Description
Reactivity: Mouse, Rat, Human
This ELISA kit is used for quantitative determination of S-100ÃÂ in plasma sample. The kit is characterized by sensitive quantification and high specificity. In addition, it is not influenced by other components in plasma sample and needlessness of sample pre-treatment. Supplementary: Sandwich
Applicable Sample: Plasma
Other: S-100 protein has a molecular weight of 21K Dalton and is consist of two subunits, àchain and àï¾Âchain. It is known that combination of these subunits is different from the location in human body. S-100ààis localized in glial cell and schwann cell, S-100ÃÂàin glial cell and S-100ÃÂàin striated muscle, heart and kidney. It was reported that the concentration of S-100àin cerebrospinal fluid was an useful marker for diagnosis of the degree of brain damage after head injury, cerebral hemorrhage and ischemic stroke. Recently another report described that the increasing of S-100àin blood correlated to the degree of brain damage after cerebral ischemia, infarction, hemorrhage and severe head injury.
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This ELISA kit is used for quantitative determination of S-100ÃÂ in plasma sample. The kit is characterized by sensitive quantification and high specificity. In addition, it is not influenced by other components in plasma sample and needlessness of sample pre-treatment. Supplementary: Sandwich
Applicable Sample: Plasma
Other: S-100 protein has a molecular weight of 21K Dalton and is consist of two subunits, àchain and àï¾Âchain. It is known that combination of these subunits is different from the location in human body. S-100ààis localized in glial cell and schwann cell, S-100ÃÂàin glial cell and S-100ÃÂàin striated muscle, heart and kidney. It was reported that the concentration of S-100àin cerebrospinal fluid was an useful marker for diagnosis of the degree of brain damage after head injury, cerebral hemorrhage and ischemic stroke. Recently another report described that the increasing of S-100àin blood correlated to the degree of brain damage after cerebral ischemia, infarction, hemorrhage and severe head injury.
