Relationships between the skull and face

Christopher Rynn, Tatiana Balueva, Elizaveta Veselovskaya

    Research output: Chapter in Book/Report/Conference proceedingChapter

    4 Citations (Scopus)

    Abstract

    Introduction

    Craniofacial reconstruction (CFR) and approximation (CFA) are among terms commonly used to describe the procedure of predicting and recreating a likeness of an individual face based on the morphology of the skull (Gerasimov, 1955; Krogman and İşcan, 1986; Wilkinson, 2004). A variety of methods exist, most of which employ averaged tissue-depth data at various landmarks of the skull, and feature prediction guidelines to estimate the morphology of the eyes, nose, mouth and ears. Some methods also entail interpretation of general and local skull morphology to predict individual muscles of mastication and facial expression. This chapter will describe craniofacial patterns, and discuss anatomical and morphological interrelationships between the skull and the face, such as may be useful in craniofacial reconstruction.

    A key principle of anatomy is that structure is inextricably related to function. Every organ, indeed every organelle in every cell in every biological organism, has been gradually evolving its way into a functional niche through the process of natural selection over innumerable generations. The human head is anatomically and architecturally fascinating because of the wide range of functions carried out by its constituent parts. Organs dedicated to four of the five special senses are housed in the craniofacial complex: the eyes (<italic>vision</italic>), the inner, middle and outer ears (<italic>audition</italic>/balance), the mouth and oropharynx (<italic>gustation</italic>/mastication/respiration/verbalisation) and the nasopharyngeal airway (<italic>olfaction</italic>/respiration), and the functionality of each is responsible in part for the structure of the head and face. The eyes of a child appear much larger and further apart than those of an adult; of course, this is only relative to the rest of the face, but the eyes must develop to a certain level, and thus a certain size, in order to function, and must be a certain distance apart for effective binocular vision, so this structural arrangement is set up early and maintained throughout development. However, the nose, mouth and lower face change shape quite drastically between infancy and adulthood, but remain functional throughout development via a series of compensatory mechanisms involving the entire craniofacial complex.

    Original languageEnglish
    Title of host publicationCraniofacial Identification
    EditorsCaroline Wilkinson, Christopher Rynn
    Place of PublicationCambridge
    PublisherCambridge University Press
    Pages193-202
    Number of pages10
    ISBN (Electronic)9781139049566
    ISBN (Print)9780521768627, 9780521139717
    DOIs
    Publication statusPublished - 2012

    Fingerprint

    Skull
    skull
    eyes
    Mouth
    mouth
    Mastication
    mastication
    Nose
    breathing
    ears
    Respiration
    Head
    External Ear
    Binocular Vision
    Oropharynx
    Facial Expression
    Smell
    Genetic Selection
    infancy
    hearing

    Cite this

    Rynn, C., Balueva, T., & Veselovskaya, E. (2012). Relationships between the skull and face. In C. Wilkinson, & C. Rynn (Eds.), Craniofacial Identification (pp. 193-202). Cambridge: Cambridge University Press. https://doi.org/10.1017/CBO9781139049566.016
    Rynn, Christopher ; Balueva, Tatiana ; Veselovskaya, Elizaveta. / Relationships between the skull and face. Craniofacial Identification. editor / Caroline Wilkinson ; Christopher Rynn . Cambridge : Cambridge University Press, 2012. pp. 193-202
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    abstract = "IntroductionCraniofacial reconstruction (CFR) and approximation (CFA) are among terms commonly used to describe the procedure of predicting and recreating a likeness of an individual face based on the morphology of the skull (Gerasimov, 1955; Krogman and İşcan, 1986; Wilkinson, 2004). A variety of methods exist, most of which employ averaged tissue-depth data at various landmarks of the skull, and feature prediction guidelines to estimate the morphology of the eyes, nose, mouth and ears. Some methods also entail interpretation of general and local skull morphology to predict individual muscles of mastication and facial expression. This chapter will describe craniofacial patterns, and discuss anatomical and morphological interrelationships between the skull and the face, such as may be useful in craniofacial reconstruction.A key principle of anatomy is that structure is inextricably related to function. Every organ, indeed every organelle in every cell in every biological organism, has been gradually evolving its way into a functional niche through the process of natural selection over innumerable generations. The human head is anatomically and architecturally fascinating because of the wide range of functions carried out by its constituent parts. Organs dedicated to four of the five special senses are housed in the craniofacial complex: the eyes (vision), the inner, middle and outer ears (audition/balance), the mouth and oropharynx (gustation/mastication/respiration/verbalisation) and the nasopharyngeal airway (olfaction/respiration), and the functionality of each is responsible in part for the structure of the head and face. The eyes of a child appear much larger and further apart than those of an adult; of course, this is only relative to the rest of the face, but the eyes must develop to a certain level, and thus a certain size, in order to function, and must be a certain distance apart for effective binocular vision, so this structural arrangement is set up early and maintained throughout development. However, the nose, mouth and lower face change shape quite drastically between infancy and adulthood, but remain functional throughout development via a series of compensatory mechanisms involving the entire craniofacial complex.",
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    Rynn, C, Balueva, T & Veselovskaya, E 2012, Relationships between the skull and face. in C Wilkinson & C Rynn (eds), Craniofacial Identification. Cambridge University Press, Cambridge, pp. 193-202. https://doi.org/10.1017/CBO9781139049566.016

