1 Amyloplast A plastid that synthesizes and stores starch grains.

2 The changes of amyloplast and amyloplast DNA in different development stages were also observed, indicating the relationship among the amyloplast core, crystal structure and the amyloplast DNA.

3 The amyloplast envelope began to degrade after amyloplast was full of starch granules. Degraded membrane fragments surrounded cytoplasmic matrix to form ring membrane structure.

4 The changes in carbohydrate enzyme activity and amyloplast membrane structure in potato tubers during storage were studied by taking the species. Kexin No. 1 as example.

5 The amyloplast in rice endosperm was a plural one, that is, an amyloplast contained many starch grains, While an amyloplast in wheat contained only one starch grain.

6 The amyloplast usually possessed a larger, very low electron density starch grain which mainly was long shuttle and there were some higher electron density partition or wedge structure in it.

7 The amyloplast envelope began to degrade and released starch granules into cell matrix when amyloplast was full of starch granules.

8 Results showed that the earliest appearance of amyloplast DNA was on the amyloplast core.

9 Amyloplast had many ways of genesis and patterns of proliferation in endosperm cell of rice.

10 This paper still discussed the rule of amyloplast changes in the infected cells of pea root nodules and its relation to the development and nitrogen fixation of infected cells.

11 The changes in carbohydrate enzyme activity and amyloplast membrane structure in potato tubers during storage were. studied by taking tile species.

12 These results suggest that glucose 6- phosphate imported via GPT should be used for starch biosynthesis in amyloplast of rice endosperms.

13 A electron dense ring-shaped structure present at the neck of dumbbell shaped amyloplast during division.

14 In the pollen tube of buckwheat, the function of coated vesicles which contain the precursor of pollen tube wall is to form pollen tube besides decomposing lipid bodies and amyloplast .

15 Many small starch granules could form and develop in one amyloplast.

16 The role of the division ring in fission and other mechanism of amyloplast division are discussed.

17 Crystal structures were formed by the copies of DNA,(www.Sentencedict.com) and the radio-shape of the crystal structure resulted from the continuous copies of amyloplast DNA in the development stages.