Latest Research
A curated collection of the newest studies in posture, movement, and therapy.
Keeping up with the latest research helps deepen our understanding of posture, movement, and overall well-being.
This page is updated weekly with key findings from recent studies, offering concise summaries and direct links to full articles.
Whether you’re a health professional or simply curious about the science behind posture, explore the latest insights here.
23 February, 2025
A Deep Learning Approach to Analyze Stress Using Voice and Body Posture
S Gupta, S Gambhir, M Gambhir, R Majumdar (2025)
This research explores how deep learning can assess stress levels by analyzing voice patterns and body posture. The study highlights the increasing stress among young professionals and proposes AI-driven solutions for real-time stress detection and intervention.
Synergic Control of Action Stabilizing Vertical Posture
S M S F de Freitas, P B de Freitas, J M Prado-Rico (2025)
This study examines how voluntary movements require coordination between motor units, muscles, and joint motions. Findings reveal that the body can stabilize posture using multiple motor strategies, demonstrating flexibility in human motor control.
Real-Time Human Posture Recognition Using Embedded Optical Fiber Sensors and Machine Learning
X Zhou, W Wang, Y Hui, X Li, X Zhang, X Yan, T Cheng (2025)
A new posture recognition approach integrates optical fiber sensors with machine learning, achieving real-time human movement analysis. The system has potential applications in healthcare, sports, and rehabilitation.
Effects of Aging on Gait and Posture
N M Rinaldi, G V Magalhães, A R Delunardo (2025)
This study examines how aging affects posture and gait, highlighting postural adaptations and motor strategies used by older adults to maintain balance. The findings emphasize the importance of stability training for fall prevention.
Development and Validation of the Observational Static Posture Assessment Tool (OSPAT)
H Abbasi, M Seyedi, E Mozafaripour, M Bayati (2025)
Researchers have developed the OSPAT, a new tool for evaluating static posture. The study emphasizes clinically relevant posture indices that help identify abnormalities and improve postural assessments in various settings.
Postural Abnormalities in Parkinson’s Disease and the Therapeutic Role of the K1 Posture Keeper Shirt
P De Blasiis, A Fullin, C I De Girolamo, E Bianchini (2025)
Using 3D motion analysis, this study evaluates how the K1 Posture Keeper Shirt influences posture in Parkinson’s disease patients. Findings suggest that the shirt improves sagittal plane posture in both static and dynamic conditions.
Transcranial Direct Current Stimulation Effect on Locomotion and Posture
E Morya, A H Okano, L A Moscaleski, A Moreira (2025)
This research explores how transcranial direct current stimulation (tDCS) affects posture and motor control in aging and neurological disorders. Findings highlight the potential for non-invasive brain stimulation to enhance movement and balance.
The Knowledge, Attitude, and Practice of Nurses on Posture Management of Premature Infants
X Zhong, S Cai, H Wang, L Wu, Y Sun (2025)
A study investigating nurses’ knowledge and practices regarding posture management in premature infants. It identifies key gaps in training and suggests strategies to improve neonatal care.
Posture Recognition-Based Robot Control Using MediaPipe Pose
J W Kim, S Y Mun, B J Park, Y Choi, H Kim (2025)
This research focuses on the integration of posture recognition in robotic control, demonstrating how AI-powered posture tracking can improve human-robot interaction and automation in various industries.
21 February, 2025
Posture Analysis During Tooth Extraction
T Fukushima, K Sugahara, K Ito, M Koyachi (2025)
This research examines the importance of maintaining proper posture during tooth extraction to prevent musculoskeletal injuries and improve surgical outcomes. The study highlights posture kinematics and its impact on dental procedures.
Environmental Factors Increasing the Risk of Poor Posture in Dental Hygiene Students
T M Willie, Y Fang, N A Baker, J M Kapellusch, S C Roll (2025)
Researchers investigated how environmental factors influence posture among dental hygiene students, finding that over half of students exhibited high-risk postures. The study raises concerns about long-term musculoskeletal issues in dental professionals.
Describing Posture on the Bike: Do Different Methods Lead to Similar Outcomes?
R Bini, F Lanferdini, F Diefenthaeler (2025)
This study compares three different methods of assessing lower limb posture during cycling. Findings reveal discrepancies between commercial posture assessment tools, emphasizing the need for transparent research-backed methods.
IMU-Based Estimation of Body Posture: Laboratory Validation in Simulated Commercial Fishing
U K Alam, J C Ryu, J H Kim (2025)
A new inertial measurement unit (IMU)-based approach is proposed for quantifying body posture in physically demanding professions such as commercial fishing. This study validates IMU sensors as an alternative to traditional posture assessments.
