Abstract:
A method is provided for inhibiting the attachment of H. influenzae to human cells, such as pharyngeal cells, by contacting the bacilli with phosphorylated recombinant human β-casein that have at least 3 phosphate groups. A product containing phosphorylated recombinant human β-casein may be a liquid enteral nutritional product such as infant formula. The enteral nutritional product may be used for the prevention and treatment of otitis media in infants. The phosphorylated recombinant human β-casein may also be administered as a throat spray or used in nose drops or a spray.
Abstract:
A product is provided for inhibiting the attachment of H. influenzae to human cells, such as pharyngeal cells, by contacting the bacilli with phosphorylated recombinant human beta -casein that have at least 3 phosphate groups. The product containing phosphorylated recombinant human beta -casein may be a liquid enteral nutritional product such as infant formula. The enteral nutritional product may be used for the prevention and treatment of otitis media in infants. The phosphorylated recombinant human beta -casein may also be administered as a throat spray or used in nose drops or a spray. 00000
Abstract:
The present invention provides a method of producing phophorylated, recombinant human beta -casein having 3 to 5 phosphates in a bacterial cell using a single vector containing in tandem both the nucleotide sequence encoding beta -casein and a sequence encoding the enzyme CKII beta alpha which is capable of phosphorylating human beta -casein.
Abstract:
The present invention provides a plasmid containing a promoter sequence, a nucleotide sequence encoding an exogenous protein, and a nucleotide sequence encoding an enzyme capable of modifying the exogenous protein. In a specific embodiment of the invention the encoded exogenous protein is human .beta.casein and the encoded enzyme is a human kinase capable of phosphorylating recombinant .beta.-casein in a bacterial system.
Abstract:
The present invention provides a method of producing phophorylated, recombinant human beta -casein having 3 to 5 phosphates in a bacterial cell using a single vector containing in tandem both the nucleotide sequence encoding beta -casein and a sequence encoding the enzyme CKII beta alpha which is capable of phosphorylating human beta -casein.
Abstract:
Se provee un método para inhibir la union de H, influenzae a células humanas, tales como células faringeas, poniendo en contacto los bacilos con beta-caseina humana, recombinante, fosforilada, que tiene por lo menos 3 grupos fosfato. Un producto que contiene la beta-caseina humana, recombinante, fosforilada puede ser un producto nutricional enteral líquido, tal como una formula infantil. EL producto nutricional enteral puede ser utilizado para la prevencion y el tratamiento de otitis media en bebés. La beta-caseina humana, recombinante, fosforilada también puede ser administrada como una aspersion para la garganta o usarse en gotas para la nariz o una aspersion.
Abstract:
A method is provided for inhibiting the attachment of H. influenzae to human cells, such as pharyngeal cells, by contacting the bacilli with phosphorylated recombinant human .beta.-casein that have at least 3 phosphate groups. A product containing phosphorylated recombinant human .beta.-casein may be a liquid enteral nutritional product such as infant formula. The enteral nutritional product may be used for the prevention and treatment of otitis media in infants. The phosphorylated recombinant human .beta.-casein may also be administered as a throat spray or used in nose drops or a spray.
Abstract:
The present invention provides a method of producing phosphorylated, recombinant human .beta.-casein having 3 to 5 phosphates in a bacterial cell using a single vector containing in tandem both the nucleotide sequence encoding .beta.-casein and a sequence encoding the enzyme CKII .beta..alpha. which is capable of phosphorylating human .beta.-casein.