Faculty

Institution

Unit

Venue

Anding Shen

Calvin University

Affiliations

Calvin University

Department of Biology

NoneAnding Shen is currently serving as a Calvin University faculty at Calvin University.

Honors

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Experiences

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Education

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Anding Shen

Calvin University

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immunology virology hiv infectious diseases immune responses adaptive immune system health sciences medical virology virus research medicine vaccination vaccines clinical microbiology mammalian biology general virology virus-host interactions viral pathogenesis cellular immune responses medicinal research avian biology host response andrology viral persistence clinical immunology molecular virology viral replication viral evolution clinical research parasitology nephrology clinical investigation venereology medical mycology cerebrospinal fluid vaccine development viral genetics virus transmission biomedical research primatology t-regulatory cell vaccine research human retrovirus reverse latency cellular activation high viral load brain correlates latent viral reservoir therapeutic vaccination siv-infected macaques simian immunodeficiency virus rhesus macaque model latent virus endothelial cell stimulation siv-infected pigtailed macaques lymphoid tissues soluble factors endothelial cells

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intestinal Endothelial Cells Increase Hiv Infection and Latency in Resting and Activated Cd4 + T Cells, Particularly Affecting Ccr6 + Cd4 + T Cells. Retrovirology (2023)

Lymphatic Endothelial Cells Promote Productive and Latent Hiv Infection in Resting Cd4+ T Cells. Virology Journal (2018)

Soluble Factors Secreted by Endothelial Cells Allow for Productive and Latent Hiv-1 Infection in Resting Cd4 + T Cells. AIDS Research and Human Retroviruses (2016)

John Henry MorrisTran NguyenAbuoma NwadikeMackenzie L. GeelsDerrick L. KampBo Ram KimJean D. BoyerAnding Shen

immunologyhivhuman retrovirusendothelial cellssoluble factorsinfectious diseases

Endothelial Cell Stimulation Overcomes Restriction and Promotes Productive and Latent Hiv-1 Infection of Resting Cd4 + T Cells. Journal of Virology (2013)

Anding ShenJacob J. BakerGeoffrey L. ScottYelena P. DavisYen-Yi HoRobert F. Siliciano

immunologyhivmedicinevaccinesvirus researchvirus-host interactionsmedical virologycellular immune responsesgeneral virologyviral pathogenesisadaptive immune systemendothelial cell stimulationvirologyimmune responsesvaccinationinfectious diseasesvirus transmission

Viral Reservoir is Suppressed but Not Eliminated by Cd8 Vaccine Specific Lymphocytes. Vaccine (2010)

Small-Molecule Screening Using a Human Primary Cell Model of Hiv Latency Identifies Compounds That Reverse Latency Without Cellular Activation. Journal of Clinical Investigation (2009)

Hung-Chih YangSifei XingLiang ShanKaren O’ConnellJason DinosoAnding ShenYan ZhouCynthia K. ShrumYefei HanJun O. LiuHao ZhangJoseph B. MargolickRobert F. Siliciano

immunologyepidemiologyreverse latencyclinical researchcellular activationmedicinal researchclinical investigationhealth sciences

Sustained Suppression of Shiv89.6P Replication in Macaques by Vaccine-Induced Cd8+ Memory T Cells. AIDS (2008)

Jiangmei YinAnlan DaiMichele A KutzlerAnding ShenJonathan LeCureuxMark G LewisThomas WaldmannDavid B WeinerJean D Boyer

immunologyhivmedicinereplicationcellular immune responsesadaptive immune systemvirologyimmune responsesvaccinationt-regulatory cellviral replicationvaccine researchhealth sciences

Therapeutic Vaccination With Simian Immunodeficiency Virus (Siv)-Dna+Il-12 or Il-15 Induces Distinct Cd8 Memory Subsets in Siv-Infected Macaques. The Journal of Immunology (2008)

Rabih HalwaniJean D. BoyerBader Yassine-DiabElias K. HaddadTara M. RobinsonSanjeev KumarRose ParkinsonLing WuManinder K. SidhuRebecca Phillipson-WeinerGeorge N. PavlakisBarbara K. FelberMark G. LewisAnding ShenRobert F. SilicianoDavid B. WeinerRafick-Pierre Sekaly

epidemiologyclinical microbiologyviral pathogenesistherapeutic vaccinationvaccinationhost responsevaccineshivadaptive immune systemhealth sciencessiv-infected macaquesmicrobial pathogenesisavian biologymedical virologyvaccine developmentmammalian biologyimmunologyclinical immunologysimian immunodeficiency virusvirologymedicinal research

Novel Pathway for Induction of Latent Virus From Resting Cd4 + T Cells in the Simian Immunodeficiency Virus/Macaque Model of Human Immunodeficiency Virus Type 1 Latency. Journal of Virology (2006)

