| 1. | Biotechnology of producing ttextile materials using spider silk
蛛丝制作纺织材料的生物技术 |
| 2. | Spider silk is mainly made up of proteins
蜘蛛丝主要由蛋白质构成。 |
| 3. | Molecular structure of regenerated spider silk protein
不同工艺条件下再生蜘蛛丝蛋白的分子结构 |
| 4. | Structure and biological function of three types of spider silk
三种类型蜘蛛丝的结构及生物学功能 |
| 5. | Spidroin ( spider silk protein ) is a kind of very special fibrin
蛛丝蛋白是一种很特殊的纤维蛋白。 |
| 6. | Construction of araneus ventricosus major ampullate gland cdna library and screening spider silk gene
文库构建和丝蛋白基因筛选 |
| 7. | Fritz vollrath is a zoologist and expert on spider silk at the university of oxford in england , who was not involved in the research
弗里兹是英国牛津大学的动物学家也是蛛丝方面的专家.他并没有参与到这项研究中 |
| 8. | Construction of araneus ventricousus ampullate gland cdna library and the finds of two new spider silk genes are the bases of supplying the background of araneus ventricousus silk genes and further researching in the spider silk proteins
大腹园蛛主壶腹腺cdna文库的构建和两个蛛丝蛋白新基因的克隆，为提供大腹园蛛蛛丝蛋白基因背景和进一步研究蛛丝蛋白奠定了基础。 |
| 9. | The new study points out that the 20 - year - old model for spider " ballooning " which assumed that spider silk is rigid and straight and spiders just hang at the bottom was flawed when applied in moving , turbulent air
新发现指出20年前提出的“气球模式”有漏洞，特别是把它运用到蜘蛛遇到流动的，不稳定的气流的情况下。 “气球模式”假设蜘蛛丝是又硬又直的，而蜘蛛则吊在丝网的末端。 |
| 10. | Although this stuff is used in bullet - proof vests , it does n ' t make for very good spider silk because it does little to dampen the effects of twisting . next , researchers tested soft metallic copper thread . copper dampened the twisting the best as the rod barely oscillated
实验结果显示，被用作防弹衣材料的凯夫拉尔纤维并不能有效地克服拧动软铜线虽然拧动小，但在转过几周之后变得容易折断而蜘蛛丝虽然不如软铜线的抗拧能力强，但其弹性最佳。 |
