Effects Of Isolated And Integrated Core Stability Training In Fast Bowlers

Launched by SEHAT MEDICAL COMPLEX · Nov 13, 2024

Keywords

ClinConnect Summary

This clinical trial is studying how different types of core stability training can affect fast bowlers' power, balance, and overall performance. The researchers want to find out if training focused solely on the core (isolated core stability training) is more effective than training that includes the entire body (integrated core stability training).

To join the study, participants need to be males aged 18 to 28 who have played Action Cricket in an intermediate league for at least six months and have no history of lower back pain. The trial is currently looking for participants, and those who join can expect to engage in training programs designed to improve their core strength and performance. It’s important to note that individuals with significant health issues, disabilities, or recent major injuries will not be eligible to participate. This trial aims to provide valuable insights into improving training for fast bowlers.

Gender

MALE

Eligibility criteria

• Inclusion Criteria:
• • • Age group: 18 to 28 years. Individuals younger than 18 needed parental consent, and those older than 30 faced a higher likelihood of degeneration in the thoracic and lumbar spine region
• • No history of lower back pain
• • Gender: Male. Considering the differences in anatomy and physiology between males and females, it was deemed advantageous to concentrate solely on one gender to ensure continued homogeneity
• • They had actively participated in Action Cricket within one of the intermediate leagues for a minimum of six months
• Exclusion Criteria:
• • Athletes with physical disability and major health problems.
• • Not willing to participate.
• • Patients with MSK disorders.
• • Female athletes will not be included because of anatomical and physiological differences.
• • Participants with a recent history of significant injuries, especially those related to the core or lower extremities, as this could confound the study results.