Entire DC Network | Open Access Articles | Digital Commons Network™

From Recognition To Action: Advancing Nutrition Care In Irish Healthcare, Aoife Gillane, Sarah Donovan, Lisa Ryan

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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The Future Of Metabolic Health: A Needle-Free Alternative For Blood Sugar Monitoring, Conor Cleary, Martin Bradley, Christopher Crosson, John Wade

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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Transforming Plastic For A Sustainable Planet: Next-Generation Materials That Biodegrade Naturally, Kristof Racz, Clement Higginbotham

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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The Dock Beetle: Reducing Costs And Pesticides In Irish Agriculture, Bianca Araujo, Daniel P. Fitzpatrick

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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Implementation Of The Nature Restoration Law In The Eu - Pros, Cons And Impossibilities, Emma Mcdonagh, Liam Sunner

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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Ireland’S Energy Transition: Unlocking The Potential Of Offshore Renewables, Caoimhe O'Hare, Madjid Karimirad, Gautam Baruah

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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From Conflict To Connection: Educators Leading The Shift Towards Restorative Practices (Rp) In Deis Primary Schools, Ellen Slattery, Clara Hoyne

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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Bridging The Gap From Preschool To Primary: From Policy To Practice, Aimee O'Connor, Cóilín O’ Braonáin

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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Editorial, Anne M. Friel, Brigid Hooban, Therese Montgomery, Anne Marie O'Brien, Cormac Quigley, Edel Mcneela, Eva Campion, James Walshe, Sinead Loughran

SURE Journal: Science Undergraduate Research Experience Journal

No abstract provided.

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The Effects Of The Football+ Warmup Program On Isokinetic Strength Among Youth Amateur Male Football Players, Mostafa Zarei, Mojtaba Asgari, Ebrahim Heidarnia, Seyed Hossein Yaghoobzadeh, Thomas Jaitner

ISBS Proceedings Archive

This study evaluated the effects of the Football+, a newly developed injury prevention program (IPP) on muscle strength, an established injury risk factor, among Iranian youth amateur football players. Two U18teams competing in Tehran division two participated in this study, underwent a baseline isokinetic dynamometry, and were assigned to either the Football+ (N=16, 17.31±0.12 age, 70.16±2.09 weight, 1.77±0.12 height) or control (N=16, 17.12±.09 age, 67.99±2.03 weight, 1.78±0.03 height) groups based on their respected teams. The intervention group performed the Football+ for 8 weeks while the control group followed its traditional warmup. The same strength assessment was performed after the intervention …

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The Association Between Selected Lower Extremity Kinematic Variables And Fastpitch Softball Speed - A Preliminary Study, Savannah Wahl, Melissa Mache, Chengtu Hsieh

ISBS Proceedings Archive

This preliminary study aimed to examine the association between selected lower extremity kinematic variables and pitch speed in fastpitch softball. The kinematic variables were chosen for their practical applicability, allowing coaches and athletes to assess and enhance performance using accessible tools. Five collegiate female softball pitchers volunteered for the study. Using the OpenCap system, five strike pitches from each participant were analysed. Due to the small sample size, Spearman’s rho analysis was employed. Results indicated significant associations between ball speed and normalised stride length (r_s = –0.46, p = .022), and ball speed and normalised stride width ( …

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Energy Flow Analysis During Maximal Speed Sprint Running, Shayne Vial, Kyle Wasseberger, Daniel Kadlec

ISBS Proceedings Archive

The purpose of this study was to determine how mechanical energy is transferred, generated, and absorbed during maximal speed sprint running in semi-elite football players. To perform the segmental power analysis, we collected 3-D kinematics and ground reaction force data during maximum speed sprinting. During late swing, the thigh, shank, and foot showed net energy outflow (negative), indicating energy transfer to the pelvis/trunk or dissipated. During the first half of stance the hip was the prime generator while the knee and ankle absorbed energy. In the second half of stance, the hip transitioned to absorbing energy while the knee and …

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The Large Volume And Three-Dimensional Shape Of The Flexor Hallucis Longus Muscle In Sprinters And Distance Runners, Annamaria Peter, Andras Hegyi, István Kóbor, Gyula Gyebnár, Bálint Kovács

ISBS Proceedings Archive

We investigated the anatomical characteristics of flexor hallucis longus (FHL) in high-level sprinters and distance runners. We recruited 14 sprinters, and 15 distance runners. The lower leg was scanned using magnetic resonance imaging. All scans were segmented then FHL’s 3-D shape was compared between groups using statistical shape modelling. In addition, we quantified muscle volume and mass, largest anatomical cross-sectional area, muscle length. Considering muscle volume, largest anatomical cross-sectional area and muscle length, we found no significant differences between sprinters and distance runners, and the shape of the muscle was also similar between groups. When compared to studies on non-runners …

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Prediction Of Anterio-Posterior And Medio-Lateral Force From Vertical Force In Different Frequency Of Movement Pattern, Rajinikumar Palaniyappan Dr., Hema D Ms., Tamil Selvan P Mr.

