Faculty

Institution

Unit

Venue

Sophia Jang

Texas Tech University

Affiliations

College of Arts & Sciences

Department of Mathematics & Statistics

NoneSophia Jang is currently serving as a College Of Arts & Sciences faculty at Texas Tech University.

Honors

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Experiences

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Education

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Sophia Jang

Texas Tech University

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mathematical biology ecology systems biology applied mathematics dynamical systems allee effects theoretical biology differential equations difference equations scientific computing predator-prey interactions computational biology mathematical bioscience cancer immunotherapy host-parasite relationships discrete dynamical systems mathematics quantitative biology marine biology applied mathematical modelling population ecology virus research infectious disease modelling numerical simulations population dynamics theoretical ecology system immunology cancer biology viral oncology oncolytic viral therapy ecosystems toxins medicinal research cancer cells behavioral ecology antiviral research phytoplankton ecology zooplankton ecology ecological modelling virus-host interactions coexistence mathematical optimization animal behavior dynamic competition mathematical biophysics food chain epidemiological dynamic intratrophic predation tumor-immune system interactions cooperative hunting competitive exclusion applied ecology nonlinear analysis cellular therapy mathematical modelling disease ecology cytokines immune checkpoint inhibitors disease outbreaks system simulation simulation modelling simulation methodology biomedical modeling biophysical modeling tumor targeting discrete modeling discrete-time host-parasitoid model discrete-time host-parasitoid models qualitative behavior seasonal reproduction ricker-type predator-prey system host refuge neimark-sacker bifurcations host-parasitoid system simple food chain leslie-gower competition system

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamic Complexity of a Nicholson–Bailey Bioeconomic Model With Holling Type-II Functional Response. International Journal of Bifurcation and Chaos (2024)

A. M. YousefSophia R.-J. JangA. A. Elsadany

chaos theorydynamic complexitybifurcation theorytype-ii functional responsesystems biologydynamical systemsnicholson-bailey bioeconomic model

Resistance in Oncolytic Viral Therapy for Solid Tumors. Applied Mathematics and Computation (2024)

Prathibha Ambegoda-LiyanageSophia R.-J. Jang

antiviral drug developmentresistance mutation (virology)drug resistancemedical virologytherapeutic targetstumor biologyoncologyantiviral therapyoncolytic viral therapyvirus researchvirologyinfectious diseasesimmunologymedicinal researchsolid tumorsapplied mathematicsantiviral researchoncogenesviral oncologyviral replication

The Role of Immune Cells in Resistance to Oncolytic Viral Therapy. Mathematical Biosciences & Engineering (2024)

Prathibha AmbegodaHsiu-Chuan WeiSophia R-J Jang

resistance mutation (virology)drug resistancemedical virologygeneral virologymathematical bioscienceimmunotherapysystems biologyantiviral responsesviral pathogenesisantiviral therapyoncolytic viral therapyimmune cellsvirus researchvirologyimmune responsesinfectious diseasesadaptive immune systemimmunologyimmunity (medicine)antiviral research

Exploring the Interactions of Oncolytic Viral Therapy and Immunotherapy of Anti-Ctla-4 for Malignant Melanoma Mice Model. Cells (2023)

Jui-Ling YuSophia R.-J. JangKwei-Yan Liu

cancer immunotherapycancer researchoncologyimmunotherapyviral oncologyimmunologyoncolytic viral therapy

Invasion and Superinfection in Deterministic and Stochastic Two-Strain Dengue Models With Demographic and Seasonal Variation. Journal of Biological Systems (2023)

KANIZ FATEMA NIPASOPHIA R. JANGLINDA J. S. ALLEN

virus epidemiologymathematical biologyinfection controlinfectious diseasesinvasion biologybiostatisticsinfectious disease modellingepidemiological dynamicseasonal variationepidemiology

The Role of Tumor Activation and Inhibition With Saturation Effects in a Mathematical Model of Tumor and Immune System Interactions Undergoing Oncolytic Viral Therapy. Mathematical Methods in the Applied Sciences (2023)

G. V. R. K. VithanageHsiu‐Chuan WeiSophia R‐J Jang

cancer immunotherapysaturation effectstumor biologycellular therapyoncologyvirus-host interactionsimmunotherapysystems biologyantiviral responsesoncolytic viral therapyvirus researchmathematical biologynovel therapiesinfectious diseasesimmune system interactionsapplied mathematicsantiviral researchcancer cellsoncogenesviral oncologytumor activationnumerical treatment

On a Discrete Model of Tumour–Immune System Interactions With Blockade of Immune Checkpoints. The Journal of Difference Equations and Applications (2022)

