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用 GPT-image-2 做科研 PPT,我整理了一套中英双语提示词模板

  • 2026-05-14 23:39:17
用 GPT-image-2 做科研 PPT,我整理了一套中英双语提示词模板
这次我尝试用 GPT-image-2 做了一套医学科研 PPT，主题是：
《纳米载药系统在肿瘤靶向治疗中的应用研究》
这个主题非常适合用 AI 图像模型辅助表达，因为它涉及纳米颗粒、肿瘤细胞、血管渗透、靶向识别、药物释放、肿瘤微环境响应等多个抽象概念。
相比直接让 AI “生成一张科研图”，更重要的是把提示词写清楚：
  • 这页 PPT 要表达什么？
  • 画面里要出现哪些元素？
  • 元素之间有什么科学关系？
  • 画面风格是否适合科研汇报？
下面就把这套 PPT 的页面结构和中英双语提示词分享出来。

01

PPT 整体结构设计
建议整套 PPT 控制在8–10 页，适合案例分享或学术汇报。
第 1 页：封面页
页面展示
中文提示词
生成一张高端科研风格的 PPT 封面插图，主题为“纳米载药系统在肿瘤靶向治疗中的应用研究”。画面中展示载药纳米颗粒在血管中移动，并向肿瘤细胞区域聚集，部分纳米颗粒释放发光的药物分子。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a high-end scientific PowerPoint cover illustration about
"Nanocarrier Drug Delivery Systems for Tumor Targeted Therapy".
Show drug-loaded nanoparticles moving through blood vessels and accumulating near tumor cells,
with some nanoparticles releasing glowing drug molecules.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 2 页：研究背景
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
01 研究背景：传统肿瘤治疗的局限性
页面核心内容：
左侧为文字内容区，包含三个要点：
传统化疗药物缺乏组织选择性，容易造成全身毒副作用。
肿瘤组织屏障复杂，药物在肿瘤部位有效富集不足。
提高药物递送效率和降低正常组织损伤，是肿瘤治疗的重要方向。
右侧为科学对比图：
画面分为左右两部分。左边展示传统化疗药物在全身血液循环中广泛分布，影响正常组织；右边展示纳米载药系统更集中地富集在肿瘤组织区域。左侧用红橙色表示毒副作用和非特异性分布，右侧用蓝紫色表示精准递送和靶向富集。
页面底部放置一句总结：
Nanocarriers provide a strategy to improve tumor accumulation and reduce systemic toxicity.
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
01 Research Background: Limitations of Conventional Cancer Therapy
Main content:
Create a left-side text content area with three bullet points:
Conventional chemotherapy lacks tissue selectivity and often causes systemic toxicity.
Complex tumor barriers limit effective drug accumulation at tumor sites.
Improving drug delivery efficiency while reducing normal tissue damage is a major goal in cancer therapy.
Right-side scientific comparison visual:
Divide the visual into two parts.
On the left, show conventional chemotherapy drugs broadly distributed through systemic circulation and affecting normal tissues.
On the right, show nanocarrier drug delivery systems accumulating more selectively in tumor tissue.
Use red-orange tones on the left to represent toxicity and nonspecific distribution, and blue-purple tones on the right to represent targeted delivery and tumor accumulation.
Add a concise summary line at the bottom:
Nanocarriers provide a strategy to improve tumor accumulation and reduce systemic toxicity.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 3 页：核心概念
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
02 核心概念：什么是纳米载药系统？
页面内容：
左侧放置一张大型 3D 纳米颗粒结构剖面图。纳米颗粒应包含以下结构：
外层脂质或聚合物壳层
表面靶向配体
内部药物核心
稳定化修饰层，例如 PEG 修饰层
右侧放置文字说明卡片，内容包括：
定义：
纳米载药系统是指利用纳米尺度材料作为药物运输平台，实现药物保护、靶向递送、控制释放和疗效增强的递药系统。
核心组成：
· Nanocarrier matrix
· Drug payload
· Targeting ligand
· Surface modification
核心作用：
Improve solubility · Prolong circulation · Enhance tumor accumulation · Enable controlled release
画面要求：
纳米颗粒结构要科学准确，显示清楚“外壳-核心-表面配体”的层次。整体像高质量科研图，不要像儿童卡通图。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
02 Core Concept: What Are Nanocarrier Drug Delivery Systems?
Slide content:
Place a large 3D cutaway illustration of a nanoparticle on the left side.
