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    • 4. 发明授权
    • Protein stabilizer systems comprising carrageenan for weakly acidic flavored milk drinks
    • 蛋白质稳定剂系统,包括用于弱酸性调味乳饮料的角叉菜胶
    • US08663728B2
    • 2014-03-04
    • US12821518
    • 2010-06-23
    • Chienkuo Ronnie YuanMichelle Nicole SteeleNeil Argo MorrisonBarbara Louise Chinn
    • Chienkuo Ronnie YuanMichelle Nicole SteeleNeil Argo MorrisonBarbara Louise Chinn
    • A23L2/00
    • A23C9/1542A23C11/103
    • Mildly acidic milk and soy beverages and methods for preparation of mildly acidic milk and soy beverages are provided herein. The acidified milk and soy beverages generally comprise a milk product and a stabilizer system at a mildly acidic pH in the range of about 5.0 to about 6.0. In particular embodiments, the beverage further comprises one or more components to provide a fruit flavor to the acidified milk beverage. In embodiments, the acidified milk and soy beverages comprise a milk product in an amount sufficient to provide milk protein and/or soy protein in the beverage in an amount from about 0.25% by weight to about 4.0% by weight of the beverage and a stabilizer system comprising a carrageenan component and optionally a high acyl gellan gum. The carrageenan component desirably comprises a mildly extracted kappa-iota copolymer with minimal alkaline modification.
    • 本文提供了温和酸性的牛奶和大豆饮料以及用于制备温和酸性牛奶和大豆饮料的方法。 酸化的牛奶和大豆饮料通常包含在约5.0至约6.0范围内的温和酸性pH下的乳制品和稳定剂体系。 在具体实施方案中,饮料还包含一种或多种组分,以向酸化乳饮料提供水果香味。 在实施方案中,酸化乳和大豆饮料包含一定量的乳制品,其量足以在饮料中以约0.25重量%至约4.0重量%的量提供饮料中的乳蛋白和/或大豆蛋白,稳定剂 系统,其包含角叉菜胶组分和任选的高酰基结耳喃胶。 角叉菜胶组分理想地包括具有最小碱性改性的温和提取的卡帕 - 共聚物。
    • 7. 发明授权
    • High viscosity diutan gums
    • 高粘度二萜胶
    • US08278438B2
    • 2012-10-02
    • US12892561
    • 2010-09-28
    • Nancy E. HardingYamini N. PatelRussell ColemanSteven Matzke
    • Nancy E. HardingYamini N. PatelRussell ColemanSteven Matzke
    • C08B37/00C12P19/04
    • C12N1/20A61K9/4816A61K9/7007A61K47/38C08B11/12C08B37/0033C08L1/286C12N9/10C12P19/04C12P19/06
    • The production of a diutan polysaccharide exhibiting increased viscosity properties as compared with previously produced polysaccharide of the same type of repeating units. Such an improved diutan polysaccharide is produced through the generation of a derivative of Sphingomonas sp. ATCC 53159 that harbors a multicopy broad-host-range plasmid into which genes for biosynthesis of diutan polysaccharide have been cloned. The plasmid provides the capability within the host Sphingomonas strain to produce multiple copies of genes for such polysaccharide synthesis. In such a manner, a method of not just increased production of the target diutan polysaccharide, but also production of a diutan polysaccharide of improved physical properties (of the aforementioned higher viscosity) thereof is provided. Such a diutan polysaccharide has proven particularly useful as a possible viscosifier in oilfield applications and within cement materials. The inventive methods of production of such an improved diutan polysaccharide, as well as the novel cloned genes required to produce the improved diutan within such a method, are also encompassed within this invention. Additionally, the novel engineered Sphingomonas strain including the needed DNA sequence is encompassed within this invention.
