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Geriatric Osteopathy: Treat the ankle!

Geriatric Osteopathy: Treat the ankle!

Geriatric Osteopathy: Treat the ankle!

  • A systematic review and meta-analysis from 2024 shows that Manual therapy is an effective approach to increase ankle range of motion and improve balance in older adults (focus were on participants over 60 years old).
  • The study found that manual therapy effectively increased ankle range of motion by 11.3 degrees and improved stability measures such as monopodal stability and static balance.
  • Further research is needed to understand the impact of dosage parameters.
  • The study faced limitations such as heterogeneity in intervention designs, limited quantitative synthesis for static balance, and potential biases in outcome measurements.

Clinical Practice Insights for Osteopaths

  • OMT can effectively increase ankle range of motion in older adults, enhancing stability.
  • Greater treatment frequency may lead to better balance and ankle range of motion improvements.
  • Improvements are more pronounced in stability measures rather than dynamic balance.
  • Consider individualizing treatment parameters.

Check: Hernández-Guillén, D., García-Gomariz, C., Roig-Casasús, S., Díaz-Díaz, B., Domínguez-Navarro, F., Pérez-Maletzki, J., & Blasco, J.-M. (n.d.). Efficacy of ankle mobilization on postural control in older people: A systematic review with meta-analysis.

 

Geriatric Osteopathy: Treat the ankle!

This systematic review and meta-analysis highlights the effectiveness of manual therapy in improving ankle range of motion and stability among older adults.
An average increase of 11.3 degrees in ankle mobility and enhancements in monopodal and static balance were observed.
While the study supports the use of manual therapy, it emphasizes the need for further research on dosage parameters and calls for individualized treatment approaches in clinical practice to optimize outcomes for older patients.

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Growth dynamics of the craniocervical junction

This study delves into the growth dynamics of the craniocervical junction (CCJ) from birth to 18 years, using advanced geometric modeling techniques.
By analyzing age-related changes, covariation patterns, and suture closure, the research provides crucial insights into the coordinated growth between skull and neck structures.
These findings could significantly enhance early diagnosis and the development of patient-specific models for treating abnormalities in craniofacial and cervical spine development.

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