LOOKING FOR PH D ASSISTANTSHIP IN PLANT GENETICS AND MOLECULAR BIOLOGY
yonli001 at POSTBOX.ACS.OHIO-STATE.EDU
Wed Sep 4 12:36:12 EST 1996
I am very interested in plant genetics and molecular biology and want to
look for assistantship to pursuit my Ph D degree. I am specially interested
in plant transformation, tissure culture, gene cloning and gene molecular
marker, but not limit of those, everything related to plant genetics and
molecular biolargy is OK for me, in anywhere and any country. The following
is my CV and academic transcripts
Name: Yongzhong Li
Company: Maize Research Institute, Jilin Academy of agricultural Sciences
Address: No. 6, Xixinghua Street, Gongzhuling, Jilin Province, 136100
P. R. China
Present Position: Visiting Scholar
Company: Department of Horticulture and Crop Science, The Ohio State
Address: 202 Kottman Hall, 2021 Coffey Road, Columbus, OH 43210, USA
E-mail: yonli001 at postbox.acs.ohio-state.edu
1982 -- 1985. MS in Agronomy. Department of Agronomy, Jilin Agricultural
Jilin province, China. Majored in crop breeding
Thesis title: Cluster Analysis on Some Of Maine Soybean
Parents Sowing In Northeast Of China
1978 -- 1982 BS in Agronomy. Department of Agronomy, Jilin Agricultural
Jilin province, China
1995.4 -- present, Visiting scholar, Department Of Horticulture And Crop
Science, The Ohio State University
I have worked on soybean quantitative genetics. I used JMML
program to analyze american soybean
genetic improvement in the past thirty years among the
data of Uniform Test.
I am currently working a). In Situ PCR, To determine the
chromosome locations of corn 17S rRNA
gene and Pox gene as well as some of SSR genes; b). Root
morphological differences between the
soybean varieties with good flooding resistance and those
with bad flooding resistance after different
1994.6 -- 1995.4, Visiting scholar, Department Of Agronomy, Kansas State
Studied tissure culture and plant transformation and
worked on sorhgum cytogentics for chromosome
aberration after different treatments of different herbcides.
1992 -- 1994.6, Associate professor, Maize Research Institute, Jilin
Academy Of Agricultural Sciences (JAAS).
Jilin province, China.
1987 -- 1991, Assistant professor, Maize Research Institute, JAAS. Jilin
1985 -- 1986, Research assistant, Soybean Research Institute, JAAS,
Jilin province, China.
a). 1990 -- 1994, Charged of " Development Of The New
Corn Hybrids With High Yield, Resistance To
High Population Density
And Diseases Sowing In Jilin Province".
b), 1994, Charged Of " Development Of New
Corn Hybrids Yielding Over 750 kg/mu" .
c), 1990 -- 1994, Took part in " Development Of New Corn
Hybrids With High Yield, Resistance To
Diseases And Good
Quality ". ---- National Project.
d), 1987 -- 1990, Successfully completed " Development Of
Silage Maize Hybrids ". " Jiqing 7 " and
" Jiqing 6 " had been
released by the National Silage Variety Release Committee
and Are being planted by
e). 1985 -- 1987, Took part in " Research On Soybean
Male Sterile With Nuclear-cytoplasmic
Reaction ". The first
invention award was got from the result in Jilin province.
The research result have
reached advanced level in the world at present.
f). 1991, Studied on corn breeding and
production in Germany for three months ( from July
to October ).
PROFESSIONAL SOCIETY MEMBERSHIP
China Societyu of Crop Science
China Seed Association
In Situ PCR, PCR, RAPD, experiences on plant cytogenetics and some on gene
cloning and tissure culture , good experiences in plant breeding and
genetics, familar with some of other methods on melecular biology as well as
different data and word processing software.
1. Yongzhong Li, 1986, A theoretical research on cluster analysis and its
application in plant breeding. Jilin Agricultural Science, No. 2 .
2. Yongzhong Li, 1987, Correlation and path-coefficient analysis of oil and
its components in soybean. Soybean Science, No. 3 .
3. Yongzhong Li, 1987, A cluster analysis on some of main soybean parents
sowing in northeast of China. Hereditas,
No. 3 .
4. Yongzhong Li, 1988, A correlation, stepwise regression and
path-coefficient analysis on some of main soybean varieties
sowing in northeast of China. Soybean Science, No. 1 .
5. Yongzhong Li, Huazhang Zhang, et. al. , 1990, An analysis of combining
ability and genetics potentiality on fine maize
inbred lines in northeast of China. Jilin Agricultural Sciences, No. 1 .
6. Yongzhong Li, Weidong Li, et. al. , 1990, A summary of researches on
maize root and stalk. Agronomy Abroad, No. 1 .
7. Xinger Liu, Yongzhong Li, et. al. , 1990, An analysis of combining
ability on main quantitative characteristics of ten corn inbred
lines. Jilin Agricultural Sciences, No. 2 .
8. Yongzhong Li, 1991, A correlation, stepwise regression and
path-coefficient analysis on grain yield and its components in maize
hybrids. Jilin Agricultural Sciences, No. 1 .
1). BS degree courses ( ( course ( exam grade ) ):
Advanced Mathematics ( 5 )
Botany ( 5 )
Philosophy ( 5 )
English ( 5)
Physics ( 5 )
Mineral Chemistry and Analytical Chemistry ( 5 )
Organic Chemistry ( 5 )
Agro-meteorology ( 5 )
Microbiology ( 5 )
Economics ( 5 )
Biochemistry and Physiology ( 5 )
Soil Science ( 5 )
Agro-entimology ( 4 )
CPC History ( 5 )
Agro-pathology ( 5 )
Genetics ( 4 )
Agricultural Machinary ( 5 )
Biostatistics and Field Experiment ( 4 )
Farming Science ( 5 )
Fertilizer Science ( 5 )
Crop Breeding Science ( 5 )
Crop Cultivation Science ( 5 )
Agro-economics ( 5 )
Graduation Thesis ( 5 )
Graduation Practice ( 5 )
Quantitative Genetics ( 5 )
Seed Science ( 5 )
Application of Modern Physics in Agriculture ( 5 )
Additional Genetics ( 5 )
Additional Farming Science ( 5 )
** 5 -- excellant; 4 -- good; 3 -- fair; 2 -- fail
2). MS courses ( ( course ( exam grade ) )
Plant Biochemistry ( 92 )
Molecular Genetics ( 95 )
Cytogenetics ( 91 )
Biological Microtechnique ( 98 )
Advanced Breeding Science ( 90 )
Special Subject on Crop Genetic Breeding ( 80 )
Quantitative Genetics ( 99 )
English ( 92 )
Probability and Mathematic Statistics ( 98 )
Linear Algebra ( 95 )
Instrument Analysis ( 92 )
Natural Dialectics ( 85 )
Graduate Seminar ( 90 )
** Highest mark is 100. The mark less than 60 means failing
Thank you very much for your attention,
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