    • 与以前生产的相同类型的重复单元的多糖相比,生产具有增加的粘度特性的二脱水多糖。 这种改进的二脱水多糖通过产生鞘氨醇单胞菌属的衍生物而产生。 ATCC 53159含有多拷贝宽宿主范围质粒,其中已经克隆了用于生物合成二an多糖的基因。 质粒提供宿主鞘氨醇单胞菌菌株内的能力,以产生这种多糖合成的多个基因拷贝。 以这种方式,提供了不仅增加目标二脱水多糖的生产的方法,而且提供了具有改善的物理性质(上述较高粘度)的二脱水多糖的方法。 这种二an多糖被证明在油田应用中和水泥材料中作为可能的增粘剂是特别有用的。 本发明还包括生产这种改进的二脱氧多糖的本发明方法,以及在这种方法中生产改进的二萜所需的新的克隆基因。 此外,包含所需DNA序列的新型工程化鞘氨醇单胞菌菌株包括在本发明中。
    • 8. 发明授权
    • Bacterial cellulose-containing formulations
    • 含细菌纤维素的配方
    • US08053216B2
    • 2011-11-08
    • US11135077
    • 2005-05-23
    • Zhi-Fa YangNeil A. MorrisonTodd A. TalashekDavid F. BrinkmannDon DiMasiYou Lung Chen
    • Zhi-Fa YangNeil A. MorrisonTodd A. TalashekDavid F. BrinkmannDon DiMasiYou Lung Chen
    • C12P19/04
    • C08L1/286C08L1/02C08L5/06C08L5/12D21H11/00
    • A new method to produce formulations of bacterial cellulose that exhibit improved viscosity-modifying properties particularly with low energy applied to effectuate viscosity changes therewith is provided. Such a method includes the novel co-precipitation with a water soluble co-agent that permits precipitation in the presence of excess alcohol to form an insoluble fiber that can than be utilized as a thickener or suspension aid without the need to introduce high energy mixing. Such bacterial cellulose properties have been available in the past but only through highly labor and energy intensive processes. Such an inventive method as now proposed thus provides a bacterial cellulose-containing formulation that exhibits not only properties that are as effective as those for previous bacterial celluloses, but, in some ways, improvements to such previous types. Certain end-use compositions and applications including these novel bacterial cellulose-containing formulations are also encompassed within this invention.
    • 提供了一种产生细菌纤维素制剂的新方法,其具有改善的粘度改性特性,特别是在施加低能量以实现其粘度变化的情况下。 这种方法包括与水溶性助剂的新型共沉淀,其允许在过量醇存在下沉淀以形成不能用作增稠剂或悬浮助剂而不需要引入高能量混合的不溶性纤维。 过去这种细菌纤维素的性质已经可以获得,但只能通过高度劳动和能量密集的方法。 因此,现在提出的这样一种本发明的方法提供了一种含细菌纤维素的制剂,其不仅具有与先前的细菌纤维素相同的效果,而且在某些方面表现出对这些以前类型的改进。 某些最终用途的组合物和应用包括这些新的含细菌纤维素的制剂也包括在本发明内。
    • 10. 发明申请
    • Multi-Layer Self-Separating Gel
    • 多层自分离凝胶
    • US20090136644A1
    • 2009-05-28
    • US11946406
    • 2007-11-28
    • Ted Anthony RussinRaymond Charles Valli
    • Ted Anthony RussinRaymond Charles Valli
    • A23L1/035A23L1/48A23L1/09A23L1/275
    • A23L9/10A23L21/10A23L29/10A23L29/272A23P20/20
    • A multi-layer self-separating gel is described. A food composition comprising a first layer and a second layer comprises water, low acyl gellan gum, and an emulsifier. The composition can further comprise a third layer. A process of preparing a multi-layered food composition can comprise the steps of dry blending the low acyl gellan gum and the emulsifier to form a dry blend; adding the dry blend to water to form a mixture; agitating the mixture; heating the mixture to a temperature above about 54° C.; subjecting the mixture to high shear mixing at a temperature above about 54° C.; cooling the mixture to about 54° C. while continuing to mix said mixture; and ceasing the mixing of the mixture. Lack of protein in the gel minimizes its allergenicity; the gel is vegetarian; and the gel's physical properties allow for the potential of creating a shelf stable product.
    • 描述了多层自分离凝胶。 包含第一层和第二层的食物组合物包括水,低酰基结冷胶和乳化剂。 组合物还可以包含第三层。 制备多层食品组合物的方法可以包括以下步骤:将低酰基结冷胶和乳化剂干混以形成干混合物; 将干混合物加入水中形成混合物; 搅拌混合物; 将混合物加热至高于约54℃的温度; 使混合物在高于约54℃的温度下进行高剪切混合; 将混合物冷却至约54℃,同时继续混合所述混合物; 并停止混合。 凝胶中缺乏蛋白质可使其过敏原降至最低程度; 凝胶是素食者 并且凝胶的物理性质允许产生搁置稳定的产品的潜力。