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1. Full Text Cranial sutures as intramembranous bone growth sites
by Opperman, Lynne A
Developmental Dynamics, ISSN 1058-8388, 12/2000, Volume 219, Issue 4, pp. 472 - 485
Intramembranous bone growth is achieved through bone formation within a periosteum or by bone formation at sutures. Sutures are formed during embryonic... 
craniosynostosis | cell differentiation | development | cranial vault | FGF | cell proliferation | apoptosis | TWIST | TGF‐β | MSX | morphogenesis | growth factor receptors | CBFA1 | intramembranous bone | growth plate | Cell proliferation | Cranial vault | Craniosynostosis | Growth factor receptors | Cell differentiation | Morphogenesis | Growth plate | Development | TGF-β | Intramembranous bone | Apoptosis | FACTOR RECEPTOR-2 | DEVELOPMENTAL BIOLOGY | TGF-beta | IN-VITRO | TISSUE INTERACTIONS | DURA-MATER | EARLY NEURAL PRIMORDIUM | ANATOMY & MORPHOLOGY | SAETHRE-CHOTZEN-SYNDROME | QUAIL-CHICK CHIMERAS | CRANIOFACIAL DEVELOPMENT | CROUZON-SYNDROME | RAT OSTEOCALCIN PROMOTER | Humans | Cranial Sutures - anatomy & histology | Cranial Sutures - metabolism | Rats | Facial Bones - embryology | Cranial Sutures - embryology | Skull - embryology | Transcription Factors - metabolism | Animals | Cranial Sutures - growth & development | Dura Mater - growth & development | Models, Biological | Facial Bones - growth & development | Dura Mater - physiology | Skull - growth & development | Growth Substances - metabolism
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2. Full Text Do we need retarded delivery of bone growth factors in facial bone repair? An experimental study in rats
by Moser, N and Lohse, N and Goldstein, J and Kauffmann, P and Sven, B and Epple, M and Schliephake, H
European Cells and Materials, ISSN 1473-2262, 10/2017, Volume 34, pp. 162 - 179
The aim of the present study was to evaluate the effect of different dosages of retarded vs. rapid release of bone morphogenic protein 2 (BMP2) at different... 
Bone formation | Orthotopic | Retarded release | Ectopic | Bone specific markers | Bone morphogenic protein | SLOW-RELEASE SYSTEM | MATERIALS SCIENCE, BIOMATERIALS | ANGIOGENESIS | ENGINEERING, BIOMEDICAL | RECONSTRUCTION | VEGF | REGENERATION | RANDOMIZED CLINICAL-TRIAL | ectopic | OSTEOGENESIS | BMP-2 | bone specific markers | retarded release | CELL & TISSUE ENGINEERING | EXTRACTION | orthotopic | MORPHOGENETIC PROTEIN-2 RHBMP-2 | bone formation | ORTHOPEDICS | Bone Morphogenetic Protein 2 - pharmacology | Rats, Wistar | Mandible - pathology | Osteogenesis - drug effects | Alkaline Phosphatase - metabolism | Facial Bones - drug effects | Male | Treatment Outcome | Recombinant Proteins - pharmacology | Core Binding Factor Alpha 1 Subunit - metabolism | Calcium Carbonate - chemistry | Bone and Bones - drug effects | Tissue Scaffolds - chemistry | Polyesters - chemistry | Transforming Growth Factor beta - pharmacology | Animals | Time Factors | Bone and Bones - metabolism | Mandible - drug effects | Facial Bones - pathology | Porosity
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3. Development of the human dentition
by Linden, Frans P. G. M. van der, 1932
2016, ISBN 0867157259, xiii, 225
Facial bones | growth & development | Maxillofacial Development | Tooth | Growth | Dentition
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4. Full Text Longitudinal Radiographic Study of Cranial Bone Growth in Young Cheetah
by Steenkamp, G and Schmidt, MJ and van Staden, PJ and Bester, MN
FRONTIERS IN VETERINARY SCIENCE, ISSN 2297-1769, 07/2019, Volume 6, p. 256
Focal palatitis (also known as focal palatine erosion) is thought to be a developmental disease, specifically of cheetah in captivity raised on a commercial... 
radiograph | mandible | cheetah | VETERINARY SCIENCES | skull | facial growth | palatitis | molar | Cheetahs | Research | Jaws | Physiological aspects | Medical examination | Captive wild animals
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5. Cranio-facial growth in man
: proceedings of a conference on genetics, bone biology, and analysis of growth data, held May 1-3, 1967, Ann Arbor, Michigan
by Krogman, Wilton Marion, 1903-1987 and Moyers, Robert E and United States National Institute of Child Health and Human Development and Michigan. University.Center for Human Growth and Development and United States National Institute of Dental Research
1971, 1st ed., 360
Growth | Bones | Skull
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6. The Use of 99mTc-MDP Bone Scanning to Assess Facial Bone Growth
by Chauvin, Christopher and Al-Faham, Zaid and Oliver Wong, Ching-Yee
Journal of Nuclear Medicine Technology, ISSN 0091-4916, 2014, Volume 42, Issue 4, pp. 304 - 305
Bone scanning is an important technique to detect mandibular growth, and its quantitation aids in deciding the optimal timing for surgery. Here, we will... 
