Paradise Lost is a great epic written by John Milton. Deeply influenced by Christian Humanism, Milton fully shows his free will defense in Paradise Lost. Based on the text of Paradise Lost, this paper mainly analyzes ...Paradise Lost is a great epic written by John Milton. Deeply influenced by Christian Humanism, Milton fully shows his free will defense in Paradise Lost. Based on the text of Paradise Lost, this paper mainly analyzes the causes of Milton's free will defense, his pursuit for free will shown in the two falls in the work: Satan's fall and Adam and Eve's fall. This paper also discusses the practical meaning of free will defense in Paradise Lost: it reveals his grief and anger of the failure of England revolution and shows the idea that people don't have the freedom to interfere or destroy other people's free will.展开更多
黑曲霉3.316是一株耐热型丝状真菌,最高生长温度达47℃,在工业发酵中有着巨大的应用潜力。为了更加充分地在工业发酵中利用其耐热特性,需要对菌株信息进行全面了解。通过Pac Bio Sequel测序平台的CLR测序方式对黑曲霉3.316菌株进行全基...黑曲霉3.316是一株耐热型丝状真菌,最高生长温度达47℃,在工业发酵中有着巨大的应用潜力。为了更加充分地在工业发酵中利用其耐热特性,需要对菌株信息进行全面了解。通过Pac Bio Sequel测序平台的CLR测序方式对黑曲霉3.316菌株进行全基因组测序。结果表明,基因组最后得到15个contigs,总长度为34956132bp,GC含量为49.21%,预测到10032个编码基因,在GO、KOG、KEGG数据库分别有6901、2118和9494个基因得到注释。通过分析比较得到黑曲霉耐热性与抗氧化相关基因超氧化物歧化酶(SOD)、过氧化氢酶(CAT)有密切关系,这为后续研究黑曲霉3.316耐热特性提供可靠信息,同时为应对工业发酵中的高能耗、高生产成本以及高温环境的现状提供优良菌株。展开更多
文摘Paradise Lost is a great epic written by John Milton. Deeply influenced by Christian Humanism, Milton fully shows his free will defense in Paradise Lost. Based on the text of Paradise Lost, this paper mainly analyzes the causes of Milton's free will defense, his pursuit for free will shown in the two falls in the work: Satan's fall and Adam and Eve's fall. This paper also discusses the practical meaning of free will defense in Paradise Lost: it reveals his grief and anger of the failure of England revolution and shows the idea that people don't have the freedom to interfere or destroy other people's free will.
文摘黑曲霉3.316是一株耐热型丝状真菌,最高生长温度达47℃,在工业发酵中有着巨大的应用潜力。为了更加充分地在工业发酵中利用其耐热特性,需要对菌株信息进行全面了解。通过Pac Bio Sequel测序平台的CLR测序方式对黑曲霉3.316菌株进行全基因组测序。结果表明,基因组最后得到15个contigs,总长度为34956132bp,GC含量为49.21%,预测到10032个编码基因,在GO、KOG、KEGG数据库分别有6901、2118和9494个基因得到注释。通过分析比较得到黑曲霉耐热性与抗氧化相关基因超氧化物歧化酶(SOD)、过氧化氢酶(CAT)有密切关系,这为后续研究黑曲霉3.316耐热特性提供可靠信息,同时为应对工业发酵中的高能耗、高生产成本以及高温环境的现状提供优良菌株。