Study on Chemical Modification of Silk Fiber and Their Properties

1、

Effects of Treatment with Chitosan on Structure and Properties of Silk Fiber

壳聚糖处理对真丝纤维结构与性能的影响

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2、

With the development of silk fiber and other blend fibers, many new dyeing and printing techniques have been introduced to improve the dyeing and printing properties of these fibers.

丝纤维与其它纤维混纺呈多样化发展，对织物印染性能的完美化和高档化提出了更高的要求，出现了很多印染新技术。

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3、

The heating action of longer wavelengths light results in silk fiber dryness, thin down and character decline.

长波长光主要是加热的作用使丝纤维干燥、变细，丝质发生变化；而短波长光的作用，主要是对丝纤维表面造成损害，而加热效应较小。

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4、

When the posterior silk gland was cultured in vitro, the absorptive activity of 3H-thymidine, 3H-uracil and 3H-glycocoll was all affected by hormones in culture media.

离体后部丝腺对~3H-胸腺嘧啶核苷、~3H-尿嘧啶和~3H-甘氨酸的吸收活性均受培养液中激素的影响。

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5、

At present, however, the research about the development of larval silk gland in postembryonic periods is very little, and larval silk gland development process in postembryonic is also unclear.

但到目前为止，对于家蚕幼虫丝腺在胚后发育的研究很少，因此幼虫丝腺在胚后发育过程也不清楚。

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6、

Research projects about embryogenesis, sex determination and the formation of some tissues ( such as silk gland, gonads and fat body) in silkworm are becoming as hot areas.

家蚕胚胎发育、性别决定以及部分组织器官（如丝腺、生殖腺和脂肪体）的分化发育是家蚕生物学研究的重要领域。

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7、

Expression analysis indicated that some of these carboxylesterase genes were dominantly expressed in midgut or silk gland, while some others were detected at high levels in moth antenna.

表达分析表明这些羧酸酯酶基因具有多样的组织表达特性，其中一些基因在幼虫的中肠或丝腺中高表达，一些在蛾触角中高表达。

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8、

Sage gene of fruit fly regulates salivary gland-specific expression. Salivary is recognized as the most possible homologous tissue, which is similar characteristic of silk gland.

果蝇的sage基因对唾液腺特异表达基因具有调控作用，唾液腺被认为是丝腺最有可能的同源器官，与丝腺存在某些相似的特征。

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9、

From these results, it was concluded that molting hormone 20_hydroxyecdysone could turn on programmed cell death of the silk gland during larval_pupal metamorphosis.

上述结果表明，20-羟基蜕皮酮能够诱导家蚕丝腺组织在蛹变态期发生程序性细胞死亡。

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10、

Cloning of cDNA for Poly ( A)~+ RNA from the Posterior Silk Gland of Silkworm Attacus ricini in E.coli

蓖麻蚕后部丝腺体Poly（A）~+RNA的cDNA在大肠杆菌中的克隆

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11、

Studies on the metabolism of amino acids in the silkworm iv. α-keto acids in the body fluid and silk gland of the silkworm larva

蚕氨基酸代谢之研究Ⅳ.幼虫体液及丝腺体中的α-酮酸

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12、

Meantime, the aggregation of SF gradually occurred and the larger aggregates with more uniform size were eventually formed in the anterior part of middle silk gland.

同时，SF发生了聚集，在中部丝腺前区形成了尺寸较大且较为均匀的聚集体。

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13、

Effects of juvenile hormone and ecdysone on absorption of the marked precursors of nuclear acid and protein in the silkworm posterior silk gland in vitro

保幼激素和蜕皮激素对家蚕离体后部丝腺吸收核酸和蛋白质标记前体的影响

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14、

Effect of ecdysone on glutamic ACID-PYRUVIC acid transaminase in the posterior portion of silk gland in Bombyx mori

蜕皮激素对家蚕后部丝腺谷氨酸-丙酮酸转氨酶活力的影响

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15、

The silk gland of silkworm, as a bioreactor with the basic characteristics, was an important organ for silk protein synthesizing and secreting.

家蚕丝腺是合成、分泌蚕丝蛋白的重要器官，具有作为生物反应器的基本特点。

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16、

The result of western blot displayed that the molecular weight of hGM-CSF expressed by transgenic silkworm silk gland was 22 kD.

western blot结果显示，转基因家蚕丝腺表达的hGM-CSF的分子量为22kD。

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17、

Silk gland of silkworm is a highly specialized organ that has the tremendous ability to synthesize and secrete silk protein.

家蚕丝腺是一个高度分化的组织，具有非常强的蛋白合成及分泌能力，因此在生产基因药物方面丝腺反应器有着很好的应用前景。

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18、

Tissue-specific and High-level Expression of Silk Gland Serine Protease Inhibitors in the Silkworm, Bombyx Mori

家蚕丝腺特异高量表达丝氨酸蛋白酶抑制剂的研究

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19、

Observation of the Midgut and Silk Gland in Silkworm During Pupal-Adult Metamorphosis

家蚕中肠与丝腺变态发育的组织切片观察

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20、

Preparation and improved technique for sampling of electron microscope of free mitochondria in hind silk gland of silkworm, Bombyx mori

家蚕后部丝腺离体线粒体的制备及其电镜制样技术的改良

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