Abstracts
Group A
Wednesday, January 4
4pm - 6pm
POSTER NO. | LAST NAME | FIRST.NAME | AFFILIATION | ABSTRACT TITLE |
1 | Aijaz | Ayesha | Rutgers University | Insulin-Secreting Cells and Mesenchymal Stem Cells for Chronic Wound Closure |
2 | Allen | Kyle | University of Florida | Magnetic Capture of Intra-articular Biomarkers from the Rat Knee |
3 | Allen | Shane | University of Texas at Austin | Dynamic Increase in Matrix Stiffness Reduces Macrophage Polarization to an Inflammatory Phenotype |
4 | Banda | Omar | University of Delaware | A New Approach to Traction Force MicroscopyUsing Embedded Arrays of Fiducial Markers with Implied Zero-Displacement States |
5 | Batalov | Ivan | Carnegie Mellon University | Using Fibronectin Architecture in the Embryonic Heart to Engineer Developmentally-Inspired Human Cardiac Tissues |
6 | Bhattacharyya | Roby | Broad Institute of MIT and Harvard | Rapid antibiotic susceptibility testingusing RNA-hybridizingmolecularprobes |
7 | Bhuiyan | Didarul | University of Minnesota Twin Cities | Identification of a critical signaling link between extracellular matrix engagement and cardiomyocyte differentiation. |
8 | Bhutani | Nidhi | Stanford University | The Epigenetic Toolkit for Cellular Reprogramming and Engineering |
9 | Boerckel | Joel | University of Notre Dame | YAP/TAZ feedback control of neovascular mechanosensation |
10 | Boodoo | Chelsie | Florida International University | Attraction of Glucose on a Gold or Silver Nanoparticle Coated with Mixed Thiols |
11 | Brock | Amy | University of Texas at Austin | High Resolution Lineage Tracking and Lineage-Specific Control of Gene Expression |
12 | Brooks | Oliver | Queen Mary University of London | The relationship between pluripotency state and susceptibility of nuclear shape and organisation to cell traction in mouse ESCs |
13 | Brown | Justin | The Pennsylvania State University | Bio-Instructive Scaffolds: Guiding Design Through Understanding Geometry Sensing |
14 | Chan | Manwai | University of Illinois, Chicago | Smartphone-fluidics based Smartphone-Fluidics Based Microscopy and Flow Cytometry for Islet Quantification |
15 | Chen | Weiqiang | New York University | Cellular Mechanoadaptation: When Biology Meets Mechanics |
16 | Chen | Xiaoyang | USC Roski Eye Institute | Development of the ultrahigh frequency ultrasonic transducer (300-MHz to 500-MHz) for flexible sized single beam acoustic tweezers and high-resolution ultrasound imaging |
17 | Chen | Lei | First Affiliated Hospital of Sun Yat-Sen University | Engineering Pre-vascularized Human Mesenchymal Stem Cell Sheets for Full Thickness Skin Wound Repair |
18 | Cheng | Gong | The Pennsylvania State University | Functional Nanomaterial for Protein Enrichment and Delivery into Mammalian Cells |
19 | Chowdhury | Farhan | Southern Illinois University | Nano yoyo force sensors define single molecular forces for Notch activation |
20 | Chu | Yu-Pu | National Cheng Kung University | Expansible and Microporous Polyurethane Hydrophilic Foam for Wound Dressing: In VitroandIn VivoEvaluation |
21 | Dang | Alex | Columbia University | Expansion of Exhausted T Cells via Electrospun Poly(Dimethyl Siloxane)-based Fibrous Meshes |
22 | Dawson | Michelle | Brown University | Biophysical Interactions of Stromal Cells with Invasive Breast Cancer Cells |
23 | Deguchi | Shinji | Osaka University | Local Geometry Sensing by Individual Focal Adhesions |
24 | Doolin | Mary | University of Maryland | The Impact of Mechanical Confinement on Stem Cell Migration and Mechanobiology |
25 | Dorsey | Taylor | Rensselaer Polytechnic Institute | Regulating Arterial Venous Differentiation of Pluripotent Stem CellsThrough Immobilized EphrinB2/EphB4Signals |
26 | Doyle | Adele | University of California, Santa Barbara | Predicting Mechanical Sensitivity of Oncogenes |
27 | Du | Jing | Tsinghua University | Heat shock factor is a mechanical sensor for left-right axis determination in zebrafish embryogenesis |
28 | Fang | Shao-Yu | National Cheng Kung University | The role of inflammatory responses in endothelial damage in vein graft |
