渔业现代化
漁業現代化
어업현대화
FISHERY MODERNIZATION
2013年
6期
40-45
,共6页
吴靖娜%刘智禹%许永安%苏捷%王茵%位绍红
吳靖娜%劉智禹%許永安%囌捷%王茵%位紹紅
오정나%류지우%허영안%소첩%왕인%위소홍
养殖大黄鱼%脱腥%挥发性物质%气质联用技术
養殖大黃魚%脫腥%揮髮性物質%氣質聯用技術
양식대황어%탈성%휘발성물질%기질련용기술
cultured large yellow croaker%deodorization%volatile compounds%GC-MS
优化养殖大黄鱼( Pseudosciaena crocea)的脱腥工艺,以期为脱腥生产工艺提供科学依据。采用模糊感官评定法对养殖大黄鱼的脱腥工艺进行优化,并运用气质联用技术( GC-MS)对脱腥前后的挥发性物质进行分析。结果显示,养殖大黄鱼的最佳脱腥工艺为2%姜葱汁、去腥时间1h、料液比1∶2;脱腥处理后样品中风味物质总数从脱腥前的58种降至45种;己醛和(E, Z)2,4-庚二烯醛等关键性腥味物质的含量有所减少,新增了莰烯、姜烯、水芹烯及金合欢烯等姜所特有的风味物质。研究表明,养殖大黄鱼经姜葱汁脱腥处理后,腥味大大降低,姜葱汁是一种有效的脱腥剂。
優化養殖大黃魚( Pseudosciaena crocea)的脫腥工藝,以期為脫腥生產工藝提供科學依據。採用模糊感官評定法對養殖大黃魚的脫腥工藝進行優化,併運用氣質聯用技術( GC-MS)對脫腥前後的揮髮性物質進行分析。結果顯示,養殖大黃魚的最佳脫腥工藝為2%薑蔥汁、去腥時間1h、料液比1∶2;脫腥處理後樣品中風味物質總數從脫腥前的58種降至45種;己醛和(E, Z)2,4-庚二烯醛等關鍵性腥味物質的含量有所減少,新增瞭莰烯、薑烯、水芹烯及金閤歡烯等薑所特有的風味物質。研究錶明,養殖大黃魚經薑蔥汁脫腥處理後,腥味大大降低,薑蔥汁是一種有效的脫腥劑。
우화양식대황어( Pseudosciaena crocea)적탈성공예,이기위탈성생산공예제공과학의거。채용모호감관평정법대양식대황어적탈성공예진행우화,병운용기질련용기술( GC-MS)대탈성전후적휘발성물질진행분석。결과현시,양식대황어적최가탈성공예위2%강총즙、거성시간1h、료액비1∶2;탈성처리후양품중풍미물질총수종탈성전적58충강지45충;기철화(E, Z)2,4-경이희철등관건성성미물질적함량유소감소,신증료감희、강희、수근희급금합환희등강소특유적풍미물질。연구표명,양식대황어경강총즙탈성처리후,성미대대강저,강총즙시일충유효적탈성제。
In order to provide a scientific basis for the deodorization of cultured large yellow croaker ( Pseudosciaena crocea) , the deodorization technology of cultured large yellow croaker was investigated .The existing deodorization technology has been optimized through fuzzy comprehensive evaluation method and the volatile compounds of the raw and the deodorized large yellow croaker have been investigated through gas chromatography-mass spectrometry .The results show that the optimum deodorization method is to use 2 %-concentration ginger juice , with the reaction time being 1 h and the material-to-liquid ratio 1:2.After deodorization , the total number of volatile compounds in the large yellow croaker has reduced from 58 to 45 , with the key fishy odor compounds such as hexanal and ( E, Z)-2,4-heptadienal decreased while the ginger-typical odor compounds being added , such as Comphene, (5R)-2-methyl-5-[(2S)-6-methylhept-5-en-2-yl] cyclohexa-1,3-diene, Α-phellandrene and 1,3,6,10-dodecatetraene, 3,7,11-trimethyl-, (Z,E)-.These suggest that the ginger juice deodorization technique could remove the volatile compounds which contribute to the fishy smell of cultured large yellow croaker .