The nanocarrier should clearly include:
Outer lipid or polymer shell
Surface targeting ligands
Internal drug-loaded core
Stabilizing surface layer, such as PEG modification
Place text information cards on the right side with the following content:
Definition:
Nanocarrier drug delivery systems use nanoscale materials as drug transport platforms to protect drugs, enable targeted delivery, control release, and enhance therapeutic efficacy.
Core Components:
· Nanocarrier matrix
· Drug payload
· Targeting ligand
· Surface modification
Key Functions:
Improve solubility · Prolong circulation · Enhance tumor accumulation · Enable controlled release
Visual requirements:
The nanoparticle structure should be scientifically accurate and clearly show the layered structure of shell, core, and surface ligands.
The image should look like a high-quality biomedical research figure, not a children's cartoon.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 4 页：纳米载体类型
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
03 常见纳米载药系统类型
页面布局：
使用四宫格信息卡片布局，每个卡片包含一个 3D 科学示意图、名称和简短功能说明。
四个模块内容：
Liposomes 脂质体说明：双层脂质膜结构，适合包载亲水性和疏水性药物。
Polymeric Nanoparticles 聚合物纳米粒说明：结构稳定，可实现药物缓释和表面功能化。
Dendrimers 树枝状大分子说明：高度支化结构，表面基团丰富，便于药物结合和靶向修饰。
Inorganic Nanoparticles 无机纳米颗粒
说明：具有光热、磁性或成像功能，可用于诊疗一体化。
画面要求：
四种纳米载体的形态应明显不同，但风格保持一致。每个卡片采用半透明深色背景，配合蓝紫色边框和青蓝色高光。整体像一页正式的科研分类总结页。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
03 Common Types of Nanocarrier Drug Delivery Systems
Layout:
Use a clean four-card grid layout.
Each card should contain a 3D scientific illustration, the nanocarrier name, and a short functional description.
Four modules:
LiposomesDescription: Bilayer lipid vesicles suitable for carrying both hydrophilic and hydrophobic drugs.
Polymeric NanoparticlesDescription: Stable structures that enable sustained drug release and surface functionalization.
DendrimersDescription: Highly branched macromolecules with abundant surface groups for drug conjugation and targeting.
Inorganic Nanoparticles
Description: Materials with photothermal, magnetic, or imaging functions for theranostic applications.
Visual requirements:
The four nanocarriers should look structurally distinct, while maintaining the same scientific style.
Each card should use a translucent dark background, blue-purple borders, and cyan highlights.
The slide should look like a formal academic classification summary slide.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 5 页：肿瘤靶向递送总体机制
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
04 肿瘤靶向递送机制
页面主体：
设计一张从左到右的流程机制图，展示纳米载药系统进入体内后的递送过程。
流程节点：
Intravenous Injection 静脉注射
Blood Circulation 血液循环
Tumor Accumulation 肿瘤富集
Cellular Uptake 细胞摄取
Intracellular Drug Release 细胞内药物释放
每个节点应配有小型科学示意图和简短英文标签。流程用发光箭头连接。右侧可放大显示癌细胞摄取纳米颗粒并释放药物的局部细节。
底部总结句：
Targeted nanocarriers improve drug delivery through circulation stability, tumor accumulation, cellular uptake, and controlled release.
画面要求：
流程方向必须清楚，从左到右。纳米颗粒在各阶段中的状态要有变化，例如血液循环中完整，肿瘤区域富集，细胞内释放药物。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
04 Mechanism of Tumor-Targeted Drug Delivery
Main visual:
Design a left-to-right scientific workflow diagram showing the delivery process of nanocarrier systems after administration.
Workflow nodes:
Intravenous Injection
Blood Circulation
Tumor Accumulation
Cellular Uptake
Intracellular Drug Release
Each node should include a small scientific visual and a short English label.
