TY - JOUR
T1 - Laterality in modern medicine
T2 - a historical overview of animal laterality, human laterality, and current influences in clinical practice
AU - de Jongh, Frank W.
AU - Pouwels, Sjaak
AU - Kooreman, Zoë E.
AU - Sanches, Elijah E.
AU - Aupers, Emily
AU - Ramnarain, Dharmanand
AU - Beurskens, Carien H.G.
AU - Monstrey, Stan J.
AU - Siemann, Ietske
AU - Voermans, Nicol C.
AU - Ingels, Koen J.A.O.
AU - Sakran, Nasser
N1 - Publisher Copyright:
© 2022, The Author(s), under exclusive licence to Springer-Verlag GmbH Germany, part of Springer Nature.
PY - 2022/12
Y1 - 2022/12
N2 - K.C. Garrison was the first to define laterality. Later on, this definition was widely accepted and is as follows: “preference in the use of homologous parts on one lateral half of the body over those on the other: dominance in function of one of a pair of lateral homologous parts studies of the laterality of individuals in the performance of different tasks.” So, laterality is the asymmetry of bilateral structures or biases in behavior in living organisms. This review aims to overview the history of laterality and applications in animals, its neurobiological basis, and related theories and concepts. Secondly, this review aims to give a translation of laterality applicable to the normal human face and the distorted face. Thirdly, we will give a few examples of laterality in anatomy and clinical diseases and finally some recommendations and directions for future research in this field. Laterality is a concept that can be best understood from an evolutionary perspective; this review emphasizes the neurobiological evidence in evolutionary biology, cerebral hemisphere specialization and left-right differences, the asymmetries in the face, body, and its clinical implications. As the studies in laterality evolve, potential greater understanding of cerebral processes will be obtained and might give new insights in treatment. The adaptive value of brain and behavioral asymmetries should be integrated into surgical practice. Level of evidence: Not gradable.
AB - K.C. Garrison was the first to define laterality. Later on, this definition was widely accepted and is as follows: “preference in the use of homologous parts on one lateral half of the body over those on the other: dominance in function of one of a pair of lateral homologous parts studies of the laterality of individuals in the performance of different tasks.” So, laterality is the asymmetry of bilateral structures or biases in behavior in living organisms. This review aims to overview the history of laterality and applications in animals, its neurobiological basis, and related theories and concepts. Secondly, this review aims to give a translation of laterality applicable to the normal human face and the distorted face. Thirdly, we will give a few examples of laterality in anatomy and clinical diseases and finally some recommendations and directions for future research in this field. Laterality is a concept that can be best understood from an evolutionary perspective; this review emphasizes the neurobiological evidence in evolutionary biology, cerebral hemisphere specialization and left-right differences, the asymmetries in the face, body, and its clinical implications. As the studies in laterality evolve, potential greater understanding of cerebral processes will be obtained and might give new insights in treatment. The adaptive value of brain and behavioral asymmetries should be integrated into surgical practice. Level of evidence: Not gradable.
KW - Clinical practice
KW - General surgery
KW - Hemispheric specialization
KW - Laterality
KW - Left–right differences
KW - Plastic surgery
UR - http://www.scopus.com/inward/record.url?scp=85129411911&partnerID=8YFLogxK
U2 - 10.1007/s00238-022-01963-0
DO - 10.1007/s00238-022-01963-0
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AN - SCOPUS:85129411911
SN - 0930-343X
VL - 45
SP - 897
EP - 910
JO - European Journal of Plastic Surgery
JF - European Journal of Plastic Surgery
IS - 6
ER -