Missouri State University

Skip to content Skip to navigation
a b c d e f g h i j k l m n o p q r s t u v w x y z

News

Your source for what's happening at Missouri State University

  • Headlines
  • Awards
  • Discovery
  • University Life
  • In the News
  • Media Resources
  • Office of Strategic Communication
Dr. Ryan Udan in his research lab.
Dr. Ryan Udan in his research lab.

Finding magic in blood vessel flow

Dr. Ryan Udan works toward a solution to cardiovascular disease.

October 21, 2021 by Strategic Communication

Dr. Ryan Udan’s cardiovascular research could help save thousands of lives. 

The associate professor of biology at Missouri State University works toward a solution to congenital heart disease and vascular conditions.  

Udan’s efforts are supported by an AREA grant from the National Heart, Lung and Blood Institute. 

His central question is simple: How does the cardiovascular system form to begin with? 

“If we understand the rules of how to build a blood vessel,” Udan said, “we could repair or even build vessels outside of the body.”  

Dr. Ryan Udan collaborates with student Gazi Shamita on research.
Dr. Ryan Udan collaborates with student Gazi Shamita on research.

The core of his cardiovascular research 

Researchers don’t know everything about how the cardiovascular system develops in humans. 

That’s why Udan and his team of student researchers are experimenting with embryos from several organisms, including zebrafish and mice.  

Drugs and substances can change the cardiovascular development of a mouse embryo, which provides useful information that translates to human beings.  

The core interest of Udan’s team: How do blood vessels close to the heart accommodate more blood flow than capillaries farther away? 

First, vessels closer to the heart must get bigger in size.  

“They actually somehow magically come together and form a bigger vessel,” Udan said. 

A good metaphor for great science 

Udan knows that blood flow creates a mechanical force to tell certain vessels to get bigger and to form a thicker tissue.  

He compares the process to using a garden hose. 

“When you turn on a hose, there’s pressure,” he said. “If you turn on the nozzle, water flows because there’s friction from the water against the wall of the hose. 

“The same thing happens with these blood vessels. They get this mechanical force. That force turns on the genes, so they change themselves.” 

Learn more in Mind’s Eye  

Filed Under: Discovery, Faculty and Staff Page Tagged With: Biology, College of Natural and Applied Sciences, faculty, research, Ryan Udan

Related

Follow us on Twitter

My Tweets

Subscribe to news

MSU Calendar

  • Calendar Image
    9:00 am 26th Annual Senior Art Exhibition
    March 27, 2023
  • Calendar Image
    11:00 am Peter Bankov Poster Exhibit at the Brick City Gallery
    March 27, 2023
  • Calendar Image
    11:00 am Tex-US: Five Encounters from the Lone Star State Exhibition
    March 27, 2023
  • Calendar Image
    5:30 pm French Language for Travelers
    March 27, 2023
  • Calendar Image
    8:00 pm Ekklesia "Stress Busters" Game Night/Karaoke/Open Mic
    March 27, 2023
  • Complete Calendar
Make your Missouri statementMake your Missouri statement
  • Last Modified: October 21, 2021
  • Accessibility
  • Disclaimer
  • Disclosures
  • EO/AA/M/F/Veterans/Disability/Sexual Orientation/Gender Identity
  • © 2013 Board of Governors, Missouri State University
  • Contact Information