Connect the nodes with glowing arrows.
On the right side, include a magnified detail showing cancer cells taking up nanoparticles and releasing drug molecules inside the cells.
Bottom summary sentence:
Targeted nanocarriers improve drug delivery through circulation stability, tumor accumulation, cellular uptake, and controlled release.
Visual requirements:
The process direction must be clear from left to right.
The nanoparticles should change state across the stages: intact during circulation, accumulated in tumor tissue, and releasing drugs inside cells.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 6 页：被动靶向与 EPR 效应
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
05 被动靶向：EPR 效应
页面内容：
左侧为科学机制示意图，右侧为要点说明。
机制图要求：
展示正常血管和肿瘤血管的对比。正常血管内皮结构较完整，纳米颗粒难以外渗；肿瘤血管内皮间隙较大，结构异常，纳米颗粒可以通过渗漏血管进入肿瘤组织并在局部滞留。肿瘤组织中显示紫红色癌细胞和蓝色发光纳米颗粒聚集。
右侧文字要点：
EPR Effect
· Leaky tumor vasculature
· Impaired lymphatic drainage
· Enhanced nanoparticle accumulation
· Size-dependent tumor retention
加入一句简短解释：
The EPR effect allows nanoparticles to passively accumulate in tumor tissue through abnormal vascular permeability.
画面要求：
必须清楚表现“正常血管”和“肿瘤血管”的差异，以及纳米颗粒从肿瘤血管外渗进入肿瘤组织的过程。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
05 Passive Targeting: The EPR Effect
Slide content:
Place a scientific mechanism illustration on the left side and key points on the right side.
Mechanism illustration requirements:
Show a comparison between normal blood vessels and tumor blood vessels.
Normal vessels should have relatively intact endothelial barriers, making nanoparticle extravasation difficult.
Tumor vessels should have abnormal, leaky endothelial gaps, allowing nanoparticles to extravasate into tumor tissue and remain locally.
Show purple-red cancer cells in the tumor tissue and blue glowing nanoparticles accumulating around them.
Right-side key points:
EPR Effect
· Leaky tumor vasculature
· Impaired lymphatic drainage
· Enhanced nanoparticle accumulation
· Size-dependent tumor retention
Add a short explanation:
The EPR effect allows nanoparticles to passively accumulate in tumor tissue through abnormal vascular permeability.
Visual requirements:
Clearly show the difference between normal vessels and tumor vessels, and clearly illustrate nanoparticle extravasation from leaky tumor vessels into tumor tissue.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 7 页：主动靶向机制
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
06 主动靶向：配体-受体识别
页面主体：
中央展示一个放大的癌细胞膜局部结构。癌细胞膜上有多个受体蛋白，表面修饰靶向配体的纳米颗粒正在与这些受体结合。纳米颗粒表面应显示抗体、肽、叶酸或适配体等靶向配体的抽象结构。画面中表现纳米颗粒结合受体后被癌细胞内吞摄取的过程。
右侧或下方放置机制步骤：
Ligand modification
Receptor recognition
Membrane binding
Endocytosis
Intracellular release
加入核心说明：
Active targeting enhances cell-specific recognition through ligand-receptor interactions.
画面要求：
配体-受体结合必须清晰，癌细胞膜、受体、靶向配体、纳米颗粒和内吞小泡都要有明确层次。整体科学准确，避免把纳米颗粒画成病毒。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
06 Active Targeting: Ligand-Receptor Recognition
Main visual:
Show a magnified section of a cancer cell membrane in the center.
The cancer cell membrane should contain multiple receptor proteins.
Ligand-modified nanoparticles should be binding to these receptors.
The nanoparticle surface should show abstract targeting ligands such as antibodies, peptides, folate, or aptamers.
Also show the process of receptor binding followed by cellular endocytosis.
Mechanism steps displayed on the right side or bottom:
Ligand modification
Receptor recognition
Membrane binding
Endocytosis
Intracellular release
Core explanation:
Active targeting enhances cell-specific recognition through ligand-receptor interactions.
