molecular epigenetics: dawn of a new era of biomedical research
xu rui-ming institute of biophysics;chinese academy of sciences 15 datun road;chaoyang district;beijing 100101;china

..............page:309-310

epigenetic regulation: methylation of histone and non-histone proteins
lan fei1 & shi yang 2 1 department of biology;constellation pharmaceuticals;148 sidney street;cambridge;ma 02139;usa 2 department of pathology;harvard medical school;77 ave louise pasteur;boston ma;02115;usa

..............page:311-322

micrornas-powerful repression comes from small rnas
ma cong;liu yufei & he lin 535 lsa;division of cell and developmental biology;mcb department;university of california at berkeley;berkeley;ca 94720-3200

..............page:323-330

rna-directed dna methylation and demethylation in plants
chinnusamy viswanathan

..............page:331-343

transcriptional regulation of the herpes simplex virus 1 -gene by the viral immediate-early protein icp22 in association with vp16
cun wei;guo lei;zhang ying;liu longding;wang lichun;li jianfeng;dong chenghong;wang jinjin & li qihan institute of medical biology;chinese academy of medical sciences and peking union medical college;kunming 650118;china

..............page:344-351

cenp-k and cenp-h may form coiled-coils in the kinetochores
qiu shulan;wang jianing;yu chuang & he dacheng the key laboratory for cell proliferation and regulation biology of the ministry of education;beijing normal university;universities confederated institute of proteomics;beijing 100875;china

..............page:352-359

endothelin-1 induces intracellular [ca²⁺] increase via ca²⁺ influx through the l-type ca²⁺ channel, ca²⁺-induced ca²⁺ release and a pathway involving et_a receptors, pkc, pka and at1 receptors in cardiomyocytes
zeng qinghua1;li xingting1;zhong guogan2;zhang wenjie2 & sun chengwen3 1 laboratory of molecular & cellular physiology;school of life sciences;northeast normal university;changchun 130024;china;2 department of physiology;school of basic medical sciences;jilin university;changchun 130021;china;3 department of pharmaceutical sciences;north dakota state university;fargo;northdakota;usa

..............page:360-370

Protein identification and mRNA analysis of phyto- chrome-regulated genes in Arabidopsis under red light
li xu*;yang yuejun*;li yan;wang jie;xiao xiaojuan;guo xinhong;tang dongying & liu xuanming bioenergy and biomaterial research center;college of life science and biotechnology;hunan university;changsha 410082;china.

..............page:371-380

arginine bi-directional translocation and breakdown into ornithine along the arbuscular mycorrhizal mycelium
jin hairu college of chemistry and life sciences;zhejiang normal university;jinhua 321004;china

..............page:381-389

production of transgenic cashmere goat embryos expressing red fluorescent protein and containing igf1 hair-follicle-cell specific expression cassette by somatic cell nuclear transfer
bou shorgan

..............page:390-397

identifying drug-target proteins based on network features
zhu mingzhu1;gao lei1;li xia1;2 & liu zhicheng1 1 school of biomedical engineering;capital medical university;beijing 100069;china;2 college of bioinformatics science and technology;harbin medical university;harbin 150081;china

..............page:398-404