Toufik KhyatSophia R.-J. Jang

discrete modelcancer immunotherapyimmune responsesimmune checkpointsinfectious diseasescancer biologytumour-immune system interactionssystem immunologyimmune checkpoint inhibitorssystems biologyimmunologyimmunity (medicine)cancer immunosurveillancedifferential equationstumor microenvironment

Optimal Immunotherapy of Oncolytic Viruses and Adopted Cell Transfer in Cancer Treatment. WSEAS TRANSACTIONS ON BIOLOGY AND BIOMEDICINE (2022)

G. V. R. K. VithanageSophia R-J Jang

optimal immunotherapyimmunotherapybiologycancer treatmentoncolytic virusescell transfer

The Role of Host Refuge and Strong Allee Effects in a Host–Parasitoid System. International Journal of Biomathematics (2022)

Xiaochuan HuSophia R.-J. Jang

biophysicshost-parasitoid systemhost refugestrong allee effects

A Model of Tumor‐Immune System Interactions With Healthy Cells and Immunotherapies. Mathematical Methods in the Applied Sciences (2021)

Jui‐Ling YuHsiu‐Chuan WeiSophia R‐J Jang

cancer immunotherapyimmune responsesscientific computingtumor-immune system interactionsapplied mathematicsmathematical biologyimmunotherapysystems biologyimmunologysystem immunologyhealthy cells

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Sophia Jang

Texas Tech University

Affiliations

College of Arts & Sciences

Department of Mathematics & Statistics

NoneSophia Jang is currently serving as a College Of Arts & Sciences faculty at Texas Tech 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

Sophia Jang

Texas Tech University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dynamic Complexity of a Nicholson–Bailey Bioeconomic Model With Holling Type-II Functional Response. International Journal of Bifurcation and Chaos (2024)

A. M. YousefSophia R.-J. JangA. A. Elsadany

chaos theorydynamic complexitybifurcation theorytype-ii functional responsesystems biologydynamical systemsnicholson-bailey bioeconomic model

Resistance in Oncolytic Viral Therapy for Solid Tumors. Applied Mathematics and Computation (2024)

Prathibha Ambegoda-LiyanageSophia R.-J. Jang

The Role of Immune Cells in Resistance to Oncolytic Viral Therapy. Mathematical Biosciences & Engineering (2024)

Prathibha AmbegodaHsiu-Chuan WeiSophia R-J Jang

Exploring the Interactions of Oncolytic Viral Therapy and Immunotherapy of Anti-Ctla-4 for Malignant Melanoma Mice Model. Cells (2023)

Jui-Ling YuSophia R.-J. JangKwei-Yan Liu

cancer immunotherapycancer researchoncologyimmunotherapyviral oncologyimmunologyoncolytic viral therapy

Invasion and Superinfection in Deterministic and Stochastic Two-Strain Dengue Models With Demographic and Seasonal Variation. Journal of Biological Systems (2023)

KANIZ FATEMA NIPASOPHIA R. JANGLINDA J. S. ALLEN

virus epidemiologymathematical biologyinfection controlinfectious diseasesinvasion biologybiostatisticsinfectious disease modellingepidemiological dynamicseasonal variationepidemiology

G. V. R. K. VithanageHsiu‐Chuan WeiSophia R‐J Jang

On a Discrete Model of Tumour–Immune System Interactions With Blockade of Immune Checkpoints. The Journal of Difference Equations and Applications (2022)

Toufik KhyatSophia R.-J. Jang

Optimal Immunotherapy of Oncolytic Viruses and Adopted Cell Transfer in Cancer Treatment. WSEAS TRANSACTIONS ON BIOLOGY AND BIOMEDICINE (2022)

G. V. R. K. VithanageSophia R-J Jang

optimal immunotherapyimmunotherapybiologycancer treatmentoncolytic virusescell transfer

The Role of Host Refuge and Strong Allee Effects in a Host–Parasitoid System. International Journal of Biomathematics (2022)

Xiaochuan HuSophia R.-J. Jang

biophysicshost-parasitoid systemhost refugestrong allee effects

A Model of Tumor‐Immune System Interactions With Healthy Cells and Immunotherapies. Mathematical Methods in the Applied Sciences (2021)

Jui‐Ling YuHsiu‐Chuan WeiSophia R‐J Jang

cancer immunotherapyimmune responsesscientific computingtumor-immune system interactionsapplied mathematicsmathematical biologyimmunotherapysystems biologyimmunologysystem immunologyhealthy cells

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differential game

theoretical biology

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