Visual requirements:
The ligand-receptor interaction must be clear.
The cancer cell membrane, receptors, targeting ligands, nanoparticles, and endocytic vesicles should be visually distinct.
Keep the science accurate and avoid making nanoparticles look like viruses.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 8 页：肿瘤微环境响应释放
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
07 肿瘤微环境响应型药物释放
页面主体：
中央展示肿瘤微环境中的纳米颗粒响应释放机制。背景为紫红色肿瘤组织区域，包含癌细胞、细胞外基质、免疫细胞和异常血管。蓝色发光纳米颗粒进入肿瘤区域后，在不同刺激条件下释放药物。
页面内容分为三个响应模块：
Acidic pH Response低 pH 环境触发纳米载体结构变化，促进药物释放。
Enzyme Response肿瘤相关酶降解载体连接键，释放药物分子。
ROS Response
活性氧水平升高触发敏感材料断裂，实现控制释放。
画面要求：
三个响应模块用三个半透明信息卡片展示，并用箭头指向中央肿瘤微环境示意图。药物释放用发光小分子表现。整体必须强调“刺激响应”和“控制释放”的逻辑。
底部总结句：
Tumor microenvironment-responsive nanocarriers enable site-specific and controlled drug release.
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
07 Tumor Microenvironment-Responsive Drug Release
Main visual:
Show a central scientific illustration of nanocarrier drug release inside the tumor microenvironment.
The background should represent a purple-red tumor tissue region, including cancer cells, extracellular matrix, immune cells, and abnormal blood vessels.
Blue glowing nanoparticles enter the tumor region and release drug molecules in response to specific tumor microenvironment stimuli.
Divide the content into three response modules:
Acidic pH ResponseLow pH triggers structural changes in nanocarriers and promotes drug release.
Enzyme ResponseTumor-associated enzymes cleave carrier linkages and release drug molecules.
ROS Response
Elevated reactive oxygen species break sensitive materials and enable controlled release.
Visual requirements:
Show the three response modules as translucent information cards, with arrows pointing to the central tumor microenvironment illustration.
Represent drug release with glowing small molecules.
The slide must clearly emphasize the logic of stimulus responsiveness and controlled release.
Bottom summary sentence:
Tumor microenvironment-responsive nanocarriers enable site-specific and controlled drug release.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 9 页：应用价值与挑战
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 页面。
页面标题：
08 应用价值与临床转化挑战
页面布局：
使用左右双栏结构。
左侧标题：
Application Value
左侧包含四个价值点，每个价值点配一个小图标：
Enhanced tumor accumulation
Reduced systemic toxicity
Controlled drug release
Combination therapy potential右侧标题：Translation Challenges右侧包含四个挑战点，每个挑战点配一个小图标：
Long-term biosafety
Manufacturing scalability
In vivo stability
Clinical heterogeneity
中央可以放置一个半透明的天平或桥梁图形，象征“治疗价值”和“临床挑战”的平衡。
底部总结句：
Future development requires balancing therapeutic efficacy, safety, manufacturability, and clinical relevance.
画面要求：
左侧整体偏蓝青色，代表优势和希望；右侧偏紫红色，代表挑战和风险，但整体仍保持统一高端医学科技风。页面要像正式科研汇报中的总结分析页。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
08 Application Value and Clinical Translation Challenges
Layout:
Use a two-column structure.
Left column title:
Application Value
Include four value points with small scientific icons:
Enhanced tumor accumulation
Reduced systemic toxicity
Controlled drug release
Combination therapy potentialRight column title:Translation ChallengesInclude four challenge points with small scientific icons:
Long-term biosafety
Manufacturing scalability
In vivo stability
Clinical heterogeneity
In the center, place a translucent balance scale or bridge graphic, symbolizing the balance between therapeutic value and clinical challenges.
Bottom summary sentence:
Future development requires balancing therapeutic efficacy, safety, manufacturability, and clinical relevance.
Visual requirements:
Use blue-cyan tones on the left to represent advantages and opportunities.
Use purple-red tones on the right to represent challenges and risks, while keeping the overall high-end biomedical technology style consistent.
