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1. Liverpool FC Women rise to the top with an assist from LJMU

   Liverpool FC Women clinched the title of the FA Women's Championship and promotion earlier this month, thanks in part to the help of backroom sport science experts from LJMU.

2. Teaching and Learning Conference and Awards 2017

   Read more about the sixteenth LJMU Teaching and Learning Conference, which took place at the Redmonds Building on 14 and 15 June 2017.

3. What the pandemic taught me - LJMU Together

   This feature encourages colleagues to share what they've learned as we all reflect on the pandemic and what we've been through.

4. City encouraged to find its zen with free mass guided meditation

   LJMU to broadcast the 15-minute session via Melodic Distraction on Mon 27 February from 8.30am.

5. 'Just commit' is final thought before Olympic race says LJMU Lecturer and medallist

   Ever wondered what goes on in an Olympic athlete’s mind just before the start of a race? Or what an Olympic athlete's training schedule looks like? We caught up with LJMU Sport and Exercise Sciences Lecturer and Women’s 4x400m Relay Olympic Bronze medallist, Kelly Massey, to find out.

6. Do you have a UPF diet?

   Study at LJMU and University of Liverpool assesses public awareness of ultra-processed foods and their risks

7. Invictus Games UK team members get support from LJMU sport scientists

   Strength and conditioning training as well as nutritional advice and access to gym facilities is on offer for two Merseyside-based competitors.

8. New look and menu for LJMU catering outlets

   LJMU is launching a brand new look and menu across all of our catering outlets.

9. Running (things) like a girl: the women tackling inequality in Sport and Exercise Sciences

   When it comes to female participation in sport, we've come a long way. But the playing field is by no means level yet...

10. New muscle study to help combat frailty in old age

    Read how Scientists at LJMU and the Australian Catholic University have established a new technique for studying muscle growth in humans that could advance treatments to prevent frailty in old age.