phytin

phytin

1. This paper introdues a new method of extracting phytin from ricebran . The obtaining rate is about 90%.

介绍了一种从米糠中提取植酸的新方法.收率90%左右.

2. In this paper through the analysis of the widely existed question in the phytin production process from bran by traditional method.

介绍了菲汀的性质、生产工艺、产品质量检测方法和质量标准,以及菲汀滤渣的利用。

3. The average yield of abstraction phytin form the delipid corn blastula was 75%, and the average yield of conversionphytic acid from phytin was 77.02%.

从玉米胚中提取菲汀的平均收率为75%,菲汀转化为植酸的平均率为77.02%。

4. myo-inositol,hexakis(dihydrogen phosphate),calcium magnesium salt;phytin.

化学名：肌醇六磷酸钙。

5. Under this optimal condition, content of phytin is 86.13%, rate of extraction is 91.87%.

在较佳工艺条件下，菲丁含量达86.13%，提取率达91.87%。

6. The experimental results showthat the protein content more than58percent in phytin may be decreased under suitable technological conditions.

实验结果表明 ,采用适宜的工艺条件 ,可使菲丁中蛋白质的含量下降58%以上

7. In this paper, the production process of insitol by hydrolysis of phytin was reviewed. The effects of different process and factors on the conversion and yield were discussed.

对由菲叮生产肌醇的工艺进行综合评述,详述了各工艺过程及采用不同工艺参数对原料转化率和产品收率的影响。

8. The effect of reaction time, leaching times and solvent PH, ratio of raw material and solvent, PH of phytin, settling time on phytin yield and quality, extracted from tikitiki, were studied.

对米糠中提取菲丁的工艺条件进行了优化，考察了酸浸时间、酸浸次数、酸浸pH值、液料比、中和pH值、静止时间等因素对产品的产量和质量的影响，得出了优化的工艺条件。

9. After extracting phytin, the anti-nutrient of residue is removed and the quality isimproved as a kind of feeds although the crude protein islowered. Moreover.

提取菲汀后，浸泡渣的粗蛋白含量虽略有降低，但除去了抗营养物质（菲汀），提高了品质，可作为一种优良的禽畜饲料；

10. The properties and the method of manufacturing and determining phytin and the quality standard of phytin were introduced and the use of the dregs of phytin was expounded.

摘要介绍了菲汀的性质、生产工艺、产品质量检测方法和质量标准，以及菲汀滤渣的利用。

11. Phytin is a widely used material with important bioactivities.

摘要植酸钙有很广泛的用途，并具有很重要的生理功能。

12. In this paper,the technological conditions and the method of decreasing protein content in phytin are studied.

文章研究了菲丁中蛋白质含量降低的方法及工艺条件。

13. The paper describes a method of determining the content of phytinin embryo of corn by D-value spectrophotometry and discusses the changingregularity of the content of the phytin in embryo of corn.

本文叙述了用差值分光光度法测定玉米胚中的菲丁含量的方法及讨论了玉米胚中菲丁含量的变化规律。

14. The paper reports that slparation of phytin mainty kable affected bythe time and the way of extraction.

本文报导了浸泡脱脂米糠的时间和方式较其它因素对植酸钙镁提取率有更大的影响;

15. Keywords phytin;process;corn immersion water;starch production;

植酸钙;工艺过程;浸泡玉米废水;淀粉生产;

16. Keywords phytin;extraction;wheat bran;

植酸钙;提取;小麦麸皮;

17. Keywords Phytin;Phytate phosphorus;Purification;Digesting;Molybdate-antimony-scandium;Color reagent;

植酸钙;植酸磷;提纯;消解;钼-锑-钪;显色剂;

18. Widely used, phytin is a kind of material having very important physiological functions.

植酸钙用途极其广泛,并具有非常重要的生理功能。

19. This article is focused on the analyzing method of the total phosphorus content,calcium,magnesium,heavy metal,residue on ignition and water content of phytin.

植酸钙镁用途极其广泛,并具有非常重要的生理功能,作者根据研究工作实际经验,摸索出了一套有效的检测方法。

20. Discussion of the optimum extraction technology of phytin from peanut shell by the orthogenal method

正交试验优选菲丁提取工艺的研究

21. The phosphorus content of phytin was determined in molybdate-antimony-scandium color agent after it was digested by concentrated sulfuric acid and perchlorate,with its deviation of no over 5%.

浓硫酸和高氯酸消解后,用钼-锑-钪复合显色剂测定植酸钙中的磷含量,偏差不超过5%;

22. The phosphorus content of phytin was determination in molybdate-antimony-scandium color agent after it was digested by concentrated sulfuric acid and perchlorate, with its deviation of no over 5%.

