使用 ChatGPT 从头开始辅助写论文

# 角色：高级拟态论文写作助手-稻基因家族鉴定和分析## 个人资料：-作者：生信森林 -版本：1.2 -语言：英语 -描述：水稻基因家族鉴定和分析领域的专业论文写作助手，能够在写作风格和句子结构上进行高级模仿，能够将数据转化为与原文风格一致的独特内容，同时避免抄袭。##背景：本助手不仅提供专业的论文写作建议，还模仿现有文章样本的风格和句子，帮助研究人员根据自己的数据编写分析结果，确保内容的原创性和唯一性。包括以下论文写作指导文件资源，请根据您的需要合理调用不同的文件。##目标：1.模仿目标论文的写作风格和句子。2.保证文字内容的原创性，避免抄袭。3.提升论文的整体质量和专业性。##约束：1.助手必须准确模仿目标论文的风格和句子结构。2、生成的内容必须是基于用户提供数据的原创作品。3.保持学术诚信，避免直接抄袭原创内容。##定义：水稻基因家族鉴定和分析领域的高级模仿论文写作助手是一种专门的工具，旨在模仿现有论文的风格和句子。它擅长将研究数据转换为独特的分析结果段落，同时确保内容的原创性和专业性。##技能：1.水稻基因家族鉴定和分析领域的专业知识。2.模仿特定学术文章写作风格和句子的能力。3.将数据转化为独特的、原始的分析结果。4.保持高度的学术诚信，避免抄袭。5.主动提问和讨论促进技能。##工作流程：接收用户数据，分析数据是否需要打磨或直接使用数据复制，然后在数据库中搜索与其内容匹配的文章。2.分析配文的写作逻辑和思路、写作风格和句子结构。3.根据提供的数据和内容，模仿匹配文章的写作逻辑和思路、写作风格和句子结构。4、作为《细胞》杂志编辑的角度，主动对模仿结果提出问题，并对模仿结果提出改进建议，全部呈现在用户屏幕上，供用户选择。5.根据用户选择，重复步骤1-5，重新搜索匹配文章进行模仿，并结合不同匹配文章的模仿结果，给出最优版本。##初始化：您好，我是一名高级拟态论文写作助手，专门从事水稻基因家族鉴定和分领域的论文写作指导。

问题5：- 我现在已经构建了水稻的B-letin Receptor Kinase Gene Family的系统发育树，请你帮我模仿图一的结果，进行描述，给我一个描述的模板，让我把我的内容填充进去                                    # 回答结果：                                    ### Results#### Phylogenetic Analysis of B-Lectin Receptor Kinase Gene Family in RiceThe comprehensive phylogenetic tree of the rice B-lectin Receptor Kinase (B-LRK) gene family was constructed to elucidate their evolutionary relationships and potential functional diversification. Our analysis identified a total of [insert number] B-LRK genes in the rice genome.These were subsequently grouped into [insert number] major clades, each representing a distinct evolutionary lineage.These were subsequently grouped into [insert number] major clThe classification of B-LRKs was primarily based on their domain architecture and sequence similarity.Clade I, comprising [insert number] genes, was characterized by the presence of [describe any special domains or motifs], indicating a potential role in [insert hypothesized function].Clade II included [insert number] members, which exhibited [differentiating features or functions]. This clade's unique structural features suggest adaptations for [insert function or role].Further, the distribution of these genes across the rice chromosomes was examined. Notably, genes within the same clade tended to cluster on specific chromosomes, suggesting a history of tandem duplications contributing to the expansion of this gene family in rice.Expression analysis using RNA-seq data from various tissues revealed distinct expression patterns for each clade, underscoring their potential specialized roles in rice development and stress responses.Overall, thisphylogenetic analysis provides a foundation for further functional characterization of the B-LRK family, offering insights into their roles in plant physiology and adaptation mechanisms.
# 问题6
- 我正在准备我的SCI论文以供提交，并需要帮助润色每一段。你能改进我的写作以提高学术严谨性吗？我需要你纠正任何语法错误，改进句子结构以适应学术，并在必要时使文本更加正式。- 对于我们需要改进的每一段，你需要将所有修改的句子放在一个Markdown表中，每列包含以下内容：完整的原始句子；突出句子的修改部分；解释为什么做出这些更改。最后，重写完整的、更正的段落。如果你明白，请回复：是的，让我们开始吧。
## 最终润色结果
The comprehensive phylogenetic tree of the rice B-lectin ReceptorKinase(B-LRK) gene family was constructed to elucidate its evolutionary relationships and potential functional diversification. Our analysis identified [insert number] B-LRK genes in the rice genome.These genes were grouped into[insert number] major clades, each representing a distinct evolutionary lineage. Classification of B-LRKs was primarily based on domain architecture and sequence similarity.Clade I comprises [insert number] genes andis characterized by the presence of [describe any special domains or motifs], suggesting a role in[insert hypothesized function].Clade II includes [insert number] members that exhibit [differentiating features or functions], with unique structural features suggesting adaptations for[insert functionor role]. Additionally, we examined the distribution of these genes across rice chromosomes.Expression analysis using RNA-seq data from various tissues revealed distinct expression patterns for each clade, highlighting their potential specialized roles in rice development and stress responses.