[HTML][HTML] Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
[PDF][PDF] Data‑driven cranial suture growth model enables predicting phenotypes of craniosynostosis
AR Porras - Scientific Reports, 2023 - d-nb.info
We present the first data‑driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis.
J Liu, JH Froelicher, B French, MG Linguraru… - Scientific …, 2023 - europepmc.org
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis
J Liu, JH Froelicher, B French… - Scientific …, 2023 - ui.adsabs.harvard.edu
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
[HTML][HTML] Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis
J Liu, JH Froelicher, B French, MG Linguraru… - Scientific …, 2023 - ncbi.nlm.nih.gov
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis.
J Liu, JH Froelicher, B French… - Scientific …, 2023 - search.ebscohost.com
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis
J Liu, JH Froelicher, B French… - Scientific …, 2023 - pubmed.ncbi.nlm.nih.gov
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis
J Liu, JH Froelicher, B French… - Scientific …, 2023 - hsrc.himmelfarb.gwu.edu
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
Data-driven cranial suture growth model enables predicting phenotypes of craniosynostosis.
J Liu, JH Froelicher, B French, MG Linguraru… - Scientific …, 2023 - europepmc.org
We present the first data-driven pediatric model that explains cranial sutural growth in the
pediatric population. We segmented the cranial bones in the neurocranium from the cross …
pediatric population. We segmented the cranial bones in the neurocranium from the cross …