Introduction: Paranasal sinuses are complex structures and show individual variation. Providing normative values for paranasal sinus size and their changes related to age could be helpful in evaluating the presence of some diseases related to sinonasal region. The purpose of the current study was to investigate the development of maxillary sinuses and evaluate the volume changes according to age and sex by using stereological and ellipsoidal formula methods after that to compare these approaches with each other in children
Objectives: The paranasal sinuses are complex anatomical structures with a significant inter-individ...
Seven skulls of newborns and of infants aged 3 weeks to 12 months were studied using computed tomogr...
Purpose: To propose a standard value for the maxillary sinus volume of a normal Korean adult by meas...
Our objective was to establish the age-related 3D size of maxillary, sphenoid, and frontal sinuses. ...
The relation between the development of the paranasal sinus of school children and the shape of thei...
In order to clarify the developmental course of the maxillary sinus of children by tomography, I wis...
Background: There are developmental variations in the paranasal sinuses. Our objective is to determi...
School children with the average size of the head were studied as the experimental subjects. (1) The...
Objective. The aim of the study based on CT images was to assess the age-related changes in maxillar...
Craniofacial growth is believed to be a multifactorial process involving both genetic and epigenetic...
Purpose: Although there are many reports on the development of paranasal sinuses, few studies were p...
Maxillary Sinus is one of the four sinuses located in human skull, which is pyramidal shape of varyi...
Background: The anatomy of the human nasal cavity (NC) is complex and its structures are closely rel...
Although there are many reports on the measurement of the paranasal sinuses, few studies examined th...
Introduction: Understanding the variation in the size and shape of the paranasal sinuses in detail i...
Objectives: The paranasal sinuses are complex anatomical structures with a significant inter-individ...
Seven skulls of newborns and of infants aged 3 weeks to 12 months were studied using computed tomogr...
Purpose: To propose a standard value for the maxillary sinus volume of a normal Korean adult by meas...
Our objective was to establish the age-related 3D size of maxillary, sphenoid, and frontal sinuses. ...
The relation between the development of the paranasal sinus of school children and the shape of thei...
In order to clarify the developmental course of the maxillary sinus of children by tomography, I wis...
Background: There are developmental variations in the paranasal sinuses. Our objective is to determi...
School children with the average size of the head were studied as the experimental subjects. (1) The...
Objective. The aim of the study based on CT images was to assess the age-related changes in maxillar...
Craniofacial growth is believed to be a multifactorial process involving both genetic and epigenetic...
Purpose: Although there are many reports on the development of paranasal sinuses, few studies were p...
Maxillary Sinus is one of the four sinuses located in human skull, which is pyramidal shape of varyi...
Background: The anatomy of the human nasal cavity (NC) is complex and its structures are closely rel...
Although there are many reports on the measurement of the paranasal sinuses, few studies examined th...
Introduction: Understanding the variation in the size and shape of the paranasal sinuses in detail i...
Objectives: The paranasal sinuses are complex anatomical structures with a significant inter-individ...
Seven skulls of newborns and of infants aged 3 weeks to 12 months were studied using computed tomogr...
Purpose: To propose a standard value for the maxillary sinus volume of a normal Korean adult by meas...