29 | Field | Lauren | University of Maryland | Semiconductor Quantum Dots as Förster Resonance Energy Transfer Donors for Intracellular Biosensors |
30 | Fu | Kai-Jing | National Taiwan University | Wavy Structures Change Nuclear Shapeand Mechanotransduction |
31 | Lee | Hyukjin | Ewha Woman's University | Nucleic Acid Nano Technology for Gene Therapy and Editing |
32 | Gligorijevic | Bojana | Temple University | Real-time intravital microscopy of invadopodia reveals microenvironment role in metastasis |
33 | Grosberg | Anna | University of California, Irvine | Local and Global Structure Effects on Cardiac Contractility |
34 | Han | Jeonghun | Sungkyunkwan University | Rapid emergence of concentration gradient-induced cancer drug resistance and its mechanism study |
35 | Haun | Jered | University of California, Irvine | The Evolution and Biophysics of Multivalent Nanoparticle Adhesion |
36 | Hong | Yi | University of Texas at Arlington | Bioactive hydrogel cell niches from naturally derived extracellular matrix |
37 | Hooks | Joshua | Georgia Institute of Technology | Response of Lymphatic Collecting Vessels to PEG Hydrogels with Tunable Properties |
38 | Huang | Chia-Wei | National Cheng Kung University | Involvement of microRNAs for the synergistic targets in ASC-differentiated endothelial and neural lineage cells to preventhypoxic-ischemic brain injury |
39 | Huang | Tzu-Chieh | National Cheng Kung University | Assembling Composite Dermal Papilla Spheres with Adipose-derived Stem Cells to Enhance Hair Follicle Induction |
40 | Hwang | Priscilla | Washington University | CXCR4 and hypoxia drive directional cancer cell migration |
41 | Jeon | Tae-Joon | Inha University | Encapsulating Biologically Functional Materials into Giant Unilamellar Vesicles |
42 | Jiang | Yong | Zhengzhou University | Electrospun Polycaprolactone/Gelatin Composites with Enhanced Cell–Matrix Interactions as Blood Vessel Endothelial Layer Scaffolds |
43 | Jin | Yang | Changzhou University | Micro-curvature environment is a determinant of changing structural organization and mechanical properties of airway smooth muscle cells during embryonic lung development |
44 | Jung | Jieun | Dankook University | Application of cultured dermal fibroblasts-derived decellularized matrix as an effective culture substrate of primary dental pulp-stem cells |
45 | Juran | Cassandra | NASA's Ames Research Center | Osteogenic signaling control of MSCs regulated by exaggerated mechanical loading of osteocyte-osteoblast cellular network |
46 | Kang | Hongyan | Beihang University | Regional specific modulation of the glycocalyx and smooth muscle cell contractile apparatus in conduit arteries of tail-suspended rats |
47 | Kelmendi-Doko | Arta | University of Pittsburgh | Double Wall Microsphere Controlled Delivery System for Adipose Tissue Retention and Enhancement |
48 | Kidambi | Srivastan | University of Nebraska-Lincoln | Mechanobioengineering Approach to Study the Role of Matrix Rigidity in Liver Fibrosis |
49 | Kim | Sehee | Wooridul Huebrain Ltd. | Effects of osteoinductionin hMSC by newly synthetic peptide(OP-5)derived from BMP-2 andits application with OP-5 conjugated PLLA for clinical use |
50 | Konno | Masamitsu | New Trans-omics Analysis revealed Novel Functions of the Cancer Specific Metabolic Pathway in Cancer Stem Cells | |
51 | Kumar | Sandeep | Georgia Institute of Technology and Emory University | Knockdown of mechanosensitive miRNA cluster—miR-106b~25 decreases endothelial proliferation and prevents atherosclerosis in ApoE-/- mice |
52 | Labriola | Nicholas | Brown University | Microbead Cellular Mimics for Biomedical Applications |
53 | Leandre | Verida | Brown University | Encapsulated proteins recruit progenitor cell populations via intra-peritoneal implantation of mesh constructs |
Group B
Friday, January 6
4pm - 6pm
POSTER NO. | LAST NAME | FIRST.NAME | AFFILIATION | ABSTRACT TITLE |
1 | Leary | Elizabeth | Brown University | Advancing the Use of 3D Spheroids for Quantitative Live-Cell, High-Throughput Screening |
2 | Leight | Jennifer | Ohio State University | Matrix stiffness and cell phenotype regulate invasive potential in breast cancer cells |