Posture-Dependent Modulation of Interoceptive Processing: A Heartbeat-Evoked Potential Study
M Dohata, N Kaneko, R Takahashi, Y Suzuki (2025)
This research explores how different body postures affect interoceptive awareness using heartbeat-evoked potentials (HEPs). The findings provide new insights into the neural mechanisms linking posture and bodily perception.
Poor Posture Detection Based on Behavioral and Environmental Data Using Machine Learning
F Gu, J Li, S Deng, Q Yang (2024)
Using machine learning, researchers developed an AI model that detects poor posture based on behavioral and environmental data. The system demonstrated high accuracy but also highlighted challenges in minimizing false classifications.
The Effect of Ergonomics Training on Musculoskeletal Disorders and Working Postures in Office Workers
A Ağar, G Yeginoğlu, B Kızıltan (2025)
This study assesses the impact of ergonomics training on reducing musculoskeletal disorders (MSDs) and improving workplace posture. Results suggest that targeted training significantly lowers MSD risk scores in office workers.
Which Factors Influence Plan Reuse in a Sequential Posture Selection Task?
C Schütz (2025)
Researchers explored how individuals reuse previous motor plans when selecting postures, a phenomenon known as motor hysteresis. The study provides insights into cognitive planning and movement efficiency in posture selection tasks.
The Triadic Relationship Between Spinal Posture, Loading, and Degeneration
M R Fasser, P R Furrer, L Fisler, L Urbanschitz (2025)
This study examines how spinal posture influences load distribution and contributes to degenerative changes in the lumbar spine, including intervertebral disc deterioration and facet joint stress.
Effects of Yoga on Pulmonary Parameters, Posture, Body Awareness, and Quality of Life Among Smokers
C Özbek, E Develi (2025)
A study investigating the benefits of yoga for smokers found significant improvements in pulmonary function, posture, and overall quality of life, suggesting yoga as a potential intervention for respiratory health.
17 February, 2025
The Effect of Magnification on the Working Posture of Dental Students: A Systematic Review
A Soto (2025)
This study explores how magnification tools like loupes and microscopes influence the ergonomics and posture of dental students during clinical procedures. Findings highlight that magnification improves posture and reduces musculoskeletal disorder risks.
The Burden of Revision Arthroplasty: An Ergonomic Analysis of Surgeon Posture in the Operating Room
C Green, Z Gapinski, E Mason, E Kothari, P Desai (2025)
This research analyzes surgeon posture during primary and revision hip and knee arthroplasty using wearable posture-tracking devices. It reveals how case type, patient factors, and procedure duration affect surgeons’ ergonomic posture.
Internet of Things and OpenCV-Based Smart Posture Recognition Chair
SP Jena, M Chakraborty, J Mondal, SH Rehaman (2025)
This study proposes a smart chair using IoT and OpenCV for accurate human posture recognition through real-time datasets. The system enhances posture tracking across various seated positions for ergonomic improvements.
Role of Postures in Enhancing the Effects of Isometric Handgrip and Deep Breathing Exercises on Mild Hypertensive Women
A Das, D Prakash, A Agarwal (2025)
This study investigates how body posture influences the effectiveness of isometric handgrip and deep breathing exercises in mild hypertensive women, emphasizing improved outcomes when performed in a seated posture.
The Art of “Silence” in Interpersonal Communication
Q Zhu (2025)
This research discusses how posture reflects ideological, cultural, and emotional states in interpersonal communication, emphasizing the impact of dynamic and static postures on perceived dignity and presence.
Automatic Disassembly Standard Time Estimate System for Improving Etch System Maintenance
A Enomoto, K Muramatsu, N Nakasu, Y Sakka (2024)
This study proposes a method for estimating worker posture and line of sight during disassembly tasks using computer graphics, aiming to optimize posture and ergonomic positioning during maintenance work.
An Abnormal Behavior Recognition System
WJ Chang, JH Liu, YJ Chen, LB Chen (2025)
This system uses AI edge computing to recognize dangerous postures, such as falls or unsafe positions in bathrooms, aiming to enhance safety through posture-based abnormal behavior detection.
15 February, 2025
KeypointNet: Efficient AI for Sitting Posture Recognition
KeypointNet is an innovative AI model designed to accurately identify sitting postures from multiple angles using keypoint data. This technology promises to enhance workplace ergonomics by providing real-time posture analysis, helping to prevent strain-related injuries, and improving overall comfort during prolonged sitting.
