To analyze and display facial movement data from noncleft subjects and from patients with cleft lip and palate by using a new dynamic approach. The hypothesis was that there are differences in facial movement between the patients with cleft lip and palate and the noncleft subjects
To determine whether a systematic evaluation of facial soft tissues of patients with cleft lip and p...
OBJECTIVE: To supply quantitative information about the facial soft tissues of adult operated patien...
The movement of landmarks on the human face can be recorded in 3D using motion capture equipment. We...
Objective: To analyze and display facial movement data from noncleft sub-jects and from patients wit...
Objective: This study demonstrates a method of quantifying facial move-ments based on distortions of...
To explore nasolabial movements in participants with repaired cleft lip and palate
Objective: Assess facial asymmetry during maximum smile in patients with surgically managed unilater...
Aim: The aim of this study was to determine if the dynamic movement of the naso-labial region was si...
Craniofacial assessment for diagnosis, treatment planning and outcome has traditionally relied on im...
Objective: To explore nasolabial movements in participants with repaired cleft lip and palate. Desig...
Objective: In patients with cleft lip and palate, the aims of this study were to generate objective ...
To investigate lip force dynamics among participants with a repaired cleft of the lip and noncleft c...
(1) To collect three-dimensional, dynamic facial images from two groups of infants: one group born w...
Introduction: In this study, we compared patterns of morphologic variations of the craniofacial skel...
Background:. The aims of this observational study were 2-fold: (1) To demonstrate a method and measu...
To determine whether a systematic evaluation of facial soft tissues of patients with cleft lip and p...
OBJECTIVE: To supply quantitative information about the facial soft tissues of adult operated patien...
The movement of landmarks on the human face can be recorded in 3D using motion capture equipment. We...
Objective: To analyze and display facial movement data from noncleft sub-jects and from patients wit...
Objective: This study demonstrates a method of quantifying facial move-ments based on distortions of...
To explore nasolabial movements in participants with repaired cleft lip and palate
Objective: Assess facial asymmetry during maximum smile in patients with surgically managed unilater...
Aim: The aim of this study was to determine if the dynamic movement of the naso-labial region was si...
Craniofacial assessment for diagnosis, treatment planning and outcome has traditionally relied on im...
Objective: To explore nasolabial movements in participants with repaired cleft lip and palate. Desig...
Objective: In patients with cleft lip and palate, the aims of this study were to generate objective ...
To investigate lip force dynamics among participants with a repaired cleft of the lip and noncleft c...
(1) To collect three-dimensional, dynamic facial images from two groups of infants: one group born w...
Introduction: In this study, we compared patterns of morphologic variations of the craniofacial skel...
Background:. The aims of this observational study were 2-fold: (1) To demonstrate a method and measu...
To determine whether a systematic evaluation of facial soft tissues of patients with cleft lip and p...
OBJECTIVE: To supply quantitative information about the facial soft tissues of adult operated patien...
The movement of landmarks on the human face can be recorded in 3D using motion capture equipment. We...
DOI
Add to ORKG