ISBS Proceedings Archive

Ground reaction forces (GRFs) are essential in human motion analysis for understanding biomechanics in sports and rehabilitation. While vertical GRFs (VGRFs) are commonly studied due to ease of measurement, their relationship with horizontal forces (anteroposterior and mediolateral) across different movement speeds remains unclear. This study aimed to predict horizontal forces from VGRFs during walking, jogging, running, and sprinting. The three Kistler force plates and the force data were collected from 60 male intercollegiate athletes (ages 18 - 25) over a 30-meter path. Pearson correlation and linear regression revealed significant correlations between VGRF and both braking and propulsive forces (y-axis), as …

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Joint Power Differences In Speed Running Between American Style Football Position Groups, Monique Mokha, Alyana Andal Andal, Jacob Haberer, Isabella Estrada Hernandez, Hunter Forte

ISBS Proceedings Archive

We tested lower limb joint power during a treadmill run of 54 American style football players preparing for league try-outs where 40-yard (36.6 m) dash performance is critical. Players represented 3 position groups: Big (e.g., linemen), Big skill (e.g., tight ends), and Skill (e.g., receivers) groups, reflecting their varying play demands, from blocking/tackling to sprinting/cutting. MANOVA showed significant group differences in joint power, F(24,80) = 2.917, p < .001; Wilk’s λ = .285, partial η² = .467. ANOVA and post-hocs revealed Skill players generated more total limb power than Big (p < .001) and absorbed more ankle power than Big (p < .001), but not Big skill (p > .017). Big absorbed more right hip power than …

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Formation Of Coordination Among Release Parameters For The Shape Of Variability In Arrival Positions Over Practice, Ryota Matsuda, Jun Umakoshi, Arata Kimura

ISBS Proceedings Archive

This study aims to propose a framework for analyzing coordination among release parameters in relation to the shape of variability in performance outcomes and to investigate how such coordination is formed through practice. Participants threw 60 darts toward the center of the dartboard, twice a week for 10 weeks. Intersection over Union (IoU) was used to quantify coordination for the shape of variability, and a threshold was established to define the presence of coordination. The results showed that coordination among release parameters was not necessarily developed through practice, and that such coordination may already be structured before reducing the magnitude …

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Head Impact Differences Between Male And Femal Judo Practitoners During Sparring Practice: A Secondary Analysis Of An Exploratory Study, Sentaro Koshida, Takanori Ishii, Hiroshi Kubota, Tatsunari Hasegawa, Chinami Nakagawara, Hiroshi Churei

ISBS Proceedings Archive

Although judo carries a high risk of head injuries, primarily due to throws, empirical data on head impact characteristics during sparring practice remains limited. This study examined differences between males and females in head impact frequency and magnitude among collegiate judo practitioners. Nine athletes were monitored using mouthguard-type inertial sensors to measure head linear and rotational accelerations during practice. Generalized linear mixed models (GLMMs) estimated that head impact frequency was higher in female practitioners (10.9 impacts/hour; 95% CI: 4.8–25.0) compared to males (3.7 impacts/hour; 95% CI: 1.4–9.5; rate ratio: 2.96, p = 0.09). In contrast, model-estimated peak linear acceleration (PLA) …

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Characterizing Cardiac-Locomotion Synchronization And Heart Rate/Gait Cycle Fluctuations: A Pilot Study, Minato Kawaguchi, Kousuke Meguro, Kentaro Takahashi

ISBS Proceedings Archive

This study investigated cardiac-locomotion synchronization (CLS) during indoor treadmill and outdoor free walking, examining its environmental differences and relationships with heart rate/gait rhythm variability. Twelve participants used wearable ECG and accelerometer sensors for data collection during self-paced brisk walking. We analysed the last 10 minutes of stable walking, calculating mean period, coefficient of variation, and detrended fluctuation analysis (DFA) slope α. CLS was quantified by the 'Sync rate', the temporal proportion of consistent gait cycle to R-R interval ratios. Results showed significantly higher Sync rates in outdoor walking. Outdoor gait rhythm fluctuation α tended to decrease with increased Sync rate. …