Technetium Tc 99m Medronate | Humans | Radionuclide Imaging | Adult | Facial Bones - growth & development | Female | Facial Bones - diagnostic imaging
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7. Full Text Radiation-induced craniofacial bone growth disturbances
by Gevorgyan, Artur and La Scala, Giorgio C and Neligan, Peter C and Pang, Cho Y and Forrest, Christopher R
Journal of Craniofacial Surgery, ISSN 1049-2275, 09/2007, Volume 18, Issue 5, pp. 1001 - 1007
Multimodality treatment, including radiotherapy, chemotherapy, and surgery, is required for the management of head and neck cancer in pediatric patients.... 
Radiotherapy | Bone development | Osteoblasts | Radiation | Cytoprotection | SURGERY | NECK RHABDOMYOSARCOMA | LONG-TERM SURVIVORS | SOFT-TISSUE SARCOMAS | PSYCHOSOCIAL ADJUSTMENT | cytoprotection | OSTEOBLAST-LIKE CELLS | MALIGNANT DISEASES | CHILDHOOD-CANCER | SKELETAL GROWTH | radiation | FACIAL GROWTH | radiotherapy | bone development | osteoblasts | IONIZING-RADIATION | Radiation Injuries - drug therapy | Osteoblasts - radiation effects | Humans | Facial Bones - drug effects | Osteitis - etiology | Head and Neck Neoplasms - radiotherapy | Radiation Injuries - prevention & control | Skull - radiation effects | Facial Bones - growth & development | Osteitis - drug therapy | Skull - drug effects | Skull - growth & development | Facial Bones - radiation effects
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8. Orthodontics & craniofacial research
Orthodontics & craniofacial research, ISSN 1601-6335, 2002
Orthodontics | Orthodontics, Corrective | Orthodontic appliances
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9. Handbook of facial growth
by Enlow, Donald H and Merow, William W and Moyers, Robert E
1982, 2nd ed. --, ISBN 9780721633862, xiii, 486
Facial bones | Skull | Face | Growth
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10. Handbook of facial growth
by Enlow, Donald H and Merow, William W and Moyers, Robert E
1975, ISBN 9780721633855, xiii, 423
Maxillofacial development | Facial bones | Face | Growth
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11. Full Text The Effects of Masseter Muscle Paralysis on Facial Bone Growth
by Matic, Damir B., M.D and Yazdani, Arjang, M.D and Wells, R. Glenn, Ph.D and Lee, Ting Y., Ph.D and Gan, Bing S., M.D
Journal of Surgical Research, ISSN 0022-4804, 2007, Volume 139, Issue 2, pp. 243 - 252
Background Understanding the effects of muscle function on facial bone growth may help us treat children with facial anomalies. Facial bone growth is known to... 
Surgery | muscle paralysis | rabbit | facial anomalies | facial growth | cephalometrics | masseter | SPECT | botulin toxin | SURGERY | CLEFT-LIP REPAIR | SKULL | HEMIFACIAL MICROSOMIA | BOTULINUM-TOXIN | Neuromuscular Agents | Paralysis - chemically induced | Rabbits | Zygoma - growth & development | Body Weight | Mandible - growth & development | Mandible - pathology | Tomography, Emission-Computed, Single-Photon | Organ Size | Masseter Muscle - physiopathology | Tomography, X-Ray Computed | Cephalometry | Mandible - diagnostic imaging | Zygoma - pathology | Animals | Botulinum Toxins, Type A | Paralysis - physiopathology | Female | Zygoma - diagnostic imaging | Paralysis - diagnosis
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12. Full Text Bmp signaling regulates a dose-dependent transcriptional program to control facial skeletal development
by Bonilla-Claudio, Margarita and Wang, Jun and Bai, Yan and Klysik, Elzbieta and Selever, Jennifer and Martin, James F
Development, ISSN 0950-1991, 02/2012, Volume 139, Issue 4, pp. 709 - 719
We performed an in depth analysis of Bmp4, a critical regulator of development, disease, and evolution, in cranial neural crest (CNC). Conditional Bmp4... 
