Qu yunfang

Personal profile

Quyunfang, born in 1973, doctor, Associate professor, master supervisor.

Academic Education & Work Career

Academic Education

Work Career：

Main Research directions

1.Germplasm innovation and genetic engineering

2.Cotton distant hybridization

Overview of Teaching and Research

Teaching Term:

I not only teach《Crop Breeding》and 《cotton Breeding》 for undergraduates , but also teach 《proteomics》for master students; I also Guide Undergraduates to carry out scientific research training and graduation practice. I participate in compiling《Crop Breeding》which was the matching textbook with excellent course.

Research Term:

I ever Presided Science and Technology research Project from Shan Xi Province, ShanXi Province Applied Basic Research Project and the School Breeding Fund Project. I am Presiding the Ph.D. Research Startup Project from Shanxi Agricultural University. I also participated in other scientific research projects, including provincial key research, national key research and development program sub-projects, national key laboratory projects, Shanxi Provincial Natural Fund projects and so on.The number of papers was over 10 as the first author,I won the first prize of science and technology progress of university, Third Prize of Shanxi Province Science and Technology Progress Award.

Teaching and Research Projects

1.Study on the mechanism of AOX expression induced by accumulation of reactive oxygen species in cotton mitochondria, Shan Xi Province Applied Basic Research Project, Preside over.

2.Gene Mapping of Cotton Pigment Glands Based on Whole Genome Resequencing , Ph.D. Research Startup Project of Shanxi Agricultural University, Preside over.

1. Creation of the parent material with the efficience and light simplication trait,Sub topic from National Key Research and Development Project, Participation

3. Identification and functional study of GhOTUD5 gene mutant on cotton, Shan Xi Province Applied Basic Research Projec, Participation.

4. Breeding of new cotton varieties with high lint percentage and high yield and QTL mapping for Yield Traits, Shan Xi Province Key Research and Development Project, Participation.

5. Study of the key technology on "three line" hybrid cotton and breeding of strong heterosis combination, Sub topics from Shan Xi Province Key Research and Development Project, Participation.

6. Cloning and identification of pigment gland formation genes and the relationship with gossypolon cotton, Open project from State Key Laboratory of cotton biology, Participation.

7. Matching of "three lines" of cytoplasmic male sterile line and breeding of strong heterosis combination on cotton, Science and Technology research Project from Shan Xi Province, Participation.

8. Demonstration of high yield and high efficiency technology of large scale of  mechain-picked cotton in the Yellow River Basin, A New Type of Agricultural Socialization Service System Construction Project from Shanxi Province , Participation.

9.Breeding of low phenol germplasm with glandless seed and glanded plant on cotton,

Science and Technology research Project from Shan Xi Province, Preside over.

10.Breeding new cotton varieties by using interspecific hybridization and molecular marker-assisted selection techniques, Science and Technology research Project from Shan Xi Province, Participation

11.Breeding and Industrialization of High-quality and Multi-resistant Zucchini Varieties -- Screening of Insect-resistant Germplasm Resources of Hairy Shape Zucchini, Science and Technology research Project from Shan Xi Province Participation.

Presentative papers

1. Corresponding author.Identification of Candidate Genes Associating with Fiber Lint Percentage Using BSA-seq. Journal of Plant Genetic Resources. 2021, 22（6）：1710-1718.

2.First Author. Correlation of Pigment Gland Formation and Gossypol Biosynthesis in Glanded and G First Author. landless Trispecific Progenies. International Journal of Agriculture and Biology. 2019, 22(3): 553-560.(SCI)

3. Corresponding author. Optimization of Prokaryotic Expression Conditions of Cotton Deubiquitinase,Gene GhOTUD5.Molecular Plant Breeding.2020, 18（10）, No.10, 3223- 3231

4. First Author. Genetic Analysis of Near-isogenic Lines with Different Pigment Glands on Cotton. Journal of Shanxi Agricultural Sciences.2017,45（1）:1-5.

5. First Author. Karyotype and resemblance-near coefficient analysis of (G.arboreum×G.bickii) and tri-specific hybrids.Journal of China Agricultural University.2013,18(5):15-20

6. First Author. Genetic Analysis of Hybrid F1 from (G.arboreum×G.bickii) ×Monomeric Line Ⅱ, Shanxi Agricultural Sciences.2012,40（5）:447-451.

7.First Author.RAPD Analysis of Gossypium bickii and Its Hybrid Descendents. Cotton Science. 2009, 21（06）:468-473.

8. First Author. Genetic Analysis of Hybrid F1 from (G.arboreum×G.bickii) ×G. hirsutum, Shanxi Agricultural Sciences, 2010, 38（10）:64-67.

9. First Author.Genetic Analysis of Hybrid F1 from (G.arboreum×G.bickii) ×G.barbadense, Journal of North China Agriculture, 2010, 25（03）:64-67.

10. First Author. Analysis of Genetic Diversity from Cucurbita Pepo Germplasm by RAPD. Journal of Shanxi Agricultural University. 2009,6（29）:546-549.

Monographs and textbooks

1. Application of genetic markers in plant research, China Agricultural Science and Technology Press, 2010, write in collaboration with.

2. Crop Breeding , Science Press, 2014.3, Coedit.

Achievement , patent and regulation

Achievement

1. The study of Allotetraploid Synthesis of [A, G, D] Trichromosome on cotton , the  first prize of science and technology progress of university, Third Prize of Science and Technology Progress Award from Shanxi Province in 2008.

Contact information

Address：College of Agriculture of Shanxi Agricultural University in Jinzhong city from Shanxi province

Postcode：030801

Email： quyunfang@163.com

Tel： 0354-6289209