江西农业大学学报
江西農業大學學報
강서농업대학학보
ACTA AGRICULTURAE UNIVERSITATIS JIANGXIENSIS
2014年
3期
501-506
,共6页
黄春辉%葛翠莲%高洁%张晓慧%曲雪艳%徐小彪
黃春輝%葛翠蓮%高潔%張曉慧%麯雪豔%徐小彪
황춘휘%갈취련%고길%장효혜%곡설염%서소표
中华猕猴桃%内果皮%色差值%叶绿素%类胡萝卜素%花青苷%动态变化
中華獼猴桃%內果皮%色差值%葉綠素%類鬍蘿蔔素%花青苷%動態變化
중화미후도%내과피%색차치%협록소%류호라복소%화청감%동태변화
Actinidia chinensis%inner pericarp%chromism value%chlorophyll%carotenoid%anthocyanin%dy-namic change
以绿肉型“魁蜜”、黄肉型“金丰”和红肉型“红阳”等3个中华猕猴桃( Actinidia chinensis Planch )品种为试材,通过对其内果皮着色观察和色差值的测定,以及叶绿素、类胡萝卜素、花青苷含量的分析检测,探讨了不同类型猕猴桃果实发育过程中内果皮色泽的动态变化。结果表明,3种类型的猕猴桃在盛花后50 d之前内果皮均为绿色,其色差值a倡值均为负值,盛花后130 d“红阳”猕猴桃内果皮为红色,a倡值增大为(9.62±0.17)。3种类型的猕猴桃内果皮中均含有叶绿素和类萝卜素,但只有“红阳”猕猴桃含有花青苷。盛花后30 d内果皮中叶绿素含量最高,均大于每100 g含量3.50 mg,之后在“红阳”猕猴桃中持续下降,而在“魁蜜”和“金丰”猕猴桃中分别呈现先降后升和先降后升再快速下降趋势。3种类型的猕猴桃内果皮中类胡萝卜素含量前后相差不大,变化趋势较缓。“红阳”猕猴桃内果皮中花青苷含量持续上升,至盛花后130 d达最高值每100 g含量(1.46±0.06)mg。可见,不同色泽类型猕猴桃呈现不同颜色是几种色素共同作用的结果,“红阳”猕猴桃显现红色是由于叶绿素的降解和花青苷的积聚,“金丰”猕猴桃显现黄色是由于叶绿素含量的下降导致类胡萝卜素与叶绿素之比逐渐上升,而“魁蜜”猕猴桃由于两者比值基本不变而始终为绿色。研究结果可为从分子水平解释猕猴桃果肉呈色机理奠定理论基础。
以綠肉型“魁蜜”、黃肉型“金豐”和紅肉型“紅暘”等3箇中華獼猴桃( Actinidia chinensis Planch )品種為試材,通過對其內果皮著色觀察和色差值的測定,以及葉綠素、類鬍蘿蔔素、花青苷含量的分析檢測,探討瞭不同類型獼猴桃果實髮育過程中內果皮色澤的動態變化。結果錶明,3種類型的獼猴桃在盛花後50 d之前內果皮均為綠色,其色差值a倡值均為負值,盛花後130 d“紅暘”獼猴桃內果皮為紅色,a倡值增大為(9.62±0.17)。3種類型的獼猴桃內果皮中均含有葉綠素和類蘿蔔素,但隻有“紅暘”獼猴桃含有花青苷。盛花後30 d內果皮中葉綠素含量最高,均大于每100 g含量3.50 mg,之後在“紅暘”獼猴桃中持續下降,而在“魁蜜”和“金豐”獼猴桃中分彆呈現先降後升和先降後升再快速下降趨勢。3種類型的獼猴桃內果皮中類鬍蘿蔔素含量前後相差不大,變化趨勢較緩。“紅暘”獼猴桃內果皮中花青苷含量持續上升,至盛花後130 d達最高值每100 g含量(1.46±0.06)mg。可見,不同色澤類型獼猴桃呈現不同顏色是幾種色素共同作用的結果,“紅暘”獼猴桃顯現紅色是由于葉綠素的降解和花青苷的積聚,“金豐”獼猴桃顯現黃色是由于葉綠素含量的下降導緻類鬍蘿蔔素與葉綠素之比逐漸上升,而“魁蜜”獼猴桃由于兩者比值基本不變而始終為綠色。研究結果可為從分子水平解釋獼猴桃果肉呈色機理奠定理論基礎。
이록육형“괴밀”、황육형“금봉”화홍육형“홍양”등3개중화미후도( Actinidia chinensis Planch )품충위시재,통과대기내과피착색관찰화색차치적측정,이급협록소、류호라복소、화청감함량적분석검측,탐토료불동류형미후도과실발육과정중내과피색택적동태변화。결과표명,3충류형적미후도재성화후50 d지전내과피균위록색,기색차치a창치균위부치,성화후130 d“홍양”미후도내과피위홍색,a창치증대위(9.62±0.17)。3충류형적미후도내과피중균함유협록소화류라복소,단지유“홍양”미후도함유화청감。성화후30 d내과피중협록소함량최고,균대우매100 g함량3.50 mg,지후재“홍양”미후도중지속하강,이재“괴밀”화“금봉”미후도중분별정현선강후승화선강후승재쾌속하강추세。3충류형적미후도내과피중류호라복소함량전후상차불대,변화추세교완。“홍양”미후도내과피중화청감함량지속상승,지성화후130 d체최고치매100 g함량(1.46±0.06)mg。가견,불동색택류형미후도정현불동안색시궤충색소공동작용적결과,“홍양”미후도현현홍색시유우협록소적강해화화청감적적취,“금봉”미후도현현황색시유우협록소함량적하강도치류호라복소여협록소지비축점상승,이“괴밀”미후도유우량자비치기본불변이시종위록색。연구결과가위종분자수평해석미후도과육정색궤리전정이론기출。