Posture in Adolescents Post-COVID-19
A comprehensive study conducted in China revealed that 79.92% of adolescents exhibited poor posture after the COVID-19 pandemic, a significant increase from previous years. This finding underscores the importance of posture education and intervention programs in schools to address posture-related health issues early.
AI-Driven Standing-Up Control for Humanoid Robots
Researchers have developed AI algorithms that enable humanoid robots to stand up from diverse postures on various terrains. This work not only advances robotics but also provides insights into human balance and movement, with potential applications in rehabilitation and assistive technologies.
Infant-Holding Posture Assessment
This study introduces new methods for assessing the posture of caregivers holding infants during bottle-feeding. By focusing on subtle postural fluctuations, the research aims to improve caregiver ergonomics and ensure infant safety, offering practical applications for parents and healthcare providers.
CradlePosture: Neonate Posture Estimation with Cameras
A novel camera-based system called CradlePosture estimates the posture of neonates based on caregiver holding behaviors. This innovation ensures that infants are held in safe and developmentally appropriate positions, which is critical for their early motor development and well-being.
Gait Analysis in Rare Bone Diseases
Fully-instrumented gait analysis is being used to study movement in patients with rare bone diseases. This objective data helps clinicians better understand gait abnormalities and design personalized interventions to enhance mobility and quality of life for affected individuals.
Body Sway Dynamics in Squat-Based Exercise Games
This research explores how soft actuators and virtual reality-based exercise games can be used to analyze body sway dynamics during squat motions. The findings contribute to developing effective posture training programs that enhance balance, strength, and coordination.
Sensor-Based Ergonomic Risk Assessment
New sensor technology allows for the automatic and objective assessment of ergonomic risks in workplaces. This system focuses on upper limb posture and helps identify potential strain hazards, aiding in the prevention of work-related musculoskeletal disorders.
Knee Joint Loading in Early Hominins
A study of the knee joint structures in early hominins reveals how these ancient humans managed joint loading during movement. The insights gained provide a better understanding of the evolution of human posture and inform modern approaches to knee health and injury prevention.
Pre-touch Posture Estimation for Soft Robotic Grippers
Researchers have developed a camera-based system that estimates the posture of soft robotic grippers before making contact with objects. This technology enhances the precision of robotic grasping and offers valuable analogies for improving human posture control in dynamic tasks.
Check back weekly for the latest research updates!
15 February, 2025
KeypointNet: Efficient AI for Sitting Posture Recognition
KeypointNet is an innovative AI model designed to accurately identify sitting postures from multiple angles using keypoint data. This technology promises to enhance workplace ergonomics by providing real-time posture analysis, helping to prevent strain-related injuries, and improving overall comfort during prolonged sitting.
Posture in Adolescents Post-COVID-19
A comprehensive study conducted in China revealed that 79.92% of adolescents exhibited poor posture after the COVID-19 pandemic, a significant increase from previous years. This finding underscores the importance of posture education and intervention programs in schools to address posture-related health issues early.
AI-Driven Standing-Up Control for Humanoid Robots
Researchers have developed AI algorithms that enable humanoid robots to stand up from diverse postures on various terrains. This work not only advances robotics but also provides insights into human balance and movement, with potential applications in rehabilitation and assistive technologies.
Infant-Holding Posture Assessment
This study introduces new methods for assessing the posture of caregivers holding infants during bottle-feeding. By focusing on subtle postural fluctuations, the research aims to improve caregiver ergonomics and ensure infant safety, offering practical applications for parents and healthcare providers.
CradlePosture: Neonate Posture Estimation with Cameras
A novel camera-based system called CradlePosture estimates the posture of neonates based on caregiver holding behaviors. This innovation ensures that infants are held in safe and developmentally appropriate positions, which is critical for their early motor development and well-being.
Gait Analysis in Rare Bone Diseases
Fully-instrumented gait analysis is being used to study movement in patients with rare bone diseases. This objective data helps clinicians better understand gait abnormalities and design personalized interventions to enhance mobility and quality of life for affected individuals.
Body Sway Dynamics in Squat-Based Exercise Games
This research explores how soft actuators and virtual reality-based exercise games can be used to analyze body sway dynamics during squat motions. The findings contribute to developing effective posture training programs that enhance balance, strength, and coordination.
Sensor-Based Ergonomic Risk Assessment
New sensor technology allows for the automatic and objective assessment of ergonomic risks in workplaces. This system focuses on upper limb posture and helps identify potential strain hazards, aiding in the prevention of work-related musculoskeletal disorders.
