Anp32a

ANP32A and B mutant proteins show variable capacity to rescue IAV

Differential splicing of ANP32A in birds alters its ability to

Avian ANP32A incorporated in avian influenza A virions promotes

The Avian Influenza Virus Polymerase Brings ANP32A Home to Roost Cell

Avian ANP32A incorporated in avian influenza A virions promotes

ANP32Apolymerase interaction model and predicted structure of ANP32A

Profiling host ANP32A splicing landscapes to predict influenza A virus

Avian ANP32A incorporated in avian influenza A virions promotes

Selective interaction of ANP32A with PB2 in A549 cells infected with

Avian ANP32A incorporated in avian influenza A virions promotes

Mammalian ANP32A and ANP32B Proteins Drive Differential Polymerase

Avian ANP32A incorporated in avian influenza A virions promotes

Swine ANP32A Supports Avian Influenza Virus Polymerase Journal of

Profiling host ANP32A splicing landscapes to predict influenza A virus

Host ANP32A mediates the assembly of the influenza virus replicase

ANP32A proteins from different species interact with different

Species difference in ANP32A underlies influenza A virus polymerase

Host ANP32A mediates the assembly of the influenza virus replicase

Fundamental Contribution and Host Range Determination of ANP32A and

Mammalian ANP32A and ANP32B Proteins Drive Differential Polymerase

Full article Insights into speciesspecific regulation of ANP32A on

ANP32A proteins from different species interact with different

Full article Insights into speciesspecific regulation of ANP32A on

ANP32A proteins from different species interact with different

Insights into speciesspecific regulation of ANP32A on the mammalian

Support of influenza A viral replication by ANP32A or ANP32B from

Insights into speciesspecific regulation of ANP32A on the mammalian

The Host Factor ANP32A Is Required for Influenza A Virus vRNA and cRNA

Mammalian ANP32A and ANP32B Proteins Drive Differential Polymerase

Fundamental Contribution and Host Range Determination of ANP32A and

ANP32A General Information Sino Biological

Schematic illustration of chicken A and human ANP32A B The

PDF The interaction of cellular protein ANP32A with influenza A virus

Species difference in ANP32A underlies influenza A virus polymerase

Insights into speciesspecific regulation of ANP32A on the mammalian

Mammalian ANP32A and ANP32B Proteins Drive Differential Polymerase

Swine ANP32A Supports Avian Influenza Virus Polymerase Journal of

Swine ANP32A Supports Avian Influenza Virus Polymerase PMC

ANP32A proteins from different species interact with different

Full article Insights into speciesspecific regulation of ANP32A on

Mammalian ANP32A and ANP32B Proteins Drive Differential Polymerase

Full article Insights into speciesspecific regulation of ANP32A on

Avian ANP32A incorporated in avian influenza A virions promotes

Insights into speciesspecific regulation of ANP32A on the mammalian

Swine ANP32A Supports Avian Influenza Virus Polymerase Journal of

PDF The host factor ANP32A is required for influenza A virus vRNA and

Fundamental Contribution and Host Range Determination of ANP32A and

ANP32A proteins from different species interact with different

ANP32Apolymerase interaction model and predicted structure of ANP32A

Profiling host ANP32A splicing landscapes to predict influenza A virus

Differential Splicing of ANP32A in Birds Alters Its Ability to

Mammalian ANP32A and ANP32B Proteins Drive Differential Polymerase

Schematic illustration of chicken A and human ANP32A B The

ANP32A is required for proliferation and survival of primary AML cells

Structure du gène ANP32A et mutations introduites par CRISPR/Cas9 ...

Structure du gne ANP32A et mutations introduites par CRISPRCas9

PDF Functional redundancy in chicken ANP32A mediates speciesspecific

Swine ANP32A Supports Avian Influenza Virus Polymerase PMC

A Targeting of the Anp32a gene The diagram shows the murine genomic

The Host Factor ANP32A Is Required for Influenza A Virus vRNA and cRNA

ANP32A General Information Sino Biological

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

A structural understanding of influenza virus genome replication

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

Functional Insights into ANP32ADependent Influenza A Virus Polymerase

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

Human ANP32AB are SUMOylated and utilized by avian influenza virus NS2

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

Enhancement of influenza virus biosynthesis by ANP32A A Enhancement

Gaining structural insight into the influenza virus

Reported chromatin modification activities of the ANP32 family Each

Creating resistance to avian influenza infection through genome editing

Selective usage of ANP32 proteins by influenza B virus polymerase

Cracking the ANP32 whips Important functions unequal requirement and

Molecular basis of hostadaptation interactions between influenza virus

RCSB PDB 8RNC Influenza B polymerase replication complex an

Molecular basis of hostadaptation interactions between influenza virus

RCSB PDB 8RNC Influenza B polymerase replication complex an

Molecular basis of hostadaptation interactions between influenza virus

Cracking the ANP32 whips Important functions unequal requirement and

Human ANP32AB are SUMOylated and utilized by avian influenza virus NS2

KPNA6 is a Cofactor of ANP32AB in Supporting Influenza Virus

Human ANP32AB are SUMOylated and utilized by avian influenza virus NS2

Creating resistance to avian influenza infection through genome editing

Scientific research Molecular basis of hostadaptation interactions

Selective usage of ANP32 proteins by influenza B virus polymerase

Chicken ANP32Aindependent replication of highly pathogenic avian

Species specific differences in use of ANP32 proteins by influenza A

An Influenza A virus can evolve to use human ANP32E through altering

KPNA6 is a Cofactor of ANP32AB in Supporting Influenza Virus

Selective usage of ANP32 proteins by influenza B virus polymerase

Creating resistance to avian influenza infection through genome editing

Selective usage of ANP32 proteins by influenza B virus polymerase

PDF KPNA6 is a Cofactor of ANP32AB in Supporting Influenza Virus

Creating resistance to avian influenza infection through genome editing

Selective usage of ANP32 proteins by influenza B virus polymerase

A Chemical Proteomics Approach to Reveal Direct ProteinProtein

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

KPNA6 is a Cofactor of ANP32AB in Supporting Influenza Virus

Influenza polymerase forms a highly dynamic assembly with the

KPNA6 is a Cofactor of ANP32AB in Supporting Influenza Virus

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

PDF Human ANP32AB are SUMOylated and utilized by avian influenza

The roles of ANP32 family proteins in different viral life cycles

Selective usage of ANP32 proteins by influenza B virus polymerase

Volume 14 Issue 15

Meiyue WANG | Ludwig-Maximilians-University of Munich, München | LMU ...

Meiyue WANG LudwigMaximiliansUniversity of Munich Mnchen LMU

ANP32 proteins from ticks and vertebrates are key host factors for

Creating resistance to avian influenza infection through genome editing

The Cterminal LCAR of host ANP32 proteins interacts with the influenza

Oncology Reports

Multivalent Dynamic Colocalization of Avian Influenza Polymerase and

ANP32 proteins from ticks and vertebrates are key host factors for

Hypoxia and Wnt signaling inversely regulate expression of

Species specific differences in use of ANP32 proteins by influenza A

ANP32 proteins from ticks and vertebrates are key host factors for

ANP32A

Anp32a Gene

Chicken Anp32a Protein

Anp32a Influenza

Avian Influenza Anp32a Gene

Anp32a Influenza Virus

Anp32a Gene MGI

Anp32a Insitu Zebrafish

Anp32a Family Protein Structure

Anp32a Family Structure

Anp32 Protein

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