
Physical Development Coach @RoyalBalletSch 🏋️🩰 | PhD investigating microdosing & frequency of strength training 💉💪
London / Edinburgh
Joined February 2018
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Jamie Harding retweeted
micro-exercise 🏋️♀️💪during working hours could potentially prevent 12.8% of incident long-term sickness absence cases: nature.com/articles/s41598-0…
Jamie Harding retweeted
Microdosing & high frequency training in high performance environments with @jamietallent
Apprentice hours/week =25-40 @RoyalBalletSch
On 25% of time threshold 50% change in Workload
Next stage improve physical output
➡️ Microdosing/High Frequency training could be useful – at Nottingham, England
Jamie Harding retweeted
Microdosing- High Frequency Training
Fluctuations so small that fatigue or ⬇️ capacity are small in duration
Key finding: attendance in S+C=⬆️ when more opportunities to train exist
Physical attributes change with more opportunities to attend sessions
Post class=better – at Nottingham, England
Jamie Harding retweeted
Why does microdosing offer solution?
(Performing Arts environment)
•3x15 minute ⬆️ intensity & adaptation
•Increase total work if more than x1 opportunity to train/week
•⬇️ post S+C fatigue
•chunk & enhance learning effect
Consider:
Warm-up
Transition time
Timetable – at Nottingham, England
Jamie Harding retweeted
What to Microdose, and when @UKSCA?
How to maintain/enhance physical attributes for small amount sessions in cricket?
Sometimes need to 'parent' sessions-show empathy but respect needs too @jamietallent
Split your generalised programme up:
Consider the Environment! – at Nottingham, England
Jamie Harding retweeted
What impact does strength training frequency have on strength gains?
Title: Effect of Resistance Training Frequency on Gains in Muscular Strength: A Systematic Review - link.springer.com/article/10…
Key Findings:
Training Frequency and Strength Gains: Higher resistance training (RT) frequencies generally result in greater muscular strength gains. However, when total training volume is kept constant, frequency alone does not significantly impact strength gains.
Upper vs. Lower Body: Increased RT frequency benefits upper body strength more than lower body strength.
Individual Variability: Individual responses to different RT frequencies vary, necessitating personalized training programs.
Failure vs. Non-Failure Training: Training to muscular failure does not significantly affect strength gains compared to non-failure training, though it may impact recovery times.
Age and Sex Differences: Younger adults and women may benefit more from higher RT frequencies compared to older adults and men.
Take-Home Messages:
Volume Matters: Increasing training frequency can help boost total training volume, which is key for muscle strength development.
Upper Body Focus: To maximize upper body strength, consider higher RT frequencies.
Personalization is Key: Tailor RT programs to individual needs and responses.
Recovery Considerations: Avoiding muscular failure may allow for higher training frequencies by improving recovery times.
Targeted Training: Consider higher RT frequencies for younger individuals and women for optimal strength gains.
Practical Applications:
Program Design: Incorporate higher training frequencies to increase overall training volume, particularly for those aiming to enhance upper body strength.
Individualized Plans: Assess individual responses and adjust training frequencies accordingly.
Recovery Management: Balance training to failure with adequate recovery strategies to maintain higher training frequencies.
Age-Specific Recommendations: Older adults may benefit from lower training frequencies, whereas younger adults can handle more frequent sessions.
Gender-Specific Adjustments: Design RT programs with higher frequencies for women to optimize strength outcomes.
This systematic review highlights the nuanced relationship between RT frequency and strength gains, emphasizing the importance of volume and individualization in training programs. Adjust your RT routine based on these insights to maximize your strength training results!
Jamie Harding retweeted
🎉 Congratulations to our colleagues @Uni_of_Essex! 🎉
They've been nominated for Best Research Impact Award at the university's Celebrating Excellence Awards. This is in relation to our Healthcare team's collaboration with them.
Find out more: royalballetschool.org.uk/202…
Jamie Harding retweeted
An exciting collaborative project between @RoyalBalletSch and @SRES_UoE, led by @JamieHarding23.
Investigating the effects of the frequency of strength training in elite adolescent pre-professional ballet dancers: a PhD update
@jamietallent @L_F_Olsson @ncortes
✨ Interview with our Strength and Conditioning Coach, Jamie Harding, on his PhD looking at the frequency of strength training in pre-professional ballet dancers ✨
We spoke with Jamie about some of his fascinating initial observations and findings: royalballetschool.org.uk/202…
Jamie Harding retweeted
Interesting insights from @NiallMacSweeney et al at the @RoyalBalletSch on the biomechanical intricacies of CMJs and SLJs in preprofessional ballet, and how ForceDecks data helped shed new light on which metrics may correlate to a higher risk of injury.
bit.ly/49DNqOq
Jamie Harding retweeted
Delighted to share “ Jumping Asymmetries and Risk of Injuries in Preprofessional Ballet”is published @AJSM_SportsMed online ahead of print. Thanks to team @danielcohen1971, @ThePricep, @Ryandmahaffey, @pedlarcr, @JosephShaw_ @GeorgeSimkin
Free access journals.sagepub.com/doi/10.… 1)
Jamie Harding retweeted
Delighted to have the 2nd study from my PhD accepted for publication in @AJSM_SportsMed. Thanks so much to the team @ThePricep @Ryandmahaffey @pedlarcr @JosephShaw_ @danielcohen1971 and the legend himself @GeorgeSimkin!
Jamie Harding retweeted
“Ballet is unique in that it is an aesthetic art and a high-performance sport"
Rigorous technique, precise movements and dream-like performances are the hallmarks of the @RoyalBalletSch. We explore the science behind training future dance stars.
okt.to/3EO91X
Jamie Harding retweeted
💼 We are hiring a Strength and Conditioning Coach & Physical Development Lead 💼
We are looking for a coach who has experience of supporting young athletes, or dancers, in a high-performance setting and will thrive on this exciting challenge.
Apply now: ce0800li.webitrent.com/ce080…
Jamie Harding retweeted
Really like this type of messaging around focussing on the perfomance of the skill rather than the pure aesthetic of the person. I’d love to see more of this approach in dance to encourage a healthier profession.
The new boss of English National Ballet wants to ditch the stereotypical image of super-skinny dancers and see “all” body types on stage.
Aaron Watkin said: “I’m looking for elite athletes who can perform to their best".
thetimes.co.uk/article/balle…
Jamie Harding retweeted
Do you use lower limb isometric force tests to profile the strength of your athletes?
Check out our latest paper investigating bilateral and unilateral variations of the:
✔️ Squat
✔️ Standing plantarflexion
✔️ Seated plantarflexion
tinyurl.com/Mattiussi-et-al
Jamie Harding retweeted
🏋️♀️ Our Strength and Conditioning Coach, Niall MacSweeney, was recently on the SciDance podcast speaking about his approach at the School 🏋️♂️
Find out more and listen to the podcast: royalballetschool.org.uk/202…
Jamie Harding retweeted
I spent a good while looking at the data presented in the UEFA Women's Champions League Physical Analysis Report. Here are some thoughts I had. Some are perhaps obvious, but I feel all are worth sharing…
Jamie Harding retweeted
Another (evidence-based) reminder that what enhances sports performance in young athletes could actually harm future athletic success in adulthood.
link.springer.com/article/10…
Jamie Harding retweeted
Sports performance practitioners and social media: viral egos 🤳♥️
👇👇👇
sportsmith.co/articles/sport…
Jamie Harding retweeted
Happy #WorldBalletDay!
We have joined in with @TheRoyalBallet's Jump for Joy challenge to celebrate.
What was your favourite part of the day this year?






































