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种子名称： Virology I How Viruses Work
文件类型： 视频
文件数目： 71个文件
文件大小： 3.72 GB
收录时间： 2020-2-6 07:21
已经下载： 3次
资源热度： 149
最近下载： 2024-8-19 07:17

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Virology I How Viruses Work.torrent

Virology I How Viruses Work 8.5 W8 S5 Pre-mRNA splicing (2740).mp4144.56MB

Virology I How Viruses Work 1.1 W1 S1 Welcome to Virology (2134).mp425.09MB

Virology I How Viruses Work 1.2 W1 S2 What is a Virus (1439).mp418.17MB

Virology I How Viruses Work 1.3 W1 S3 Viruses Then and Now (1458).mp418.67MB

Virology I How Viruses Work 2.0 W2 Introduction.mp48MB

Virology I How Viruses Work 2.1 W2 S1 The Infectious Cycle (1707).mp490.68MB

Virology I How Viruses Work 2.2 W2 S2 Assay of viral infectivity (1833).mp427.88MB

Virology I How Viruses Work 2.3 W2 S3 Measurement of virions and their components (1420).mp473.92MB

Virology I How Viruses Work 2.4 W2 S4 Revolutionary methods (1423).mp416.41MB

Virology I How Viruses Work 2.5 W2 S5 The one-step growth cycle (1333).mp469.98MB

Virology I How Viruses Work 3.0 W3 Introduction.mp42.35MB

Virology I How Viruses Work 3.1 W3 S1 The Baltimore scheme (1722).mp419.81MB

Virology I How Viruses Work 3.2 W3 S2 DNA virus genomes (1439).mp417.01MB

Virology I How Viruses Work 3.3 W3 S3 RNA virus genomes (1310).mp461.79MB

Virology I How Viruses Work 3.4 W3 S4 Viral genetics (1532).mp482.51MB

Virology I How Viruses Work 4.0 W4 Introduction.mp47.87MB

Virology I How Viruses Work 4.1 W4 S1 Structure (1300).mp466.94MB

Virology I How Viruses Work 4.2 W4 S2 The tools of structural virology (836).mp446.83MB

Virology I How Viruses Work 4.3 W4 S3 Helical symmetry (1214).mp464.79MB

Virology I How Viruses Work 4.4 W4 S4 Icosahedral symmetry (1233).mp464.26MB

Virology I How Viruses Work 4.5 W4 S5 Enveloped virions (806).mp443.62MB

Virology I How Viruses Work 4.6 W4 S6 Complex virions (1326).mp469.9MB

Virology I How Viruses Work 5.0 W5 Introduction.mp45.9MB

Virology I How Viruses Work 5.1 W5 S1 Attachment to cells (1402).mp473.23MB

Virology I How Viruses Work 5.2 W5 S2 Entry into cells (1159).mp462.42MB

Virology I How Viruses Work 5.3 W5 S3 Acid-catalyzed fusion (1335).mp472.29MB

Virology I How Viruses Work 5.4 W5 S4 A new paradigm for entry (436).mp421.62MB

Virology I How Viruses Work 5.5 W5 S5 Entry of non-enveloped virions (1025).mp453.96MB

Virology I How Viruses Work 5.6 W5 S6 Entering the nucleus (327).mp415.9MB

Virology I How Viruses Work 6.0 W6 Introduction.mp48.24MB

Virology I How Viruses Work 6.1 W6 S1 Viral RNA synthesis (1204).mp460.62MB

Virology I How Viruses Work 6.2 W6 S2 RNA polymerization (1217).mp463.08MB

Virology I How Viruses Work 6.3 W6 S3 Plus strand RNA synthesis (1600).mp483.23MB

Virology I How Viruses Work 6.4 W6 S4 Negative strand RNA synthesis (1357).mp469.22MB

Virology I How Viruses Work 6.5 W6 S5 RNA synthesis from dsRNA genomes (433).mp423.88MB

Virology I How Viruses Work 6.6 W6 S6 RNA synthesis as a source of diversity (704).mp430.35MB

Virology I How Viruses Work 7.0 W7 Introduction.mp48.33MB

Virology I How Viruses Work 7.1 W7 S1 DNA basics (2357).mp4124.27MB

Virology I How Viruses Work 7.2 W7 S2 Lessons from SV40 (2118).mp4111.73MB

Virology I How Viruses Work 7.3 W7 S3 Priming via DNA or protein (1851).mp498.93MB

Virology I How Viruses Work 7.4 W7 S4 Viral origins (1448).mp477.93MB

Virology I How Viruses Work 7.5 W7 S5 Big DNA viruses (1727).mp491.63MB

Virology I How Viruses Work 7.6 W7 S6 Regulation of DNA synthesis (2432).mp4128.56MB

Virology I How Viruses Work 8.0 W8 Introduction.mp411.22MB

Virology I How Viruses Work 8.1 W8 S1 Transcription (843).mp445.76MB

Virology I How Viruses Work 8.2 W8 S2 Initiation of transcription (1627).mp485.84MB

Virology I How Viruses Work 8.3 W8 S3 Viral transcription regulation (2245).mp4118.67MB

Virology I How Viruses Work 8.4 W8 S4 Capping and polyadenylation (1002).mp48.82MB

Virology I How Viruses Work 1.0 W1 Introduction.mp410.55MB

Virology I How Viruses Work 9.0 W9 Introduction.mp48.61MB

Virology I How Viruses Work 9.1 W9 S1 Reverse transcriptase (1101).mp456.69MB

Virology I How Viruses Work 9.2 W9 S2 Retroviruses (1518).mp480.06MB

Virology I How Viruses Work 9.3 W9 S3 Reverse transcription (1439).mp467MB

Virology I How Viruses Work 9.4 W9 S4 Integration (1141).mp458.38MB

Virology I How Viruses Work 9.5 W9 S5 The provirus (946).mp451.86MB

Virology I How Viruses Work 9.6 W9 S6 Hepatitis B virus (948).mp451.87MB

Virology I How Viruses Work 10.0 W10 Introduction.mp47.15MB

Virology I How Viruses Work 10.1 W10 S1 End-dependent initiation of protein synthesis (1339).mp470.55MB

Virology I How Viruses Work 10.2 W10 S2 Other decoding mechanisms (1723).mp491.31MB

Virology I How Viruses Work 10.3 W10 S3 One mRNA one protein (734).mp439.65MB

Virology I How Viruses Work 10.4 W10 S4 Maximizing coding capacity of the viral genome (1654).mp489MB

Virology I How Viruses Work 10.5 W10 S5 Regulation of translation eIF2alpha (1141).mp461.46MB

Virology I How Viruses Work 10.6 W10 S6 How viruses regulate cell translation (641).mp436.1MB

Virology I How Viruses Work 10.7 W10 S7 MicroRNAs (645).mp435.83MB

Virology I How Viruses Work 11.0 W11 Introduction.mp414.08MB

Virology I How Viruses Work 11.1 W11 S1 Principles of virion assembly (1147).mp461.59MB

Virology I How Viruses Work 11.2 W11 S2 Getting to the right place (643).mp435.21MB

Virology I How Viruses Work 11.3 W11 S3 Making sub-assemblies (1501).mp477.94MB

Virology I How Viruses Work 11.4 W11 S4 Concerted assembly budding (1147).mp460.92MB

Virology I How Viruses Work 11.5 W11 S5 Genome packaging (1542).mp481.74MB

Virology I How Viruses Work 11.6 W11 S6 Acquisition of an envelope and egress (1321).mp467.49MB