Morphogenesis | Bone morphogenetic protein | Mouse | Neural crest | SURVIVAL | OSTEOBLAST DIFFERENTIATION | SPINAL-CORD | BRANCHIAL-ARCH | DEVELOPMENTAL BIOLOGY | MESENCHYME | INTEGRATION | CRANIAL NEURAL CREST | CELL SELF-RENEWAL | NEGATIVE FEEDBACK | Bone Morphogenetic Protein 4 - genetics | Bone Morphogenetic Protein 7 - genetics | Humans | Mandible - growth & development | Molecular Sequence Data | Gene Expression Profiling | Stem Cells - cytology | Bone Morphogenetic Protein 4 - metabolism | Mandible - embryology | Embryo, Mammalian - anatomy & histology | Gene Expression Regulation, Developmental | Base Sequence | Bone Morphogenetic Protein 2 - metabolism | Facial Bones - growth & development | Transcription, Genetic | Cell Differentiation - physiology | Bone Morphogenetic Protein 2 - genetics | Neural Crest - cytology | Facial Bones - anatomy & histology | Mice, Transgenic | Facial Bones - embryology | Neural Crest - physiology | Skull - embryology | Embryo, Mammalian - physiology | Sequence Alignment | Animals | Mandible - anatomy & histology | Skull - anatomy & histology | Bone Morphogenetic Protein 7 - metabolism | Signal Transduction - physiology | Stem Cells - physiology | Mice | Morphogenesis - physiology | Skull - growth & development
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13. Full Text Radioprotection of craniofacial bone growth
by Gevorgyan, Artur and La Scala, Giorgio C and Neligan, Peter C and Pang, Cho Y and Forrest, Christopher R
Journal of Craniofacial Surgery, ISSN 1049-2275, 09/2007, Volume 18, Issue 5, pp. 995 - 1000
In this review, the potential of pharmacologic therapy for prevention of radiation-induced bone growth inhibition is discussed. Significant radioprotection... 
Radiation-protective agents | Bone development | Amifostine | Osteoblasts | Radiation | SURGERY | V79 CELLS | MICROVASCULAR ENDOTHELIAL-CELLS | radiation-protective agents | DIFFERENTIAL GENE-EXPRESSION | CYTOPROTECTIVE AMINOTHIOL WR1065 | INDUCED MUTATIONS | radiation | FACTOR KAPPA-B | bone development | osteoblasts | CYCLE PROGRESSION | MOUSE LUNG | RADIATION-INDUCED DAMAGE | Amifostine - metabolism | Radiation-Protective Agents - metabolism | Amifostine - pharmacology | Facial Bones - drug effects | Radiotherapy - adverse effects | Radiation Protection - methods | Bone and Bones - drug effects | Cell Line - radiation effects | Cell Line - drug effects | Radiation Injuries, Experimental - prevention & control | Animals | Radiation-Protective Agents - pharmacology | Facial Bones - growth & development | Models, Animal | Bone and Bones - radiation effects | Facial Bones - radiation effects | Growth - radiation effects
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14. Full Text Stem cells of the suture mesenchyme in craniofacial bone development, repair and regeneration
by Maruyama, Takamitsu and Jeong, Jaeim and Sheu, Tzong-Jen and Hsu, Wei
Nature Communications, ISSN 2041-1723, 02/2016, Volume 7, Issue 1, p. 10526
The suture mesenchyme serves as a growth centre for calvarial morphogenesis and has been postulated to act as the niche for skeletal stem cells. Aberrant gene... 
IN-VITRO | HAIR FOLLICLE | MULTIDISCIPLINARY SCIENCES | GROWTH | NICHE | SPECIFICATION | TISSUES | WNT | IDENTIFICATION | BMI1 | Animals | Bone Development - physiology | Facial Bones - cytology | Facial Bones - growth & development | Cell Differentiation | Mice | Regeneration - physiology | Skull - physiology | Mesenchymal Stem Cell Transplantation | Mesenchymal Stromal Cells - physiology
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15. Growth of the facial skeleton in the Hominoidea
by Moore, W. J. (William James) and Lavelle, Christopher L. B
1974, ISBN 0125056508, 236
Primates | Facial bones | Face | Anatomy | Growth
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16. Craniofacial distraction osteogenesis
by Samchukov, Mikhail L and Cope, Jason B and Cherkashin, Alexander M
2001, ISBN 0323011349, xxxvi, 634
Bone lengthening (Orthopedics) | Cranial manipulation | Osteogenesis, Distraction
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17. Full Text In vivo loss of function study reveals the short stature homeobox‐containing (shox) gene plays indispensable roles in early embryonic growth and bone formation in zebrafish
by Sawada, Rie and Kamei, Hiroyasu and Hakuno, Fumihiko and Takahashi, Shin‐Ichiro and Shimizu, Toshiaki
Developmental Dynamics, ISSN 1058-8388, 02/2015, Volume 244, Issue 2, pp. 146 - 156
Background: Congenital loss of the SHOX gene is considered to be a genetic cause of short stature phenotype in Turner syndrome and Leri‐Weill dyschondrosteosis... 
