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Your search keyword '"Bhanushali, Ameya"' showing total 11 results
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11 results on '"Bhanushali, Ameya"'

1. Sociocultural and Demographic Factors Predict Readmissions for General Surgery Patients

Author

Kovoor, Joshua G., Bacchi, Stephen, Gupta, Aashray K., Nann, Silas D., Stretton, Brandon, Chong, Esther H. L., Hewitt, Joseph N., Bhanushali, Ameya, Nathin, Kayla, Aujayeb, Nidhi, Lu, Amy, Ovenden, Christopher D., John, Athul, Reid, Jessica L., Gluck, Samuel, Liew, Danny, Reddi, Benjamin A., Hugh, Thomas J., Dobbins, Christopher, Padbury, Robert T., Hewett, Peter J., Trochsler, Markus I., and Maddern, Guy J.

Published
2023
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3. Depression after stoma surgery: a systematic review and meta-analysis

Author

Kovoor, Joshua G., Jacobsen, Jonathan Henry W., Stretton, Brandon, Bacchi, Stephen, Gupta, Aashray K., Claridge, Brayden, Steen, Matthew V., Bhanushali, Ameya, Bartholomeusz, Lorenz, Edwards, Suzanne, Asokan, Gayatri P., Asokan, Gopika, McGee, Amanda, Ovenden, Christopher D., Hewitt, Joseph N., Trochsler, Markus I., Padbury, Robert T., Perry, Seth W., Wong, Ma-Li, Licinio, Julio, Maddern, Guy J., and Hewett, Peter J.

Published
2023
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7. Additional file 1 of Depression after stoma surgery: a systematic review and meta-analysis

Author

Kovoor, Joshua G., Jacobsen, Jonathan Henry W., Stretton, Brandon, Bacchi, Stephen, Gupta, Aashray K., Claridge, Brayden, Steen, Matthew V., Bhanushali, Ameya, Bartholomeusz, Lorenz, Edwards, Suzanne, Asokan, Gayatri P., Asokan, Gopika, McGee, Amanda, Ovenden, Christopher D., Hewitt, Joseph N., Trochsler, Markus I., Padbury, Robert T., Perry, Seth W., Wong, Ma-Li, Licinio, Julio, Maddern, Guy J., and Hewett, Peter J.

Abstract

Additional file 1: Appendix 1. PRISMAChecklist. Appendix 2. Studies included at full-text review. Supplementary Figure 1. Funnel plot summarising publication bias for studies with data regarding effect of age on depressive symptoms after stoma surgery. Supplementary Figure 2. Funnel plot summarising publication bias for studies with data regarding mean age and standard deviations in studies with data regarding effect of age on depressive symptoms after stoma surgery. Supplementary Figure 3. Funnel plot summarising publication bias for studies with data regarding effect of sex on depressive symptoms after stoma surgery. Supplementary Figure 4. Forest plot summarising prevalence of male sex in studies with data regarding effect of sex on depressive symptoms after stoma surgery. Supplementary Figure 5. Funnel plot summarising publication bias for studies with data regarding prevalence of male sex and data regarding effect of sex on depressive symptoms after stoma surgery. Supplementary Figure 6. Forest plot showing prevalence of depressive symptoms after stoma surgery in studies reporting by region. Supplementary Figure 7. Funnel plot summarising publication bias for studies with data regarding effect of region on depressive symptoms after stoma surgery. Supplementary Figure 8. Forest plot summarising the odds of experiencing depressive symptoms before versus after stoma surgery. Supplementary Figure 9. Funnel plot summarising publication bias in studies reporting odds of experiencing depressive symptoms before versus after stoma surgery. Supplementary Figure 10. Forest plot summarising the odds of experiencing depressive symptoms after surgery in stoma versus non-stoma populations. Supplementary Figure 11. Funnel plot summarising publication bias in studies reporting data regarding the odds of experiencing depressive symptoms after surgery in stoma versus non-stoma populations. Supplementary Figure 12. Forest plot summarising mean differences in experiencing depressive symptoms after surgery in stoma versus non-stoma populations. Supplementary Figure 13. Funnel plot summarising publication bias in studies reporting data regarding mean differences in experiencing depressive symptoms after surgery in stoma versus non-stoma populations. Supplementary Figure 14. Forest plot summarising the mean differences in experiencing depressive symptoms after surgery in colostomy versus ileostomy patients. Supplementary Figure 15. Funnel plot summarising publication bias in studies reporting data regarding the mean differences in experiencing depressive symptoms after surgery in colostomy versus ileostomy patients. Supplementary Table 1. Risk of bias assessment using the Downs and Black Checklist for 65 non-randomised studies of interventions included in the present systematic review. Supplementary Table 2. Overall risk of bias assessment using the Cochrane RoB 2.0 checklist for three randomised controlled trials included in the present systematic review.

Published
2023
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8. sj-docx-1-cho-10.1177_18632521231156434 – Supplemental material for Return to sport after forearm fractures in children: A scoping review and survey

Author

Bhanushali, Ameya, Bright, Rebecca, Xu, Louis, Cundy, Peter, and Williams, Nicole

Subjects
FOS: Clinical medicine, 110604 Sports Medicine, FOS: Health sciences, 110314 Orthopaedics
Abstract

Supplemental material, sj-docx-1-cho-10.1177_18632521231156434 for Return to sport after forearm fractures in children: A scoping review and survey by Ameya Bhanushali, Rebecca Bright, Louis Xu, Peter Cundy and Nicole Williams in Journal of Children's Orthopaedics

Published
2023
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11. Re‐fractures of the paediatric radius and/or ulna: A systematic review.

Author

Bhanushali, Ameya, Axelby, Evelyn, Patel, Prajay, Abu‐Assi, Rabieh, Ong, Belinda, Graff, Christy, and Kraus, Manuel

Subjects
*ULNA, *RADIUS fractures, *BONE fractures, *FRACTURE healing, *PEDIATRICS, *COUNSELING
Abstract

Background: Fractures of the radius and/or ulna are one of the most common injuries in children. Evidence identifying risk factors for refracture, however, has not been summarised in a systematic review. Guidance for counselling patients and parents to minimise the risk of refracture is limited. The aims of this study are to 1) to determine if casting time 6 weeks or less is a risk factor for refracture after paediatric radius and/or ulna fractures, 2) to identify other risk factors for refracture after paediatric radius and/or ulna fractures and 3) to develop more accurate guidelines for counselling parents after a radius and/or ulna fracture in their child. Methods: A thorough search was performed in accordance with the Joanna Briggs Institute (JBI) guidelines for systematic review. JBI Critical Appraisal checklists were used for risk of bias assessment. Results: Diaphyseal both‐bone fractures treated non‐surgically should be casted for longer than 6 weeks. Surgically treated patients can be casted for less than 6 weeks. Diaphyseal and greenstick fractures have a higher risk of refracture. Residual angulation and incomplete healing in greenstick fractures may lead to a higher risk of refracture. Gender does not affect refracture risk. Falls, use of wheeled vehicles, playground activities and trampolining confer high‐risk of refracture. Refracture risk is greatest up to 9 months from initial fracture. Conclusion: Further case‐controlled studies with sub‐group analysis are required to further investigate risk factors for refracture after radius and/or ulna fractures in children. [ABSTRACT FROM AUTHOR]

Published
2022
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