Heating results in the denaturation of soy proteins. The denatured
proteins are easy to aggregate and they form soy gels, with
or without coagulants. In the absence of coagulants, soy proteins
at a high concentration could form heat-induced gels. Bikbov, Grinberg,
Antonov, Tolstoguzov, and Schmandke (1979) reported that,
within a 10–20% solids concentration range, the relation between
storage modulus (G0) and protein concentration (C) was G0 / C4:67.
Renkema and van Vilet (2004) indicated that the critical concentrations
of purified glycinin and b-conglycinin for gelation differed
according to pH and ionic strength.
ผลการทำความร้อนใน แปลงสภาพโปรตีนจะง่ายต่อการรวบรวมและพวกเขาในรูปแบบเจลถั่วเหลืองที่มีหรือไม่มีcoagulants ในกรณีที่ไม่มี โปรตีนถั่วเหลืองที่มีความเข้มข้นสูงในรูปแบบเจลที่สามารถเหนี่ยวนำให้เกิดความร้อน Heating results in the denaturation of soy proteins. The denatured
proteins are easy to aggregate and they form soy gels, with
or without coagulants. In the absence of coagulants, soy proteins
at a high concentration could form heat-induced gels. Bikbov, Grinberg,
Antonov, Tolstoguzov, and Schmandke (1979) reported that,
within a 10–20% solids concentration range, the relation between
storage modulus (G0) and protein concentration (C) was G0 / C4:67.
Renkema and van Vilet (2004) indicated that the critical concentrations
of purified glycinin and b-conglycinin for gelation differed
according to pH and ionic strength.
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