图中GD×REL×SOC-4坐标轴图表拆分出来，背景改为纯白色，高清分辨率，完整保留图表中所有文字、曲线和配色

将图中GD×REL×SOC-4坐标轴图表拆分出来，背景改为纯白色，高清分辨率，完整保留图表中所有文字、曲线和配色

将图片中的折现换成红色

将图片中的折现换成红色

根据原图表坐标轴，拆分提取出COG-4子图，提升文字分辨率到高清，设置背景色为纯白色，保留所有原始曲线、文字和坐标轴信息

根据原图表坐标轴，拆分提取出COG-4子图，提升文字分辨率到高清，设置背景色为纯白色，保留所有原始曲线、文字和坐标轴信息

根据坐标轴拆分出GD-6子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

根据坐标轴拆分出GD-6子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

去掉知乎水印，增加这些图的清晰度

去掉知乎水印，增加这些图的清晰度

提取GD×REL-8这个子图，保留完整坐标轴、线条和文字，将图片设置为纯白色背景，高清清晰文字

提取GD×REL-8这个子图，保留完整坐标轴、线条和文字，将图片设置为纯白色背景，高清清晰文字

根据坐标轴拆分出子图COG-4，高清分辨率，背景色设置为白色，保留完整坐标轴、曲线和文字标注

根据坐标轴拆分出子图COG-4，高清分辨率，背景色设置为白色，保留完整坐标轴、曲线和文字标注

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.

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

根据坐标轴拆分出子图COG-2，高清分辨率，背景色设置为白色，保留完整坐标轴、曲线和文字标注

根据坐标轴拆分出子图COG-2，高清分辨率，背景色设置为白色，保留完整坐标轴、曲线和文字标注

根据坐标轴拆分出GD-3子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变

根据坐标轴拆分出GD-3子图，保持原坐标轴、曲线和文字，设置背景色为纯白色，提升文字分辨率为高清，保留所有原始内容不变