Sitting
1 paper5 findings
A human trial reported as a preprint finds that sitting impairs timed Up and Go performance and vitality, increases blood pressure after two hours, improves digit Symbol Substitution scores and leaves lower-limb power unchanged. All five findings come from one lab and name the British Geriatrics Society, Glasgow Caledonian University and Wellcome Trust as funders.
- 1 lab in 1 country
- Funders: British Geriatrics Society and 3 more
- Human trial1
Outcomes
5Vitality
downin humans1
1 study
Vitality
downin humans1
Sitting impairs vitality in humans.
“Vitality declined across all sessions, but this was significantly worse after 4 h.”
Human trial
medRxiv9 Sep 2026Preprint
Digit Symbol Substitution score
upin humans1
1 study
Digit Symbol Substitution score
upin humans1
Sitting improves digit Symbol Substitution score in humans.
“Digit Symbol Substitution (DSS) scores (p=0.001) and % DSS correct scores (p<0.001) improved.”
Human trial
medRxiv9 Sep 2026Preprint
Timed Up and Go performance
downin humans1
1 study
Timed Up and Go performance
downin humans1
Sitting impairs timed Up and Go performance in humans.
“Timed Up & Go performance declined after all sessions of sitting (p=0.01)”
Human trial
medRxiv9 Sep 2026Preprint
Blood pressure
upin humans1
1 study
Blood pressure
upin humans1
Sitting increases blood pressure in humans.
“A significant increase in mean systolic and diastolic blood pressure was recorded following the 2h (systolic pre: 137 {+/-} 13, post: 141 {+/-} 6 mmHg; p<0.001; diastolic pre: 74 {+/-} 10, post 76 {+/-} 10mmHg; p<0.001)”
Human trial2 h
medRxiv9 Sep 2026Preprint
Lower limb power output
no changein humans1
1 study
Lower limb power output
no changein humans1
Sitting has no effect on lower limb power output in humans.
“Lower limb power output did not change significantly (p = 0.67) following the 1 h (pre: 1.44 {+/-} 0.6, post: 1.461 {+/-} 0.6 W/kg), 2 h (pre 1.42 {+/-} 0.7, post: 1.44 {+/-} 0.6 W/kg) and 4 h (pre: 1.47 {+/-} 0.7, post: 1.44 {+/-} 0.6 W/kg) sitting times.”
Human trial
medRxiv9 Sep 2026Preprint
Funding
1 grant since 2023National Heart, Lung, and Blood InstituteUS$659.7k