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  1. No Access

    Article

    Arylsulfatase B synthesis and clearance in inbred mouse strains

    Arylsulfatase B activity levels were approximately 2–3-fold higher in adult C57BL/6J liver and kidney compared to corresponding tissues from A/J inbred mice. In vivo incorporation of tritiated leucine into C57...

    W. L. Daniel in Experientia (1987)

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    Article

    Mammalian arylsulfatases A and B: relative rates of hydrolysis of artificial substrates

    Rodent and bovine arylsulfatase B hydrolyze 4-methylumbelliferyl sulfate (4MUS) 10- to 30-fold more efficiently than arylsulfatase A. Therefore, 4MUS grossly underestimates arylsulfatase A activity in the pres...

    D. B. Thompson, W. L. Daniel in Experientia (1986)

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    Article

    Murine arylsulfatase C: Evidence for two isozymes

    SWR/J mice posses high arylsulfatase C, estrone sulfatase, and dehydroepiandrosterone sulfatase activities in liver, spleen and kidney compared to A/J mice. This internstrain activity variation appears to be d...

    K. Nelson, B. M. Keinanen, W. L. Daniel in Experientia (1983)

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    Article

    Comparative studies of murine anionic and cationic arylsulfatase B

    Murine brain possesses an anionic form of arylsulfatase B which accounts for approximately 12–16% of nonmicrosomal arylsulfatase activity. This isozyme is antigenically similar to cationic arylsulfatase B, dis...

    B. W. Harrison, W. L. Daniel, K. J. Abbas in Experientia (1982)

  5. No Access

    Article

    Interstrain variation of murine arylsulfatase C

    A method has been developed for the assay of arylsulfatase C in tissue extracts containing arylsulfatases A and B. Significant variation of enzyme activity was observed among 26 inbred murine strains. Activity...

    Katherine Nelson, W. L. Daniel in Experientia (1979)

  6. No Access

    Article

    Correlation between structural variation and activity of murine kidney β-galactosidase: Implications for genetic control

    Two closely linked regulatory genes have been reported to control activity levels of β-galactosidases in murine tissues. The specific effects of these genes on murine glycolipid metabolism have not been elucid...

    I. C. Li, W. L. Daniel in Biochemical Genetics (1976)