Introduction: Staphylococcus aureus is a source of nosocomial infections and one of the significant concerns in patients with indwelling devices. Lysostaphin is a bacterially produced endopeptidase with a unique activity on S. aureus. Plasma, the fourth state of the material, consists of charged ions, free electrons, and activated neutral species. Biomedical applications of cold plasma are rapi...

This review informs about the chemical composition of plasma proteins majorly albumin and globulin. Blood proteins, also called are found in blood plasma. While, serum present human body very high quantities for other proteins. Hundreds dissolved but only two major protein groups i.e. Albumin Globulin. is a important component (55% proteins) it made by liver. There an immediate correlation betw...

conclusions lead contamination in the presence of an emf exacerbates the oxidative damage to plasma proteins as well as the conformational changes in hb. an artificial neural network can be used as a predictive tool for the oxidative danger posed to workers in industrial fields, battery manufacturing companies, and power plants. patients and methods in this experimental study, the blood samples...

fibrinogen is one of the plasma proteins synthetzed by the liver.elevated plasma fibrinogen is an independent coronary artery disease(CAD) risk factor and increases the risk of thrombus formation.this study was performed to compare the plasma fibrinogen level in opium addict men with non opium users.each group consisted of 60 males,who didnot smoke cigarettes and were not suffered from diabetes...

Context:  The major motivation for the preparation of the plasma derived biological medicine was the treatment of casualties from the Second World War.  Due to the high expenses for preparation of plasma derived products, achievement of self-sufficiency in human plasma biotechnological industry is an important goal for developing countries.Evidence Acquisition:  The complexity of the bloo...

Protein specific aptamers are highly applicable affinity ligands in different fields of research and clinical applications. They have been developed against various targets, in particular, bio-macromolecules such as proteins. Among human proteins, the coagulation factors are the most attractive targets for aptamer selection and their specific aptamers had valuable characteristics in therapeutic...

Protein specific aptamers are highly applicable affinity ligands in different fields of research and clinical applications. They have been developed against various targets, in particular, bio-macromolecules such as proteins. Among human proteins, the coagulation factors are the most attractive targets for aptamer selection and their specific aptamers had valuable characteristics in therapeutic...