PUBLICATIONS
24. Alokam S, Li Y, Li W, Chinnappa CC, Reid MD (2002) Photoregulation
of phenylalanine ammonia-lyase (PAL) and chalcone synthase (CHS) in
the accumulation of anthocyanin in alpine and prairie ecotypes of Stellaria
longipes under varied R/FR. Physiol Plant 116: 531-538
23. Dhankher OP, Li Y, Rosen BP, Shi J, Salt D, Senecoff JF, Sashit
NA, Meagher RB (2002) Engineering tolerance and hyperaccumulation
of arsenic in plants by combining arsenate reductase and g-glutamylcysteine
synthetase expression. Nature Biotechnology 20: 1140-1145
22. Li Y, M.K. Kandsamy, R.B. Meagher,. (2001) Rapid isolation of
monoclonal antibody: Monitoring enzymes in the phytochelatin synthesis
pathway.
Breakthrough Technology Section. Plant Physiology 127 (3): 711-719
21. Liu J , Li Y , Tong Y, Gao J, Li B, Li J, Li ZS ( 2001). Chromosomal
location of genes conferring the tolerance to Pi starvation stress
and acid phosphatase (Apase ) secretion in the genome of rye (Secale
L.) Plant and Soil. 237: 267-274
20. Li Y, , Li B, Li J,Li J, Yao Shujiang, Li ZS (2000) Chromosomal
control of tolerance to Phosphorus deficiency stress in genomes
of Agropyron. Junceum and Agropyron intermedium. In: Symposium
of The
China National Natural Science Foundation on Exploitation of Biological
Potential to Efficiently Utilize Soil Nutrients to Maintain Soil
Environment. Pp.18-24
19. Li Y, Li Bin, Liu Jian-zhong, Li Jiyun 2000. Chromosomal Control
of Tolerance to Fe Deficiency Stress in Genome of Agropyron juncevum
(2n=14, JJ). . In: Symposium of The China National Natural Science
Foundation on Exploitation of Biological Potential to Efficiently
Utilize Soil Nutrients to Maintain Soil Environment. Pp.25-27
18. Li Yujing, Liu Jianzhong, Li Bin, Li Jiyun, Li Zhensheng. 1999.
Chromosomal location of the genes conferring the tolerance to phosphorus
deficiency stress in Lophospyrum elongatum genome. ACTA GENETICA
SINICA. 26 (6): 703-710
17. Li Yujing, Liu Jianzhong, Li Bin, Li Jiyun, Li Zhensheng. 1999.
Genetic analysis of the genes conferring the tolerance to phosphorus
deficiency stress in genome of Triticum aestivum. ACTA GENETICA
SINICA 26 (5): 529-538
16. Li Yujing, Liu J.Z, Li B, Li JY, Li Zhensheng. 1999. Recent
advances in molecular biology of genes coding for nitrate,
phosphate, and
potassium transporter in higher plant. Progress in Biotechnology.
19 (2): 41-47
15. Li Yujing, Liu Jianzhong, Li Bin, Li Jiyun, Li Zhensheng. 1999.
Molecular mechanisms of self-rescue of higher plant to phosphorus
deficiency. Biotechnology Information 15 (3): 1-8
14. Li Yujing, Liu Jianzhong, Li Bin, Yao Shujiang, Li Jiyun, Li
Zhensheng. 1999. Advances in physiology and biochemistry of tolerance
of higher
plants to phosphorus deficiency stress. Life Sci Res. 2 (4): 244-252
13. Liu Jianzhong, Li Bin, Li Yujing, Yao Shujiang, Li Jiyun, Li
Zhensheng. 1999. Genetic studies of gene effects of wheat genomes
on the characteristics
of efficiently utilizing potential soil phosphorus Acta Bot. Boreal
- Occident Sin 19(1): 1-6
12. Liu Jianzhong, Li Yujing, Li Bin, Yao Shujiang, Li Jiyun, Li
Zhensheng. 1999. Identification of efficiency utilizing potential
soil phosphorus
characteristics of common wheat cultivars grown at different times.
ACTA AGRONOMICA SINICA 25(5): 561-565
11. Li Yujing, ZY Li, Z S Li 1998. Advances in Eukaryotic mRNA
Differential Display. Biotechnology . 14 (5): 23-31
10. Li Yujing, Li Bin, Liu Jianzhong, Li Jiyun, Li Zhensheng. 1998.
Chromosomal location of genes encoding isozymes of acid phosphatase
and alkaline phosphatase in Agropyoron elongatum ( 2n= 2x =14,
EE ). ACTA GENETICA SINICA. 25 (5): 449-453
9. Li Yujing, Liu Jianzhong, Li Bin, Li Jiyun, Li Zhensheng. 1998.
Influence of phosphorus deficiency stress on acid phosphatase isozymes
in wheat. Scientia Agricultura Sinica. 31 (4): 26-31
8. Li Yujing, Li Bin, Li Jiyun, Li Zhensheng. 1998. Advances in
genetic study on characteristics of plant efficiently utilizing
soil phosphorus.
Hereditas ( Beijing ). 20 (3): 38-41
7. Li Yujing, Liu Jianzhong, Li Bin, Li Jiyun, Li Zhensheng.
1998. Chromosomal location of genes conferring tolerance to iron
deficiency
in genome of Agropyron juncevum. Agricultural Biotechnology 6 :
28
6. Li Yujing, Li Bin, Li Jiyun, Li Zhensheng. 1997. Changes of
RNAse and acid
Phosphatase in common wheat under phosphorus deficiency stress.
Acta Bot. Boreal.- Occident. Sin. 17: 417-425
5. Sun Baoqi, Li Yujing. 1997. Relation between nitrate reductase
activity and grain protein content accumulation in common wheat.
In: Seed Industry and Agricultural Development. Compiled by Chinese
Association
of Agricultural Science Societies and Department of Agriculture,
Ministry of Agriculture, P.R. China. Pp395-397
4. Sun BQ, Li Yujing. 1993. The relationship between nitrate reductase
activity and the efficient utilization of common wheat to nitrogen.
ACTA AG. UNI. PERKINSIS. 19 (3): 29-33
3. Li Yujing, Zhang FS. Physiological, biochemical, and molecular
characteristics of absorption and utilization of plant to nitrate.
I. Absorption and assimilation of plants to nitrate. In: Environment
Stress and Plant Nutrition ( eds. ZHANG FS ). Beijing Agricultural
University Press. 1993. Pp 209-229
2. Li Yujing, Zhang FS. Physiological, biochemical, and molecular
characteristics of absorption and utilization of plant to nitrate.
II. Physiological and biochemical characteristics of nitrate reductase
(NR) in plant. In: Environment Stress and Plant Nutrition ( eds.
ZHANG FS ). Beijing Agricultural University Press. 1993. Pp230-255
1. Li Yujing, Zhang FS. Physiological, biochemical, and molecular
characteristics of absorption and utilization of plant to nitrate.
I. Molecular characteristics of NR in plant, and application of
NR on plant breeding. In: Environment Stress and Plant Nutrition
( eds.
ZHANG FS ). Beijing Agricultural University Press. 1993. Pp256-294
