The human dentition exhibits morphological variability that can be evaluated at various levels. Essentially, two levels can be distinguished. The first one is the inter-population level, which deals with the comparison of two or more populations. The second one is the intra-population level, which deals with the evaluation of the dentition of genetically related and unrelated individuals. Dental morphological traits that can be evaluated include discrete dental traits and odontometric traits. An important feature of these traits is their genetic determination and heritability. As a result, they can be used as indicators of kinship. The use of morphological traits of dentition in population studies has its advantages but also some pitfalls. ...
Dental phenotypic data are often used to reconstruct biological relatedness among past human groups....
The morphological characteristics of the teeth can be scored, catalogued and used in forensic anthro...
Includes bibliogrgraphical references.1 v. (various pagings) :This electronic version is made public...
The value of phylogenetic comparisons between populations based on tooth morphology as an indicator ...
The value of phylogenetic comparisons between populations based on tooth morphology as an indicator ...
Includes bibliogrgraphical references.1 v. (various pagings) :Title page, contents and abstract only...
THE dentition offers a large number of characteristics in the form, size, cusps numbers and figure p...
Forensic identification may be required for a number of reasons. The identification process relies o...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
One of the main uses of dental morphological data is to study patterns of affinities among populatio...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
Dental phenotypic data are often used to reconstruct biological relatedness among past human groups....
The morphological characteristics of the teeth can be scored, catalogued and used in forensic anthro...
Dental phenotypic data are often used to reconstruct biological relatedness among past human groups....
The morphological characteristics of the teeth can be scored, catalogued and used in forensic anthro...
Includes bibliogrgraphical references.1 v. (various pagings) :This electronic version is made public...
The value of phylogenetic comparisons between populations based on tooth morphology as an indicator ...
The value of phylogenetic comparisons between populations based on tooth morphology as an indicator ...
Includes bibliogrgraphical references.1 v. (various pagings) :Title page, contents and abstract only...
THE dentition offers a large number of characteristics in the form, size, cusps numbers and figure p...
Forensic identification may be required for a number of reasons. The identification process relies o...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
One of the main uses of dental morphological data is to study patterns of affinities among populatio...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
Objectives: This article presents estimates of narrow-sense heritability and bivariate genetic corre...
Dental phenotypic data are often used to reconstruct biological relatedness among past human groups....
The morphological characteristics of the teeth can be scored, catalogued and used in forensic anthro...
Dental phenotypic data are often used to reconstruct biological relatedness among past human groups....
The morphological characteristics of the teeth can be scored, catalogued and used in forensic anthro...
Includes bibliogrgraphical references.1 v. (various pagings) :This electronic version is made public...