1. Flying capabilities in tri-lingual smurfs
LNiF project presentation (july 3028)
CIMeC : F Cicio, J Calci
DiSCoF : D Cuchicuchi
Smurf Association: F Schtroumpf
Supported by: SMURF Grant

2. The project Background
yadiyadiya
Wow wow1. …
yadiyadiyoo
Beeheeee beeeheee2
1. Cicio et al., 3026;. 2. Cicio et al., 3025;.

3. The project Aims Overall project Specific fMRI study Characterise ...
Question:
Hypothesis I …

4. Participants Smurf participants (N = ) Controls (N = )
Recruited through
Target demographics
Controls (N = )
Recruited to age-match the smuf group

5. The fMRI session Experimental design
Smurf elated design
Stimuli
Timing
Repetitions
Conditions
Comparisons

6. The fMRI session MR protocol acquisition (under 90 minutes)
Standard smurf localizer (< 1min)
Standard T1-weighted structural (3D MPRAGE, ~ 6 min)
Standard DTI (~ 6 min)
fMRI (~ 70 min)
Standard smurf lingual mapping
Map …
Visual target detection task (as in Bottari et al., in prep)
Resting state (~10 min) …
Peripheral equipment: headphones, button box, tactile stimulator, projection, smurf cooler, washing machine, SMURF v2.5 stimulation software, etc.
Physiological data recording: yes/no

7. Analyses and Outcome Evaluation
Smurphometry
Define ...
Compare...
fMRI
Localise pichupichu areas ...
Compare smuack activity between ...
Resting state smurfnets
Quantify and compare ...
Outcome Evaluation
If blah, bli, blu, hypothesis I is correct, tri-lingual smurfs should fly
If hypothesis I is incorrect then they will never fly
This is important to know before deciding to support their flying lessons
DTI expectations: Lower FA cochlea nucleus, olive nucleus, inferior colliculus and trapezoid body