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Monday 9am - 5pm Tuesday 9am - 5pm Wednesday 9am - 5pm Thursday 9am - 5pm Friday 9am - 5pm

Bowerman Sports Science Center

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Eugene, OR
Bowerman Sports Science Center

The BSSC provides a variety of health and athletic assessments for athletes in and around Eugene.

The Bowerman Sports Science Center (BSSC) is a regional outreach facility which aims to improve the health, fitness, and well-being of athletes in and around Eugene, OR. We offer a variety of services to provide physical assessments of current fitness levels and potential injury mechanisms, as well as sport-specific training advice to help you achieve your individual performance goals.

08/05/2026

📢 Help support two outstanding SXSW (South by Southwest) 2027 proposals from leaders in the Wu Tsai Human Performance Alliance!

✅ The Missing Half of Sports Research with Dr. Kathryn Ackerman, founder of the Women's Health, Sports & Performance Institute, highlights the urgent need for more research focused on women athletes.

✅ Where, Oh Where Can Wearables Take Us? with Dr. Mike Hahn explores how wearables, sensors, and AI are shaping the future of performance and injury prevention.

How to vote:

1. Create a free SXSW Account (Or login if you already have one)

2. Search for the talks by their titles

3. Click the 'Vote' button on right hand side

4. Share with your network

SXSW brings together experts, innovators, researchers, and industry leaders to discuss ideas shaping the future.

Every vote helps shape the SXSW 2027 program. 🚀

🔗 Vote here:
https://participate.sxsw.com/flow/sxsw/sxsw27/auth-community-voting-sxsw/page/community-voting/session/1785111148407001am67

07/24/2026

New Study Alert!!!🚨

06/24/2026

🎓 Led by recent graduate Kathryn M. Lucernoni, this new study explores how exercising in the heat vs. cool conditions impacts inflammation and iron regulation in female athletes.

🧬 New insight for female athlete physiology: despite higher stress markers, gut permeability remained unaffected—offering a more nuanced understanding of how the body responds to environmental extremes during endurance exercise.

Read the full article here: https://physoc.onlinelibrary.wiley.com/doi/10.14814/phy2.70981

06/16/2026

🚨 Big Recognition in the Global Research Community 🚨

Please join me in congratulating Dr. Mike Hahn on being named a recipient of the Sensors Editor of Distinction Award by MDPI’s journal Sensors 👏

This prestigious award recognizes Editorial Board members who go above and beyond to advance scientific excellence and uphold the highest
standards in research publishing. Only a small group of global experts are selected each cycle for their exceptional contributions.

Mike’s recognition reflects not only his expertise in the field, but also his commitment to supporting and shaping high-quality, impactful research on an international stage 🌍

👏 Well deserved, Mike! Your leadership and contributions continue to elevate the field and inspire the broader scientific community.

🔗 Learn more about the award and winners: https://www.mdpi.com/journal/sensors/awards/3077

06/11/2026

Congratulations Dr. Kieran Abbotts! 🎓

Kieran’s dissertation peels back the layers to explore what happens within skeletal muscle during exercise. Specifically, he investigated how changes in the skeletal muscle environment influence mast cells and histamine release. But the story doesn’t end there. He also examined the “effect” side of the cause-and-effect relationship by testing how blocking histamine’s actions influenced oxygen supply-demand balance and exercise performance, providing new insight into the role of histamine during exercise.

05/07/2026

What makes you efficient uphill? 🏔️

New research in the Journal of Applied Biomechanics shows that ankle plantar flexor work is the key biomechanical predictor of better running economy on steep (10%) uphill grades.

✅ Not the hips
✅ Not the knees
➡️ The ankles do the work when the grade gets steep

Trail runners in the study also showed:

• Better uphill economy
• Greater ankle contribution

📌 Coaching takeaway: If you want to improve uphill performance, train the calves.

Check out Rachel Robinson's recent publication here: https://lnkd.in/g88siBmu

05/06/2026

Congratulations Sydney Weddle, undergraduate research assistant in the Halliwill-Minson Lab, for coming in third place at the Clark Honors College Three Minute Thesis Competition! She presented data from her thesis on beta-adrenergic receptors and skin blood flow responses in women with and without polycystic ovarian syndrome (PCOS). She is passionate about this work and is looking forward to defending her honors thesis next week!

Congrats to all the students who participated in this competition sharing all their hard work and impressive knowledge!

04/28/2026

🔥 Train in the heat. Race with resilience.

Just 3 weeks of “hot running” helped athletes better tolerate heat—suggesting a new way to stay strong when conditions (or late‑race fatigue) get tough.

⏱️ Heat training may protect your pace.

Runners exposed to heat showed signs of improved “durability”—the ability to hold race pace even after fatigue sets in. That’s a big deal when seconds matter.

🏃‍♀️ Practical, athlete‑friendly, and real‑world.

This wasn’t extreme training—short, controlled heat sessions layered onto normal workouts. A protocol designed to work with training, not disrupt it.

Check out Katie Lucernoni's research here: https://www.physiology.org/detail/news/2026/04/24/hot-running--helps-athletes-tolerate-heat-and-may-translate-into-pace-gains?SSO=Y

04/23/2026

LeBron uses everything from ice baths to compression tech—but here’s the twist:

You don’t need NBA resources to recover like a pro.

The article explains which recovery strategies are backed by science—and which simple ones anyone can start today.

👉 If you want to stay active longer (without burning out), this is worth your read.

https://time.com/article/2026/04/20/lebron-james-longevity-workout-recovery-strategies/

04/16/2026

🎉 Huge congratulations to Dr. Emma Reed! 🎉
Her hard work, curiosity, and scientific grit have officially paid off.

Dr. Reed’s dissertation breaks new ground in human physiology, exploring how 10 weeks of far‑infrared sauna bathing can influence cardiometabolic outcomes in adults with elevated BMI. She didn’t stop there — she also dug into the skeletal muscle temperature responses during a sauna session, adding a fresh layer of insight to how our bodies adapt to heat-based interventions.

If you’re into health science, performance, or just love seeing innovative research push the field forward, you’ll want to check out her latest publication:
🔗 https://journals.physiology.org/doi/full/10.1152/japplphysiol.00067.2025

Here’s to Dr. Reed — advancing science one heated session at a time 🔥👏

Address

1540 E 15th Avenue
Eugene, OR
97403

Opening Hours

Monday	9am - 5pm
Tuesday	9am - 5pm
Wednesday	9am - 5pm
Thursday	9am - 5pm
Friday	9am - 5pm

Website

http://bssc.uoregon.edu/

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