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1 ompared to native Basmati (BC) and Irri (IC) rice starches.
2 ly reduced glycemic index (GI) values of the rice starches.
4 %, significantly higher than those of native rice starches (6.3-10.2%) and those of heat-moisture tre
6 This study evaluated the characteristics of rice starch and protein obtained by a fast alkaline extr
7 were prepared from reactions between native rice starch and varied concentrations (0.1-15%w/w, M-0.1
9 m condition, amylose content of broken white rice starch can be reduced from 27.27% to 1.43% with a y
15 ts (locust bean gum (LBG), modified corn and rice starches (MCS, MRS)) to an infant formula on both i
16 physicochemical and structural properties of rice starch of the cultivars IAC 202 and IRGA 417 modifi
17 esistant starch (RS) contents of five native rice starches ranged in 4.7-30.6% and 6.3-11.8%, respect
18 e native, heat-moisture treated and annealed rice starches ranged in 68.9-100, 61.2-88.9 and 21.2-43.
19 ls, on gelatinization of potato starch (PS), rice starch (RS) and a 1:1 blend thereof, was investigat
21 nt was observed in cold storage stability of rice starch succinates as evident from textural profile
23 percent decline in paste clarity of modified rice starches was stable as compared to native Basmati (
25 S contents of acid and heat-moisture treated rice starches were in a range of 30.1-39.0%, significant
28 starches were obtained; however low amylose rice starches, whether native or acetylated, did not for
30 n-free white sauces (WSs) prepared with waxy rice starch (WRS) or tapioca starch (TS) and high amylos
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