You are designing a Windows Azure application. A: Create one affinity group. Associate only the storage services with the affinity group. B: Create one affinity group. Associate only the compute services with the affinity group. C: Create one affinity group. Associate the compute services and storage services with the affinity group. D: Create two affinity groups. Associate the compute services with one group and the storageservices with the other group.
You are designing a Windows Azure application. A: Create one affinity group. Associate only the storage services with the affinity group. B: Create one affinity group. Associate only the compute services with the affinity group. C: Create one affinity group. Associate the compute services and storage services with the affinity group. D: Create two affinity groups. Associate the compute services with one group and the storageservices with the other group.
There are two prerequisites for Eco-translatology, namely epistemic sequence of the “relevance chain”and “Relevance, Affinity and Isomorphism between Translational and Natural Ecosystems”.
There are two prerequisites for Eco-translatology, namely epistemic sequence of the “relevance chain”and “Relevance, Affinity and Isomorphism between Translational and Natural Ecosystems”.
___________ bears much affinity Chinese Tale of the White Serpent. A: Hyperion B: Lamia C: The Eve of St. Agnes D: Endymion
___________ bears much affinity Chinese Tale of the White Serpent. A: Hyperion B: Lamia C: The Eve of St. Agnes D: Endymion
You administer a SQL Server 2008 instance. The instance is located on a four-processor, quad-core server. The server frequently experiences CPU pressure. The instance contains a very large mission-critical database that is used continuously. You need to ensure that online index rebuilds do not consume all available CPU cycles. Which configuration option should you use?() A: affinity mask B: affinity I/O mask C: max degree of parallelism D: optimize for ad hoc workload
You administer a SQL Server 2008 instance. The instance is located on a four-processor, quad-core server. The server frequently experiences CPU pressure. The instance contains a very large mission-critical database that is used continuously. You need to ensure that online index rebuilds do not consume all available CPU cycles. Which configuration option should you use?() A: affinity mask B: affinity I/O mask C: max degree of parallelism D: optimize for ad hoc workload
You administer a SQL Server 2008 instance. The instance is located on a four-processor, quad-core server. The server frequently experiences CPU pressure. The instance contains a very large mission-critical database that is used continuously. You need to ensure that online index rebuilds do not consume all available CPU cycles. Which configuration option should you use?() A: affinity mask B: affinity I/O mask C: max degree of parallelism D: optimize for ad hoc workloads
You administer a SQL Server 2008 instance. The instance is located on a four-processor, quad-core server. The server frequently experiences CPU pressure. The instance contains a very large mission-critical database that is used continuously. You need to ensure that online index rebuilds do not consume all available CPU cycles. Which configuration option should you use?() A: affinity mask B: affinity I/O mask C: max degree of parallelism D: optimize for ad hoc workloads
一个完整抗体分子的抗原结合部位与若干相应抗原表位之间的结合强度,称为( )。 A: 亲合力 B: 库伦引力 C: 亲和性 D: affinity
一个完整抗体分子的抗原结合部位与若干相应抗原表位之间的结合强度,称为( )。 A: 亲合力 B: 库伦引力 C: 亲和性 D: affinity
Which of the following statements about the σ subunit of RNA polymerase is wrong? () A: It enables the enzyme to transcribe asymmetrically. B: It confers on the core enzyme the ability to initiate transcription at promoters. C: It decreases the affinity of RNA polymerase for regions of DNA that lack promoter sequences. D: It facilitates the termination of transcription by recognizing hairpins in the transcript.
Which of the following statements about the σ subunit of RNA polymerase is wrong? () A: It enables the enzyme to transcribe asymmetrically. B: It confers on the core enzyme the ability to initiate transcription at promoters. C: It decreases the affinity of RNA polymerase for regions of DNA that lack promoter sequences. D: It facilitates the termination of transcription by recognizing hairpins in the transcript.
The discovery of Indo-European began with the work of ______, who delivered an important paper in 1786, in which he suggested that Sanskrit bore a stronger affinity to Greek and Latin. A: the British scholar Sir William Jones B: the German linguist Franz Bopp C: the Danish scholar Rasmus Rask D: the German scholar Jacob Grimm
The discovery of Indo-European began with the work of ______, who delivered an important paper in 1786, in which he suggested that Sanskrit bore a stronger affinity to Greek and Latin. A: the British scholar Sir William Jones B: the German linguist Franz Bopp C: the Danish scholar Rasmus Rask D: the German scholar Jacob Grimm
所谓亲和萃取或亲和分配(affinity partitioning),即把一种亲和配基(Ligand)与一种成相聚合物PEG或Dx以共价相结合,这种配基与欲提取的蛋白质有很强的亲和力。这样不但使体系具有双水相处理量大的特点,而且具有亲和层析专一性高的优点
所谓亲和萃取或亲和分配(affinity partitioning),即把一种亲和配基(Ligand)与一种成相聚合物PEG或Dx以共价相结合,这种配基与欲提取的蛋白质有很强的亲和力。这样不但使体系具有双水相处理量大的特点,而且具有亲和层析专一性高的优点
分别收集EGF刺激0分钟、5分钟、10分钟和30分钟的184Al乳腺癌细胞,提取蛋白质,分别进行酶解,然后采用iTRAQ试剂中的114Da、ll5Da、116Da和117Da不同核素标记。将它们等量混合,采用抗泛酪氨酸磷酸化抗体进行免疫沉淀,再经过固相金属亲和层析(lmmobilized metal affinity chromatography,IMAC)进一步纯化,最后用LC-MS/MS鉴定与定量分析获得不同iTRAQ标记的、混合的酪氨酸磷酸化肽段,并确定酪氨酸磷酸化位点。通过上述研究、可以发现 A: iTRAQ只能相对定量,就像上述研究中通过不同实验组的比较才能获得酪氨酸磷酸化的比例 B: 因为基于抗体免疫沉淀,所以不可能发现新的参与该过程的酪氨酸磷酸化蛋白质 C: 对磷酸化肽段肯定能鉴定分析出来,但对去磷酸化就无能为力了 D: 依据不同蛋白质磷酸化出现的先后顺序,可以建立它们之间的上下游关系,从而动态地了解EGFR信号通路的转导过程 E: 生物信息学分析在整个研究过程中用不上
分别收集EGF刺激0分钟、5分钟、10分钟和30分钟的184Al乳腺癌细胞,提取蛋白质,分别进行酶解,然后采用iTRAQ试剂中的114Da、ll5Da、116Da和117Da不同核素标记。将它们等量混合,采用抗泛酪氨酸磷酸化抗体进行免疫沉淀,再经过固相金属亲和层析(lmmobilized metal affinity chromatography,IMAC)进一步纯化,最后用LC-MS/MS鉴定与定量分析获得不同iTRAQ标记的、混合的酪氨酸磷酸化肽段,并确定酪氨酸磷酸化位点。通过上述研究、可以发现 A: iTRAQ只能相对定量,就像上述研究中通过不同实验组的比较才能获得酪氨酸磷酸化的比例 B: 因为基于抗体免疫沉淀,所以不可能发现新的参与该过程的酪氨酸磷酸化蛋白质 C: 对磷酸化肽段肯定能鉴定分析出来,但对去磷酸化就无能为力了 D: 依据不同蛋白质磷酸化出现的先后顺序,可以建立它们之间的上下游关系,从而动态地了解EGFR信号通路的转导过程 E: 生物信息学分析在整个研究过程中用不上