人物资料 · Research contributorResearch contributor profile
梁潘霞Liang Panxia
植物生理生化、生物技术、甘蔗水分胁迫Plant physiology and biochemistry, biotechnology, and sugarcane water stress
人物简介Biographical profile
梁潘霞是广西农业科学院资源与环境研究所的植物生理生化和生物技术研究者。2016年《生物技术通报》甘蔗小分子量热激蛋白论文将她列为第一作者，作者简介记载具有博士学位；黄杏为共同作者，李杨瑞为通讯作者。该研究以甘蔗幼苗为材料，在模拟水分胁迫和加硅处理下考察基因表达，是环境处理与甘蔗抗逆研究的具体交叉案例。Liang Panxia researches plant physiology, biochemistry, and biotechnology at the Institute of Agricultural Resources and Environment of the Guangxi Academy of Agricultural Sciences. A 2016 Biotechnology Bulletin paper on sugarcane small heat-shock proteins lists her as first author, with a doctorate. Huang Xing is a coauthor and Li Yangrui the corresponding author. Using sugarcane seedlings, the study examined gene expression under simulated water stress and silicon treatment, providing a specific example of the intersection between environmental treatments and sugarcane stress-resistance research.
活动记录：Documented activity:2016（直接作者记录）2016, from a direct author record
相关机构：Institutions:广西农业科学院资源与环境研究所Institute of Agricultural Resources and Environment, Guangxi Academy of Agricultural Sciences
可核查记录Documented claims
- 2016V1
2016年论文第一作者，简介为博士，研究植物生理生化和生物技术。First author of the 2016 paper; the biography records a doctorate and research in plant physiology, biochemistry, and biotechnology.
记录范围：未给职称，不推定研究员。Scope and limits: No professional rank is given; research-fellow status is not inferred.
- 2016V1
参与甘蔗小热激蛋白克隆与模拟水分胁迫表达研究。Participated in research cloning a sugarcane small heat-shock protein and examining its expression under simulated water stress.
记录范围：不据表达结果推定已育成商业品种。Scope and limits: Gene-expression results do not establish that a commercial variety has been bred.
V1：原始来源直接支持该项事实；V2：独立证据链支持；P：有出处的回忆、报道或部分证据；L：待进一步核实的线索。标记针对具体事实。V1: direct support from a primary source; V2: support from independent evidence chains; P: attributable recollection, reporting or partial evidence; L: a lead requiring further verification. Grades apply to specific claims.
资料说明Record notes
- 条目保留作者和实验层级，不将培养条件下的分子结果直接等同于田间收益；原文氨基酸数值存在差异，未采用争议数字。The entry retains authorship and the experimental level of evidence. Molecular results under controlled cultivation conditions are not directly equated with field benefits. Conflicting amino-acid counts in the original text are not used.
个人发表资料与作品Publications & Works
当前尚未核实到可公开列出的论文、著作、专利、署名文章或专题报告；后续取得可靠资料后继续补充。No paper, book, patent, signed article, or presentation has yet been verified for public listing. This section will be expanded when reliable material is obtained.