In the Heike lab, researchers collaborate with other experts in the
Craniofacial Outcomes Research and Epidemiology (CORE) Group
, and with national and international colleagues, to answer pivotal questions related to
22q11.2 deletion syndrome
and other disorders. Our current research includes:
Facial Asymmetry Collaborative for Interdisciplinary Analysis and Learning (FACIAL)
Dr. Carrie L. Heike
and colleagues established this network to overcome key barriers to studying craniofacial microsomia (CFM). Traditionally, medical centers have defined cases differently and followed different protocols to treat children and teens with this condition.
The FACIAL team is developing standardized definitions and study protocols to enable clinical research and facilitate multicenter studies in CFM. The network could significantly improve our understanding of the condition's causes and treatment outcomes by collaborating with healthcare professionals, investigators, individuals with craniofacial microsomia and their families.
Learn more about FACIAL
Craniofacial Image Repository for Analysis of Shape (CIRAS)
While treatment of craniofacial malformations has dramatically improved in the past two decades, methods for assessment and documentation of craniofacial variation and malformations often rely on non-standardized, subjective descriptions and other antiquated methods. The CIRAS study is modernizing this by developing tools that use 3-D images to measure the severity of craniofacial malformations before and after treatment. This could dramatically improve how we classify and assess craniofacial conditions and treatment outcomes.
Learn more about CIRAS
Craniofacial Features Normative Database (CFND)
One challenge to understanding and evaluating craniofacial conditions is that we lack well-established, quantitative resources regarding typical craniofacial variation in the general population. To address this lack, the CFND study was initiated in 2006 to establish a database of 3-D surface images of children and adults without craniofacial conditions. These images are used to quantify craniofacial features and serve as control data in studies involving individuals with conditions that affect the head and face.
Our CFND research team and a subset of the participants in the CFND also participate in the
, a national study with similar goals.
Learn more about CFND
This study's primary goal is to identify variations of TBX1 and other genes that may influence the physical characteristics observed in children with 22q11.2 deletion syndrome. The study will also use quantitative assessments based on 3-D images to describe the facial features that often accompany this syndrome.