Skip to main content

A lab where sports and science meet

ASU triathletes undergo lactate testing at Phoenix Biomedical Campus center to optimize their performance


woman on stationary bike seeing health results on an ipad
February 24, 2022

Work smarter, not harder: The ASU triathlon team is using science to do just that, and Arizona State University’s newest biomedical facility in downtown Phoenix is playing a part.

ASU’s Translational Research Center at 850 PBC — part of the Phoenix Biomedical Campus — was the site of recent intensity training and lactate-threshold testing for the athletes, conducted by College of Health Solutions staff and students.

Clinical Research Project Manager Theresa Jorgensen said the 850 PBC facility, which opened last spring, has been an asset to the community while also supporting research.

“This new building has really connected us more directly to the people and the populations that a lot of our research surrounds,” Jorgensen said. “The accommodations of being able to handle multiple protocols and a higher volume has been essential to support our research.”

A man holds his hand in a fist as he encourages a woman on a stationary cycle to keep going

College of Health Solutions Associate Professor Jason Siegler encourages ASU triathlete Kira Stanley as she undergoes a lactate threshold test Feb. 2 at the Translational Research Center at 850 PBC in downtown Phoenix. Head coach Cliff English has his perennial national champion athletes undergo the testing to quantify the intensity of exercise at which lactate begins to accumulate in the blood faster than it can be removed. He customizes each athlete’s training with the data to optimize her performance. Photo by Charlie Leight/ASU News

When someone exercises at a high intensity, a substance called lactate is created that allows glucose breakdown, and therefore energy production, to continue. After several minutes of such anaerobic activity, however, lactate accumulates in the blood faster than it can be removed — a point called the lactate threshold, which is associated with fatigue.

The testing helps the team to better pinpoint each individual’s threshold and optimize their training plan. Staying below that threshold allows an athlete to perform better and more efficiently.

“These tests give you a lot of great data about heart rates,” said Cliff English, head coach of the women’s triathlon team. “It allows us as coaches to know exactly the workload that we are looking at what is happening internally with our bodies as well as pinpoint areas to possibly develop further in some of these athletes as well.”

The threshold training — the first the team has done since 2019 because of the pandemic — also allows the athletes to better monitor what’s happening.

“You get a good feel for what's going on in your body,” English said. “You can kind of tell when you’re starting to get a little bit of lactic acid, so then you kind of know you’re at that lactate threshold. It also reminds you to pace yourself.”

A woman with sweat pouring down her face as she cycles on a stationary bike grimaces as a phlebotomist takes a blood sample from her finger.

Phlebotomist Margarita Telles de Stirk takes a blood sample from ASU women’s triathlon team captain Kira Stanley as she hits her lactate threshold Feb. 2. Stanley is a fourth-year marketing and sports business student. Photo by Charlie Leight/ASU News

Kira Stanley, member of the triathlon team and a fourth-year marketing and sports business student, says the test results are utilized to find their zones for racing.

“When an athlete finds their zone, they can optimize how they train to get specific watts and heart rates to train more intelligently,” Stanley said. “We will have specific target watts or heart rates to hit while we are training so we know exactly how hard to go.”

An individual’s lactate threshold can be raised by increasing weekly running routines, varying tempo during runs and utilizing interval training. College of Health Solutions Associate Professor Jason Siegler said the triathlon team will have continued access to the 850 PBC facility for further monitoring as the team adjusts workout routines. 

“We’re working towards long-term collaborative efforts here to keep them consistently coming in, because there’s a lot of merit in tracking a lot of their athletes over time,” Siegler said. “…  from the time they come in as freshmen to the time they leave as a senior.”

ASU student reporter Rudy Aguado contributed to this article.

Top photo: Exercise and nutrition doctoral student Shannon Wilson (right) asks ASU women’s triathlon team captain Kira Stanley about her perceived effort as she undergoes a lactate threshold test at the Translational Research Center lab at the 850 PBC building Feb. 2 in downtown Phoenix. Photo by Charlie Leight/ASU News

More Science and technology

 

Three women and a man stand in front of a banner that reads Indo-Pacific Space and Earth Conference

ASU-based space workforce training program expands to Australia and New Zealand

The Milo Space Science Institute, led by Arizona State University, will offer its space workforce training program to university and vocational students in Australia and New Zealand starting in March…

A group of students and Michael Crow holding up the "forks up" symbol at AAAS.

ASU students compete at world’s largest general science conference

A group of 15 Arizona State University students traveled to Denver, Colorado, last week for the annual meeting of the American Association for the Advancement of Science (AAAS), the largest general…

Portrait of woman with long brown hair and blue jacket taken outside on ASU Tempe campus

'Leap into the unknown' brought newly named Regents Professor to ASU

The plane landed at Chicago’s O’Hare International Airport and Meenakshi Wadhwa stepped into the terminal. She was 21 years old and a recent graduate of Punjab University in India where she had…