糯米酒
糯米酒的相关文献在1982年到2023年内共计568篇,主要集中在轻工业、手工业、中国文学、音乐
等领域,其中期刊论文258篇、会议论文1篇、专利文献4273篇;相关期刊180种,包括农村新技术、烹调知识、食品研究与开发等;
相关会议1种,包括第十二届中国科协年会等;糯米酒的相关文献由731位作者贡献,包括苏月婷、伍时华、周孚军等。
糯米酒
-研究学者
- 苏月婷
- 伍时华
- 周孚军
- 段泽云
- 贺家睦
- 贺检雄
- 黄爱红
- 孙俊良
- 李业清
- 李振伟
- 毛顺强
- 王海东
- 肖丽梅
- 黄翠姬
- 易弋
- 林国友
- 罗生芳
- 谢美萱
- 陈程
- 何正秀
- 曾凡跃
- 李友
- 杨子琳
- 梁新红
- 任球
- 曾海超
- 李平凡
- 谢小平
- 谢晓彤
- 赵东玲
- 陈立亮
- 不公告发明人
- 吴军
- 吴彩娥
- 吴芳芳
- 张淑清
- 张雪松
- 李娜
- 涂武生
- 范龚健
- 赵百华
- 黄洪斌
- 付玉香
- 何国庆
- 余云有
- 余炜
- 关统伟
- 其他发明人请求不公开姓名
- 刘艳秋
- 刘荣贵
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闫晓雪;
伍时华;
吴军;
龙秀锋;
牛福星;
易弋
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摘要:
为优化糯米酒的液态发酵工艺以提高其品质,以糯米为主要原料,酒曲作为发酵剂制备糯米酒,采用单因素试验探究酒曲接种量、发酵温度、发酵时间对糯米酒品质的影响,并结合正交试验优化发酵工艺。结果表明,糯米酒液态发酵最优发酵工艺为酒曲接种量2.0%,发酵温度30°C,发酵时间8 d。在该优化条件下进行5 L发酵罐液态发酵试验,得到糯米酒酒精度11.3%vol、残总糖2 g/L、总酸4.8 g/L、氨基酸态氮246.4 mg/L、乙酸乙酯123.36 mg/L,共检出挥发性风味化合物36种,包括醇类8类,酯类11种,酸类7种,酮类3种,其他类7种。糯米酒品质符合国家标准GB/T 13662—2018《黄酒》的要求。
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焦宏官;
丁然
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摘要:
在侗族特色的合拢宴上,侗族人民边载歌载舞,边敬酒,喜气洋洋,欢声笑语弥漫其间;百米长席布满了糯米饭、糯米酒、酸鱼、酸鸭、土猪肉以及各家拿手好菜。本期栏目的主角儿——酸食,就此登场。侗族有"三天不吃酸,走路打捞窜"之说。从民俗的角度讲,侗族的食酸文化,源于原始社会:原始社会的生产、生活不稳定,一年之中,食物获取时间不均衡,当丰收时就需要进行储藏。
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黄芷珊;
任红;
黄炜健;
刘少韵;
谢卓珊;
钟先锋;
黄桂东
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摘要:
