“…It is also important to note that the plasticity of the mapping between visual and motor systems does not end at the onset of adulthood. The visual feedback about the ongoing movement (Bozzacchi, Brenner, Smeets, Volcic, & Domini, 2018; Connolly & Goodale, 1999; Rand, Lemay, Squire, Shimansky, & Stelmach, 2007; Schenk, Mair, & Zihl, 2004; Schettino, Adamovich, & Poizner, 2003; Volcic & Domini, 2016; Winges, Weber, & Santello, 2003), the terminal haptic feedback obtained by the grasping hand (Bingham, Coats, & Mon-Williams, 2007; Bozzacchi, Volcic, & Domini, 2014; Coats, Bingham, & Mon-Williams, 2008; Mon-Williams & Bingham, 2007; Weigelt & Bock, 2007, 2010), and the sensory prediction errors from past trials (Tang, Whitwell, & a. Goodale, 2015; Volcic & Domini, 2018; Whitwell & Goodale, 2009) have all been recognized to be important factors in calibrating visually guided grasping. We suggest that haptic spatial cues about the handheld object could presumably also play a relevant role in maintaining the correct visuomotor calibration over the lifespan or even aid the acquisition of visually guided skills in specific populations, such as children with dense bilateral congenital cataracts who recover vision years after birth (Chen et al, 2016; Held et al, 2011).…”