본문

  1. Home
18 Results:SS:TCELLRECEPTOR 0.93 sec.
RSS 
Multilingual
 Расширенный поиск
 Новый поиск книги прибытия
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. | University of Washington | 2024
Preview
Местоположение
2
Molecular Engineering of a General MHC-Targeting Platform
Molecular Engineering of a General MHC-Targeting Platform
Du, Haotian. | Stanford University | 2024
Preview
Местоположение
3
Investigating Regulatory Mechanisms of T Cell Effector Function
Investigating Regulatory Mechanisms of T Cell Effector Function
Freitas, Katherine Ann. | Stanford University | 2023
Preview
Местоположение
4
Characterizing the Structure and Dynamics of Adaptive Immune Proteins to Inform Immunotherapy Design
Characterizing the Structure and Dynamics of Adaptive Immune Proteins to Inform Immunotherapy Design
Woodward, Helen LeClair | University of Pennsylvania | 2025
Preview
Местоположение
5
Structural Insights into an Immune Checkpoint Receptor Reveal a Novel Approach to Cancer Immunotherapy
Structural Insights into an Immune Checkpoint Receptor Reveal a Novel Approach to Cancer Immunotherapy
Silberstein, John Louis. | Stanford University | 2023
Preview
Местоположение
6
Computationally-Guided Engineering of Synthetic Biology Proteins for Function and Non-Immunogenicity
Computationally-Guided Engineering of Synthetic Biology Proteins for Function and Non-Immunogenicity
Wolfsberg, Eric. | Stanford University | 2025
Preview
Местоположение
7
Revealing T-Cell Signaling States by 4-Dimensional Lattice Light-Sheet Microscopy of Receptor Dynamics
Revealing T-Cell Signaling States by 4-Dimensional Lattice Light-Sheet Microscopy of Receptor Dynamics
Rosenberg, Jillian Nicole. | The University of Chicago | 2021
Preview
Местоположение
8
Linoleic Acid-Mediated Regulation of T Cell Cytokine-Subset Composition in a Murine Model of Type 1 Diabetes
Linoleic Acid-Mediated Regulation of T Cell Cytokine-Subset Composition in a Murine Model of Type 1 Diabetes
Hernandez Escalante, Jaileene. | Boston University | 2021
Preview
Местоположение
9
Engineering Lymph Node-Targeting Inverse Vaccines for the Prevention and Treatment of Autoimmunity and Food Allergies
Engineering Lymph Node-Targeting Inverse Vaccines for the Prevention and Treatment of Autoimmunity and Food Allergies
Maulloo, Chitavi Devi. | The University of Chicago | 2021
Preview
Местоположение
10
The Function of TGFβR3 (Betaglycan) in the Differentiation and Proliferation of T Cells
The Function of TGFβR3 (Betaglycan) in the Differentiation and Proliferation of T Cells
Duesman, Samuel J. | The University of Alabama at Birmingham | 2021
Preview
Местоположение
처음12이후마지막