Studies in Stomatology and Craniofacial BiologyMeyer Michael Cohen, Bruce J. Baum Studies in Stomatology and Craniofacial Biology contains 33 papers under the general headings of developmental biology, developmental pathology, acquired pathology, and gene therapy. The book covers the basic science of stomatology (diseases of the mouth) and craniofacial biology in general. The subject matter is wide in scope and utilizes a variety of modern molecular and genetic approaches. Major topics are covered such as: Developmental Biology; Developmental Pathology; Acquired Pathology; Gene Therapy. This book will be of great interest to researchers in genetics, embryology, bone biology, dental science, microbiology and oncology. |
Contents
MatrixCell Interaction during Development | 19 |
The Pathway Connecting G ProteinCoupled Receptors to the Nucleus | 39 |
Determining the Roles of Msx Genes | 59 |
Steroid Transduction Pathway and Growth Factor Mediated Embryonic | 67 |
Gene Regulation during Salivary Gland Postnatal Development | 85 |
Regulation of MucinGlycoprotein Biosynthesis | 101 |
New Concepts for Stomatology | 117 |
Enamel Development and Mineralization in the Human Tooth | 145 |
Molecular Aspects of Mandibulofacial Dysostosis | 341 |
Observations on the Etiology of Cleft Lip and Cleft Palate | 353 |
Homology between Human Hypohidrotic Ectodermal Dysplasia and Tabby | 377 |
Molecular Determinants of Anodontia | 397 |
Cytokines in the Pathogenesis of Sjögren Syndrome | 409 |
Chemokine Expression in Inflammation | 427 |
Structure Function and Genetics Current | 445 |
Molecular Mechanisms of Bacterial Interactions in Dental Plaque | 461 |
A Long | 191 |
A Mirror of Genetic | 209 |
The Role of In Vitro Analysis in Unraveling the Cause | 229 |
Hyperphosphatasia Syndromes | 245 |
Molecular Genetics of BeckwithWiedemann Syndrome | 273 |
Molecular Approaches toward Understanding | 289 |
Molecular Biology of Craniosynostosis with Special Emphasis | 307 |
Angiotensin Converting Enzyme Inhibitor Fetopathy and | 331 |
HostBacterial Interactions in the Pathogenesis of Periodontitis | 473 |
Tetracyclines as Inhibitors of Bone Loss In Vivo | 499 |
19601995 | 523 |
Gene Therapy | 559 |
Keratinocyte Gene Therapy | 587 |
Gene Therapy for Oral Cancer | 597 |
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abnormal Acad Sci USA activity adenovirus adhesin adhesion allele ameloblasts amelogenin amino acid antibodies bacteria binding Biochem Biol Chem biological bone bovine caries cDNA chromosome Clin clinical cloning Cohen collagenase culture cytokine defects Dent Res dental dentin Deutsch differentiation disease domain dosimetry dysplasia effects embryos enamelin encoded enzyme epithelium exon extracellular matrix fibroblasts fibronectin Figure function gene expression gene therapy gene transfer Genet genome gingivalis growth factor histatins human Igf2 Infect Immun inhibition integrin interactions kinase macrophages mesenchyme mice mineral molecular molecules monocyte morphogenesis mouse mRNA mutations Natl Acad Sci neural normal oral cancer osteoblast osteogenesis imperfecta palate parotid pathogens patients peptide periodontal phenotype Proc Natl Acad protease radiation receptor region regulation role salivary gland sequence signal specific structure studies submandibular gland surface syndrome teeth tissue tooth transcription transgenic Treacher Collins syndrome tuftelin tumor type I collagen vectors viral vitro vivo