How plants make and sense changes in their levels of Gibberellin Sumin LeeMoon-Soo Soh OriginalPaper Pages: 90 - 97
Cytokinin: perception, signal transduction, and role in plant growth and development Jaemyung ChoiIldoo Hwang ReviewPaper Pages: 98 - 108
A gaseous plant hormone ethylene: the signaling pathway Sunjoo JooWoo Taek Kim OriginalPaper Pages: 109 - 116
Signaling pathways for the Biosynthesis and action of Jasmonates Jong-Joo CheongYang Do Choi OriginalPaper Pages: 122 - 131
Recognition and response in plant-pathogen interactions Jeong Mee ParkKyung Hee Paek OriginalPaper Pages: 132 - 138
Anthocyanin content in rice is related to expression levels of anthocyanin biosynthetic genes Bong Gyu KimJeong Ho Kimjoong-Hoon Ahn OriginalPaper Pages: 156 - 160
Dominance Relationship between Two Self-IncompatibleBrassica campestris Haplotypes in Response to CO2 Gas Ji Young HyunKodiveri Muthukalianan GothandamYong-Yoon Chung OriginalPaper Pages: 161 - 166
Mannose-binding lectin fromCurcuma zedoaria Rosc Ponpimol TiptharaPolkit SangvanichAmorn Petsom OriginalPaper Pages: 167 - 173
Ethylene and indole-3-Acetic Acid participate in the in-rolling and opening of carnation petal segments Eui Jeong DohWon Gyoung AnSeung-Eun Oh OriginalPaper Pages: 174 - 180
Changes in gender expression in korean populations ofPinus densiflora over a five-year period Hyesoon Kang OriginalPaper Pages: 181 - 189
Effect of thinning on flying insect communities using window traps in young douglas-fir (Pseudotsuga menziesii (Mirb.) Franco) forests in the Pacific Northwestern America Hoonbok Yi OriginalPaper Pages: 190 - 197
Physiological and chemical characteristics of field-and mountain-cultivated ginseng roots Yong Eui ChoiYong Suk KimSung Jae Lee OriginalPaper Pages: 198 - 205
Selectionof nptll transgenic sweetpotato plants using G418 and paromomycin Young-Mi ShinGoh ChoeKyung-Moon Kim OriginalPaper Pages: 206 - 212
Ultrastructure and development of seedlings of the parasitic weedCuscuta japonica Kyu Bae Lee OriginalPaper Pages: 213 - 219
Overexpression ofArabidopsis phytochelatin synthase (atpcsi) does not change the maximum capacity for non-protein thiol production induced by Cadmium Jeong Hoe KimSangman Lee OriginalPaper Pages: 220 - 223