Knee Joint Loading in Early Hominins
A study of the knee joint structures in early hominins reveals how these ancient humans managed joint loading during movement. The insights gained provide a better understanding of the evolution of human posture and inform modern approaches to knee health and injury prevention.
Pre-touch Posture Estimation for Soft Robotic Grippers
Researchers have developed a camera-based system that estimates the posture of soft robotic grippers before making contact with objects. This technology enhances the precision of robotic grasping and offers valuable analogies for improving human posture control in dynamic tasks.
Check back weekly for the latest research updates!
PLEASE NOTE
PostureGeek.com does not provide medical advice. This information is for educational purposes only and is not intended to be a substitute for professional medical attention. The information provided should not replace the advice and expertise of an accredited health care provider. Any inquiry into your care and any potential impact on your health and wellbeing should be directed to your health care provider. All information is for educational purposes only and is not intended to be a substitute for professional medical care or treatment.
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17 February, 2025
The Effect of Magnification on the Working Posture of Dental Students: A Systematic Review
A Soto (2025)
This study explores how magnification tools like loupes and microscopes influence the ergonomics and posture of dental students during clinical procedures. Findings highlight that magnification improves posture and reduces musculoskeletal disorder risks.
The Burden of Revision Arthroplasty: An Ergonomic Analysis of Surgeon Posture in the Operating Room
C Green, Z Gapinski, E Mason, E Kothari, P Desai (2025)
This research analyzes surgeon posture during primary and revision hip and knee arthroplasty using wearable posture-tracking devices. It reveals how case type, patient factors, and procedure duration affect surgeons’ ergonomic posture.
Internet of Things and OpenCV-Based Smart Posture Recognition Chair
SP Jena, M Chakraborty, J Mondal, SH Rehaman (2025)
This study proposes a smart chair using IoT and OpenCV for accurate human posture recognition through real-time datasets. The system enhances posture tracking across various seated positions for ergonomic improvements.
Role of Postures in Enhancing the Effects of Isometric Handgrip and Deep Breathing Exercises on Mild Hypertensive Women
A Das, D Prakash, A Agarwal (2025)
This study investigates how body posture influences the effectiveness of isometric handgrip and deep breathing exercises in mild hypertensive women, emphasizing improved outcomes when performed in a seated posture.
The Art of “Silence” in Interpersonal Communication
Q Zhu (2025)
This research discusses how posture reflects ideological, cultural, and emotional states in interpersonal communication, emphasizing the impact of dynamic and static postures on perceived dignity and presence.
Automatic Disassembly Standard Time Estimate System for Improving Etch System Maintenance
A Enomoto, K Muramatsu, N Nakasu, Y Sakka (2024)
This study proposes a method for estimating worker posture and line of sight during disassembly tasks using computer graphics, aiming to optimize posture and ergonomic positioning during maintenance work.
An Abnormal Behavior Recognition System
WJ Chang, JH Liu, YJ Chen, LB Chen (2025)
This system uses AI edge computing to recognize dangerous postures, such as falls or unsafe positions in bathrooms, aiming to enhance safety through posture-based abnormal behavior detection.
15 February, 2025
KeypointNet: Efficient AI for Sitting Posture Recognition
KeypointNet is an innovative AI model designed to accurately identify sitting postures from multiple angles using keypoint data. This technology promises to enhance workplace ergonomics by providing real-time posture analysis, helping to prevent strain-related injuries, and improving overall comfort during prolonged sitting.
Posture in Adolescents Post-COVID-19
A comprehensive study conducted in China revealed that 79.92% of adolescents exhibited poor posture after the COVID-19 pandemic, a significant increase from previous years. This finding underscores the importance of posture education and intervention programs in schools to address posture-related health issues early.
AI-Driven Standing-Up Control for Humanoid Robots
Researchers have developed AI algorithms that enable humanoid robots to stand up from diverse postures on various terrains. This work not only advances robotics but also provides insights into human balance and movement, with potential applications in rehabilitation and assistive technologies.
Infant-Holding Posture Assessment
This study introduces new methods for assessing the posture of caregivers holding infants during bottle-feeding. By focusing on subtle postural fluctuations, the research aims to improve caregiver ergonomics and ensure infant safety, offering practical applications for parents and healthcare providers.
