PhD Biomechanics Student, Human Performance Lab, University of Calgary | Biomechanigg Sport and Health Research Inc. | Tennis Coach
Joined March 2021
- Tweets 19
- Following 64
- Followers 60
- Likes 12
3 Photos and videos
10 Oct 2023
How many #biomechanists have had a @BertecHQ instrumented treadmill stop (completely and/or stop momentarily and power back up) randomly mid-testing?
62%
Yes! Stopped on me!
38%
Nope, never happened…
8 votes • Final results
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11 Oct 2023
Retweet to reach as many researchers as possible! We’ve recently come across a few lab groups that have had the same experience, and are curious to see how many of us are facing this issue.
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Ashna Subramanium retweeted
16 May 2023
This was a fun collaboration across so many researchers: @edwardswb @EmilyMatijevich @khassetarash @MauriceMohr5 @Subramanium_A and others in the HPL @UCalgary. I am excited to see how the next 20 yrs of research looks with such marked advancements in the past 20 yrs
16 May 2023
🚨 New Article Alert! 🚨
Let’s pause and take a look at the present state of biomechanics in our slice of the scientific world. Check out this review from @BennoNigg and let us know what you think. #footwearscience
tandfonline.com/doi/abs/10.1…
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Ashna Subramanium retweeted
31 May 2023
Join us for the @UCalgary HPL seminar Thursday at 3 pm MT! @Subramanium_A will be presenting 'The Teeter-Totter Effect: A possible explanation for the performance benefits of specific running shoes.'
kinesiology.ucalgary.ca/rese………………
@uofcknes @UCalgaryBME @McCaigInstitute
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Ashna Subramanium retweeted
20 Dec 2022
🚨 New #OpenAccess Alert - highly recommend checking this one out!
"Towards a biomechanical understanding of performance improvement with advanced running shoes" @BennoNigg @Subramanium_A @EmilyMatijevich #footwearscience #running
tandfonline.com/doi/full/10.…
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28 Jul 2022
Super exciting activity classification algorithm development and validation white paper, that I recently worked on with Fabian Hoitz and @samuel_blades for the @kinetyx sensory insole system. The insoles can detect most activities tested with high accuracy (≥ 97%). #Wearables
27 Jul 2022
Do your insoles know the difference between walking, running, standing, cycling, and doing burpees? Ours do. They’re actually quite smart. Read about our real-time activity recognition algorithm in this new white paper.
kinetyx.tech/wp04 #research #biomechanics #kinetyx
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Ashna Subramanium retweeted
27 Jul 2022
Excited to share this white paper on the @kinetyx real-time activity classification algorithm development and validation. Results, showed "accuracies were very good (≥ 97%)". Thanks to the Kinetyx research team, and @Subramanium_A and #FabianHoitz for their work on this project.
27 Jul 2022
Do your insoles know the difference between walking, running, standing, cycling, and doing burpees? Ours do. They’re actually quite smart. Read about our real-time activity recognition algorithm in this new white paper.
kinetyx.tech/wp04 #research #biomechanics #kinetyx
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2 Jun 2022
#ACSM2022 1 day to go for my presentation session at the ACSM 2022 Conference in San Diego! Stop by to chat about my poster at board #15 in tomorrow’s afternoon session. #SanDiego #SportsMedicine #Conference
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Ashna Subramanium retweeted
22 Jul 2021
Off to the last oral session for today's #FBS2021 conference!
It is on running mechanics with Christopher Ertl, @Subramanium_A, @C_Clermont and @SebPavailler.
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Ashna Subramanium retweeted
20 May 2021
Attention: Footwear researchers
Have you wondered how shoe uppers material affect performance?
Join the HPL seminar tomorrow (kinesiology.ucalgary.ca/rese…) for @Subramanium_A talk on the Effects of Shoe Upper Construction on Lateral Shuffle Movements
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Ashna Subramanium retweeted
14 May 2021
ANNOUNCEMENT: We are excited to introduce the CSB-SCB podcast as a new communications initiative! The podcast is co-hosted by Student Representatives, @JackieZehr and Franzi Onasch, and will be officially launched at the upcoming @csb_scb2020 conference. 1/4
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30 Mar 2021
Research from my BSc Thesis w/ @BennoNigg (along with @CigojaSasa and @EricHonert) got published @JSportsSci !
This is the first paper to look at the effects of shoe upper modifications on lateral movements.
Use this link for (50) free eprints: tandfonline.com/doi/full/10.… (1/3)
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30 Mar 2021
We found that reinforcing the shoe upper can improve lateral movements by decreasing the amount of mechanical ankle joint work required to perform the task (2/3)
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30 Mar 2021
Shoes with reinforced uppers can improve cutting performance by allowing athletes to change direction faster as a result of shorter stance times and reduced ankle angular velocities (3/3)