副淀粉

基本解释 (translations)

paramylum  ·  paramylon

与副淀粉相关的网络例句 [注：此内容来源于网络，仅供参考]

With corn embryo being coproduct in corn starch production as material, glutathione was extracted through hot water extraction after supercritical CO2 fluid extraction and ultrasound wave treatment. The results showed that The optimum conditions of hot water extraction are solid; liquid 1:15, temperature 90 ℃, pH3.0, time is 15 min. On these conditions GSH yield is 97 mg/100 g corn embryo.

以淀粉加工副产物玉米胚为原料，经过超临界流体萃取脱脂及超声波破壁处理后，采用热水浸提法提取谷胱甘肽，最佳热水浸提工艺条件为固液比1：15 g/mL、浸提温度90℃、浸提液pH3.0、浸提时间15 min，在此条件下谷胱甘肽提取量为97 mg/100g玉米胚。

With corn embryo of coproduct from corn starch produced with wet method as material, superoxide dismutase was extracted through sonication after supercritical CO2 fluid extraction for defating and low temperature crushing.

以玉米湿法加工淀粉副产物玉米胚芽为原料，经超临界CO2萃取脱脂、低温超细粉碎处理后超声波破碎提取超氧化物歧化酶。

In this thesis the corn corcule as a coproduct material is used toextract and depurate the tert functional food raw material-GSH with the purpose of providing the industryproduction technique. By this project, It can extend the corn industry chain utilitily, cut down the cost of thecorn alcohol and starchy and the corn high additional value enterprise can be promoted sigiificantly. It canpromote the development of the corn economy in JiLin province and develop the palae-industry depot innortheast.

为改变这一现状，促进吉林省玉米经济的发展，本研究以玉米酒精厂及淀粉厂副产物玉米胚为原料，以提供产业化生产技术为目的，采用高新技术实现玉米副产物高附加值综合利用，提取纯化出具有国际先进水平的第三代功能食品原料玉米还原型谷胱甘肽，有效延长玉米产业链，降低玉米酒精及淀粉的成本，实现玉米深加工副产物的高附加值综合利用，有力促进吉林省玉米经济发展，振兴东北老工业基地。

In our country, the corn protein was abundant, but it was utilized insufficiently and was discharged wastefully for its unbalanced amino acid composition and insolubility.

玉米蛋白是玉米淀粉生产中的副产物。

Histologically, the seminiferous tubules contained numerous Sertoli cells and more Sertoli-spermatozoa complexes, accompanied by the depletion of Leydig cells with deeply stained nuclei. Mature spermatozoa were stored up in the epididymis, but only a few in the efferent ducts. In the second place was testicular atrophy（32/120; 26.7%）. The seminiferous tubules showed moderate to severe inactivity of spermiogenesis with evidence of only spermatogonia, spermatocytes and Sertoli cells. The Leydig cells were obviously decreased in numbers associated with decrease of lipid droplets in their cytoplasms. Testicular hypoplasia was the third disorders（22/120; 18.3%）. Only a few spermatogonia and Sertoli cells appeared without any spermiogenesis. The associated changes was decreased in Leydig cells and fibrous hyperplasia in the interstitium.Epididymal stones were sometimes found（12/120; 10%）. Grossly, yellowish-white nodules with various sizes and firm in consistency were observed in the epididymis and the front efferent ducts. Microscopically, the epididymal ducts were dilated with voluminous spermatozoa storage, even showed calcification in severe cases. The deposited calcium salts were stained positively by Von Kossa and Alizarin red methods.Amyloidosis was also detected in 10 roosters（8.3%）. Eosinophilic, homogeneous, amyloid-like substances were deposited mainly in the testicular interstitium and the periphery of blood vessels. These substances showed positive reaction by Congo red staining. Five roosters（4.2%）had Marek's lesions in the testis, epididymis and peripheral nerves with infiltration of pleomorphic lymphocytes. Only one case showed epithelial necrosis of seminiferous tubules accompanied by fibrous proliferation in the interstitium.