CradlePosture: Neonate Posture Estimation with Cameras
A novel camera-based system called CradlePosture estimates the posture of neonates based on caregiver holding behaviors. This innovation ensures that infants are held in safe and developmentally appropriate positions, which is critical for their early motor development and well-being.
Gait Analysis in Rare Bone Diseases
Fully-instrumented gait analysis is being used to study movement in patients with rare bone diseases. This objective data helps clinicians better understand gait abnormalities and design personalized interventions to enhance mobility and quality of life for affected individuals.
Body Sway Dynamics in Squat-Based Exercise Games
This research explores how soft actuators and virtual reality-based exercise games can be used to analyze body sway dynamics during squat motions. The findings contribute to developing effective posture training programs that enhance balance, strength, and coordination.
Sensor-Based Ergonomic Risk Assessment
New sensor technology allows for the automatic and objective assessment of ergonomic risks in workplaces. This system focuses on upper limb posture and helps identify potential strain hazards, aiding in the prevention of work-related musculoskeletal disorders.
Knee Joint Loading in Early Hominins
A study of the knee joint structures in early hominins reveals how these ancient humans managed joint loading during movement. The insights gained provide a better understanding of the evolution of human posture and inform modern approaches to knee health and injury prevention.
Pre-touch Posture Estimation for Soft Robotic Grippers
Researchers have developed a camera-based system that estimates the posture of soft robotic grippers before making contact with objects. This technology enhances the precision of robotic grasping and offers valuable analogies for improving human posture control in dynamic tasks.
Check back weekly for the latest research updates!
15 February, 2025
KeypointNet: Efficient AI for Sitting Posture Recognition
KeypointNet is an innovative AI model designed to accurately identify sitting postures from multiple angles using keypoint data. This technology promises to enhance workplace ergonomics by providing real-time posture analysis, helping to prevent strain-related injuries, and improving overall comfort during prolonged sitting.
Posture in Adolescents Post-COVID-19
A comprehensive study conducted in China revealed that 79.92% of adolescents exhibited poor posture after the COVID-19 pandemic, a significant increase from previous years. This finding underscores the importance of posture education and intervention programs in schools to address posture-related health issues early.
AI-Driven Standing-Up Control for Humanoid Robots
Researchers have developed AI algorithms that enable humanoid robots to stand up from diverse postures on various terrains. This work not only advances robotics but also provides insights into human balance and movement, with potential applications in rehabilitation and assistive technologies.
Infant-Holding Posture Assessment
This study introduces new methods for assessing the posture of caregivers holding infants during bottle-feeding. By focusing on subtle postural fluctuations, the research aims to improve caregiver ergonomics and ensure infant safety, offering practical applications for parents and healthcare providers.
CradlePosture: Neonate Posture Estimation with Cameras
A novel camera-based system called CradlePosture estimates the posture of neonates based on caregiver holding behaviors. This innovation ensures that infants are held in safe and developmentally appropriate positions, which is critical for their early motor development and well-being.
Gait Analysis in Rare Bone Diseases
Fully-instrumented gait analysis is being used to study movement in patients with rare bone diseases. This objective data helps clinicians better understand gait abnormalities and design personalized interventions to enhance mobility and quality of life for affected individuals.
Body Sway Dynamics in Squat-Based Exercise Games
This research explores how soft actuators and virtual reality-based exercise games can be used to analyze body sway dynamics during squat motions. The findings contribute to developing effective posture training programs that enhance balance, strength, and coordination.
Sensor-Based Ergonomic Risk Assessment
New sensor technology allows for the automatic and objective assessment of ergonomic risks in workplaces. This system focuses on upper limb posture and helps identify potential strain hazards, aiding in the prevention of work-related musculoskeletal disorders.
Knee Joint Loading in Early Hominins
A study of the knee joint structures in early hominins reveals how these ancient humans managed joint loading during movement. The insights gained provide a better understanding of the evolution of human posture and inform modern approaches to knee health and injury prevention.
Pre-touch Posture Estimation for Soft Robotic Grippers
Researchers have developed a camera-based system that estimates the posture of soft robotic grippers before making contact with objects. This technology enhances the precision of robotic grasping and offers valuable analogies for improving human posture control in dynamic tasks.
Check back weekly for the latest research updates!
PLEASE NOTE
PostureGeek.com does not provide medical advice. This information is for educational purposes only and is not intended to be a substitute for professional medical attention. The information provided should not replace the advice and expertise of an accredited health care provider. Any inquiry into your care and any potential impact on your health and wellbeing should be directed to your health care provider. All information is for educational purposes only and is not intended to be a substitute for professional medical care or treatment.