(2000) also reported that the reduction in peak viscosity and breakdown viscosity was apparently for maize starch treated with autoclave. However, this was not consistent to the observation by Hoover and Vasanthan (1994) in their study oven heating, And they reported the increased paste viscosities in wheat starch. It is somed heating, froze concluded that in wheat starch. It can be concluded thatin heating treatment affected paste viscosities some way and these depended on disparity in starch sources. Ackn methods and heating conditions. Furthermore, peak viscosity of noodle was obviously decreased by Naci, but was clearly increased by Nazco3, which was attributed to the starch-salt interaction. Generally, the effect of salts on pasting property of starch was dependent on the type and concentration of salt, and starch sources dation (Zhou, Wang, Li, Fang. & Sun, 2011). Thus, salt and alkaline salt Refere might cause starch granules to swell to various degree before control resulting lower or higher peak viscosity. Compared with AAcc (2 and white salted noodles, yellow alkaline noodles Mini decreased more slowly in the breakdown viscosity during steaming , suggesting a slower loss of starch granule integrity.