British Journal of Sports Medicine

(BJSM) is the leading, peer-reviewed journal in sports medicine, with additional multimedia resources.

Impact Factor: 11.6
Citescore: 27.1
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British Journal of Sports Medicine (BJSM) is a Plan S compliant Transformative Journal.

British Journal of Sports Medicine (BJSM) is a multimedia portal for authoritative original research, systematic reviews, consensus statements and debate in sport and exercise medicine (SEM). We define sport and exercise medicine broadly.
BJSM’s web, print, video and audio material serves the international sport and exercise medicine community which includes 25 clinical societies who have over 13,000 members.
You can access BJSM on Facebook, Twitter, Instagram and Youtube as well as via our podcasts, Stitcher and blog.

BMJ Open Sport and Exercise Medicine is a companion journal to the British Journal of Sports Medicine

Meet the new Editors! For more information, please visit the landing page>>

BMJ and BJSM are fully committed to ensure best practice in publication ethics. Please see our joint statement for further information >>

News: The Faculty and BASEM are continuing to progress with the reformation of the new college. The next phase of this process involves the implementation of a new steering group, with the first step to appoint an independent chair.
Please see here to find out about the role >>

Current Issue

Topical Issues

a female athlete teeing off in a golf competition

#GolfMedicine

A collection of key resources, providing an overview of the current medical issues and research landscape in #GolfMedicine

#HipAndGroinPain

a focus on the latest multidisciplinary research in hip and groin pathology

#SportsEquity

A global SEM team tackles some of sport’s toughest topics: Abuse, Racism, Ableism, Sexism, and Transphobia

#FemaleAthleteHealth

“Men are from Mars, Women are from Venus” – answering the call for an increased focus on female-specific SEM research

BJSM Live

Join Our Free Webinar on Para and Adaptive Sports Medicine!
27 August 16:00-19:00 (BST)

Athletes in para and adaptive sports have unique medical needs, yet many healthcare professionals lack the necessary training. Led by experts from the 2024 Paralympics this webinar aims to bridge that gap by upskilling healthcare professionals worldwide.

Thanks to the support of the American Medical Society for Sports Medicine, the webinar is free for all.

We are proud to have collaborated with the International Paralympic Committee (IPC), United States Olympic & Paralympic Committee (USOPC), and American Academy of Physical Medicine and Rehabilitation (AAPM&R).

Don’t miss this unique opportunity - join us and enhance your skills! Register free now.

BJSM Live

Latest Articles

PhD Academy Award:

Mechanisms of hypoxia (in)tolerance in prematurely born adults: PhD thesis (PhD Academy Award)

4 October 2024

Original research:

Back pain Knowledge and beliefs Survey (BacKS): development and assessment of measurement properties

1 October 2024

Systematic review:

Contemporary national and international guidelines on physical activity and sedentary behaviour for people living with chronic conditions, disability and advanced age: a scoping review

27 September 2024

Systematic review:

Barriers and enablers of adherence to high-intensity interval training among patients with cancer: a systematic review and meta-analysis

27 September 2024

Editorial:

Single case experimental design: a rigorous method for addressing inequity and enhancing precision within Para sport and exercise medicine research

26 September 2024

Featured Video

Motor retraining by real-time sonic feedback: understanding strategies of low impact running (PhD Academy Award)

20 June 2024

To cite: Van den Berghe P. Motor retraining by real-time sonic feedback: understanding strategies of low impact running (PhD Academy Award). British Journal of Sports Medicine 2022;56:1196-1197. Read the full article here: http://dx.doi.org/10.1136/bjsports-2022-105750 Video abstract complementing the PhD Academy Award article “Motor retraining by real-time sonic feedback: understanding strategies of low impact running”. The aims of this PhD thesis were to (1) develop, (2) to validate a wearable system for impact reduction through the use of real-time, music-based biofeedback, (3) to evaluate its effectiveness in a gait retraining context, and to gain insight into possible strategies for low impact running.

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