Zhang Feng, professor, male, born on September 23rd, 196 1, doctor of science. 1982 Graduated from the Chemistry Department of Liaoning University with a bachelor of science degree in organic science. 1985 graduated from the Department of Chemistry of Liaoning University with a master's degree in inorganic science. 1998 graduated from Nagoya University, Japan, with a Ph.D. in Bioinorganic Chemistry. 1985- 1993 teaches in the Department of Chemistry of Liaoning University, 1985- 1987 is a teaching assistant, 1987 is a lecturer, and 1993 is an associate professor. 65438+September 0992-65438+September 0993 Attended the Japanese Training Course of the State Education Commission in the Overseas Department of Beijing Language and Culture College and passed the selection examination. 1993- 1994 The State Education Commission sent a delegation to Japan to study and visited the Bioinorganic Chemistry Laboratory of the Faculty of Science of Nagoya University in Japan. 1994- 1998 studied for a doctorate at the Graduate School of Nagoya University, Japan. 65438+1returned to China in March 1998 with a doctorate. 1since March, 1998, I have been teaching in the School of Chemical Science and Engineering of Liaoning University. 1999 was promoted to professor in August.
Main research interests: (1) coordination chemistry-structure and solution stability of complexes. The molecular and supramolecular structures of ternary mixed complexes formed by life-related ligands and metal ions and their relationship with the stability of the complexes were studied, and the molecular recognition rules between ligands and the structural effects of metal ions were explored. (2) Bio-inorganic chemistry-structural and functional analysis of hormone molecules. Using the template effect of metal ions, the structural effects of some hormone molecules, such as thyroid hormone and steroid hormone, on receptor proteins and their relationship with hormone biological activities were simulated. (3) Supramolecular chemistry-preparation and structure study of supramolecular crystals of complexes. Select and design various receptor molecules, form complexes with metals, construct special supramolecular systems by using the template effect of metal ions, and study their structural characteristics.
Representative results:
Electrostatic ligand-ligand interaction in ternary copper (Ⅱ) complexes of1.3,5-diiodo -L- tyrosine with polar amino acids. Chinese Journal of Chemistry, 278,136-142 (1998).
2. Weak interaction in iodine tyrosine ternary copper (Ⅱ) complex. Biological significance of iodine in thyroid hormone. Chemistry, 36, 5777-5784( 1997).
Structure and stability of 3.3,5-diiodo -L- tyrosine copper (Ⅱ) complex. Weak interaction of iodine-containing groups. Chemistry, 35,7148-7155 (1996).
4. ternary complex of cadmium (Ⅱ) with vitamin D and amino acids. Quantitative expression of relative stability "Zhang Fengfang, Liu Qingdong, Chinese Journal of Chemistry, 28, 197-202( 1993).