precipitation
was a function of Mf-P level rather than ionic strength.
Accordingly, in the presence of Mf-P in dilute solution (1:22.5
press juice:deionized water) the “rate of precipitation” of Sp-P
increased from 5% to 6%, 58% in the absence and presence of
Mf-P, respectively. They hypothesized that at low ionic strength,
the extraction of Sp-P from the dark-muscle fish species was reduced
mainly by the interaction between myogen and Mf-P, not
the high globulin content of the Sp-P. Quoting from Nakagawa
and Nagayama (1988), the extractability of proteins such as Sp-P
cannot necessarily be directly equated with their solubility. In
addition, some Sp-P although soluble in a specific solvent, may
not be extractable from muscle tissue in that same solvent because
they may be located in a site inaccessible to the solvent
or are bound rather than “free” (Hultin and Kelleher
2000).
precipitationwas a function of Mf-P level rather than ionic strength.Accordingly, in the presence of Mf-P in dilute solution (1:22.5press juice:deionized water) the “rate of precipitation” of Sp-Pincreased from 5% to 6%, 58% in the absence and presence ofMf-P, respectively. They hypothesized that at low ionic strength,the extraction of Sp-P from the dark-muscle fish species was reducedmainly by the interaction between myogen and Mf-P, notthe high globulin content of the Sp-P. Quoting from Nakagawaand Nagayama (1988), the extractability of proteins such as Sp-Pcannot necessarily be directly equated with their solubility. Inaddition, some Sp-P although soluble in a specific solvent, maynot be extractable from muscle tissue in that same solvent becausethey may be located in a site inaccessible to the solventor are bound rather than “free” (Hultin and Kelleher2000).
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