食品安全质量检测学报
食品安全質量檢測學報
식품안전질량검측학보
Journal of Food Safety & Quality
2015年
10期
4173-4180
,共8页
杨芳%严世武%马维思%杨斌
楊芳%嚴世武%馬維思%楊斌
양방%엄세무%마유사%양빈
臭灵丹草%氨基酸%成分分析%营养评价
臭靈丹草%氨基痠%成分分析%營養評價
취령단초%안기산%성분분석%영양평개
Laggerapterodonta(DC.) Benth%amino acids%content analysis%nutritional evaluation
目的:以云南10个不同产地臭灵丹草为研究对象,测定其氨基酸组成及含量,对其营养价值进行评价,为臭灵丹草的资源利用及质量控制提供理论依据。方法采用氨基酸自动分析仪对氨基酸测定,利用氨基酸比值系数法和聚类分析法探讨不同产地臭灵丹草在氨基酸营养价值上的差异。结果各产地臭灵丹草中均含有17种氨基酸以及1种非蛋白类氨基酸γ-氨基丁酸,其中包括7种人体必需氨基酸,各产地臭灵丹草氨基酸总量为9.25%~19.74%,必需氨基酸含量为3.97%~8.63%,各产地臭灵丹草中氨基酸总量和必需氨基酸含量有明显差异,但各种氨基酸含量分布类似。臭灵丹草中氨基酸含量较高,且比例均衡,超过FAO/WHO提出的推荐值。臭灵丹草的氨基酸比值系数分(SRC)平均值为78.22,第一限制氨基酸为蛋氨酸+胱氨酸。臭灵丹草中含有丰富的药效氨基酸,占氨基酸总量的62.74%~66.48%。以氨基酸总量、必需氨基酸含量、药效氨基酸含量、必需氨基酸与氨基酸总量比值(E/T)、必需氨基酸与非必需氨基酸比值(E/N)、SRC 值等为指标,聚类分析将各地臭灵丹草分为4类。结论臭灵丹草具有较高的营养价值和保健作用,有待成为新资源食品,可进一步开发利用。
目的:以雲南10箇不同產地臭靈丹草為研究對象,測定其氨基痠組成及含量,對其營養價值進行評價,為臭靈丹草的資源利用及質量控製提供理論依據。方法採用氨基痠自動分析儀對氨基痠測定,利用氨基痠比值繫數法和聚類分析法探討不同產地臭靈丹草在氨基痠營養價值上的差異。結果各產地臭靈丹草中均含有17種氨基痠以及1種非蛋白類氨基痠γ-氨基丁痠,其中包括7種人體必需氨基痠,各產地臭靈丹草氨基痠總量為9.25%~19.74%,必需氨基痠含量為3.97%~8.63%,各產地臭靈丹草中氨基痠總量和必需氨基痠含量有明顯差異,但各種氨基痠含量分佈類似。臭靈丹草中氨基痠含量較高,且比例均衡,超過FAO/WHO提齣的推薦值。臭靈丹草的氨基痠比值繫數分(SRC)平均值為78.22,第一限製氨基痠為蛋氨痠+胱氨痠。臭靈丹草中含有豐富的藥效氨基痠,佔氨基痠總量的62.74%~66.48%。以氨基痠總量、必需氨基痠含量、藥效氨基痠含量、必需氨基痠與氨基痠總量比值(E/T)、必需氨基痠與非必需氨基痠比值(E/N)、SRC 值等為指標,聚類分析將各地臭靈丹草分為4類。結論臭靈丹草具有較高的營養價值和保健作用,有待成為新資源食品,可進一步開髮利用。
목적:이운남10개불동산지취령단초위연구대상,측정기안기산조성급함량,대기영양개치진행평개,위취령단초적자원이용급질량공제제공이론의거。방법채용안기산자동분석의대안기산측정,이용안기산비치계수법화취류분석법탐토불동산지취령단초재안기산영양개치상적차이。결과각산지취령단초중균함유17충안기산이급1충비단백류안기산γ-안기정산,기중포괄7충인체필수안기산,각산지취령단초안기산총량위9.25%~19.74%,필수안기산함량위3.97%~8.63%,각산지취령단초중안기산총량화필수안기산함량유명현차이,단각충안기산함량분포유사。취령단초중안기산함량교고,차비례균형,초과FAO/WHO제출적추천치。취령단초적안기산비치계수분(SRC)평균치위78.22,제일한제안기산위단안산+광안산。취령단초중함유봉부적약효안기산,점안기산총량적62.74%~66.48%。이안기산총량、필수안기산함량、약효안기산함량、필수안기산여안기산총량비치(E/T)、필수안기산여비필수안기산비치(E/N)、SRC 치등위지표,취류분석장각지취령단초분위4류。결론취령단초구유교고적영양개치화보건작용,유대성위신자원식품,가진일보개발이용。
Objective To detect and evaluate the nutrition quality ofLaggera pterodonta(DC.) Benth from 10 regions of Yunnan through amino acids composition and content for providing a theoretical basis of the utilization and quality control ofLaggera pterodonta(DC.) Benth.MethodsAmino acid composition was analyzed with automatic amino acid analyzer. Ratio coefficient of amino acid method and cluster analysis were conducted to evaluate nutrition quality and distinguish differences among the heterotrophic strains ofL. pterodonta (DC.) Benth..ResultsAll samples had 17 kinds of amino acids andγ-aminobutyric, including 7 kinds of essential amino acids. The total amino acids content inL. pterodonta (DC.) Benth. from different regions was in range from 9.25%~19.74%, the essential amino acids content was in range from 3.97% to 8.63%.Although there were significant differences between total amino acids and essential amino acids from different region, theL. Pterodonta(DC.) Benth contained almost all essential amino acids in a well-balanced proportion, and the essential amino acid composition exceeded the FAO/WHO recommended pattern. With amino acids ratio coefficient,the score of amino acids ratio coefficient SRC was 78.22, the first limiting amino acids were Met+Cys, the medicinal amino acids took up 62.74%~66.48% of the total amino acids. In addition, the multivariate statistical method was used to analyze the differences in amino acid content, essential amino acid content, medicinal amino acid content, the ratio of essential amino acids and total amino acids (E/T), the ratio of essential amino acids and non essential amino acids (E/N)and SRC among the samples from 10 regions. These geographic origins were classified into 4 categories by cluster analysis. ConclusionL. pterodonta(DC.) Benth. has a high nutritional value and health benefit, and can be processed into natural green products.