The objective of this study was to establish the optical storage condition in cutting slips of Lycium chinense Mill. We investigated the different influential growth factor of this plant including two soil types (soil and vermiculite) and storage methods (gauze, parafilm, vinyl, and paper). Our result revealed that the formation of axillary bud was highest (4.8 ± 0.75 ea) from the cutting slips stored in vinyl and vermiculite treatment. Root length was long (2.8 ± 0.13 ea) in parafilm storage using soil. Maximum plant height was 135.33 ± 12.81㎝ with gauze storage using vermiculite. The number of leaves was maximum (130 ± 2.5 ea) at 90 days from the cutting slips of gauze storage using vermiculite. Highest number of fruit was harvested (149 ± 16.05 ea) from the cutting slips stored in parafilm and grown in vermiculite. It can be concluded that the storage treatment and soil type influence the affecting to general growth of Lycium chinense Mill.

• 김철중(강원대학교 바이오컨버전스공학과) | Chul Joong Kim
• 성은수(강원대학교 한방바이오연구소) | Eun Soo Seong
• 유지혜(강원대학교 바이오컨버전스공학과) | Ji Hye Yoo
• 최재후(강원대학교 바이오컨버전스공학과) | Jae Hoo Choi
• 김창흠(강원대학교 바이오컨버전스공학과) | Chang Heum Kim
• 강병주(강원대학교 바이오컨버전스공학과) | Byeong Ju Kang
• 전미란(강원대학교 바이오컨버전스공학과) | Mi Ran Jeon
• 비말(건국대학교 응용생물과학과) | Bimal Kumar Ghimire
• 김나영(송호대학교 호텔외식조리과) | Na Young Kim
• 이상원(농촌진흥청 국립원예특작과학원) | Sang Won Lee
• 차선우(농촌진흥청 국립원예특작과학원) | Seon Woo Cha
• 유창연(강원대학교 바이오컨버전스공학과) | Chang Yeon Yu Corresponding author