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Simulating The Effect Of Measurement Error On Stride Time Detrended Fluctuation Analysis, Ben D. M. Jones, David L. Carey, Jon Wheat, Kane Middleton, Ben Heller

ISBS Proceedings Archive

The aim of this study was to investigate the sensitivity of running stride time detrended fluctuation analysis (DFA) to simulated noise and the impact of noise on reliability measures. Varying magnitudes of Gaussian and uniform noise were added to series of touchdown event timings from 11 runners. DFA-α were calculated for ground truth and simulated stride time series. Simulated series were paired and test-retest ICC estimates computed. The error in DFA-α increased with noise magnitude, with stride time series transitioning from persistent to anti-persistent behaviour for greater magnitudes of noise. However, median ICC estimates stayed above 0.95 for all standard …

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Changes In Arm And Leg Swing During A 400 M Sprint, Ryo Iwasaki, Sakie Nobuoka

ISBS Proceedings Archive

The present study aimed to clarify the changes in arm and leg swing between the early and late phases of a 400 m sprint. Nine male and eight female sprinters performed a 400 m sprint at maximum effort. Inertial measurement units were attached to the distal thighs and forearms to quantify arm and leg swing. Segmental angular data were analysed and compared between the early and late phases of the sprint. Leg swing amplitude was significantly reduced in the late phase compared to the early phase (average %Δ = -48.8), whereas arm swing amplitude increased (average %Δ = +160.8), and …

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Effect Of Medicine Ball Mass On Trunk Internal Rotation Kinetics During Punch Throw Exercise In Collegiate Baseball Pitchers: A Pilot Study, Shinji Ishikawa, Mizuki Kitamura, Mitsuo Otsuka

ISBS Proceedings Archive

The purpose of this pilot study was to clarify the effect of different medicine ball loads on the trunk longitudinal rotational kinetics during the punch throw exercise. Three male right-handed players from a university baseball club participated in this study. The mass of medicine ball used in the experiment trial was set to 1 kg, 3 kg, and 5 kg, which are commonly used in general training. It was found that the peak positive trunk rotation power was higher in the heavier trials and this was not caused by the larger negative trunk internal power. Oppositely, the peak horizontal medicine …

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Plantar Fascia Stiffness Accounts For Individual Variance In Its Strain During Hopping At Different Frequencies In Females, Ayaka Hobo, Hiroto Shiotani, Kosuke Hirata, Hiyo Inaba, Natsuki Sado

ISBS Proceedings Archive

The plantar fascia (PF) behaves like a spring during bouncing gait, whereas its strain is a potential risk factor for plantar fasciitis. PF strain in bouncing gait is determined theoretically by complex foot dynamics, involving numerous active and passive foot structures, but the determinants of its individual variability remain unclear. Here we show the high relevance of PF stiffness to its strain in hopping by 11 females. PF stiffness, assessed as shear wave velocity, correlates with peak PF strain in hopping at different frequencies (1.8, 2.6, 3.4 Hz). The variance accounted for increases with increasing hopping frequency (from 49 to …

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Neuromuscular And Muscle Morphological Advantage Of Power-Trained Athletes Improves Hip Extension Torque At High Velocities, Andras Hegyi, Luca Mezei, Fabien Leboeuf, Annamaria Peter, Aurélie Sarcher, Antoine Nordez, Giuseppe Rabita, Gaël Guilhem, Lilian Lacourpaille

ISBS Proceedings Archive

The purpose of this study was to examine the intermuscular distribution of hamstring muscle volume, muscle excitation, and torque production capacity of hip extensors in power-trained (sprint-based) athletes compared to a strength-trained control group. We found higher semitendinosus volume in the power-trained group. The electromyography activity increased with increasing contraction velocity only in the power-trained group, with significant between-group differences observed in the semitendinosus and biceps femoris at high velocity hip extension. Power-trained athletes were stronger during concentric contractions, particularly at high contraction velocities. These results explain possible morphological and neuromuscular mechanisms to increase propulsive force in high-speed running, which …

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Interaction Between The Midsole And Plate In Running Shoes Modifies The Energy Strategy Of The Mtp Joint During Running, Soo-Ji Han, Jusung Lee, Sanghyuk Han, Seongjun Kim, Jongchul Park

