After germination, it was shown that for all rice
varieties, germination had more effect on dehulled
rice (soaking time 6 hrs) compared to rough rice
(soaking time 12 hrs) It can be been seen that
germinated rice prepared from rough rice retained
higher levels of anthocyanin content, which was
not significantly different compared to those of
control. This was due to protection of anthocyanin
loss by the husk during soaking stage. The husk
plays important role in inhibiting exposure of rice
kernels to air and light, which causes oxidation to
take place. Taylor and Briggs (1990) reported that
accumulation of anthocyanin in plant is controlled
by multiple regulatory genes and induced by various
factors such as light. Pasko et al. (2009), who studied
anthocyanin content in amaranth and quinoa seeds
and sprouts during their growth, reported that dark
grown plant generally accumulates fewer anthocyanin
as compared to light grown plant. In this study, rice
grains were kept in dark during germination, which
could partially explain that TAC in rice grains did
not increase as germination time increased.
After germination, it was shown that for all ricevarieties, germination had more effect on dehulledrice (soaking time 6 hrs) compared to rough rice(soaking time 12 hrs) It can be been seen thatgerminated rice prepared from rough rice retainedhigher levels of anthocyanin content, which wasnot significantly different compared to those ofcontrol. This was due to protection of anthocyaninloss by the husk during soaking stage. The huskplays important role in inhibiting exposure of ricekernels to air and light, which causes oxidation totake place. Taylor and Briggs (1990) reported thataccumulation of anthocyanin in plant is controlledby multiple regulatory genes and induced by variousfactors such as light. Pasko et al. (2009), who studiedanthocyanin content in amaranth and quinoa seedsand sprouts during their growth, reported that darkgrown plant generally accumulates fewer anthocyaninas compared to light grown plant. In this study, ricegrains were kept in dark during germination, whichcould partially explain that TAC in rice grains didnot increase as germination time increased.
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หลังจากงอกมันแสดงให้เห็นว่าทุกข้าวพันธุ์งอกมีผลกระทบเพิ่มเติมเกี่ยวกับข้าวกล้องข้าว( (มันสามารถถูกเห็นว่าข้าวงอกที่ทำจากข้าวหยาบสะสมระดับที่สูงขึ้นเนื้อหา ซึ่งไม่ได้แตกต่างกันอย่างมีนัยสำคัญเมื่อเทียบกับการควบคุม นี่คือสาเหตุที่ป้องกันของ การสูญเสียจากแกลบในระหว่างขั้นตอนการแช่ เปลือกมีบทบาทสำคัญในการยับยั้งการสัมผัสของข้าวเมล็ดต่ออากาศและแสงซึ่งเป็นสาเหตุของการเกิดออกซิเดชันที่จะใช้สถานที่ เทย์เลอร์และบริกส์ รายงานว่าการสะสมของanthocyanin ในโรงงานจะถูกควบคุมโดยยีนหลายและกฎระเบียบที่เกิดจากการต่างๆปัจจัยเช่นแสง คริสมาสต์และอัล After germination, it was shown that for all rice
varieties, germination had more effect on dehulled
rice (soaking time 6 hrs) compared to rough rice
(soaking time 12 hrs) It can be been seen that
germinated rice prepared from rough rice retained
higher levels of anthocyanin content, which was
not significantly different compared to those of
control. This was due to protection of anthocyanin
loss by the husk during soaking stage. The husk
plays important role in inhibiting exposure of rice
kernels to air and light, which causes oxidation to
take place. Taylor and Briggs (1990) reported that
accumulation of anthocyanin in plant is controlled
by multiple regulatory genes and induced by various
factors such as light. Pasko et al. (2009), who studied
anthocyanin content in amaranth and quinoa seeds
and sprouts during their growth, reported that dark
grown plant generally accumulates fewer anthocyanin
as compared to light grown plant. In this study, rice
grains were kept in dark during germination, which
could partially explain that TAC in rice grains did
not increase as germination time increased.
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