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1
Defining the Role of PIM1 in Tumor Angiogenesis
Defining the Role of PIM1 in Tumor Angiogenesis
Casillas, Andrea L. | The University of Arizona | 2020
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2
Affinity Binding of Proteins and Peptides for Rapid Antibody Quantification and Growth Factor Display- [electronic resource]
Affinity Binding of Proteins and Peptides for Rapid Antibody Quantification and Growth Factor Display- [electronic resource]
Kilgour, Katie M. | North Carolina State University. | 2023
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3
The Roles of YAP and TAZ in Fetal Bone Development- [electronic resource]
The Roles of YAP and TAZ in Fetal Bone Development- [electronic resource]
Collins, Joseph Maurice.Bioengineering. | University of Pennsylvania. | 2023
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4
Myc Choreographs the Crosstalk Between Tumor Cells and Macrophages to Drive Immune Evasion in Cancer- [electronic resource]
Myc Choreographs the Crosstalk Between Tumor Cells and Macrophages to Drive Immune Evasion in Cancer- [electronic resource]
Dhanasekaran, Renumathy. | Stanford University. | 2022
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5
Phenotypic Heterogeneity Driven by Cell-Cell Signaling: Principles of Pattern Formation and Implications for Metastasis.
Phenotypic Heterogeneity Driven by Cell-Cell Signaling: Principles of Pattern Formation and Implications for Metastasis.
Bocci, Federico.Chemistry. | Rice University. | 2019
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6
Amniotic Growth Factor Induced Bone Formation in a Mouse Ex-Vivo Model.
Amniotic Growth Factor Induced Bone Formation in a Mouse Ex-Vivo Model.
Bamashmous, Abdullah Othman.Periodontology GSDM. | Boston University. | 2021
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7
Engineering Fibrin Biomaterials with α2-Antiplasmin and Growth Factors in Regenerative Medicine.
Engineering Fibrin Biomaterials with α2-Antiplasmin and Growth Factors in Regenerative Medicine.
Liu, Jialu.Molecular Engineering. | The University of Chicago. | 2021
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8
Host-Dependent Vascularization in Cardiac Tissue Engineering.
Host-Dependent Vascularization in Cardiac Tissue Engineering.
Brady, Eileen.Molecular and Cellular Biology. | University of Washington. | 2021
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9
Studying the Role of Mechanical Contraction in Cardiac Muscle Development Using Genetically Engineered Non-Contractile Human Stem Cell-Derived Cardiomyocytes.
Studying the Role of Mechanical Contraction in Cardiac Muscle Development Using Genetically Engineered Non-Contractile Human Stem Cell-Derived Cardiomyocytes.
Yoo, Dasom.Bioengineering. | University of Washington. | 2021
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10
Surveilling the Distinctive Vascular and Metabolic Features of Tumor Progression and Response to Therapy.
Surveilling the Distinctive Vascular and Metabolic Features of Tumor Progression and Response to Therapy.
Walsh, John James.Biomedical Engineering. | Yale University. | 2021
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