ISBS Proceedings Archive

This study investigated biomechanical differences of the metatarsophalangeal (MTP) joint according to midsole materials (EVA, PEBA) and carbon plate insertion. Ten male runners performed overground running at 3.89 m/s (±5%) under four footwear conditions. Discrete outcome variables included active and critical stiffness (Kactive, Kcr), push-off time, peak propulsion force, and MTP power transition timing, while statistical nonparametric mapping (SnPM) was applied to joint power. PEBA without a plate did not provide a propulsion advantage but reduced energy loss and enabled more effective joint control than EVA. In contrast, the addition of a plate to EVA facilitated a faster roll-off with …

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Machine Learning And Deep Learning Applications In Sports Biomechanical Analysis: A Systematic Scoping Review Of Performance Enhancement And Injury Prevention Strategies, Wissem Dhahbi, Nidhal Jebabli, Manar Boujabli, Marouen Souaifi, Ismail Dergaa, Lamia Ben Ezzdine

ISBS Proceedings Archive

Aim: This scoping review systematically maps current trends in artificial intelligence applications for sports biomechanical analysis, examining performance enhancement and injury prevention utility, methodological approaches, implementation challenges, and ethical considerations. Methods: A comprehensive analysis synthesized evidence on AI methodologies applied to sports biomechanics across various contexts, including machine learning, neural networks, and deep learning approaches integrated with learning management systems. This review examined data collection modes, analytical approaches, and practical implementation in laboratory and field settings. Results: AI applications evolved from basic statistical modeling to sophisticated machine learning configurations, demonstrating superior performance in technique analysis (94% agreement with international judges), …

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Bridging The Gap Between Research And Practice: Integrating Biomechanical Analysis In The Development Of Landing Mats In Gymnastics., Pavel Brtva, Bethany Canty, Rebecca Straker, Gareth Irwin, Roman Farana

ISBS Proceedings Archive

This study examined variations in vertical ground reaction force (VGRF) and lower limb kinematics during landings on three different mat structures (TYPE1, TYPE2, TYPE3) compared to FIG mat in young unskilled (pupils) and gymnast’s female. Significant effects of mat type were observed for VGRF_max, time to VGRF_max, peak ankle and knee angles, and peak knee angular velocity. TYPE1 mats exhibited the highest VGRF and shortest time to peak, indicating inadequate force attenuation and potential injury risk. Gymnasts demonstrated lower VGRF_max and lower ankle flexion, likely due to landing technique. No significant differences between TYPE2, TYPE3, …

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Towards Ai-Based At-Home Phsiotherapy For The Elderly: Comparing Movenet With Vitpose In Human Pose Estimation, Dominik Batić, Srinivas Kachavarapu, Fayçal Nait Irahal, Dagmar Meyer, Carsten Meyer

ISBS Proceedings Archive

The current tendency to shorten hospital stays requires patients to do rehabilitation exercises independently at home after knee and hip replacement surgeries. To help address the lack of supervision, we are developing a digital system that uses Human Pose Estimation (HPE) to analyse patient motion and provide feedback. In this work, we focus on two system aspects: (1) A tablet-based mobile application with an elderly-friendly interface and (2) a quantitative comparison of a widely used real-time HPE algorithm (MoveNet) with one of the top performers on the COCO benchmark (ViTPose). We provide experimental results for two-dimensional (2D) HPE on public …

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Advanced Nanocomposite Materials For Protective Fencing Suits: Enhancing Biomechanical Performance And Sustainability, Ala Husam Subhi Alardah, Mennatalla Sheikhmohamed Saifeldin Kuna, Marwa Al-Ani, Dr. Mostafa Hussein Ramadan Sliem, Dr. Noora Al-Qahtani

ISBS Proceedings Archive

Fencing requires proper protective attire that ensures safety and allows for unrestricted movement by balancing flexibility, durability, and puncture resistance. This study investigates the potential of electrospun nanofiber composites, composed of polyacrylonitrile (PAN) and enhanced with reduced graphene oxide (rGO), as a sustainable alternative to traditional fencing suit materials. Characterization techniques such as scanning electron microscopy (SEM), energy dispersive X-ray spectroscopy (EDX), and dielectric spectroscopy confirmed the uniform incorporation of rGO within the porous nanofiber structure, which enhances the distribution of mechanical loads and energy absorption. The dielectric characteristics of the composite suggest its suitability for applications in adaptive stiffness …

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Encapsulation Of Corrosion Inhibitors: Methods, Preparation, And Emerging Applications, Mahdi M. Hanoon, Baha. S. Mahdi

