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The impact of Tik Tok on attention span and mental fatigue
Goldsmiths University of London, GB
Hey. In dire need for participants as only have a week to recruit people and would really appreciate your help. thanks. This study aims to explore how the consumption of short-form video content (tiktok, instagram reels) effect an individuals attention span and mental fatigue (when your brain...
- 45 Min(s) to complete
- Sincere Gratitude
- Experiment
- Online
19 March 2025 Requirements- over 18, have access to a laptop and TikTok
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What affects your perception of sound? fMRI Study
University College London, GB
This study will involve:
- A hearing test;
- A 30 minute computer task, in which you will be presented a series of ‘trials’. Each trial is a few seconds long, and involves listening to a series of audio tones through headphones, and seeing a visual cue. You will subsequently be presented...- 150 Min(s) to complete
- £30 and local travel expenses reimbursed
- Experiment
- Wellcome Trust Centre, 12 Queen Square, London WC1N 3AR, UK
17 March 2025 Requirements- Hearing ability within ‘normal’ range
- NO presence of tinnitus (persistent sound heard in one or both ears that is not coming from an external sound source or actual sounds being generated inside your body such as turbulent blood flow), that is present in the absence of background sounds that are sufficiently loud to mask it
- Aged 18 or over
- The ability to lie very still for around 60 minutes at a time
- No presence of claustrophobia/fear of enclosed or tight spaces
- No eye or head injuries involving metal (e.g. splinters from working with metal, or shrapnel)
- No implanted medical devices (including pacemakers, cochlear implants, heart valves, aneurysm clips or coronary stents, infusion pumps, or Hickman lines)
- No abnormalities of brain structure (e.g. stroke, tumour), or other neurological disorders (e.g. multiple sclerosis or epilepsy)
- No ongoing use of sedating medications, or certain other nerve-acting medications
- No current mental health condition of sufficient severity to prevent certain activities of everyday life
- No experience of seizures
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The role of novel proteins in diabetes risk
Roehampton University, GB
The research study will investigate the effects of glycogen sensing proteins found in the cells of our muscle. Research in the lead investigator’s laboratories has demonstrated that these proteins may contribute to insulin resistance (pre-diabetes). Yet we still don’t know how these proteins are...
- 5 Hour(s) to complete
- Sincere Gratitude
- Experiment
- Roehampton, London SW15, UK
25 February 2025 Requirements- Inclusion criteria for healthy iand for participants with pre-diabetes will be provided in detail upon application. However, the following criteria is applicable to all that wish to be involved.
- You are between 18 and 65 years of age.
- You must be able to commit to three visits to our laboratories. The study will involve:
- Willing to give frequent blood samples (a total of 10 small samples over the course of the trial) Each visit will require no more blood than that taken during a standard blood donation.
- Muscle biopsies will be drawn during visits 2, and 3 using a standard well-practised method. A local anaesthetic will be used to numb the muscle biopsy site and to reduce the possibility of mild discomfort associated with this method. This procedure uses a ‘keyhole’ inclusion of 7 to 10 mm into the skin. A minimum of 14 days will separate 2 and 3 visits.
- Have your body composition measured and carry out exercise to the best of your ability.

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