近百年来全球气候变暖的倾向和甲型流感病毒神经氨酸酶进化的倾向
근백년래전구기후변난적경향화갑형류감병독신경안산매진화적경향
Trends in Global Warming and Evolution of Neura-minidases from Influenza A Virus since 1918
  • 万方数据
    广西科学 엄서과학
    GUANGXI SCIENCES
    2010年 1期 80-84 ,共5页

    严少敏%左文朴%朱绮霞%黄艳燕%潘丽霞%吴光

    엄소민%좌문박%주기하%황염연%반려하%오광

    全球变暖%氨基酸对可预测性%进化%神经氨酸酶%甲型流感病毒%变异 全毬變暖%氨基痠對可預測性%進化%神經氨痠酶%甲型流感病毒%變異
    전구변난%안기산대가예측성%진화%신경안산매%갑형류감병독%변이
    global warming%amino-acid pair predictability%evolution%neuraminidase%influenza A virus%mutation
    用氨基酸对的可预测性量化3874个甲型流感病毒神经氨酸酶,分析其进化趋势,并与近百年来全球气温变化趋势进行比较.结果显示,神经氨酸酶的进化和全球气温的变化有明显的相似趋势,而且这种趋势在一些神经氨酸酶的亚型和不同种属中依然存在.该分析结果是了解全球变暖影响甲型流感病毒进化的第一步.
    용안기산대적가예측성양화3874개갑형류감병독신경안산매,분석기진화추세,병여근백년래전구기온변화추세진행비교.결과현시,신경안산매적진화화전구기온적변화유명현적상사추세,이차저충추세재일사신경안산매적아형화불동충속중의연존재.해분석결과시료해전구변난영향갑형류감병독진화적제일보.
    Using the amino-acid pair predictability to quantify 3874 neuraminidases of influenza A viruses, we analyzed their evolutionary trend and compared with the change in global temperature since 1918. The results showed the clearly similar trends in both the neuraminidase evolution and the global temperature change, and also these trends held on in several neuraminidase subtypes and different species. Our analysis was the first step for understanding the impact of global warming on the evolution of influenza A virus.
    원문보기 원문다운로드 사이트로이동
저자의 최근 논문