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1
Understanding T-Cell Receptor Signaling Through Computational Modeling and De-novo Protein Design.
Understanding T-Cell Receptor Signaling Through Computational Modeling and De-novo Protein Design.
White, William Louis.Bioengineering. | University of Washington. | 2024
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2
Antigen Perception in T Cells- [electronic resource]
Antigen Perception in T Cells- [electronic resource]
Wither, Matthew J.Bioengineering. | University of Washington. | 2023
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3
Mass Spectrometry-Based Discovery of Tumor Antigens for Cancer Immunotherapy- [electronic resource]
Mass Spectrometry-Based Discovery of Tumor Antigens for Cancer Immunotherapy- [electronic resource]
Meng, Wei.Biology & Biomedical Sciences (Immunolog | Washington University in St. Louis. | 2023
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4
Control of Stemness in CD8 T Cell Differentiation- [electronic resource]
Control of Stemness in CD8 T Cell Differentiation- [electronic resource]
Abadie, Kathleen V.Bioengineering. | University of Washington. | 2023
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5
Rotationally Equivariant Learning of Generalizable Protein Structure-To-Function Maps- [electronic resource]
Rotationally Equivariant Learning of Generalizable Protein Structure-To-Function Maps- [electronic resource]
Pun, Michael.Physics. | University of Washington. | 2023
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6
The Maintenance of CD4 and CD8 T Cell Response to Persistent Antigens.
The Maintenance of CD4 and CD8 T Cell Response to Persistent Antigens.
Xia, Yu.Biology & Biomedical Sciences (Immunology) | Washington University in St. Louis. | 2022
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7
Small Extracellular Vesicles from Porous Templated Scaffold Resident Cells Modulate CD4+ T Cell Subsets that Promote a Pro-Healing Host Response.
Small Extracellular Vesicles from Porous Templated Scaffold Resident Cells Modulate CD4+ T Cell Subsets that Promote a Pro-Healing Host Response.
Hady, Thomas.Bioengineering. | University of Washington. | 2022
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8
The Immunoregulation of Autoimmune Diabetes.
The Immunoregulation of Autoimmune Diabetes.
Hu, Hao.Biology & Biomedical Sciences (Immunology) | Washington University in St. Louis. | 2021
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9
Cis-Epigenetic Control of Developmental Timing.
Cis-Epigenetic Control of Developmental Timing.
Pease, Nicholas.Molecular and Cellular Biology. | University of Washington. | 2021
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