河南农业科学
河南農業科學
하남농업과학
JOURNAL OF HENAN AGRICULTURAL SCIENCES
2015年
1期
154-159
,共6页
凌军%杨艳梅%王绍坤%刘煜宇%高锐%朱东来%胡巍耀
凌軍%楊豔梅%王紹坤%劉煜宇%高銳%硃東來%鬍巍耀
릉군%양염매%왕소곤%류욱우%고예%주동래%호외요
酶法提取%烟草浸膏%还原糖%氨基酸%致香成分
酶法提取%煙草浸膏%還原糖%氨基痠%緻香成分
매법제취%연초침고%환원당%안기산%치향성분
enzymatic extraction%tobacco extractum%reducing sugar%amino acid%aroma components
为了提高烟草浸膏中的还原糖和氨基酸含量,以红大碎片为原料,以还原糖得率和氨基酸得率为指标,在单因素试验的基础上采用L9(34)正交试验法对酶法提取制备烟草浸膏工艺进行优化。结果表明,酶法提取制备烟草浸膏较优工艺为:同时各添加原料质量0.2%的Viscozyme L复合水解酶、淀粉酶和风味蛋白酶,在40℃下水浴酶解4.0 h后,微沸提取0.5 h。采用该工艺制备得到的红大烟叶浸膏得率较常规提取增加了11.84个百分点,还原糖含量增加了36.46%,氨基酸含量增加了8.08%,致香成分总量增加了8.08%,其中含量增加较明显的美拉德反应产物是2-糠醛缩二乙醇、糠醛、5-甲基糠醛和吡咯,分别增加了204.07%、108.21%、92.28%和42.67%。
為瞭提高煙草浸膏中的還原糖和氨基痠含量,以紅大碎片為原料,以還原糖得率和氨基痠得率為指標,在單因素試驗的基礎上採用L9(34)正交試驗法對酶法提取製備煙草浸膏工藝進行優化。結果錶明,酶法提取製備煙草浸膏較優工藝為:同時各添加原料質量0.2%的Viscozyme L複閤水解酶、澱粉酶和風味蛋白酶,在40℃下水浴酶解4.0 h後,微沸提取0.5 h。採用該工藝製備得到的紅大煙葉浸膏得率較常規提取增加瞭11.84箇百分點,還原糖含量增加瞭36.46%,氨基痠含量增加瞭8.08%,緻香成分總量增加瞭8.08%,其中含量增加較明顯的美拉德反應產物是2-糠醛縮二乙醇、糠醛、5-甲基糠醛和吡咯,分彆增加瞭204.07%、108.21%、92.28%和42.67%。
위료제고연초침고중적환원당화안기산함량,이홍대쇄편위원료,이환원당득솔화안기산득솔위지표,재단인소시험적기출상채용L9(34)정교시험법대매법제취제비연초침고공예진행우화。결과표명,매법제취제비연초침고교우공예위:동시각첨가원료질량0.2%적Viscozyme L복합수해매、정분매화풍미단백매,재40℃하수욕매해4.0 h후,미비제취0.5 h。채용해공예제비득도적홍대연협침고득솔교상규제취증가료11.84개백분점,환원당함량증가료36.46%,안기산함량증가료8.08%,치향성분총량증가료8.08%,기중함량증가교명현적미랍덕반응산물시2-강철축이을순、강철、5-갑기강철화필각,분별증가료204.07%、108.21%、92.28%화42.67%。
In order to increase the contents of reducing sugar and amino acids which are beneficial to the smoking quality of the tobacco extractum,the enzymatic extraction was studied and optimized. With Hong-da fragments as raw material,the yields of reducing sugar and amino acids as indexes,the L9 (34 ) orthogo-nal experiment was applied to optimize the process. After optimization,the Hongda fragments were hydro-lyzed by 0. 2% of Viscozyme L enzyme,0. 2% of amylase and 0. 2% of flavor protease for 4. 0 h at 40 ℃. Compared with the conventional extraction,the yield of the tobacco extractum prepared by enzy-matic extraction increased by 11. 84 percentage points,the reducing sugar content increased by 36. 46%, the amino acid content increased by 8. 08%,the total content of aroma components increased by 8. 08%, in which Maillard reaction products increased obviously,including 2-furfural diethanolamine,furfural,5-methyl furfural and pyrrole,increased by 204. 07%,108. 21%,92. 28% and 42. 67%,respectively.