Ru Zhang, Principal Investigator
Assistant Member, Donald Danforth Plant Science Center, since September 2016
Education and trainings:
Postdoc, Department of Plant Biology, Carnegie Institution for Science, 2010-2016
University of Wisconsin-Madison, PhD, 2009
Nankai University, China, BS, 2005
About: Ru's research experience centers on photosynthesis and range from plant physiology/biochemistry to algal genomics to organelle evolution. During her PhD training at the University of Wisconsin-Madison, she worked with Dr. Thomas Sharkey using gas exchange and spectroscopic methods to study the effects of high temperature on photosynthesis in leaves of Arabidopsis and tobacco plants. During her postdoctoral training with Dr. Martin Jonikas and Dr. Arthur Grossman at the Carnegie Institution for Science, Ru continued to explore photosynthesis by developing high-throughput genotyping and quantitative phenotyping tools for the eukaryotic, unicellular green alga Chlamydomonas reinhardtii to identify photosynthesis-deficient algal mutants on a genome-wide scale. She also participated in the generation of a genome-saturating, indexed, mutant library of Chlamydomonas. The library could be used as both forward and reverse genetic platforms to dissect cellular processes under various conditions. In addition, she has worked on the photo-acclimation of the green amoeba Paulinella chromatophora (which has nascent “plastids” that evolved much more recently, 0.06 billion years ago) to gain insight into the evolution of photosynthetic organelles. She is passionate about how photosynthesis in plants/algae respond to abiotic stresses, especially heat stress. Her long-term career goal is to engineer photosynthesis for improved agricultural and biofuel production. Outside of the lab, Ru enjoys playing with her kids, cooking, swimming, and watching movies.
Laboratory Technician, Laboratory Manager, since November 2016
University of Missouri, Columbia
BS in Biological Engineering, 2016
Mathematics and Spanish Minor
About: Will received his bachelor's degree in biological engineering (emphasizing in biomedical engineering and biophotonics) from the University of Missouri, Columbia. During his time there, he was involved with several research teams including computational ecologists, herpetologists, and R&D engineering companies. In all of these positions, much of his work focused on computational data analysis and automated data collection pipelines. In the summer of 2015, Will participated in the Danforth Center's Summer REU Program where he worked in Doug Allen's Lab investigation carbon fixation pathways in soybeans using isotopic labeling and mass spectrometry technologies. Will started in the Zhang Lab in November of 2016 and will be working as a lab manager and lab technician while frequently focusing on bioinformatics pipelines and data analysis. Will enjoys running, swimming, and climbing. He additionally enjoys music and tinkering with electronics.
Postdoctoral Associate, since May 2017
Ph.D. Molecular Biosciences, Arkansas State University
M.S. Biotechnology, Arkansas State University
B.S. Bioengineering, Qindao Agicultural University
About: Ningning received her PhD in Molecular Biosciences in May of 2017 by dissecting the O-glycosylation process of plant cell wall structural glycoproteins and reengineering the plant cell wall for improved biomass processability. She started in the Zhang Lab as a postdoctoral research associate in the same month to study how photosynthetic organisms respond to their environment by using cutting-edge technologies. Specifically, Ningning is using the unicellular green alga, Chlamydomonas reinhardtii, as a model system to better understand how photosynthetic cells sense and respond to high temperatures. A genome-saturating, indexed, algal mutant library and a quantitative phenotyping tool are used to conduct high-throughput genetic screening for mutants with interesting phenotypes. In her free time Ningning likes to work with plants, especially cacti. She also likes staying active by running frequently and playing pingpong.
Huong Mai Nguyen
Postdoctoral Associate, since November 2019
Yokohama City University, PhD, 2018
About: Huong received her PhD in Life and Environmental science in March, 2018 from Yokohama City University, Japan. During her PhD, she studied on "Identification and functional analysis of novel chemical compounds enhancing plant abiotic stress responses" at Dr. Motoaki Seki's Lab, RIKEN Yokohama. She revealed several interesting chemicals and molecular mechanisms that enhance the tolerance of plant under high-salinity stress responses. In Zhang Lab, she will involve in a project that apply a novel combination of in silico and experimental approaches to predict and validate the structure and function of poorly-characterized and unannotated proteins in Arabidopsis thaliana, Setaria viridis and Chlamydomonas reinhardtii. In the free time, she likes playing with her children, cooking and exploring nearby.
