热带生物学报
熱帶生物學報
열대생물학보
JOURNAL OF SOUTH CHINA UNIVERSITY OF TROPICAL AGRICULTURE
2012年
2期
155-161
,共7页
李雪晖%彭述辉%林好%余庞熔%姚敏娜
李雪暉%彭述輝%林好%餘龐鎔%姚敏娜
리설휘%팽술휘%림호%여방용%요민나
芒果%魔芋葡甘聚糖%复配膜%常温%贮藏
芒果%魔芋葡甘聚糖%複配膜%常溫%貯藏
망과%마우포감취당%복배막%상온%저장
mango%KGM%compound film%ambient temperature%storage
利用魔芋葡甘聚糖复配膜、聚乙烯薄膜和无包装等处理,对“海顿1号”芒果进行采后常温(相对湿度为50%,温度为25℃)贮藏保鲜,并对货架期问芒果的硬度、病害、烂果率、失重率、可溶性固形物、呼吸强度、维生素C、可滴定酸和SOD,PPO,POD含量的变化进行了研究。结果表明:经魔芋葡甘聚糖复配膜和聚乙烯薄膜处理的芒果在第12天达到呼吸高峰,呼吸高峰与CK相比推迟了6d,且第9天时,SOD含量为CK的1.75倍。同时,魔芋葡甘聚糖复配膜和聚乙烯薄膜还能减少芒果病害、腐烂率与水分散失,保持较高的果实硬度和VC含量,降低果皮中PPO和POD活性,有效抑制芒果贮藏期间果皮褐变的发生,阻止可溶性糖积累和可滴定酸降解,延缓芒果的后熟进程。其中,魔芋葡甘聚糖复配膜比聚乙烯薄膜效果好,能更好地改善芒果在货架期的品质表现。
利用魔芋葡甘聚糖複配膜、聚乙烯薄膜和無包裝等處理,對“海頓1號”芒果進行採後常溫(相對濕度為50%,溫度為25℃)貯藏保鮮,併對貨架期問芒果的硬度、病害、爛果率、失重率、可溶性固形物、呼吸彊度、維生素C、可滴定痠和SOD,PPO,POD含量的變化進行瞭研究。結果錶明:經魔芋葡甘聚糖複配膜和聚乙烯薄膜處理的芒果在第12天達到呼吸高峰,呼吸高峰與CK相比推遲瞭6d,且第9天時,SOD含量為CK的1.75倍。同時,魔芋葡甘聚糖複配膜和聚乙烯薄膜還能減少芒果病害、腐爛率與水分散失,保持較高的果實硬度和VC含量,降低果皮中PPO和POD活性,有效抑製芒果貯藏期間果皮褐變的髮生,阻止可溶性糖積纍和可滴定痠降解,延緩芒果的後熟進程。其中,魔芋葡甘聚糖複配膜比聚乙烯薄膜效果好,能更好地改善芒果在貨架期的品質錶現。
이용마우포감취당복배막、취을희박막화무포장등처리,대“해돈1호”망과진행채후상온(상대습도위50%,온도위25℃)저장보선,병대화가기문망과적경도、병해、란과솔、실중솔、가용성고형물、호흡강도、유생소C、가적정산화SOD,PPO,POD함량적변화진행료연구。결과표명:경마우포감취당복배막화취을희박막처리적망과재제12천체도호흡고봉,호흡고봉여CK상비추지료6d,차제9천시,SOD함량위CK적1.75배。동시,마우포감취당복배막화취을희박막환능감소망과병해、부란솔여수분산실,보지교고적과실경도화VC함량,강저과피중PPO화POD활성,유효억제망과저장기간과피갈변적발생,조지가용성당적루화가적정산강해,연완망과적후숙진정。기중,마우포감취당복배막비취을희박막효과호,능경호지개선망과재화가기적품질표현。
Fresh fruit of mango variety Haden 1 (Mangifera indicus L. ) were packaged with KGM compound film and polyethylene film with no film as the control, and stored at ambient temperature ( RH = 50%, T = 25 ℃). The mangoes treated were determined during the shelf life in terms of hardness, disease incidence, bad fruit rate, weight loss rate, soluble solid content, respiration rate, Vitamin C content, titratable acid and SOD, PPO and POD activities. Results indicated that the KGM compound film and polyethylene film exhibited the highest respiration peak on the 12th day, 6 days late as against the control, and a higher SOD content at the day 9, 1.75 times higher than the control. The KGM compound film and polyethylene film also significantly reduced mango disease incidences, bad fruit rate and water loss rate, and had higher fruit hardness and Vitamin C content but lower PPO and POD activities in the peel, effectively restraining occurrence of peel browning during mango storage, accumulation of soluble sugar and degradation of titratable acid, and retarding mango ripening. KGM compound film gave a better effect than polyethylene film in improving the mango quality during the shelf life.