3 | Lim | Wan | Sungkyunkwan University | The efficacy of anticancer drugs on microfluidic spheroid culture system with concentration gradient generator |
4 | Lucas | Sarah | Oak Ridge National Laboratory | Decoding DNA-Repair via Crystallographic Diffraction |
5 | McDermott | Anna | University of Notre Dame | Mechanical control of endochondral bone regeneration by engineered mesenchymal condensations |
6 | Mehta | Geeta | University of Michigan | Breast Cancer Cells Acquire Chemoresistant, Metastatic and Invasive Phenotypes when Exposed to Pulsatile Fluid Shear Stress in a 3D Bioreactor Platform |
7 | Mellott | Adam | University of Kansas Medical Center | Teaching Human Wharton’s Jelly Cells New Tricks with Parafilm for Wound Healing |
8 | Monroe | Madeline | Rice University | Understanding the Role of Extracellular Matrix Environments in Aortic Valvular Interstitial Cell Development via Three-dimensional Filter Paper Platform |
9 | Moonga | Surinder | Stony Brook University | Promotion of osteoblast mineralization within bovine trabecular scaffold in a dynamic flow bioreactor by acoustic radiation force induced fluid flow |
10 | Moore | Emily | Columbia University | Molecular manipulations of calcium/ cAMP dynamics in osteocyte mechanotransduction |
11 | Nam | Jin | University of California, Riverside | Mechano-modulation of Human Pluripotent Stem Cells for Directed Heterogeneous Differentiation in 3D |
12 | Ngo | Anh | Oregon Health and Science University | αIIb or not IIb: Novel insights into the regulation of GPIIb expression and localization in activated platelets |
13 | Nichol | Jason | Endicott College | Elucidating the Role of 3D Mechanical Environment on Cancer Cell Gene Expression |
14 | Nishida | Naohiro | Osaka University | Epigenetic modifications on non-coding RNAs in cancer |
15 | Park | Yongkuk | University of Seoul | Fabrication of nucleic acid-based materials for efficient gene delivery |
16 | Paul | Arghya | University of Kansas | Cell Secretome-rich nanoengineered hydrogel to repair damaged heart tissue |
17 | Peng | Qin | University of California, San Diego | Single Cell Imaging of Epigenetic Dynamics |
18 | Gweon | Bomi | Hanyang University | Probing pysical and chemical dynamics of cancer cells using lifetime imaging microscopy |
19 | Priya Rajan | Shiny Amala | Virginia Tech–Wake Forest School of Biomedical Engineering and Sciences | Motility and biochemical assessment of cells in 3D tumor model on a microfluidic platform |
20 | Qian | Weiyi | New York University | Nanotopography-dependent Mechanobiology in Regulating Human Mesenchymal Stem Cell Fate |
21 | Ramirez | John | Del Mar College | Membrane Protein Expression of Engineered Escherichia coli Strains After Single / Multiple Plasmid Transformation |
22 | Ratcliff | Gabriel | University of Oklahoma | Effectiveness of Gelatin Coatings on Cancer Cell Attachmentto Scaffoldsin 3D Perfusion Bioreactors |
23 | Ray | Poulomi | Rensselaer Polytechnic Institute | Cellular Intrinsic Left-Right Asymmetryin Cardiac C-Looping |
24 | Resutek | Lauren | University of Maryland | Role of Cytokeratin Intermediate Filaments in Maintaining Vacuolar Morphology of Chordoma Cells |
25 | Ryu | Jiheun | Korea Advanced Institute of Science and Technology | High-speed fluorescence lifetime imaging microscopy for live cell imaging |
26 | Sarkar | Biplab | Tufts University | Mechanistic Insight into the Interaction of Silk Fibroin with Ions and Small Molecules |
27 | Seong | Jihye | University of Illinois at Urbana-Champaign | FRET-based Visualization of PDGF Receptor Activation at Membrane Microdomain |
28 | Sewell-Loftin | Mary Kathryn | Washington University | Cancer-Associated Fibroblasts Mechanically Regulate Blood Vessel Formation |
29 | Sharma | Poonam | University of Maryland | Vimentin intermediate filamentsaltersubstrate-specificity of adhesion and spreading ofhMSCs |
30 | Shim | Hyeeun | Wooridul Huebrain Ltd. | The influence of hair loss usingnatural extractsbyinhibiting the activation of 5α-reductaseand preventing apoptosis inhair follicle dermal papillar cells |
31 | Shin | Hyeok Jun | Hanyang University | Development of micropatterned nanofibers for mimicking of endothelium |
