Add to ORKGDelineating the focal point of growth in the developing craniofacial complex is relevant to general dentistry, orthodontics, and craniofacial surgery. Geometric morphometrics allows shape variation to be explored mathematically by subjecting the data to either or both principle components analysis (PCA) or thin plate transformations. Here we explore three-dimensional shape change in order to delineate idiosyncratic and progressive growth variation in 6.0-8.0 year old faces
Abstract Background Geometric morphometrics (GMM) has been traditionally applied to the field of bio...
Item does not contain fulltextThis investigation aimed to quantify craniofacial variation in a sampl...
Craniofacial growth and development involve both size and shape variations. Shape variations can be ...
Delineating the focal point of growth in the developing craniofacial complex is relevant to general ...
OBJECTIVES: We explore three-dimensional data to delineate idiosyncratic and progressive growth var...
We employ geometric morphometrics methods to explore three-dimensional data in an effort to delineat...
We employ geometric morphometrics methods to explore three-dimensional data in an effort to delineat...
OBJECTIVES: We explore three-dimensional data to delineate idiosyncratic and progressive growth var...
The developing face is of interest to orthodontists, especially if orthodontic treatment can influen...
The developing face is of interest to orthodontists, especially if orthodontic treatment can influen...
The developing face is of interest to orthodontists, especially if orthodontic treatment can influen...
This thesis was focused on the evaluation of facial morphology and growth changes of the children fa...
BACKGROUND: Orthodontists rely heavily on cephalometric analysis to assess growth potential and dire...
Skeletal ontogenetic changes in shape have been closely examined and researched in modern humans dur...
A recently introduced three-dimensional computerized system with landmark representation of the soft...
Abstract Background Geometric morphometrics (GMM) has been traditionally applied to the field of bio...
Item does not contain fulltextThis investigation aimed to quantify craniofacial variation in a sampl...
Craniofacial growth and development involve both size and shape variations. Shape variations can be ...
Delineating the focal point of growth in the developing craniofacial complex is relevant to general ...
OBJECTIVES: We explore three-dimensional data to delineate idiosyncratic and progressive growth var...
We employ geometric morphometrics methods to explore three-dimensional data in an effort to delineat...
We employ geometric morphometrics methods to explore three-dimensional data in an effort to delineat...
OBJECTIVES: We explore three-dimensional data to delineate idiosyncratic and progressive growth var...
The developing face is of interest to orthodontists, especially if orthodontic treatment can influen...
The developing face is of interest to orthodontists, especially if orthodontic treatment can influen...
The developing face is of interest to orthodontists, especially if orthodontic treatment can influen...
This thesis was focused on the evaluation of facial morphology and growth changes of the children fa...
BACKGROUND: Orthodontists rely heavily on cephalometric analysis to assess growth potential and dire...
Skeletal ontogenetic changes in shape have been closely examined and researched in modern humans dur...
A recently introduced three-dimensional computerized system with landmark representation of the soft...
Abstract Background Geometric morphometrics (GMM) has been traditionally applied to the field of bio...
Item does not contain fulltextThis investigation aimed to quantify craniofacial variation in a sampl...
Craniofacial growth and development involve both size and shape variations. Shape variations can be ...