The slide should look like a formal summary analysis slide in a scientific presentation.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

第 10 页：总结与展望
页面展示
中文提示词
生成一张完整的 16:9 横版医学科研 PowerPoint 总结页。
页面标题：
09 总结与展望
页面核心视觉：
画面中央展示一个未来医学场景：纳米载药颗粒通过血管精准到达肿瘤组织，进入癌细胞后释放药物，背景中隐约出现医院、实验室、DNA、分子网络和数字医疗界面，象征从基础研究到临床转化。
页面文字内容：
Key Takeaways
Nanocarriers improve drug solubility, stability, and circulation time.
Passive and active targeting enhance tumor-selective accumulation.
Tumor microenvironment responsiveness enables controlled drug release.
Clinical translation requires improved safety, reproducibility, and scalability.
底部展望句：
Nanocarrier-based drug delivery is becoming an important platform for precision oncology.
画面要求：
整体要有收束感和未来感，像一页高端学术汇报的结尾页。视觉重点是“精准肿瘤治疗”和“临床转化前景”。文字要清晰，排版简洁，不要过多装饰。
统一视觉风格要求：生成一张完整的 16:9 横版医学科研 PowerPoint 幻灯片页面。整体采用象牙白背景、深靛蓝文字区、珊瑚红细胞信号点、空间组学地图风格，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint conclusion slide.
Slide title:
09 Summary and Outlook
Main visual:
Show a futuristic medical scene in the center: drug-loaded nanoparticles travel through blood vessels, precisely reach tumor tissue, enter cancer cells, and release drug molecules.
In the background, subtly include a hospital, research laboratory, DNA helix, molecular network, and digital medical interface, symbolizing the path from basic research to clinical translation.
Text content:
Key Takeaways
Nanocarriers improve drug solubility, stability, and circulation time.
Passive and active targeting enhance tumor-selective accumulation.
Tumor microenvironment responsiveness enables controlled drug release.
Clinical translation requires improved safety, reproducibility, and scalability.
Bottom outlook sentence:
Nanocarrier-based drug delivery is becoming an important platform for precision oncology.
Visual requirements:
The slide should feel conclusive, futuristic, and academic, like the final slide of a high-end scientific presentation.
The visual focus should be precision cancer therapy and clinical translation.
Text should be clear, layout should be clean, and decoration should be minimal.

Unified Visual Style Requirements: Generate a complete 16:9 landscape medical research PowerPoint slide. The overall design should use an ivory white background, dark indigo text areas, coral red cellular signal points, and a spatial omics map style, similar to PowerPoint presentations at international medical conferences. Use clear title areas, content areas, and scientific illustration areas, with text that is easily readable, in a modern, sans-serif font, white or light blue in color. All slides should maintain consistent color schemes, fonts, icon styles, lighting effects, and layout language. Scientific images should be accurate, clean, and clearly layered, avoiding cartoonish elements, excessive complexity, or irrelevant elements.

02

科研 PPT 提示词的核心公式
用 GPT-image-2 做 PPT，不能只写“生成一张科研图”。
更稳定的写法是：完整 PPT 页面 + 页面标题 + 内容模块 + 图像结构 + 科学机制 + 统一风格提示词。
可以直接复用的万能提示词模板
中文提示词
页面标题：
【填写页面标题】
页面核心观点：
【填写这一页要表达的核心结论】
页面内容模块：
【填写需要展示的文字要点，例如 3–5 个 bullet points】
科学图示要求：
【填写画面中必须出现的科学对象、机制过程和相互关系】
页面排版要求：
【填写左右布局、四宫格、流程图、中心放大图等版式要求】
统一视觉风格要求：
【颜色+风格+使用元素补充】整体采用深蓝、紫色、青蓝色为主的高端生物医学科技风格，背景为深色渐变或暗色医学网格背景，搭配微弱粒子光效、半透明信息卡片、细线条科技感图形。页面排版应专业、简洁、学术化，类似国际医学会议汇报 PPT。使用清晰的标题区、内容区和科学示意图区，文字应清晰可读，字体风格现代、无衬线、白色或浅蓝色。所有页面保持统一的配色、字体、图标风格、光效和版式语言。科学图像应准确、干净、层次清楚，避免卡通化，避免过度复杂，避免无关元素。
English Prompt
Create a complete 16:9 widescreen biomedical research PowerPoint slide.
