丝心蛋白

蓖麻蚕氨基酰-tRNA合成酶与丝心蛋白合成的关系

The relationship between aminoacyl tRNA synthetases and fibroin biosynthesis in the silkworm Philosamia cynthia ricini

不仅如此，，由于丝心蛋白对人体不会产生伤害（蚕丝常被用于伤口的缝合），因此不用担心会产生不良的副作用。

The new technique also worked with penicillin . Moreover , fibroin is harmless to people-silk is , after all , often used in sutures-so there is little risk of adverse side-effects .

壳聚糖－丝心蛋白合金膜的研究（Ⅱ）&半互穿聚合物网络型膜对pH和离子的敏感性

Studies on Chitosan-Fibroin Blend Membranes (ⅱ)── The pH and Ion Sensitivities of Semi-IPN Membranes

对其后代进行了基因鉴定，Southern杂交的结果表明，gfp基因和人工合成丝心蛋白样基因都存在于家蚕基因组DNA中且发生了预期的同源重组事件。

The integration of gfp gene into genomic DNA of silkworm and the occurrence of expected homologous recombination event had been proved by Southern hybridization .

柞蚕（Anthereapernyi）丝心蛋白mRNA的分离纯化及其在小鼠Ehrlich腹水癌无细胞体系中的活性测定

The isolation and purification of the messenger RNA for silk fibroin from antherea pernyi and activation of this mRNA in cell-free system from Ehrlich ascites

桑蚕丝丝心蛋白结晶域SFX序列替代人α-synuclein蛋白GAV基序的初步研究

Primary Studies on the Substitution of SFX Sequences in B.Mori Silk Fibroin Gene for GAV Motif of Human α - synuclein Gene

氟尿嘧啶磁性丝心蛋白-壳聚糖微球体外对癌细胞的毒性作用

Cytotoxicity for Fluorouracil Magnetic Fibroin-Chitosan Microspheres on Cancer Cells in vitro

用丝心蛋白轻链基因构建转基因家蚕基因打靶载体

Construction of Transgenic Silkworm Gene Targeting Vectors Based on Fibroin Light Chain

壳聚糖丝心蛋白包药微球的结构和释放性能研究

Studies on the structure and controlled release of chitosan / fibroin microsphere inclusion drug

从坚韧的蚕丝萃取出珍贵的丝心蛋白，高度滋润肌肤，帮助肌肤恢复水分平衡。

Contain fibroin extracted from silk , powerfully moisturize skin and assist to balance water in skin .

再生丝心蛋白和羧甲基纤维素复合膜的特性及其在有机相葡萄糖生物传感器中的应用

Characterization of Composite Membrane of Regenerated Silk Fibroin and Carboxymethylcellulose and its Application to Glucose Biosensors in Organic Media

矿化蚕丝基骨材料的合成和实验研究壳聚糖-丝心蛋白合金膜中的壳聚糖/铜（Ⅱ）络合物对尿素的吸附性能探索

Investigation of adsorption properties of chitosan / cu (ⅱ) complex in chitosan silk fibroin blend membranes as adsorbents for urea

他们将丝心蛋白用盐处理后，与需要保存的药物进行混合，之后将混合物平铺成薄膜，最后将其冻干。

They treat the fibroin with salt , then mix it with the substance to be preserved and spread the result out as films , before freeze-drying it .

制作完成的薄膜以丝心蛋白为基质，上面布满了直径只有几百纳米（十亿分之一米）的小袋，而药物就储存在这些小袋里。

The resulting films consist of a fibroin matrix filled with tiny pockets a few hundred nanometres ( billionths of a metre ) across . These pockets contain the medicine .

他们们将蚕茧放入煮沸的碳酸钠溶液中加热，从而分离出他们想要的物质&一种称作丝心蛋白的蛋白质，而剩下的丝胶则被去除。

They boil the cocoons in a solution of sodium carbonate to separate a protein called fibroin , which is the one they want , from another , called sericin , which they do not .