Graduate Student, since April 2018
Cornell University, BS in Biological Sciences, 2017
About: Erin received her Bachelor of Science degree in Biological Sciences from Cornell University in May 2017. Her work there focused on the genetic aspects underlying meiotic recombination in maize. In the summer of 2015, she was an REU intern where she studied the genetic similarities between plant interactions with mycorrhizal fungi and nitrogen-fixing bacteria. She is now a first-year graduate student in the Plant and Microbial Biosciences program at Washington University. Erin rotated in the Zhang lab from Nov - Dec in 2017 and then decided to join the Zhang lab for her PhD in April 2018 to study algal heat responses. In her free time, Erin enjoys cooking, swimming, and exploring the local community.
Laboratory Technician, since September 2018
Missouri Baptist University, BS in Biology, 2018, Biochemistry & Chemistry Minor
About: Cheyenne received her B.S. in Biology from Missouri Baptist University in May 2018. During her time there she was involved in a research team to develop a protocol to preserve long-term viability of the microalgal species, Chlorella protothecoides. Additionally, she served as a laboratory teaching assistant for genetics, general chemistry, and anatomy labs. In her free time, Cheyenne enjoys being active outdoors, playing tennis, travelling, and thrift shopping.
Lab Technician, since January 2020
M.S. Auburn University, Dec 2019
B.S. Huazhong Agricultural University, July 2017
About: Celine received her master’s degree in from Auburn University in 2019. Her research was improving Romaine lettuce growth in the greenhouse hydroponic systems. With high temperature and humidity in summer time, lettuce grew too fast in the greenhouse hydroponics systems, which caused calcium ion deficiency in the young growing tips. Physiological disorders like tipburn and bolting happened and damaged the lettuce marketable value. To mitigate tipburn and bolting, Celine increased the horizontal air flow speed in the DWC system and decreased root-zone solution temperature in NFT system to slow down growth rate to help calcium efficiently translocated to young leaves. At Zhang’s lab, Celine will work as a lab technician to start a hydroponics system in the greenhouse of Danforth plant science center. Celine likes travel, sports and music.
Grants Specialist, since July 2016
University of Missouri - Columbia, BSBA with Marketing Emphasis, Economics Minor
About: Michelle received her bachelor’s degree in Business Administration with an emphasis in Marketing and a minor in Economics from the University of Missouri-Columbia. She has worked in the administrative field for the past 10 years and has done everything from payroll processing to office management to assisting with grant proposal submissions. Michelle joined the Danforth Center in July of 2016 as an Administrative Assistant and now serves as a Grants Specialist for several of the labs here, including the Zhang lab.
Lab Technician, since October 2020
Humboldt State University, BS in Botany, 2020
About: Grace received her B.S. in Botany from Humboldt State University in May of 2020. During her time there, she was a supplementary instructor for genetics and worked in a lab on bee identification. In the summer of 2019, she was an REU intern at the American Museum of Natural History where she did research on bee diversity in New York City green spaces. Since graduating, she has also worked at UC Davis on research concerning plant-pollinator interactions. In her free time, Grace enjoys camping, hiking, and film photography.
Research Associate, since August 2020
University of Massachusetts Medical School, PhD, 2004
About: I have been a scientist studying cell motility in algae for 20 years and I am excited to be using my expertise to address fundamental questions in plant heat stress responses. I live in Illinois with my husband, son, two dogs and two horses. When I am not at work, I enjoy riding my horses, reading and spending time with family.
Postdoctoral Associate, since April 2020
Estonian university of life sciences, PhD, 2017
About: Leila Pazouki received her PhD degree in Prof. Ülo Niinemets's group at the Estonian university of life sciences investigating emission, gene regulation and function of terpenoids in tomato (Solanum lycopersicum) and yarrow (Achillea millefolium). She is currently working on photosynthesis apparatus and its related genes of psychrophilic and mesophilic green algea. In her free time, she enjoys cooking, reading, spending time in nature and road trip.
Rotating Graduate Student, since January 2021
McDaniel College, BS in Biology, 2020
About: Cooper received his bachelor’s degree in biology from McDaniel College in Westminster, MD. As an undergrad, Cooper worked in his mentor’s lab researching zebrafish development before he developed a strong interest in plant biology and biotechnology. He then participated in the Danforth Center’s Summer REU program where he worked in Doug Allen’s lab on a project related to soybean metabolism. Cooper is interested in studying how plants sense and respond to environmental stresses. In his free time he enjoys reading, playing games, being outside, and golf.