32 | Slater | John | University of Delaware | A New Approach to Traction Force Microscopy Using Embedded Arrays of Fiducial Markers with Implied Zero-Displacement States |
33 | Soto | Mario | University of Puerto Rico | Osteoblast Proliferation Restriction Due to Metal Trace Elements Released from Oxidized Ti Alloys |
34 | Spasic | Milos | Columbia University | Targeting primary cilia-mediated mechanotransduction to enhance bone formation and intercellular paracrine signaling |
35 | Tran | Quyen | University of Wisconsin–Madison | Developmental pathways pervade stem cell responses to evolving extracellular matrices of 3D microenvironments |
36 | Vekilov | Dragoslava | Rice University | Longitudinal Changes in Mitral Valve in Response to Altered Mechanical Stimuli |
37 | Jeong | Jae-Heon | Korea Advanced Institute | Two-dimensional scanning system with two-axes resonant scanner for high-speed imaging acquisition |
38 | Villasante | Aranzazu | Columbia University | Engineering Tumor Microenvironments for Studies of Osteolysis |
39 | Walsh | Kevin | Colorado State University | Bio Logic Gate: AND Gate Constructed in Cyanobacteria |
40 | Wang | Weina | Hubei University of Medicine | Bmi-1 expression of bone marrow mesenchymal stem cells induced by fluid shear stress mediated with Akt signal molecule |
41 | Wang | Ting-Yun | National Cheng Kung University | Dynamics of integrin-FAK-Src signaling for artery and vein in response to shear stress |
42 | Wang | Christine | Stanford University | Matrix stiffness modulates patient-derived glioblastoma xenograft cell proliferation and invasion in 3D biomimetic hydrogels |
43 | Wong | Lian | University of California | Experimental and Computational Modeling for Directing Vascular Fate |
44 | Wyatt | Meghan | University of Pittsburgh | Influencing Differentiation of Neural Progenitor Cells with Gene Silencing |
45 | Yuan | University of Illinois, Chicago | A Pumpless Microfluidic Device Driven by Surface Tension for Pancreatic Islet | |
46 | Xiong | Niya | University of Electronic Science and Technology of China | The Roles of the Caveolin-1 in Cytoskeleton Reorganization, Adhesion and Protrusion Formation under Low Shear Flow |
47 | Yoon | Sangpil | University of Southern California | Single-cell level targeting and simultaneous intracellular delivery of macromolecules using super high frequency ultrasound |
48 | Yuan | Fan | Duke University | Environmental resistance to three-dimensional growth of single cells |
49 | Zhao | Ping | Beihang University | Mechanotransduction mediated by endothelial glycocalyx layer affects the interactions between endothelial cells and vascular smooth muscle cells |
50 | Zhou | Ji | Widener University | A Targeted Drug Delivery System for Selective Deliver of Insulin-like Growth Factor-1to Infarcted Myocardium to ImproveStem Cell Survival |
51 | Zhu | Wei | The George Washington University | 3D Bioprinting Mesenchymal Stem Cell-laden Construct with Core-shell Nanospheres for Cartilage Regeneration |
52 | Zhu | Zeng | Guizhou Medical University | G protein coupling receptor-one of the menchanosensor for dendritic cells |
Highlighted = Honorary Poster
Speaker Abstracts
POSTER NO. | LAST NAME | FIRST.NAME | AFFILIATION | ABSTRACT TITLE |
1 | Bentley | William | University of Maryland | Synthetic Biology and Biofabrication for Conveyance of Molecular Communication |
2 | Campbell | Rob | University of Alberta | Molecular engineering of a new generation of fluorescent reporters and actuators of cell signalling |
3 | Carroll | Dana | University of Utah | Genome Editing with Programmable Nucleases |
4 | Chien | Shu | University of California, San Diego | FRET Imaging of Nucleosome Epigenetics in Single Cells |
5 | Cochran | Jennifer | Stanford University | Tumor Targeting and Immunotherapy Enabled By an Engineered Peptide-Fc Fusion |
6 | Cui | Bianxiao | Stanford University | Optogenetic manipulation of neurotrophin activities |
7 | Doh | Junsang | Pohang University of Science and Technology | Biophysical cues regulating T cell extravasation |
8 | Dong | Cheng | Penn State University | Immune Cell-mediated Nanoparticles and Drug Delivery Across the Blood-Brain Barrier Targeting Brain Tumors |