Anding ShenHung-Chih YangYan ZhouAmanda J. ChaseJean D. BoyerHao ZhangJoseph B. MargolickM. Christine ZinkJanice E. ClementsRobert F. Siliciano

immunologyhivvaccinesgene expressionvirus researchviral persistencemedical virologygeneral virologyviral pathogenesismolecular virologyviral geneticslatent virusvirologyviral evolutioninfectious diseasescell biology

Dna Prime Listeria Boost Induces a Cellular Immune Response to Siv Antigens in the Rhesus Macaque Model That is Capable of Limited Suppression of Siv239 Viral Replication. Virology (2005)

Jean D. BoyerTara M. RobinsonPaulo C. MaciagXiaohui PengRoss S. JohnsonGeorge PavlakisMark G. LewisAnding ShenRobert SilicianoCharles R. BrownDavid B. WeinerYvonne Paterson

immunologyvirus researchcellular immune responsesgeneticsmolecular virologyvirologyviral evolutionrhesus macaque modelinfectious diseasesviral replication

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Anding Shen

Calvin University

Affiliations

Calvin University

Department of Biology

NoneAnding Shen is currently serving as a Calvin University faculty at Calvin University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Anding Shen

Calvin University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intestinal Endothelial Cells Increase Hiv Infection and Latency in Resting and Activated Cd4 + T Cells, Particularly Affecting Ccr6 + Cd4 + T Cells. Retrovirology (2023)

Lymphatic Endothelial Cells Promote Productive and Latent Hiv Infection in Resting Cd4+ T Cells. Virology Journal (2018)

Soluble Factors Secreted by Endothelial Cells Allow for Productive and Latent Hiv-1 Infection in Resting Cd4 + T Cells. AIDS Research and Human Retroviruses (2016)

John Henry MorrisTran NguyenAbuoma NwadikeMackenzie L. GeelsDerrick L. KampBo Ram KimJean D. BoyerAnding Shen

immunologyhivhuman retrovirusendothelial cellssoluble factorsinfectious diseases

Endothelial Cell Stimulation Overcomes Restriction and Promotes Productive and Latent Hiv-1 Infection of Resting Cd4 + T Cells. Journal of Virology (2013)

Anding ShenJacob J. BakerGeoffrey L. ScottYelena P. DavisYen-Yi HoRobert F. Siliciano

Viral Reservoir is Suppressed but Not Eliminated by Cd8 Vaccine Specific Lymphocytes. Vaccine (2010)

Small-Molecule Screening Using a Human Primary Cell Model of Hiv Latency Identifies Compounds That Reverse Latency Without Cellular Activation. Journal of Clinical Investigation (2009)

Hung-Chih YangSifei XingLiang ShanKaren O’ConnellJason DinosoAnding ShenYan ZhouCynthia K. ShrumYefei HanJun O. LiuHao ZhangJoseph B. MargolickRobert F. Siliciano

immunologyepidemiologyreverse latencyclinical researchcellular activationmedicinal researchclinical investigationhealth sciences

Sustained Suppression of Shiv89.6P Replication in Macaques by Vaccine-Induced Cd8+ Memory T Cells. AIDS (2008)

Jiangmei YinAnlan DaiMichele A KutzlerAnding ShenJonathan LeCureuxMark G LewisThomas WaldmannDavid B WeinerJean D Boyer

immunologyhivmedicinereplicationcellular immune responsesadaptive immune systemvirologyimmune responsesvaccinationt-regulatory cellviral replicationvaccine researchhealth sciences

Therapeutic Vaccination With Simian Immunodeficiency Virus (Siv)-Dna+Il-12 or Il-15 Induces Distinct Cd8 Memory Subsets in Siv-Infected Macaques. The Journal of Immunology (2008)

Novel Pathway for Induction of Latent Virus From Resting Cd4 + T Cells in the Simian Immunodeficiency Virus/Macaque Model of Human Immunodeficiency Virus Type 1 Latency. Journal of Virology (2006)

Anding ShenHung-Chih YangYan ZhouAmanda J. ChaseJean D. BoyerHao ZhangJoseph B. MargolickM. Christine ZinkJanice E. ClementsRobert F. Siliciano

Dna Prime Listeria Boost Induces a Cellular Immune Response to Siv Antigens in the Rhesus Macaque Model That is Capable of Limited Suppression of Siv239 Viral Replication. Virology (2005)

Jean D. BoyerTara M. RobinsonPaulo C. MaciagXiaohui PengRoss S. JohnsonGeorge PavlakisMark G. LewisAnding ShenRobert SilicianoCharles R. BrownDavid B. WeinerYvonne Paterson

immunologyvirus researchcellular immune responsesgeneticsmolecular virologyvirologyviral evolutionrhesus macaque modelinfectious diseasesviral replication

1
2
10 / page