Lihua NIe
*** ********** **. ***.** COLUMBUS, OH 43202 USA.
1-614-***-**** (cell), 1-614-***-**** (work)
abmpp4@r.postjobfree.com
TECHNIQUES AND SKILLS
. Molecular biology techniques: Protein expression, purification and
characterization; Protein labeling, PCR, DNA purification and cloning.
. Analytical skills: Flash chromatography, HPLC, FPLC, SDS protein gel,
Western blot, NMR, LC-MS, Fluorescence, UV-Vis, CD and Chemiluminescence
spectroscopy.
. Organic synthesis, purification and characterization.
. Solid phase DNA synthesis.
. Familiar with SciFinder, ChemFinder and Protein Data Bank.
. Excellent with Excel spread sheet, Kaleidagraph, ChemOffice, PyMOL,
pDRAW.
. Excellent in written and verbal communication.
RESEARCH EXPERIENCE
. Postdoctoral associate, Ohio State University, Columbus, OH, USA. 2006-
present.
1. Developed a stop codon scanning method for alanine scanning and
unnatural amino acid scanning.
2. Engineered proteins with natural and unnatural amino acids.
3. Screened the activity of recombined proteins with co-expressed GFPUV
fluorescence.
4. In vivo screened protein-protein interaction with Bpa photo-crosslinking
method.
5. Identified protein binding sites and binding partner with mass
spectrometry.
6. Synthesized several unnatural amino acids and fluorescence dye for
protein engineering and protein labeling.
7. Synthesized several Fmoc-protected oligo-phosphoramidites and two DNA
libraries.
. Postdoctoral fellow, Max Planck Institute for Chemical Ecology, Jena,
Germany. 2003-2005.
1. Tracking the biosynthetic and transportation pathway of defensive
compounds in leaf beetle larva with LC-MS method.
2. Synthesized several glucosides and thioglucosides.
EDUCATION
. Ph. D. of Bio-analytical Chemistry, Institute of Chemistry, Chinese
Academy of Sciences, China.
1. Developed sensitive and selective chemiluminescence method for the
detection of Cysteine in human blood.
2. Synthesized two fluorescence dyes for specific recognition of thymidine
and guanosine.
. M. S. of Analytical Chemistry, Beijing Normal University, China.
1. Developed a very sensitive chemiluminescence system for the detection of
fluorequinolone antibacterial reagents, fleroxacin and Lomefloxacin, in
human blood.
2. Revealed the Fluorescence Resonance Energy Transfer (FRET) mechanism of
chemiluminescence.
. B. S. of Chemistry, Jiangxi Normal University, China.
1. Synthesized and characterized a complex of aminoacetic acid and formic
acid cobalt.
AWARDS
. Alexander von Humboldt research fellowship. (2004-2005)
. Max-Planck institute research fellowship. (2003-2004)
. China Association for Instrumental Analysis award (CAIA). (2003)
SELECT LIST OF PUBLICATIONS
1. Ma, H.; Nie, L.; Xiong, S. (2004): Recognition of Guanine by A Triazine
Fluorescent Probe through Intermolecular Multiple Hydrogen Bonding,
Supramolecular Chemistry 16(5), 311-317.
2. Nie, L.; Ma, H.; Li, X.; Sun, M. (2003): Recognition of Thymine by A
Triazine Fluorescent Probe through Intermolecular Multiple Hydrogen
Bonding, Biopolymers, 72, 274-281.
3. Nie, L.; Ma, H.; Sun, M.; Li, X.; Su, M.; Liang, S. (2003): Direct
chemiluminescence determination of cysteine in human serum using quinine-
Ce(IV) system, Talanta, 59, 959-964.
4. Nie, L.; Zhao, H.; Wang, X.; Yi, L.; Lu, Y.; Jin, L.; Ma, H. (2002):
Determination of Lomefloxacin terbium sensitized chemiluminescence
method, Analytical and Bioanalytical Chemistry, 374, 1187-1190.
5. Nie, L.; Zhao, H.; Wang, X. (2001): Determination of Fleroxacin by Tb3+
Sensitized Chemiluminescence, Chinese Journal of Analytical Chemistry, 29
(8): 910-912.
6. Nie, L.; Zhao, H.; Wang X.; Wang, X. (2001): Study on the interaction of
bovine albumin and fleroxacin by fluorescence method, Journal of Beijing
Normal University (Natural Science), 37, 87-91.
MANUSCRIPTS IN PREPARATION
1. Nie, L.; Lavinder, J.; Magliery, T. J.; A synthetic approach to alanine
scanning.
2. Nie, L; Magliery, T. J.; Bpa scanning YbaK protein for capturing protein-
protein interaction.
CONFERENCE ORAL AND POSTER PRESENTATIONS
1. Nie, L.; Magliery, T.J. Alanine scanning protein with synthetic
approach. 2010 Fall National Meeting of the American Chemical Society in
Boston, MA.
2. Nie, L.; Magliery, T.J. 2010 Central Regional Meeting of the American
Chemical Society in Dayton, Ohio.
3. Nie, L.; Sarkar, M.; Magliery, T.J. The synthesis of Fmoc-TAG
phosphoramidite and its application in solid phase DNA library synthesis,
2008 Central Regional Meeting of the American Chemical Society in
Columbus, Ohio.
4. Nie, L., Lavinder, J., Magliery, T.J.; A synthetic approach to stop
codon scanning mutangenesis. 2008 Fall National Meeting of the American
Chemical Society in Philadelphia, Pennsylvania.
5. Nie, L.; Keventzidis, C.; Magliery, T.J. A synthetic approach to
scanning mutagenesis with photoaffinity labels for identifying protein-
protein interactions, Ohio Collaborative Conference on Bioinformatics,
2007, Miami University in Oxford, Ohio.