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Vasculata 2018

July 23-26, 2018
St. Louis, MO

DAY 1 – July 23, 2018

Blood Vessel Development

8:15 am  Kyunghee Choi, Washington University in St. Louis
     Early embryology and cell fate decisions leading to endothelial cell and hematopoietic cell emergence
8:55am Rong Wang, University of California, San Francisco
    Arterial and venous specification
9:35am Saulius Sumanas, Cincinnati Children's Hospital
    Transcriptional control of blood vessel development and patterning – lessons from zebrafish
10:15am   Break
10:45am David Ornitz, Washington University
    Growth factors in vascular development
11:25am Princess Imoukhoude, University of Illinois, Urbana-Champaign
     Quantitative + Computational Biology of Angiogenesis
12:05pm Satish Srinivasan, Oklahoma Medical Research Center
    Lymphatic development and the development of valves in the lymphatic and venous vasculature
1:00pm Lunch

ECM and Muscle in the Vessel Wall

2:45pm Carmen Halabi, Washington University
    The development and maintenance of arterial wall integrity
3:25pm George Davis, University of Missouri, Columbia
    Molecular basis of capillary tube assembly and pericyte-induced maturation
4:05pm Harald Laughlin, University of Missouri, Columbia
    Exercise-induced vessel remodeling and sources of phenotypic heterogeneity in the skeletal muscle arteriolar network  
4:45pm Charles Little, University of Kansas   
    Mechanical forces in development 

DAY 2 – July 24, 2018

Core Physiology 

8:30am Steve Segal, University of Missouri, Columbia   
    Blood Flow Regulation
9:10am Michael J. Davis, University of Missouri, Columbia

Physiologic regulation of lymphatic transport

9:50am  Joshua Scallan, University of South Florida   
    Permeability in the blood and lymphatic vasculature
10:30am Break  
11:00am Melody Swartz, University of Chicago
    The interstitial microenvironment
11:40am  Jessica Wagenseil, Washington University
    Vascular Mechanics
12:30pm  Lunch 

Cells of the Blood

1:45pm Allan Doctor, Washington University
    Endothelium ~ Red Cell interactions: role in normal vasoregulation and pathology
2:15pm William Muller, Northwestern University
    Leukocyte Trafficking in the vasculature
2:45pm  Stacey Rentschler, Washington University
    Coronary development
3:15pm  Shawn Bender, University of Missouri
    Coronary flow control in health in disease 
3:45pm  Break  
4:15pm  Nathan Stitziel, Washington University   
    Genetics and vascular disease
4:45pm Luis Martinez-Lemus, University of Missouri
    Aortic stiffness and vascular disease
5:15pm Andrea Bredemeyer, Washington University
    Macrophages in coronary development, physiology, and pathology

Day 3 - July 25, 2018  



From 7:30-9:30am



  University of Missouri Workshops 
    Skeletal Muscle Microcirculation
    Isolated Vessels/Pressure Myography
    Permeability Assessments
  Washington University Workshops
    2-Photon Imaging of the Blood and Lymphatic Vasculature
    Vascular Cells from Embryonic Stem Cells
    Mechanical Testing in the Vasculature

Cerebral Vasculature and Vascular Casting

    DropSeq and InDrop Workshop
    Metabolic Techniques in the Cardiovascular and Vascular Systems
    Noninvasive Imaging of the Vasculature using Quantitative Imaging Modalities
    Zebrafish Workshop
    Flow Cytometry of Mouse Arterial Tissue
    Writing Workshop

DAY 4 – July 26, 2018

The Vasculature in Disease

8:00am  Peter Brooks, Maine Medical Center Research Institute
    The tumor vasculature 
8:40am  Sarah England, Washington University  
    Uterine vasculature and smooth muscle in normal and complicated pregnancy 
9:20am  Lorin Olson, Oklahoma Medical Research Foundation  
    Mesenchymal Stem Cells 
10:00am  Benjamin Humphreys, Washington University  
    Pericytes, injury and organ fibrosis 
10:40am Break
11:10am Gwen Randolph, Washington University
    Immunology for the vascular biologist 
11:50am  Annette Kirabo, Vanderbilt University 
    Hypertension and its links to immunity 
12:30pm  Colin Nichols, Washington University  
    Potassium Channels and Vascular Disease