9 | Engler | Adam | University of California, San Diego | Improving on “Disease-in- a-dish:” How Engineered Niche Induce Novel Phenotypes from induced Pluripotent Stem Cells (iPSCs) |
10 | Fyhrie | David Paul | National Science Foundation, Civil, Mechanical and Manufacturing Innovation | Seeking an Award from NSF/ENG/CMMI |
11 | Georgiou | George | University of Texas at Austin | Unanticipated Facets of Human Adaptive Immunity Revealed by Molecular-Level Analysis of the Serum Antibody Repertoire |
12 | Gersbach | Charlie | Duke University | Genome and Epigenome Editing for Gene Therapy and Cell Programming |
13 | Guo | Ed | Columbia University | Muscle-like “beating” osteocytes under loading enhance vesicle release to mediate bone formation |
14 | Heo | Won Do | KAIST/IBS | Optogenetic Control of Diverse Cellular Components in Mammalian Cells |
15 | Inoue | Yasuhiro | Kyoto University | Multiscale interplay between intracellular and multicellular dynamics in tissue morphogenesis |
16 | Jensen | Michael | Seattle Children’s Hospital | Enhancing the Synthetic IQ of CAR T Cells |
17 | Jo | Hanjoong | Emory/Georgia Tech | Knockdown of mechanosensitive miRNA cluster—miR-106b~25 decreases endothelial proliferation and prevents atherosclerosis in ApoE-/- mice |
18 | Kam | Lance | Columbia University | T cell Mechanobiology |
19 | Kennedy | Matthew | University of Colorado | Novel approaches for controlling synaptic and cellular function with light |
20 | Kumar | Sanjay | University of California, Berkeley | There's a time and a place-Biological discovery with spatially and temporally engineered materials |
21 | Leckband | Deborah | University of Illinois at Urbana-Champaign | Intercellular Force Transduction Activates a Mechanically Sensitive Signaling Network |
22 | Li | Song | University of California, Los Angeles | Mechanical regulation of direct cell reprogramming |
23 | Lim | CT | National University of Singapore | Mechanobiology of Collective Cell Migration in Epithelial Cell Sheets |
24 | Lin | Michael | Stanford University | Developing technologies for sensing and controlling biology with modular protein design |
25 | Mali | Prashant | University of California, San Diego | De novo mapping of genetic interactions via combinatorial CRISPR-Cas9 screens |
26 | Mikos | Tony | Rice University | Biomaterials for Tissue Engineering |
27 | Miyawaki | Atsushi | Riken Brain Science Institute | Genetically encoded tools based on fluorescent proteins |
28 | Odde | David | University of Minnesota | Optimality in cell adhesion and migration in mechanically compliant microenvironments |
29 | Qi | Yingxin | Shanghai Jiao Tong University | Nuclear Envelope Proteins Modulate Vascular Remodeling in Hypertension |
30 | Sadelain | Michel | Memorial Sloan Kettering Cancer Center | CRISPR/Cas9 CAR delivery enhances CAR T cell-mediated tumor eradication |
31 | Sato | Moritoshi | University of Tokyo | Optical control of the genome |
32 | Schmid-Schoenbein | Geert | University of California, San Diego | Autodigestion and Proteolytic Receptor Cleavage as Basis for Cell Dysfunction and Organ Failure |
33 | Shung | Kirk | University of Southern California | Cellular Applications of Very High Frequency (>100 MHz) Ultrasound |
34 | Singh | Ankur | Cornell University | Ex vivo engineered immune organoids for controlling the kinetics of B cell differentiation |
35 | Sun | Jie | Memorial Sloan Kettering Cancer Center | Engineered Proteins with Sensing and Actuating Modules for Automated Reprogramming of Cellular Functions |
36 | Tucker | Chandra | University of Colorado | Light control of protein activity using engineered photoreceptors |
37 | Turtle | Cameron | Fred Hutchinson Cancer Research Center | CD19-targeted CAR-T cell therapy for adult B cell malignancies |
38 | Wagers | Amy | Harvard University | Therapeutic gene editing in muscles and muscle stem cells |
39 | Wang | Peter Yingxiao | University of California, San Diego | Molecular Imaging and Cellular Manipulation in Immuno-engineering |
40 | Wei | Xunbin | Shanghai Jiao Tong University | In vivo trapping of cells in living animals by infrared optical tweezers |
