Index Catalog // Emory Theses and Dissertations

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筛选: Committee Periasamy Selvaraj, Emory University

1 - 8 共 8

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1. EZH2 and STING as therapeutic targets in immunologically cold breast and lung tumors

Student Name:: Monterroza, Lenore
Date Uploaded:: 08/09/2024
Research Field:: Biology, Molecular, Health Sciences, Immunology, and Health Sciences, Oncology
Department or Specialty:: Biological and Biomedical Sciences

2. Tumor Membrane Vesicles as a Personalized Vaccine Immunotherapy Platform for Cancer

Student Name:: Munoz, Luis
Date Uploaded:: 11/06/2021
Research Field:: Biology, General, Biology, Molecular, and Health Sciences, Immunology
Department or Specialty:: Biological and Biomedical Sciences

3. Analysis of Human B Cell Development and Antibody Responses Following Immunization with a Live Attenuated Cholera Vaccine

Student Name:: Adekunle, Oluwaseyi
Date Uploaded:: 07/19/2021
Research Field:: Biology, Molecular and Biology, Microbiology
Department or Specialty:: Biological and Biomedical Sciences

4. Evaluation of tumor membrane vesicle (TMV) vaccine immunotherapy in a HER2+ TUBO murine breast cancer model

Student Name:: Samaranayake, Sarah
Date Uploaded:: 04/01/2021
Research Field:: Biology, General, Health Sciences, Oncology, and Health Sciences, Immunology
Department or Specialty:: Biological and Biomedical Sciences

5. NK cell immunity in Mycobacterium tuberculosis and HIV infection

Student Name:: Harris, Levelle
Date Uploaded:: 07/09/2020
Research Field:: Health Sciences, Immunology
Department or Specialty:: Biological and Biomedical Sciences

6. Enhancing Oncolytic Reovirus with Doxorubicin for Triple-Negative Breast Cancer Therapy

Student Name:: Berry, Jameson
Date Uploaded:: 07/08/2020
Research Field:: Biology, Cell and Biology, Virology
Department or Specialty:: Biological and Biomedical Sciences

7. Role of FcγRIIB as a Cell-Autonomous Coinhibitor that Limits Effector CD8+ T Cell Immunity

Student Name:: Morris, Anna
Date Uploaded:: 03/11/2020
Research Field:: Biology, Cell
Department or Specialty:: Biological and Biomedical Sciences

8. Neutrophil Plasticity Enables the Development of Pathological Microenvironments: Implications for Cystic Fibrosis Airway Disease

Student Name:: Margaroli, Camilla
Date Uploaded:: 06/06/2019
Research Field:: Biology, Cell
Department or Specialty:: Biological and Biomedical Sciences