Skip to main content
. 2022 Nov 17;10:e14385. doi: 10.7717/peerj.14385

Table 2. Main results on the relationship between hand-eye laterality and sports performance and skill level.

Study Sport HELP terminology C-HELP%, UC-HELP% Handedness assessment Eye preference assessment HELP and sports performance/skill level relationship Favourable direct effects Favourable
indirect effects
Dalton, Guillon & Naroo (2015) Golf Crossed, Uncrossed dominance HPA (50, 50)
RA (80, 20)
BA (14.4, 76.6)
Author self-report questionnaire Pointing Test The distribution of C-HELP and UC-HELP was statistically different between the different skill groups -- C-HELP
Laborde et al. (2009) Archery Crossed, Uncrossed laterality BA (34.1, 65.9)
RA (17.7, 82.2)
Edinburgh Inventory Pointing Test An analysis of variance indicated that beginners with an uncrossed pattern scored significantly more points than those with a crossed pattern UC-HELP --
Lopez-Diaz et al. (2015) Basketball Crossed, Homogeneous laterality RA (27.8, 72.2) Harris Test Sighting Test Over-representation of C-HELP at young high-level basketball players. Technical effect found: the shoot mechanics should be adapted on UC-HELP players Biomechanical effects
Mann, Runswick & Allen (2016) Cricket Do not refer to this relation HPA (26, 74)
BA (19, 71)
Edinburgh Inventory Pointing Test Technical effects found: placing the dominant hand in the top of the bat (reverse stance) offer a very significant advantage. Placing the dominant eye in front of the stance did not affect the performance -- --
Nosek, Hurdálková & Cihlář (2018) Biathlon Crossed, Identical laterality Not reported T-116 test T-116 test UC-HELP shooters were more accurate UC-HELP
Pointer (2008) Motorsports Crossed, Uncrossed laterality RA (31.7, 68.3)
NA (30, 70)
Author self-report questionnaire Hole-in-the-card Test No relation found -- No effects found
Portal & Romano (1988) Baseball Crossed, Uncrossed laterality RA (35, 39)
NA (18, 65)
Direct preference observation Pointing Test There are twice C-HELP in the group of baseball players than in normal controls. -- C-HELP
Quevedo et al. (2014) Multi-Sport Crosslateral, Homolateral dominance HPA (39.9, 61.1) Interview Pointing Test and Sighting Test There are more UC-HELP shooters and C-HELP in golf and team sports than in normal population -- Golf and team sports: C-HELP
Shooting: UC-HELP
Razeghi (2012) Darts Crosslateral, Unitaleral dominance Not reported Edinburgh Inventory Hole-in-the-card and Pointing Test No significant differences between C-HELP and UC-HELP in skill with darts -- No effects found
Shick (1971) Basketball Contralateral, Unilateral dominance Not reported Direct preference observation Hole-in-the-card test UC-HELP registered more lateral errors towards de side of nondominant hand C-HELP --
Shick (1977) Basketball Contralateral, Unilateral dominance RA (32.7, 67.2) Direct preference observation Hole-in-the-card test No relation found on lateral errors in free- throw shooting for college women and HEL -- No effects found
Sugiyama & Lee (2005) Golf Crossed dextral, Pure dextral Not reported Hand Dominance Questionnaire Pointing Test . No effects found
Dallas, Mavvidis & Ziagkas (2018) Tennis Contralateral, Ipsilateral dominance HPA (42, 58) Direct preference observation Direct preference observation through pictures There are more C-HELP in the 50 best world tennis players than in normal populations -- C-HELP
Zouhal et al. (2018) Soccer Crossed, Non crossed laterality HPA (53, 47)
RA (33, 67)
Individual laterality in sports. Azemar (2003) Individual laterality in sports. Azemar (2003) There are more C-HELP in the soccer elite players than in the regular group. C-HELP

Note:

C-HELP, hand-eye laterality crossed profile; UC-HELP, hand-eye laterality uncrossed profile; HPA, high-performance athletes; RA, regular athletes; BA, beginner athletes; NA, non-athletes; --, not assessed.