AUIQ Technical Engineering Science

Corrosion remains a critical global challenge, imposing substantial economic, safety, and environmental burdens across infrastructure, transportation, marine, and energy sectors. Traditional corrosion inhibitors, while effective, suffer from rapid depletion, uncontrolled release, environmental risks, and limited long-term stability. Encapsulation of corrosion inhibitors has emerged as a transformative strategy, enabling controlled and stimuli-responsive release, improved stability, and self-healing capabilities. This mini review provides a comprehensive overview of encapsulation technologies, including polymeric microcapsules, inorganic carriers, hybrid systems, and advanced nanoengineering approaches. Preparation methods, ranging from physical and chemical routes to emerging microfluidic and electrospinning techniques, are critically examined. Furthermore, the article highlights state-of-the-art …

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Norms Violation And Dark Personality: Benign Violation Theory For Humor And Dark Humor, Ahmad Naufalul Umam, Regina Okti Rusliyanti, Firdania Reski Oktaviani

Papers from the International Association for Cross-Cultural Psychology Conferences

Benign violation theory of humor has stood for years as a reliable explanation of what makes things funny. Nonetheless, some researchers emphasized the importance of context in various cultures. This research employs the benign violation framework to dissect the antecedents of amusement in violations that occurred in Indonesia's memetic internet content. Study 1 (N = 40) compared the effect of comedic video (vs. neutral video) on participants' perception of the degree of amusement and violation of the videos presented. The result showed that comedic video was perceived as having a higher level of violations, and the degree of amusement was …

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Full-Text Articles in Entire DC Network

From Recognition To Action: Advancing Nutrition Care In Irish Healthcare, Aoife Gillane, Sarah Donovan, Lisa Ryan

SURE Journal: Science Undergraduate Research Experience Journal

The Future Of Metabolic Health: A Needle-Free Alternative For Blood Sugar Monitoring, Conor Cleary, Martin Bradley, Christopher Crosson, John Wade

SURE Journal: Science Undergraduate Research Experience Journal

Transforming Plastic For A Sustainable Planet: Next-Generation Materials That Biodegrade Naturally, Kristof Racz, Clement Higginbotham

SURE Journal: Science Undergraduate Research Experience Journal

The Dock Beetle: Reducing Costs And Pesticides In Irish Agriculture, Bianca Araujo, Daniel P. Fitzpatrick

SURE Journal: Science Undergraduate Research Experience Journal

Implementation Of The Nature Restoration Law In The Eu - Pros, Cons And Impossibilities, Emma Mcdonagh, Liam Sunner

SURE Journal: Science Undergraduate Research Experience Journal

Ireland’S Energy Transition: Unlocking The Potential Of Offshore Renewables, Caoimhe O'Hare, Madjid Karimirad, Gautam Baruah

SURE Journal: Science Undergraduate Research Experience Journal

From Conflict To Connection: Educators Leading The Shift Towards Restorative Practices (Rp) In Deis Primary Schools, Ellen Slattery, Clara Hoyne

SURE Journal: Science Undergraduate Research Experience Journal

Bridging The Gap From Preschool To Primary: From Policy To Practice, Aimee O'Connor, Cóilín O’ Braonáin

SURE Journal: Science Undergraduate Research Experience Journal

Editorial, Anne M. Friel, Brigid Hooban, Therese Montgomery, Anne Marie O'Brien, Cormac Quigley, Edel Mcneela, Eva Campion, James Walshe, Sinead Loughran

SURE Journal: Science Undergraduate Research Experience Journal

The Effects Of The Football+ Warmup Program On Isokinetic Strength Among Youth Amateur Male Football Players, Mostafa Zarei, Mojtaba Asgari, Ebrahim Heidarnia, Seyed Hossein Yaghoobzadeh, Thomas Jaitner

ISBS Proceedings Archive

The Association Between Selected Lower Extremity Kinematic Variables And Fastpitch Softball Speed - A Preliminary Study, Savannah Wahl, Melissa Mache, Chengtu Hsieh

ISBS Proceedings Archive

Energy Flow Analysis During Maximal Speed Sprint Running, Shayne Vial, Kyle Wasseberger, Daniel Kadlec

ISBS Proceedings Archive

The Large Volume And Three-Dimensional Shape Of The Flexor Hallucis Longus Muscle In Sprinters And Distance Runners, Annamaria Peter, Andras Hegyi, István Kóbor, Gyula Gyebnár, Bálint Kovács

ISBS Proceedings Archive

Prediction Of Anterio-Posterior And Medio-Lateral Force From Vertical Force In Different Frequency Of Movement Pattern, Rajinikumar Palaniyappan Dr., Hema D Ms., Tamil Selvan P Mr.

