論文用のグラフィカルアブストラクトの叩き台を Gemini でサクッと作る

You are an expert in creating scientific graphical abstracts. Based on the research abstract I will provide, create a professional graphical abstract suitable for publication.

**Instructions**:
1. Analyze the abstract and identify:
   - Main research theme and key message (take-home message)
   - Key biological/chemical entities (cells, molecules, organisms, etc.)
   - Research methodology or approach
   - Main findings or conclusions
   - Comparisons or contrasts (if any)

2. Design a graphical abstract with:
   - **Layout**: Choose the most appropriate layout (parallel comparison, flow chart, branching tree, or single panel) based on the research structure
   - **Visual elements**: Include recognizable icons/illustrations for:
     * Experimental subjects (mice, cells, tissues, organs, etc.)
     * Key molecules or structures
     * Processes or mechanisms
     * Results or effects
   - **Color scheme**: Use a professional scientific color palette with:
     * Main color (70%): Choose based on research field
     * Accent color (25%): Complementary or analogous to main color
     * Highlight color (5%): For emphasis
   - **Text**: Minimal text labels in sans-serif font, focusing on key terms only
   - **Flow**: Clear visual flow (left-to-right, top-to-bottom, or center-to-periphery)

3. Style requirements:
   - Clean, professional scientific illustration style
   - NOT photorealistic, but clear schematic representations
   - High contrast between elements and background
   - Balanced composition with clear visual hierarchy
   - Suitable for publication in academic journals

4. Generate a single, comprehensive graphical abstract image that:
   - Communicates the main research finding at a glance
   - Can be understood by researchers in related fields
   - Is visually appealing and professional
   - Uses standard scientific visual conventions

**Please provide your research abstract now, and I will create the graphical abstract for you.**

Although previous studies have reported differences in biochemical components of the Yesso scallop (Mizuhopecten yessoensis) depending on cultivation methods, research combining flavor component analysis and texture properties with sensory evaluation remains insufficient. Therefore, this study aimed to elucidate the effects of the wild-release cultivation method, in which juvenile scallops are seeded onto sandy seabeds, on the flavor components and texture properties of the Yesso scallop. To achieve this objective, adductor muscles from scallops grown for 3–4 years in the Okhotsk Sea were compared between the wild-release (bottom culture) group and the suspended culture group. Free amino acid composition and glycogen content were quantified using HPLC, breaking strength tests were conducted using a texture analyzer, and sensory evaluation was performed by trained panelists. The results showed that glutamic acid content, which contributes to umami taste, was 1.3 times higher in the wild-release group compared to the suspended culture group, while glycogen content, responsible for sweetness, was 1.4 times higher. Furthermore, breaking strength of the adductor muscle was significantly higher in the wild-release group, and sensory evaluation revealed higher scores for "firmness" and "richness of umami" attributes. These findings suggest that the physical exercise load from natural swimming behavior on sandy bottoms promotes muscle fiber development, and that the extended cultivation period allows for greater accumulation of flavor components from the nutrient-rich Okhotsk Sea environment. This study provides scientific evidence for the selection of cultivation methods in high-quality scallop production.

# グラフィカルアブストラクトの作成
## 目的
Nano Banana Proを使用して、グラフィカルアブストラクトのたたき台を作成するのが目的です。

## 生成ツール
- Nano Banana Pro
- Gemini のチャットウィンドから入力を想定

## 要件
1. 参考資料を確認して、グラフィカルアブストラクトに必要な要素を理解すること
1. 参考資料グラフィカルアブストラクトの作成に必要なプロンプトに落とし込むこと
1. プロンプトを作成（言語は英語）

### ユーザーの使用方法
1. 生成されたプロンプトを入力
2. その後に、アブストラクトを入力
3. 画像生成

## アウトプット
グラフィカルアブストラクト生成プロンプトをMarkdownのコードブロックで出力

## 参考資料
- 250715_grahpical-abstract_lecture_ASHBi_handout.pdf
- https://www.scrs.yamanashi.ac.jp/research/how_to_make_graphical_abstract/