PHYSICOCHEMICAL PROPERTIES OF BACTERIOPHAGES

Properties of two marine bacteriophages.

Chen, Peter K. (Georgetown University, Washington, D.C.), Ronald V. Citarella, Omar Salazar, and Rita R. Colwell. Properties of two marine bacteriophages. J. Bacteriol. 91:1136-1139. 1966.-Various properties have been determined for two bacteriophages, NCMB 384 and 385, and their host, NCMB 397, a Cytophaga sp., isolated from the marine environment. The purified bacteriophages have been subject...

Molecular kinetic and electrophoretic properties of bacteriophages.

Physicochemical properties of bacterial surfaces.

Streptococcal M protein is one of the best characterized anti-phagocytic surface molecules. The protein has a coiled fibrillar structure extending outwards about 600 nm from the streptococcal cell wall. The anti-phagocytic nature of the M protein appears to be related to two properties: ( a ) its ability to bind fibrinogen and the D family of its degradation products, thereby preventing deposit...

Physicochemical properties of human lactalbumin.

Proteins of the same kind in human milk and cow's milk have different properties. Mellander (1947) reports differences in phosphorus content and the amount of carbohydrates of casein and that the casein of cow's milk is more easily digested by proteolytic enzymes in vitro than that of human milk. Kiyosawa, Ryoki & Maeno (1961) observed a marked difference in the solubility of casein and the tur...

Physicochemical Properties of Hesperidin Nanocrystal

Hesperidin nanocrystals was generated by high pressure homogenization. The physicochemical properties of a spray dried hesperidin nanocrystals were investigated including to re-dispersion, crystalline state, kinetic solubility, dissolution velocity. Hesperidin nanosuspension with concentration of 10% (w/v) was dried by a Mini Spray-dryer B-190. Photon correlation spectroscopy (PCS) and laser di...