针对前期从糯米酒中分离得到的4株抗逆性强且产蛋白酶特性优良的贝莱斯芽孢杆菌,为充分开发其使用价值,该文对这4株贝莱斯芽孢杆菌分别从耐药性检测、耐药质粒检测、溶血实验、毒力基因PCR检测4个方面展开安全性评价,结果显示,4株菌均对庆大霉素、卡那霉素、链霉素、红霉素、氯霉素、万古霉素敏感;菌株B1、B7、B8对四环素中度敏感,菌株B2对四环素耐药。在耐药质粒检测中,对四环素不敏感的B2中不存在耐药质粒,不具备耐药性通过质粒转移的可能性。在溶血实验中,4株菌皆不溶血。在毒力基因PCR检测中,除菌株B2、B7以外,菌株菌株B1、B8皆检测出携带有溶血性肠毒素hblA基因,但并未检测出携带有编码溶血性肠毒素其他组分的hblC和hblD基因,无法产生溶血素;除菌株B2以外,菌株B1、B7、B8皆检测出携带有非溶血性肠毒素nheC基因,但并未检测出携带编码非溶血性肠毒素其他组分的nheA和nheB基因,无法对蛋白起到抑制作用;4株菌都不具备产生肠毒素和呕吐毒素的可能性。综上,4株菌在耐药性检测、耐药质粒检测、溶血实验、毒力基因PCR检测4个方面皆表现出了良好的安全性,为后续此菌株资源的开发打下坚实的应用基础。
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胸有成竹1966(文/图)
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摘要:
➊鸡腿清洗干净浸泡20分钟,焯水后沥干水分。❷将八角、草果、小茴香、红曲米装入布袋,制成料包。❸锅中油烧热,下入葱段、姜片、香叶、干辣椒,煸炒出香味。❹倒入酱油,放入鸡腿翻炒至上色,加入白糯米酒、温水、料包,大火煮开转小火炖20分钟。
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张芳琳
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摘要:
有事没事都喜欢“酎一口”的朋友需要注意了,本期舆情报告监测发现,白酒中又检出违规添加“甜蜜素”。7月13日,六安市市场监督管理局发布关于3批次食品不合格情况的通告(2021年第45期)。其中有2批次酒类产品涉及违规添加甜蜜素,分别是六安市叶集区姚李镇百粮醇原浆酒坊生产的高粱酒和六安市叶集区姚李镇炳盛白酒经营部生产的糯米酒。
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乔世玉;
王洪琳;
杨宏;
岑顺友;
邱树毅
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摘要:
采用顶空固相微萃取-气质联用(Headspace solid phase microextraction gas chromatography-mass spectrometry,SPME-GC-MS)对比分析两个地区(盘州、凯里)发酵糯米酒的风味差异.结果表明:凯里糯米酒(W1、W2)共鉴定出61种风味物质,醇类10种、酯类24种、醛类5种、酮及呋喃各3种、酸类5种、酚类1种、芳香族6种、烯类1种、烷烃6种;盘州糯米酒(S1、S2)中鉴定出58种风味物质,醇类12种、酯类24种、醛类5种、酮2种、呋喃3种、酸类5种、芳香族3种、烯类1种、烷烃3种.两个地区发酵糯米酒的香气物质种类差异不显著,W1和W2在香气成分上有较大差异,而S1和S2在香气成分上较为接近.凯里糯米酒中主要风味物质是乙酸乙酯、乙酸异戊酯、辛酸乙酯、癸酸乙酯、2-甲基丙酸乙酯、乙酸丁酯、β-苯乙醇、异丁醇、异戊醇、2,3-丁二醇、2,3-丁二酮、乙酸、1,3-二甲氧基二丙烷、1,1-二乙氧基-乙烷;盘州糯米酒主要风味物质是乙酸乙酯、乙酸异丁酯、2-甲基丁酸乙酯、正己酸乙酯、乙酸己酯、DL-白氨酸乙酯、琥珀酸乙酯、2-羟基-3-甲基丁酸乙酯、异戊醇、二乙二醇、2,3-丁二醇、糠醛、乙酸、β-苯乙醇.其中琥珀酸乙酯是盘州糯米酒中特有的风味物质,具有浓郁的酯香味,能改善酒体口味.