结果发现，在总共搜集的120个病例中，其中因年老所导致的产精力不佳为最多，占38例（31.7%），於镜下可见大量精虫黏附於Sertoli cell的表面，并可见Sertoli cell数量明显增多而Leydig cell明显减少，且其细胞核呈现浓染的现象，而在其副睪中仍可见到成熟精虫蓄留於管腔中，但在其输精管内却只有少量精虫存在；其次为睪丸萎缩，占32例（26.7%），镜下可见中度至重度无造精作用，其生精小管中只见到精母细胞、精原细胞及Sertoli cell存在，但Leydig cell数量明显减少且其细胞质内的脂质也明显减少；睪丸发育不全，占22例（18.3%），於生精小管内只见到精母细胞及少量Sertoli cell存在，不见造精细胞分化，於生精小管间质可见Leydig cell减少并伴随结缔组织增生；副睪结石，占12例（10%），肉眼下可在副睪及输精管前段见到黄白色大小不一的结节，触感坚硬，於镜下可见副睪管扩张并有大量成熟精虫蓄积，严重时可见钙化现象，以Von Kossa及茜素红染色均呈阳性反应；类淀粉沉著症，占10例（8.3%），镜下在睪丸间质及血管周围可见粉红均质样的物质沉积，以刚果红染色成阳性反应；马立克病，占5例（4.2%），镜下可在睪丸、副睪实质及周边神经内均可见到嗜碱性大小不一的淋巴样细胞浸润；睪丸坏死，占1例（0.8%），镜下可见生精小管上皮细胞坏死脱落及间质结缔组织增生。

与副淀粉相关的网络解释 [注：此内容来源于网络，仅供参考]

amylodextrin：淀粉糊精

A淀粉是精制的淀粉,纯度高,含蛋白质等杂质很少;而B淀粉又称尾淀粉(tailings)、淤渣淀粉、刮浆淀粉(squeegee)或淀粉糊精(amylodextrin)[1一2],是小麦淀粉厂的副产物,通常其数量可达原料面粉总量的10%一20%.

carrageenin：卡拉胶

利用药用海藻类开发的产品还有褐藻淀粉酯钠、藻酸丙二酯、藻酸双酯钠(PSS)、褐藻胶、琼胶、琼胶素、卡拉胶(Carrageenin)等. 在海洋药用动物中,用合浦珍珠贝生殖巢制成了"珍珠精母注射液",治疗病毒性肝炎总有效率达75%,且无任何毒副反应.

maize oil：玉米油

玉米油(Maize oil )又名玉米胚油(Corn oil). 玉米胚是制造玉米淀粉、玉米浆、玉米片时的副产物. 玉米胚占整粒玉米质量的8%-12%,由于品种、土壤等地理环境的差异,玉米胚的化学组成有很大差异.

paramylum：副淀粉

paramecium 草履虫 | paramylum 副淀粉 | paraphysis 侧丝

paramylum：裸藻淀粉;副淀粉

paramyelin 副髓磷脂 | paramylum 裸藻淀粉;副淀粉 | paramyosin 副肌球蛋白

paramylon; paramylum：类淀粉

长身副单角鲀 Paramonacanthus oblongus | 类淀粉 paramylon; paramylum | 冠啄果鸟科 PARAMYTHIIDAE

paramyelin：副髓磷脂

paramucin 异粘液素 | paramyelin 副髓磷脂 | paramylum 裸藻淀粉;副淀粉

paramyoclonus：肌阵挛状态

paramylum 副淀粉 | paramyoclonus 肌阵挛状态 | paramyon 肌安松

pheophytin：褐藻素

05.082 红藻淀粉 floridean starch | 05.083 褐藻素 pheophytin | 05.085 副淀粉 paramylum

Phototrophy：光合营养

眼虫主要通过叶绿素在有光的条件下利用光能进行光合作用,把二氧化碳和水合成糖类,这种营养方式(与一般绿色植物相同),称为光合营养(phototrophy). 制造的过多食物形成一些半透明的副淀粉粒(Paramylum granule)储存在细胞质中.