
Julien DESANLIS
Docteur en sciences du sport à l'Université Paris-Saclay.
27%
Libre accès
15
Documents
Affiliations actuelles
- Complexité, Innovation, Activités Motrices et Sportives (CIAMS)
- Anglia Ruskin University (ARU)
Identifiants chercheurs
Présentation
Mes thématiques de recherche sont les réponses cardio-vasculaires et cardio-respiratoires à des périodes de restriction vasculaire. Au repos, comme à l’effort, la méthode d’entraînement “Blood Flow Restriction” (BFR) semble améliorer la force, l’hypertrophie mais également la consommation maximale d’oxygène (VO2 max).
Cette thèse aura pour objectif de comprendre les adaptations cardio-vasculaires et cardio-respiratoires consécutives à des périodes de restriction vasculaire. Pour cela, trois variables seront principalement mesurées et analysées :
- l’oxygénation musculaire
- la variabilité de la fréquence cardiaque
- la consommation d’oxygène
L’étude de ces trois variables va permettre de mieux comprendre les adaptations physiologiques à ce type d’entraînement.
Domaines de recherche
Physiologie [q-bio.TO]
Compétences
Conducting a scientific study
Utilisation of research devices (NIRS, PhysioFlow, Metalyzer 3B, PowerLab, Finometer, EMG, Biodex, HR monitor)
Utilisation of research softwares (Oxysoft, LabChart, Kubios, EliteHRV, Trigno Control Utility)
Data analysis (Python)
Conducting a training program
Writing a scientific article
Popular science (writing or oral communication)
Publications
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Publications
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Effects Of Low-volume High-intensity Training With Blood Flow Restriction On Sub-maximal Cycling EfficiencyMedicine and Science in Sports and Exercise, 2023, 55 (9S), pp.20-20. ⟨10.1249/01.mss.0000979908.94718.29⟩
Article dans une revue
hal-04445126
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Effect Of Blood Flow Restriction Training On Cardio-respiratory AdaptationsMedicine and Science in Sports and Exercise, 2023, 55 (9S), pp.20-21. ⟨10.1249/01.mss.0000979912.42682.2d⟩
Article dans une revue
hal-04445131
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Intra- and Inter-Day Reliability of the NIRS Portamon Device after Three Induced Muscle IschemiasSensors, 2022, 22 (14), pp.5165. ⟨10.3390/s22145165⟩
Article dans une revue
hal-03719600
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Enhanced sub-maximal oxygen uptake after 4 weeks of high-intensity training with blood flow restriction.BASES Student Conference 2023, BASES, Apr 2023, Cambridge (GB), United Kingdom
Communication dans un congrès
hal-04471875
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Strength and Neuromuscular Adaptations following a 4-week Isokinetic Strength Training program with Blood Flow Restricted Recovery in a Physically Active Population.BASES Student Conference 2023, Cambridge (UK), 24-25 April 2023., Graduate Journal of Sport Science, Coaching, Management, and Rehabilitation., 1 (1), pp.78, 2023
Proceedings/Recueil des communications
hal-04471849
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Cardiorespiratory adaptations following four weeks of high-intensity interval training with blood flow restrictionBASES Student Conference 2023, Cambridge (UK), 24-25 April 2023., Graduate Journal of Sport Science, Coaching, Management, and Rehabilitation., 1 (1), pp.1, 2023
Proceedings/Recueil des communications
hal-04471843
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Reactive strength index and neuromuscular adaptations after 4-weeks of isokinetic strength training with blood flow restricted recovery in a physically active population.BASES Student Conference 2023, Cambridge (UK), 24-25 April 2023., Graduate Journal of Sport Science, Coaching, Management, and Rehabilitation., 1 (1), pp.92, 2023
Proceedings/Recueil des communications
hal-04471851
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Enhanced sub-maximal oxygen uptake after 4 weeks of high-intensity training with blood flow restrictionBASES Student Conference 2023, Cambridge (UK), 24-25 April 2023., Graduate Journal of Sport Science, Coaching, Management, and Rehabilitation., 1 (1), pp.88, 2023
Proceedings/Recueil des communications
hal-04471845
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Haemodynamic and cardiorespiratory acute and chronic responses to different blood flow restrictions at rest and during exerciseTissues and Organs [q-bio.TO]. Université Paris-Saclay, 2024. English. ⟨NNT : 2024UPASW008⟩
Thèse
tel-04885286
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