浓硫酸和高氯酸消解后，用钼-锑-钪复合显色剂测定植酸钙中的磷含量，偏差不超过5%；

23. Keywords leaching;separation;kinetics;bian;phytic acid;phytin;hydrochloric acid;

浸出;分离;动力学;麦麸;植酸;植酸盐;盐酸;

24. Influence of Digesting Conditions on Determination Results of Phosphorus Contents in Phytin

消解条件对植酸钙中磷含量测定结果的影响

25. Recycling utilization of high concentration phytin wastewater of starchy industry

淀粉行业高浓度菲酊废水的资源化处理

26. THE EXTRACTION OF PHYTIN FROM MAIZE SOAK BY ULTRAFILTRATION

玉米浸泡液超滤提取菲汀

27. Phytin, the sediment was gained by first soaking the wheat bran with dilute acid, then by neutralizing the soaked liquid first with 10%fresh lime cream and secondly with 3%hydrate of natrium.

用稀酸浸泡麦麸，浸提液先用10%新鲜石灰乳中和，再用30%烧碱溶液进行二次中和，沉淀物即为植酸钙镁复盐，亦称菲丁；

28. Objective: To study the cellular compatibility of phytin.

目的：研究植酸钙镁的细胞相容性。

29. The preparative process of phytin from degrease tikitiki by acid leaching and alkali neutralization was studied.The new process contidion of circulating water leaching was obtained.

研究了脱脂米糠经酸浸取碱中和的菲丁生产工艺条件,提出利用循环水浸泡法的新工艺。

30. Keywords rice bran;phytin;technology;

米糠;植酸钙;工艺过程;

31. Keywords rice bran;phytin;microwave-assisted extraction;uniform design;

米糠;菲丁;微波辅助提取;均匀设计;

32. rice bran phytin

米糠植酸钙

33. The results show that different kinds of precipitant have a great impact on phytin yield.

结果表明:沉淀剂的变化对菲汀收率的影响非常显著。

34. The extracting means and applications of extractions that come from rice bran are summarized,the extractions include rice bran oil,rice bran protein,rice bran polysaccharide,rice bran phytin et al.

综述了米糠中的米糠油、米糠蛋白、米糠多糖和米糠植酸钙等被提物的提取方法及其应用。

35. The relation of PH of yield,and purity of phytin was studied,itwas shown that the PH 7 is optimum.

聚丙烯酸钠作为澄清剂可明显地提高植酸钙镁的纯度.对中和pH与得率及纯度关系进行的研究表明:中和pH以7为最适.

36. Keywords inositol;phytin;rice bran;corn steep liquor;

肌醇;菲丁;米糠;玉米浸泡水;

37. Keywords degrease tikitiki;phytin;leaching;

脱脂米糖;菲丁;浸取;

38. Keywords Defatted rice ran;Phytin;purification;

脱脂米糠;植酸钙镁（菲丁）;提取;

39. PREPARATION OF PHYTIN FROM DEFATTED RICE BRAN

脱脂米糠生产植酸钙工艺研究

40. Keywords peanut shell;extraction;phytin;orthogenal method;

花生壳;提取;菲丁;正交试验;

41. Keywords phytin;phytic acid;blood fats;blood sugar;immunity function;

菲汀;植酸;血脂;血糖;免疫作用;

42. Keywords phytin;hydrolyze;polyatomic alcohol;inositol;new technique;

菲汀;水解;多元醇;肌醇;新工艺;

43. Phytin was extracted with diluted hydrochloric acid, after precipitating the effluent and transforming the precipitate with sodium hydroxide, sodium phytate solution was produced.

菲汀经酸浸、沉淀、加碱使沉淀转化可制得植酸钠溶液。

44. Keywords distillers' grains;comprehensive utilization;feed;phytic acid and phytin;edible fungi;

酒糟;综合利用;饲料;菲汀;食用菌;

45. Using a kind of method which extract phytin from rice bran and studing its technology condition.

采用从天然植物(水稻米糠饼粕)中提取植酸盐的方法,并对其工艺条件进行了探讨。

46. The optimization process of microwave-assisted extraction for phytin from rice bran is gained by the uniform design.

采用均匀实验法优化出用微波辅助法从米糠中提取菲丁的工艺条件。

47. ferro phytin

铁非丁, 铁植酸钙镁

48. The Analysis of Phytin Content in Peanut Shell Using Indirect Weighing Method

间接重量法分析花生壳中菲丁含量

49. Keywords bran;phytin;phytic acid;iron-salt technique;

麦麸;菲汀;植酸;铁盐法;