CLINICAL STUDIES
Published In
Scientific Evidence Supporting the Squegg™ Smart Dynamometer
Varadarajan, K., Gunjan, S., & Francis, G. (2026)
Read MoreApp-Guided Grip Strength Assessment: Feasibility and Validity of Self-administered Testing with a Smart Dynamometer
Francis, G., DeTreux, K., Enright, M., George, L., Lambrides, Y., Mangudi Varadarajan, K., & Tsui, W. (2026) medRxiv 2026.01.29.26345154
Read MoreInvestigation of Inter-Device Reliability Between the Squegg® Smart Dynamometer and the Baseline BIMS Digital Hand Grip Dynamometer
Yiğit, S., & Ergen, H. İbrahim. (2025) European Journal of Therapeutics, 31(4), 255–265.
Read MoreInterinstrument Reliability Between the Squegg® Smart Dynamometer and Hand Grip Trainer and the Jamar® Hydraulic Hand Dynamometer: A Pilot Study.
Stamate, A., Bertolaccini, J., Deriaz, M., Gunjan, S., Marzan, M., Spiru, L. (2023). The American Journal of Occupational Therapy, Vol. 77(5), 7705205150.
Read MoreConcurrent Validity and Test-Retest Reliability of Squegg - Smart Dynamometer and Handgrip Trainer in Healthy Individuals
Amin, Z., Gutierrez, G., & True, L. (2024). Hand Therapy, 29(2), 68–74.
Read MoreValidity and Reliability of Squegg Device in Measuring Isometric Handgrip Strength.
Bairapareddy, K.C., Khaleel, A., Akbar, S., Maherban, H., Mehdiyeva, F., Rasti, F., Tamim, M., Abdelbasset, W.K., Ezzat, W., Reddy, R.S., Tedla, J.S., Ramakrshnan, R., Hussein, R.S., Alaparthi, G.K., Elsayed, S.H. (2023) European Review Medical Pharmacological and Science, 27 (21): 10247-10254.
Read MoreNatural, longitudinal recovery of adults with COVID-19 using standardized rehabilitation measures.
Ciro CA., James, SA., McGuire, H., Lepak, V., Dresser, S., Costner-Lark, A., Robinson, W., Fritz, T. (2022). Frontiers in Aging Neuroscience, Vol 14.
Read MoreNormative Grip Strength Reference Values for the Squegg® Smart Dynamometer and Hand Grip Trainer
Varadarajan, K., Agnihotri, A., Gunjan, S. Verma, S., Tsui, W., Francis, G. OSF Preprint, (2023).
Use of a novel bluetooth-connected device to measure handgrip strength: A practical tool to help healthcare professionals identify adults at nutritional risk
Varadarajan, K., Sharn, A. R., Kadhe, G., Shaikh, I., Sulo, S., & Bhattacharyya, S. (2024). Clinical Nutrition Open Science, 55, 193-204.
Is the Squegg digital grip device more reliable than the adapted sphygmomanometer? A clinical measurement study.
Packam, T., Roque, M., Herrington, J., Southmayd, D., Batthish, M., & Xiao, E. (2024).
Exploring the connections between grip strength, nutritional status, frailty, depression, and cognition as initial assessment tools in geriatric rehabilitation — A pilot study
Vancea Nemirschi, A.T., Lupu, A.A., Aivaz, K.-A., Iliescu, M.G., Deriaz, M.; Marzan, M., Spiru, L. (2024). Medicina, 60, 1916.
Squegg demonstrates good interdevice reliability in measuring grip strength in healthy volunteers
Iannarelli, L., Packham, T. (2025). Journal of Hand Therapy, 38, 645-647.
A third of adults as young as early forties may be at nutritional risk: Findings from global handgrip strength study using a digital tool
Sharn, A., et al. (2025). ESPEN Conference.
Read MoreOptimising physiotherapy for people with lateral elbow tendinopathy – Results of a mixed-methods pilot and feasibility randomised controlled trial (OPTimisE)
Bateman, M., et al. (2024). Musculoskeletal Science and Practice, 69, 102905.
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