Different kiwifruit types such as ‘Kuimi ’ with green flesh ,‘Jinfeng ’ with yellow flesh and‘Hongyang ’ with red flesh were selected as materials .During the fruit development ,the chromism value of inner pericarp and the content of chlorophyll ,carotenoid ,anthocyanin in inner pericarp were detected to study the dy-namic changes in flesh color in different types of kiwifruit .The results showed that the flesh color of the three types of kiwifruit were green and their a*values were negative before 50 days after full bloom .The inner pericarp color of‘Hongyang’ kiwifruit became red and the a*value increased to 9.62±0.17.Chlorophyll and carotenoid can be detected in the three types of kiwifruit ,but only anthocyanin can be detected in ‘Hongyang ’ kiwifruit . The young kiwifruit had the highest content of chlorophyll with about 3.50 mg/(100g)FW.Then the content of chlorophyll in ‘Hongyang ’ kiwifruit declined constantly ,but followed by a gentle rise in ‘Kuimi ’ kiwifruit and fell down fast after a transient back up in ‘Jinfeng ’ kiwifruit .The content of carotenoid showed a little change during the fruit development progress .The content of anthocyanin in the inner pericarp of ‘Hongyang ’ kiwifruit continued to show an upward tendency and reached the maximum content of (1.46±0.06)mg/(100g)FW on the 130th day after full bloom.Therefore,the flesh color of ripen kiwifruit was the outcome of combined action of sev-eral kinds of pigment .‘Hongyang ’ kiwifruit appeared red due to the degradation of chlorophyll and the accumu -lation of anthocyanin .‘Jinfeng ’ kiwifruit appeared yellow ,which was caused by the decline of chlorophyll and the increase of the ratio of carotenoid content and chlorophyll content .The ratio of carotenoid content and chloro-phyll content held the line in ‘Kuimi’ kiwifruit.As a result,the‘Kuimi’ kiwifruit appeared green .The research results are helpful for the elucidation of color mechanism in kiwifruit in the future .