41 | Wu | Josh | National Cheng Kung University of Taiwan | Microenvironmental inductions of adipose-derived stem cells for regenerative medicine |
42 | Zhang | Jin | University of California, San Diego | Illuminating Biochemical Activity Architecture of the Cell |
43 | Zhao | Huimin | University of Illinois at Urbana-Champaign | Genome Engineering: An Emerging Frontier in Synthetic Biology |
44 | Zhu | Cheng | Georgia Institute of Technology | Microenvironment induced impairments of T-cell mechanosensing of melanoma antigens |
Rising Star Abstracts
POSTER NO. | LAST NAME | FIRST.NAME | AFFILIATION | ABSTRACT TITLE |
1 | Cohen-Karni | Tzahi | Carnegie Mellon | 3D nanosensors for electrical interrogations of engineered micro-tissues |
2 | Coulombe | Kareen | Brown University | Optimization of a Collagen-Fibrin Matrix for Human iPSC-derived Cardiac Tissue Formation and Function |
3 | DeKosky | Brandon | University of Kansas | Paired Heavy and Light Chain Antibody Repertoire Analysis to Accelerate HIV Vaccines |
4 | Fan | Rong | Yale University | Single Cell Proteomic Analysis of CAR T Cell Activation Reveals a Complex Polyfuctional Response and Significant Interpatient Heterogeneity |
5 | Fraley | Stephanie | University of California, San Diego | 3D Matrix Confinement Triggers Vascular Mimicry Through a Conserved Migration and Transcriptional Response |
6 | Fu | Jianping | University of Michigan | Mechanobiology, Pluripotent Stem Cells, and early Embryonic development |
7 | Gilbert | Penney | University of Toronto | Three-dimensional culture models to study satellite cell-mediated skeletal muscle repair |
8 | Gleghorn | Jason | University of Delaware | Connecting mechanical and molecular regulators of lung development |
9 | Huang | Ngan | Stanford University | Engineering Pre-Vascularized Skeletal Muscle with Physiologically-Relevant Cellular Organization for Treatment of Volumetric Muscle Loss |
10 | Jiang | Jenny | University of Texas at Austin | Systems Immunology Approach to Engineering Immunity to Malaria in Children |
11 | Liu | Allen | University of Michigan | Repurposing bacterial mechanosensitive channel for cell mechanics and cell migration study |
12 | McCain | Megan | University of Southern California | Micromolded Gelatin Hydrogels Enable Maturation of Engineered Skeletal Myotubes |
13 | Qiaobing | Xu | Tufts University | Efficient Delivery of Genome-Editing Proteins using Bioreducible Lipid Nanoparticles |
14 | Scott | Evan | Northwestern University | Tailoring nanostructure morphology for enhanced targeting of immune cells in atherosclerosis without the use of targeting ligands |
15 | Simmons | Chelsey | University of Florida | Pancreatic Tumor Microenvironments Reveal Immune-Independent Remodeling |
Postdoc Student Abstracts
POSTER NO. | LAST NAME | FIRST.NAME | AFFILIATION | ABSTRACT TITLE |
1 | Dhada | Kabir | University of Texas at Austin | Hybrid Polymer-Gold Nanoshell for Live Stem Cell Imaging |
2 | Gray | Kelsey | University of Maryland | Biomimetic Matrices for Blood-brain Barrier-on-chip: Potential of Microelectronics |
3 | Gu | Luo | Harvard University | Directing Stem Cell Fate by Tuning Matrix Stress Relaxation |
4 | LaCroix | Andy | Duke University | The role of lamellipodial protrusions and stress fibers in vinculin mechanotransductio |
5 | Mitchell | Michael | Massachusetts Institute of Technology | Mechanical Amplification Of Tumor Death Using Polymeric Nanoparticles |
6 | Nordberg | Rachel | University of North Carolina/NC State University | Corin: A Mediator of Osteogenic/Angiogenic Crosstalk Mechanisms |
7 | Rothenberg | Katheryn | Duke University | Force Activated Protein Dynamics in Directed Cell Migration |
8 | Wang | Karin | Harvard University | Unjamming to initiate collective migration in breast cancer |
9 | Wu | Yiqian | University of California, San Diego | In-Situ Coupling between Kinase Activities and Protein Dynamics within Single Focal Adhesions |
10 | Zilberman-Rudenko | Jevgenia | Oregon Health and Sciences University | Dynamics of blood flow and thrombus formation in a multi-bypass microfluidic network |