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盛亚亿(摄)
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摘要:
4月25日,银光灿烂的银饰,激荡的木鼓声和悠扬的芦笙曲,五彩姊妹饭和醇香糯米酒……台江县九个苗族支系上万名苗族同胞盛装游演,载歌载舞与四方宾朋欢度一年一度的苗族姊妹节,以绚丽多姿的非遗文化展示活动助力乡村振兴,向国内外游客展示了台江厚重的文化底蕴。
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范光
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摘要:
菜糕又称发糕,是以糯米为主要材料制成的传统美食,是一种大众化的饼类食物,广泛分布于北方与南方广大地区。其味清香,营养丰富,尤其适合老年人、儿童食用,深受大众的喜欢,在国际上被列为中华名点之一。发糕,其特色是加入适量的糯米酒通过发酵制作而成的糕点,其名称也隐喻着一层发财发家迎好运的涵义。
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吴亮;
陈文颖;
闫统帅;
周世水
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摘要:
为了降低糯米酒高级醇含量,以酿酒酵母(Saccharomyces cerevisiae)菌株XF1的单倍体XF1a7和XF1α6为原始菌,采用Cre/loxP同源重组系统构建乙醇脱氢酶基因ADH2和类丙酮酸脱羧酶基因THI3缺失的单倍体酵母,再通过单倍体的杂交构建ADH2单基因缺失双倍体酵母XF1-A和ADH2与THI3双基因缺失的双倍体酵母XF1-AT.结果表明,重组菌XF1-A、XF1-AT与原始菌XF1的生长性能相似,菌株XF1-A和XF1-AT的基本发酵性能与菌株XF1无显著差异,菌株XF1-A酿造糯米酒中高级醇含量为522.16 mg/L,比菌株XF1低11.16%;菌株XF1-AT的高级醇含量为462.03 mg/L,比菌株XF1低21.39%.综上,ADH2和THI3基因敲除酿酒酵母能够有效降低糯米酒中高级醇生成量.
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索安迪;
吴彩娥;
范龚健;
吴芳芳
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摘要:
优化宣木瓜糯米酒的澄清工艺,并且对宣木瓜糯米酒的品质进行研究.在单因素试验基础上设计Box-Behnken试验,研究壳聚糖、蛋清粉、明胶和皂土对宣木瓜糯米酒透光率的影响,通过项空固相微萃取法与气相色谱-质谱联用技术对澄清后陈酿6个月的酒液进行品质鉴定,并对陈酿后的酒进行感官评价.结果 表明:在0.6 g/L壳聚糖、0.7 g/L皂土、0.07 g/L明胶条件下宣木瓜糯米酒透光率最高达到94.36%.陈酿后酒液中检测出64种香气成分,其中包含15种醇类、21种酯类、9种酸类、6种醛类等物质.陈酿后乙醇体积分数14.8%,总黄酮质量浓度0.35 mg/mL,总三萜质量浓度0.045 mg/mL,总多酚质量浓度0.93 mg/mL,总抗氧化能力24.63 U/mL,超氧阴离子自由基清除能力178.59 U/L,DPPH自由基清除率13.77%,宣木瓜糯米酒酒体澄清透明,具有宣木瓜特有的香气.
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Xucong LV;
Zhiqing HUANG;
Pingfan RAO;
Wen ZHANG;
Li NI
- 《第十二届中国科协年会》
| 2010年
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摘要:
The diversity of filamentous fungi associated with traditional red glutinous rice wine fermentation starters obtained from Fujian province, China, was investigated by traditional culture-dependent method and molecular identification approach. Fifty-six filamentous fungi were separated by traditional culture-dependent means from 10 fermentation starters and classified into 16 different species based on morphological examination, cultural properties and the internal transcribed spacer(ITS)sequences analysis. The main filamentous fungi noted varied with wine starters. Among them Rhizopus oryzae was the most frequent species. The enzyme-producing properties of these isolates were also evaluated. Asp. flavus, Rhi. oryzae and Monascus purpureus exhibited higher activity of glucoamylase; Asp. flavus, Rhi. oryzae and Asp.oryzae had higher activity of α-amylase; Asp. flavus and Asp. oryzae had higher protease activity. Four typical filamentous fungi(Rhi. oryzae, Asp. flavus, Asp. niger and Asp. oryzae)were screened out and incubated into a previously steamed glutinous rice mass, respectively. Of the four, Rhi. oryzae degraded starch into reducing sugars most rapidly and effectively, identifying it as a promising candidate for fermented red glutinous rice wine brewing using pure strains.