ISBS Proceedings Archive

Joint Power Differences In Speed Running Between American Style Football Position Groups, Monique Mokha, Alyana Andal Andal, Jacob Haberer, Isabella Estrada Hernandez, Hunter Forte

ISBS Proceedings Archive

Formation Of Coordination Among Release Parameters For The Shape Of Variability In Arrival Positions Over Practice, Ryota Matsuda, Jun Umakoshi, Arata Kimura

ISBS Proceedings Archive

Head Impact Differences Between Male And Femal Judo Practitoners During Sparring Practice: A Secondary Analysis Of An Exploratory Study, Sentaro Koshida, Takanori Ishii, Hiroshi Kubota, Tatsunari Hasegawa, Chinami Nakagawara, Hiroshi Churei

ISBS Proceedings Archive

Characterizing Cardiac-Locomotion Synchronization And Heart Rate/Gait Cycle Fluctuations: A Pilot Study, Minato Kawaguchi, Kousuke Meguro, Kentaro Takahashi

ISBS Proceedings Archive

Simulating The Effect Of Measurement Error On Stride Time Detrended Fluctuation Analysis, Ben D. M. Jones, David L. Carey, Jon Wheat, Kane Middleton, Ben Heller

ISBS Proceedings Archive

Changes In Arm And Leg Swing During A 400 M Sprint, Ryo Iwasaki, Sakie Nobuoka

ISBS Proceedings Archive

Effect Of Medicine Ball Mass On Trunk Internal Rotation Kinetics During Punch Throw Exercise In Collegiate Baseball Pitchers: A Pilot Study, Shinji Ishikawa, Mizuki Kitamura, Mitsuo Otsuka

ISBS Proceedings Archive

Plantar Fascia Stiffness Accounts For Individual Variance In Its Strain During Hopping At Different Frequencies In Females, Ayaka Hobo, Hiroto Shiotani, Kosuke Hirata, Hiyo Inaba, Natsuki Sado

ISBS Proceedings Archive

Neuromuscular And Muscle Morphological Advantage Of Power-Trained Athletes Improves Hip Extension Torque At High Velocities, Andras Hegyi, Luca Mezei, Fabien Leboeuf, Annamaria Peter, Aurélie Sarcher, Antoine Nordez, Giuseppe Rabita, Gaël Guilhem, Lilian Lacourpaille

ISBS Proceedings Archive

Interaction Between The Midsole And Plate In Running Shoes Modifies The Energy Strategy Of The Mtp Joint During Running, Soo-Ji Han, Jusung Lee, Sanghyuk Han, Seongjun Kim, Jongchul Park

ISBS Proceedings Archive

Machine Learning And Deep Learning Applications In Sports Biomechanical Analysis: A Systematic Scoping Review Of Performance Enhancement And Injury Prevention Strategies, Wissem Dhahbi, Nidhal Jebabli, Manar Boujabli, Marouen Souaifi, Ismail Dergaa, Lamia Ben Ezzdine

ISBS Proceedings Archive

Bridging The Gap Between Research And Practice: Integrating Biomechanical Analysis In The Development Of Landing Mats In Gymnastics., Pavel Brtva, Bethany Canty, Rebecca Straker, Gareth Irwin, Roman Farana

ISBS Proceedings Archive

Towards Ai-Based At-Home Phsiotherapy For The Elderly: Comparing Movenet With Vitpose In Human Pose Estimation, Dominik Batić, Srinivas Kachavarapu, Fayçal Nait Irahal, Dagmar Meyer, Carsten Meyer

ISBS Proceedings Archive

Advanced Nanocomposite Materials For Protective Fencing Suits: Enhancing Biomechanical Performance And Sustainability, Ala Husam Subhi Alardah, Mennatalla Sheikhmohamed Saifeldin Kuna, Marwa Al-Ani, Dr. Mostafa Hussein Ramadan Sliem, Dr. Noora Al-Qahtani

ISBS Proceedings Archive

Encapsulation Of Corrosion Inhibitors: Methods, Preparation, And Emerging Applications, Mahdi M. Hanoon, Baha. S. Mahdi

AUIQ Technical Engineering Science

Norms Violation And Dark Personality: Benign Violation Theory For Humor And Dark Humor, Ahmad Naufalul Umam, Regina Okti Rusliyanti, Firdania Reski Oktaviani

Papers from the International Association for Cross-Cultural Psychology Conferences