Slide title:
[Fill in the slide title]
Key message:
[Fill in the main conclusion or idea of this slide]
Content blocks:
[Fill in 3–5 bullet points or short text modules that should appear on the slide]
Scientific visual requirements:
[Describe the scientific objects, mechanism, process, and relationships that must appear in the visual]
Layout requirements:
[Describe the layout, such as left-right layout, four-card grid, workflow diagram, or central magnified illustration]
Unified visual style:
[Color + style + supplementary elements]
The layout should look professional, clean, academic, and suitable for an international medical conference presentation.
Use a clear title area, content area, and scientific illustration area.
All text should be clear, readable, modern sans-serif, mainly white or light cyan.
Keep the same color palette, typography, icon style, lighting, and layout language across all slides.
Scientific visuals should be accurate, clean, well-structured, not cartoonish, not overly complicated, and without irrelevant elements.
用 GPT-image-2 做科研 PPT，核心不是“让 AI 画得更炫”，而是把每一页的科研逻辑拆成清晰的页面任务。
好的提示词应该同时回答三个问题：这页讲什么？画面怎么证明？版式如何呈现？
当提示词里同时包含页面标题、内容模块、科学机制、排版结构和统一风格时，AI 生成的结果才会更接近一套真正可用的科研 PPT。

03

GPT-Image-2使用方法
如果你看完这篇，也想试试 GPT Image 2 做科研绘图，我推荐一个网站OKAI，它里面涵盖了国内外的各大模型，GPT也是其中之一，很稳定且高性价比。
1.打开OKAI官网并登陆。
OKAI官网：https://dafoai.com
2.选择GPT，并进去
3.选择对应模型即可开始使用啦
如果你也想试试 GPT Image 2 做科研绘图，现在已经完全可以从真实课题直接上手，快自己试试看吧
关注我，学习更多ai知识~
OKAI:https://dafoai.com
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  1. CONNECT:[ UseTime:0.000685s ] mysql:host=127.0.0.1;port=3306;dbname=h_sjds;charset=utf8mb4
  2. SHOW FULL COLUMNS FROM `fenlei` [ RunTime:0.000788s ]
  3. SELECT * FROM `fenlei` WHERE `fid` = 0 [ RunTime:0.000413s ]
  4. SELECT * FROM `fenlei` WHERE `fid` = 63 [ RunTime:0.000273s ]
  5. SHOW FULL COLUMNS FROM `set` [ RunTime:0.000565s ]
  6. SELECT * FROM `set` [ RunTime:0.000226s ]
  7. SHOW FULL COLUMNS FROM `article` [ RunTime:0.000552s ]
  8. SELECT * FROM `article` WHERE `id` = 508564 LIMIT 1 [ RunTime:0.000539s ]
  9. UPDATE `article` SET `lasttime` = 1779132798 WHERE `id` = 508564 [ RunTime:0.006916s ]
  10. SELECT * FROM `fenlei` WHERE `id` = 64 LIMIT 1 [ RunTime:0.000363s ]
  11. SELECT * FROM `article` WHERE `id` < 508564 ORDER BY `id` DESC LIMIT 1 [ RunTime:0.001913s ]
  12. SELECT * FROM `article` WHERE `id` > 508564 ORDER BY `id` ASC LIMIT 1 [ RunTime:0.000446s ]
  13. SELECT * FROM `article` WHERE `id` < 508564 ORDER BY `id` DESC LIMIT 10 [ RunTime:0.000819s ]
  14. SELECT * FROM `article` WHERE `id` < 508564 ORDER BY `id` DESC LIMIT 10,10 [ RunTime:0.000765s ]
  15. SELECT * FROM `article` WHERE `id` < 508564 ORDER BY `id` DESC LIMIT 20,10 [ RunTime:0.000610s ]
0.088490s