CATINO, LUIGI
CATINO, LUIGI
Dipartimento di Scienze Biomediche per la Salute
COMBINED STUDY OF SEGMENTAL MOTIONS AND THE MOTION OF THE BODY CENTER OF MASS DURING WALKING: NORMATIVE DATA AND APPLICATIONS TO FUNCTIONAL DIAGNOSIS AND TREATMENT IN REHABILITATION MEDICINE.
2021 L. Catino
The curvature peaks of the trajectory of the body centre of mass during walking: A new index of dynamic balance
2021 C. Malloggi, S. Scarano, V. Cerina, L. Catino, V. Rota, L. Tesio
Velocity of the body center of mass during walking on split-belt treadmill
2021 L. Tesio, S. Scarano, V. Cerina, C. Malloggi, L. Catino
Dynamic asymmetries do not match spatiotemporal step asymmetries during split-belt walking
2021 S. Scarano, L. Tesio, V. Rota, V. Cerina, L. Catino, C. Malloggi
Quadriceps activation during maximal isometric and isokinetic contractions : The minimal real difference and its implications
2021 L. Catino, C. Malloggi, S. Scarano, V. Cerina, V. Rota, L. Tesio
Split-belt walking does not reproduce hemiparetic claudication: a study on the power output at the ankle and at the body centre of mass
2019 L. Catino, C. Malloggi, V. Rota, L. Tesio
The path curvature of the body centre of mass during walking as an index of balance control in patients with Multiple Sclerosis
2019 C. Malloggi, L. Catino, V. Rota, L. Perucca, S. Scarano, L. Tesio
Walking on a split-belt treadmill induces a higher power output and a shorter step length from the faster leg in healthy subjects, with opposite (after)-effect lasting less than 5 minutes after exercise
2019 C. Malloggi, L. Catino, V. Rota, L. Tesio
Combined study of segmental movements and motion of the centre of mass during adaptation on a split-belt treadmill
2019 L. Catino, C. Malloggi, L. Tesio
Measuring voluntary activation of the quadriceps femoris during isokinetic concentric contractions
2019 C. Malloggi, L. Catino, V. Rota, S. Scarano, L. Tesio
Three-dimensional path of the body centre of mass during walking in children : an index of neural maturation
2019 C. Malloggi, V. Rota, L. Catino, C. Malfitano, S. Scarano, D. Soranna, A. Zambon, L. Tesio
Limping on split-belt treadmills implies opposite kinematic and dynamic lower limb asymmetries
2018 L. Tesio, C. Malloggi, C. Malfitano, C.A. Coccetta, L. Catino, V. Rota
Crouch gait can be an effective form of forced-use/no constraint exercise for the paretic lower limb in stroke
2017 L. Tesio, V. Rota, C. Malloggi, L. Brugliera, L. Catino