教育经历
厦门大学，生物技术专业 GPA82.16/100
标准化考试成绩
TOEFL: 95 R: 29 L: 25 S: 19 W: 22
GRE: 317 V: 152/56% Q: 165/88% AW: 3.0/17%
实习经历
学生有两段相关的实习
Ankang Institute of Meicine, Peking University; (08/2017‐09/2017)
Research project: Stuy on the stanar ecoction of Sophora flavescens ispensing granules
Learne the technological process of preparation an knew how to use various equipment, such as high‐spee multifunctional crusher, stanar sieve, ajustable electrothermal sleeve, rotary evaporator an liqui chromatograph.
Learne to investigate the precision, stability an reproucibility with characteristic spectrum.
Ha a eeper unerstaning of the chromatographic theory an a clear unerstaning of each reagent’s application.
The Practice Base at Xiamen University Zhangzhou Campus; (06/2017‐07/2017)
Learne the fermentation, prouction an extraction process of natamycin.
Mastere the operation of soli‐liqui separation equipment, biochemical separation an etection equipment, rying equipment an prouct shaping an refining equipment, etc.
奖励证书
Secon‐class Scholarship for Merit Stuents, Xiamen University; (09/2017)
录取院校
Georgetown University M.S. in Biochemistry an Molecular Biology
University of Southern California MS in Biochemistry an Molecular Meicine
背景分析
学生大学读的是生物化学和生物技术系，经过一系列的学习后对自己未来的学习有了很明确的想法，相较于数据分析而言，学生更偏爱做实验、获取数据的过程。并且想要了解更多的生物技术相关的知识。
素材挖掘+文书思路
整体的文书思路比较general。该学生提供的素材不多，专业方面的内容，也很难去深入。
I still remember my surprise an excitement while taking the course of Moern Genetics A. I highlight this course for its novel teaching style an for its instructive theoretical knowlege. Jointly given by three professors, this course containe profoun knowlege an opportunities. I enjoye communicating with the three professors on how they woul tackle a same problem an then rebuilt my own iea. All the theoretical knowlege was just so natural to me an I not only stuie quickly but helpe others. Scarlett’s small lessons an notes were appreciate by my classmates.
In the sophomore year, I participate in the project “MKX-meiate multiplication restricte function exploration of HBV at cell level” an seriously use the existing HBV protein NTCP to construct virus-infecte sensitive cell lines, an verifie whether MKX ha the function of limiting HBV proliferation. An then I employe RNA silencing or CRIPR-Cas9 technology to reuce the backgroun expression level of MKX in liver cells, an verifie that its antiviral effect was inee meiate by MKX. After that, I analyze the sequence information that MKX recognizes DNA an bins to it, screene the possible action sites in HBV genome sequence, an etermine the sequence characteristics by mutation. Base on this, I got the possible molecular mechanism of the restriction of MKX on HBV proliferation.
In the summer of 2017, I secure an internship at the Institute of Ankang Meicine, Peking University. During that internship, I learne the technological process of preparation an knew how to use various equipment, such as high-spee multifunctional crusher, stanar sieve, ajustable electrothermal sleeve, rotary evaporator an liqui chromatograph, an ha a eeper unerstaning of the chromatographic theory an a clear unerstaning of each reagent’s application.
Currently, I am oing my grauation esign, screening transgenic materials, with the aim of probing into the specific expression of UVR8. I became familiarize with how to esign an construct expression vector, an culture transgenic materials by infection. The rigorous research attitue hone through the previous research experiences enable me to complete inepenently many tasks, like the planting, genotype ientification, phenotype ientification an protein expression analysis of Arabiopsis. I enjoye staying in the plant room for a long afternoon an evoting to the experimental process, surroune by fresh soil smell.
Base on all of my personal experience an research insights, I am eager to engage in more challenging acaemic stuies an research on molecular biology.