Shox | morpholino‐based knockdown | cartilaginous ossification | body growth | Danio rerio | Body growth | Cartilaginous ossification | Morpholino-based knockdown | ABNORMALITIES | ANATOMY & MORPHOLOGY | ENHANCER | DEVELOPMENTAL BIOLOGY | TURNER-SYNDROME | PROXIMAL LIMB | HAPLOINSUFFICIENCY | LIMB DEVELOPMENT | morpholino-based knockdown | INTERACTS | LERI-WEILL-SYNDROME | IDIOPATHIC SHORT STATURE | EXPRESSION | Embryo, Nonmammalian - cytology | Osteogenesis - physiology | Zebrafish Proteins - metabolism | Facial Bones - cytology | Homeodomain Proteins - metabolism | Embryo, Nonmammalian - embryology | Facial Bones - embryology | Zebrafish - embryology | Homeodomain Proteins - genetics | Spine - cytology | Zebrafish - genetics | Animals | Spine - embryology | Zebrafish Proteins - genetics | Genetic research | RNA | Stature, Short | Growth | Analysis | Genes
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18. The human face
: an account of the postnatal growth and development of the craniofacial skeleton
by Enlow, Donald H
1968, xv, 303
Face | Facial bones | Growth
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19. Full Text Mesenchymal stem cells and alginate microcarriers for craniofacial bone tissue engineering: A review
by Saltz, Adam and Kandalam, Umadevi
Journal of Biomedical Materials Research Part A, ISSN 1549-3296, 05/2016, Volume 104, Issue 5, pp. 1276 - 1284
Craniofacial bone is a complex structure with an intricate anatomical and physiological architecture. The defects that exist in this region therefore require a... 
alginate | MSCs | hydrogels | craniofacial bone tissue engineering | microcarriers | GEL SYSTEM | MATERIALS SCIENCE, BIOMATERIALS | FACTOR DELIVERY | ENGINEERING, BIOMEDICAL | PERIODONTAL-LIGAMENT | HUMAN UMBILICAL-CORD | IN-VITRO | MESSENGER-RNA | CALCIUM-PHOSPHATE CEMENT | SUSTAINED-RELEASE | HYDROXYAPATITE CEMENT | ENDOTHELIAL GROWTH-FACTOR | Cartilage - growth & development | Tissue Engineering - methods | Rheology | Facial Bones - cytology | Humans | Materials Testing | Hexuronic Acids - chemistry | Cells, Immobilized - cytology | Tissue Scaffolds - chemistry | Mesenchymal Stem Cell Transplantation - methods | Mesenchymal Stromal Cells - cytology | Animals | Alginates - chemistry | Skull - cytology | Cartilage - cytology | Facial Bones - growth & development | Glucuronic Acid - chemistry | Intercellular Signaling Peptides and Proteins - administration & dosage | Drug Delivery Systems - methods | Bone Substitutes - chemistry | Osteogenesis | Skull - growth & development | Physiological aspects | Tissue engineering | Stem cells | Reconstruction | Biomedical materials | Biocompatibility | Bones | Alginates | Three dimensional
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20. Full Text Restricting facial bone growth with skeletal fixation: A preliminary study
by Southard, Thomas E and Franciscus, Robert G and Fridrich, Kirk L and Nieves, Mary Ann and Keller, John C and Holton, Nathan E and Krizan, Kenneth E and Reimer, Steven B and Marshall, Steven D
American Journal of Orthodontics & Dentofacial Orthopedics, ISSN 0889-5406, 2006, Volume 130, Issue 2, pp. 218 - 223
Conventional orthodontic treatment of vertical or anterior maxillary excess by growth modification can be problematic in children because of the high levels of... 
DENTISTRY, ORAL SURGERY & MEDICINE | Animals | Cranial Sutures - growth & development | Maxillofacial Development | Orthodontic Anchorage Procedures | Facial Bones - growth & development | Female | Models, Animal | Orthodontic Appliances, Functional | Sus scrofa | Bone Plates | Orthodontics, Interceptive - instrumentation | College teachers | Growth | Patient compliance | Analysis
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