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Project Phase Status Next Action
} Pelvictilt OBJ1 analysis 🟢 active Publication plan 수립됨, Results 통계값 삽입 필요
} CTgenetics OBJ 1 - manuscript documentation 🟢 active -
} FSCPG OBJ2 data_waiting 🟡 waiting CPG 위원회 데이터 수신 대기 중
} K-ArtistMSK initiation 🟢 active PRD 작성 완료, 공동연구자 접촉 단계
} Sk8MSK initiation 🟢 active OBJ 파일 생성, Scoping Review 프로토콜 준비 중
} 2026-04-14 WalkingLMM - manuscript submitted 🟡 waiting BMC geriatrics
} CTgenetics OBJ 2 data_collection 🟢 active 분석 완료 아카이브 — FinnGen/MAGMA는 Paper 1, MR은 Paper 2로 분배
} FSHD initiation 🟢 active IRB 승인 완료, SAP/CRF 작성 완료 — 데이터 수집 시작 대기
} CTgenetics OBJ 3 initiation 🟢 active Paper 2 (MR headline 확보 완료, 나머지 분석 대기)
} CTgenetics Paper 1 - manuscript documentation 🟢 active -
} CTgenetics Paper 1 - ARD format documentation 🟢 active -
} CTgenetics Paper 1 - GIM format documentation 🟢 active -
} CEA OBJ1 - draft - exported coauthor_review 🟢 active -
} EAG OBJ2 data_collection 🟢 active 데이터 수집 완료 (18명), Phase 1 GRF 완료, Phase 2-3 batch 추출 대기
MSK8R Lab

MusculoSkeletal Kinematics Innov8 Rehabilitation Lab
Department of Rehabilitation Medicine, Pusan National University Hospital
PI: Jaehyun Lee, MD (이재현)

We innovate rehabilitation through musculoskeletal kinematics research.

Mission

MSK8R Lab develops sensor-based biomechanical analysis and AI-driven rehabilitation solutions to advance musculoskeletal diagnosis and treatment. We bridge clinical rehabilitation medicine with biomedical engineering — integrating biosignal processing, motion kinematics, and machine learning to transform how musculoskeletal disorders are assessed and rehabilitated.

Research Topics

Topic Description Status
Electroarthrography (EAG) Cartilage biosignal analysis & load monitoring (4-year Core Research) Active
Spinal Stability & Pelvic Tilt Kinematics IMU-based lumbopelvic analysis & SpineView clinical platform Active
Uncertainty in Medical Field Reference standards with measurement uncertainty for nerve conduction studies Active
Calcific Tendinitis Genetic background (whole exome sequencing) & radiologic quantification Active
Sarcopenia Big data analysis of biomarkers and body composition Active
MSK Rehabilitation Programs Evidence-based exercise rehabilitation protocols Active

Highlights

Featured Research

Electroarthrography (EAG) — A novel biosignal approach using OpenBCI to detect early cartilage pathology through load-induced electrical potentials in joints, synchronized with ground reaction force data. Published in BMC Musculoskelet Disord (2025).

Ref: Lee JH, Jang YS, Chang WD. BMC Musculoskelet Disord. 2025;26(1). doi:10.1186/s12891-025-08939-8

Funding & Grants

  • EAG Load Monitoring (Core Research) — Ministry of Science and ICT, 4-year (2026-2030)
  • Cartilage Load-Induced Potentials — PNUH Convergence Medical Institute (2024-2025)
  • Pelvic Tilt Biomechanics — PNUH Biomedical Research Institute (2025, Ongoing)
  • Calcific Tendinitis NGS — National Research Foundation of Korea (2020-2023)

Awards

  • Excellent Poster Award, "Cartilage-Generated Electric Potentials," 52nd KARM Fall Conference, 2024
  • Best Oral Presentation, "Pressure Characteristics of The Knee Joints," KANMS Spring Conference, 2019

Principal Investigator

Name Jaehyun Lee, MD (이재현)
Position Clinical Associate Professor
Affiliation Dept. of Rehabilitation Medicine, Pusan National University Hospital
Education MD, Kosin University · PhD Candidate (AI Convergence), Pukyeong National University
Fellowship MSK Rehabilitation, Seoul National University Hospital
Specialization Musculoskeletal rehabilitation, US/fluoroscopy-guided procedures, therapeutic exercise
Email jaehyun@pusan.ac.kr

Contact

Contact

Department of Rehabilitation Medicine
Pusan National University Hospital
179 Gudeok-ro, Seo-gu, Busan 49241, Republic of Korea
Email: jaehyun@pusan.ac.kr