植物学报
植物學報
식물학보
ACTA BOTANICA SINICA
2004年
8期
928-934
,共7页
林丽%田世平%万亚坤%徐勇%姚红杰
林麗%田世平%萬亞坤%徐勇%姚紅傑
림려%전세평%만아곤%서용%요홍걸
冬枣%气调贮藏%颜色%挥发性物质%腐烂率
鼕棘%氣調貯藏%顏色%揮髮性物質%腐爛率
동조%기조저장%안색%휘발성물질%부란솔
jujube fruit%controlled atmosphere%color%volatile substance%decay rate
主要探讨冬枣(Ziziphus jujuba Mill.cv Dongzao)在-1℃的动态气调(CA-Ⅰ,70%O2+0%CO2处理7天,然后转入5%O2+0%CO2中)、普通气调(CA-Ⅱ,5%O2+0%CO2;CA-Ⅲ,10%O2+0%CO2)及普通冷藏和常温(25℃)等条件下,果实发病率、色素、可溶性固形物、可滴定酸、乙醇和乙酸乙酯含量等的变化.结果表明:与普通冷藏相比,气调贮藏能减缓果实的腐烂,抑制色素的分解和减少果肉中乙醇、乙酸乙酯的含量.动态高氧处理能有效地保持果实的颜色,抑制色素降解及果皮褐变.CA-Ⅲ(10%O2+0%CO2)能有效地减少果肉乙醇的含量而CA-Ⅱ(5%O2+0%CO2)能有效地减少果肉乙酸乙酯的含量.气调贮藏的果实可滴定酸及可溶性固形物含量与其他处理的果实没有明显的差异.
主要探討鼕棘(Ziziphus jujuba Mill.cv Dongzao)在-1℃的動態氣調(CA-Ⅰ,70%O2+0%CO2處理7天,然後轉入5%O2+0%CO2中)、普通氣調(CA-Ⅱ,5%O2+0%CO2;CA-Ⅲ,10%O2+0%CO2)及普通冷藏和常溫(25℃)等條件下,果實髮病率、色素、可溶性固形物、可滴定痠、乙醇和乙痠乙酯含量等的變化.結果錶明:與普通冷藏相比,氣調貯藏能減緩果實的腐爛,抑製色素的分解和減少果肉中乙醇、乙痠乙酯的含量.動態高氧處理能有效地保持果實的顏色,抑製色素降解及果皮褐變.CA-Ⅲ(10%O2+0%CO2)能有效地減少果肉乙醇的含量而CA-Ⅱ(5%O2+0%CO2)能有效地減少果肉乙痠乙酯的含量.氣調貯藏的果實可滴定痠及可溶性固形物含量與其他處理的果實沒有明顯的差異.
주요탐토동조(Ziziphus jujuba Mill.cv Dongzao)재-1℃적동태기조(CA-Ⅰ,70%O2+0%CO2처리7천,연후전입5%O2+0%CO2중)、보통기조(CA-Ⅱ,5%O2+0%CO2;CA-Ⅲ,10%O2+0%CO2)급보통랭장화상온(25℃)등조건하,과실발병솔、색소、가용성고형물、가적정산、을순화을산을지함량등적변화.결과표명:여보통랭장상비,기조저장능감완과실적부란,억제색소적분해화감소과육중을순、을산을지적함량.동태고양처리능유효지보지과실적안색,억제색소강해급과피갈변.CA-Ⅲ(10%O2+0%CO2)능유효지감소과육을순적함량이CA-Ⅱ(5%O2+0%CO2)능유효지감소과육을산을지적함량.기조저장적과실가적정산급가용성고형물함량여기타처리적과실몰유명현적차이.
Jujube (Ziziphus jujuba Mill. cv Dongzao) fruit was stored under controlled atmospheres (CA)of 5% O2 plus 0% CO2, 10% O2 plus 0% CO2, or dynamic CA (70% O2 +0% CO2 for 7 d, followed by transferring to 5% O2) at -1 ℃, or in air at 25 ℃ and -1 ℃, respectively, and then determined disease incidence, contents of pigment, total soluble solids, titratable acidity, ethanol and ethyl acetate in storage periods. The results indicated that the contents of ethanol, ethyl acetate and the degradation of anthocyanin,and chlorophyll were significantly lower in the fruit stored in CA at -1 ℃ than those in air at -1 ℃. Short term high O2 (70%) treatment was the most effective in maintaining peel color, anthocyanin and chlorophyll contents and preventing peel browning compared to other treatments. Ethanol content was significantly low in the fruits stored in CA with 10% O2 plus 0% CO2 while storage of CA (5% O2 plus 0% CO2)concentration was effective in reducing ethyl acetate content throughout the storage period. CA conditions effectively controlled disease development of jujube fruit. Soluble solid content (SSC) and titratable acidity were however not significantly affected by CA treatments.