    Relationships between the skull and face. / Rynn, Christopher; Balueva, Tatiana; Veselovskaya, Elizaveta.

    Craniofacial Identification. ed. / Caroline Wilkinson; Christopher Rynn . Cambridge : Cambridge University Press, 2012. p. 193-202.

    Research output: Chapter in Book/Report/Conference proceedingChapter

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    N2 - IntroductionCraniofacial reconstruction (CFR) and approximation (CFA) are among terms commonly used to describe the procedure of predicting and recreating a likeness of an individual face based on the morphology of the skull (Gerasimov, 1955; Krogman and İşcan, 1986; Wilkinson, 2004). A variety of methods exist, most of which employ averaged tissue-depth data at various landmarks of the skull, and feature prediction guidelines to estimate the morphology of the eyes, nose, mouth and ears. Some methods also entail interpretation of general and local skull morphology to predict individual muscles of mastication and facial expression. This chapter will describe craniofacial patterns, and discuss anatomical and morphological interrelationships between the skull and the face, such as may be useful in craniofacial reconstruction.A key principle of anatomy is that structure is inextricably related to function. Every organ, indeed every organelle in every cell in every biological organism, has been gradually evolving its way into a functional niche through the process of natural selection over innumerable generations. The human head is anatomically and architecturally fascinating because of the wide range of functions carried out by its constituent parts. Organs dedicated to four of the five special senses are housed in the craniofacial complex: the eyes (vision), the inner, middle and outer ears (audition/balance), the mouth and oropharynx (gustation/mastication/respiration/verbalisation) and the nasopharyngeal airway (olfaction/respiration), and the functionality of each is responsible in part for the structure of the head and face. The eyes of a child appear much larger and further apart than those of an adult; of course, this is only relative to the rest of the face, but the eyes must develop to a certain level, and thus a certain size, in order to function, and must be a certain distance apart for effective binocular vision, so this structural arrangement is set up early and maintained throughout development. However, the nose, mouth and lower face change shape quite drastically between infancy and adulthood, but remain functional throughout development via a series of compensatory mechanisms involving the entire craniofacial complex.

    AB - IntroductionCraniofacial reconstruction (CFR) and approximation (CFA) are among terms commonly used to describe the procedure of predicting and recreating a likeness of an individual face based on the morphology of the skull (Gerasimov, 1955; Krogman and İşcan, 1986; Wilkinson, 2004). A variety of methods exist, most of which employ averaged tissue-depth data at various landmarks of the skull, and feature prediction guidelines to estimate the morphology of the eyes, nose, mouth and ears. Some methods also entail interpretation of general and local skull morphology to predict individual muscles of mastication and facial expression. This chapter will describe craniofacial patterns, and discuss anatomical and morphological interrelationships between the skull and the face, such as may be useful in craniofacial reconstruction.A key principle of anatomy is that structure is inextricably related to function. Every organ, indeed every organelle in every cell in every biological organism, has been gradually evolving its way into a functional niche through the process of natural selection over innumerable generations. The human head is anatomically and architecturally fascinating because of the wide range of functions carried out by its constituent parts. Organs dedicated to four of the five special senses are housed in the craniofacial complex: the eyes (vision), the inner, middle and outer ears (audition/balance), the mouth and oropharynx (gustation/mastication/respiration/verbalisation) and the nasopharyngeal airway (olfaction/respiration), and the functionality of each is responsible in part for the structure of the head and face. The eyes of a child appear much larger and further apart than those of an adult; of course, this is only relative to the rest of the face, but the eyes must develop to a certain level, and thus a certain size, in order to function, and must be a certain distance apart for effective binocular vision, so this structural arrangement is set up early and maintained throughout development. However, the nose, mouth and lower face change shape quite drastically between infancy and adulthood, but remain functional throughout development via a series of compensatory mechanisms involving the entire craniofacial complex.

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    Rynn C, Balueva T, Veselovskaya E. Relationships between the skull and face. In Wilkinson C, Rynn C, editors, Craniofacial Identification. Cambridge: Cambridge University Press. 2012. p. 193-202 https://doi.org/10.1017/CBO9781139049566.016