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Xucong LV;
Zhiqing HUANG;
Pingfan RAO;
Wen ZHANG;
Li NI
- 《第十二届中国科协年会》
| 2010年
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摘要:
The diversity of filamentous fungi associated with traditional red glutinous rice wine fermentation starters obtained from Fujian province, China, was investigated by traditional culture-dependent method and molecular identification approach. Fifty-six filamentous fungi were separated by traditional culture-dependent means from 10 fermentation starters and classified into 16 different species based on morphological examination, cultural properties and the internal transcribed spacer(ITS)sequences analysis. The main filamentous fungi noted varied with wine starters. Among them Rhizopus oryzae was the most frequent species. The enzyme-producing properties of these isolates were also evaluated. Asp. flavus, Rhi. oryzae and Monascus purpureus exhibited higher activity of glucoamylase; Asp. flavus, Rhi. oryzae and Asp.oryzae had higher activity of α-amylase; Asp. flavus and Asp. oryzae had higher protease activity. Four typical filamentous fungi(Rhi. oryzae, Asp. flavus, Asp. niger and Asp. oryzae)were screened out and incubated into a previously steamed glutinous rice mass, respectively. Of the four, Rhi. oryzae degraded starch into reducing sugars most rapidly and effectively, identifying it as a promising candidate for fermented red glutinous rice wine brewing using pure strains.
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Xucong LV;
Zhiqing HUANG;
Pingfan RAO;
Wen ZHANG;
Li NI
- 《第十二届中国科协年会》
| 2010年
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摘要:
The diversity of filamentous fungi associated with traditional red glutinous rice wine fermentation starters obtained from Fujian province, China, was investigated by traditional culture-dependent method and molecular identification approach. Fifty-six filamentous fungi were separated by traditional culture-dependent means from 10 fermentation starters and classified into 16 different species based on morphological examination, cultural properties and the internal transcribed spacer(ITS)sequences analysis. The main filamentous fungi noted varied with wine starters. Among them Rhizopus oryzae was the most frequent species. The enzyme-producing properties of these isolates were also evaluated. Asp. flavus, Rhi. oryzae and Monascus purpureus exhibited higher activity of glucoamylase; Asp. flavus, Rhi. oryzae and Asp.oryzae had higher activity of α-amylase; Asp. flavus and Asp. oryzae had higher protease activity. Four typical filamentous fungi(Rhi. oryzae, Asp. flavus, Asp. niger and Asp. oryzae)were screened out and incubated into a previously steamed glutinous rice mass, respectively. Of the four, Rhi. oryzae degraded starch into reducing sugars most rapidly and effectively, identifying it as a promising candidate for fermented red glutinous rice wine brewing using pure strains.
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Xucong LV;
Zhiqing HUANG;
Pingfan RAO;
Wen ZHANG;
Li NI
- 《第十二届中国科协年会》
| 2010年
-
摘要:
The diversity of filamentous fungi associated with traditional red glutinous rice wine fermentation starters obtained from Fujian province, China, was investigated by traditional culture-dependent method and molecular identification approach. Fifty-six filamentous fungi were separated by traditional culture-dependent means from 10 fermentation starters and classified into 16 different species based on morphological examination, cultural properties and the internal transcribed spacer(ITS)sequences analysis. The main filamentous fungi noted varied with wine starters. Among them Rhizopus oryzae was the most frequent species. The enzyme-producing properties of these isolates were also evaluated. Asp. flavus, Rhi. oryzae and Monascus purpureus exhibited higher activity of glucoamylase; Asp. flavus, Rhi. oryzae and Asp.oryzae had higher activity of α-amylase; Asp. flavus and Asp. oryzae had higher protease activity. Four typical filamentous fungi(Rhi. oryzae, Asp. flavus, Asp. niger and Asp. oryzae)were screened out and incubated into a previously steamed glutinous rice mass, respectively. Of the four, Rhi. oryzae degraded starch into reducing sugars most rapidly and effectively, identifying it as a promising candidate for fermented red glutinous rice wine brewing using pure strains.