The pigmentary system : physiology and pathophysiology

書誌事項

The pigmentary system : physiology and pathophysiology

edited by James J. Nordlund ... [et al.]

Blackwell Pub., 2006

2nd ed

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注記

Includes bibliographical references and index

HTTP:URL=http://www.loc.gov/catdir/toc/ecip062/2005030369.html Information=Table of contents

収録内容
  • A history of the science of pigmentation
  • Comparative anatomy and physiology of pigment cells in nonmammalian tissues
  • General biology of mammalian pigmentation
  • Extracutaneous melanocytes
  • Regulation of melanoblast migration and differentiation
  • Melanoblast development and associated disorders
  • Biogenesis of melanosomes
  • Melanosome trafficking and transfer
  • Melanosome processing in keratinocytes
  • The regulation of melanin formation
  • The tyrosinase gene family
  • Molecular regulation of melanin formation: melanosome transporter proteins
  • Transcriptional regulation of melanocyte function
  • Enzymology of melanin formation
  • Chemistry of melanins
  • The physical properties of melanins
  • Photobiology of melanins
  • Toxicological aspects of melanin and melanogenesis
  • Regulation of pigment type switching by agouti, melanocortin signaling, attractin, and mahoganoid
  • Human pigmentation: its regulation by ultraviolet light and by endocrine, paracrine and autocrine factors
  • Paracrine interactions of melanocytes in pigmentary disorders
  • Growth factor receptors and signal transduction regulating the proliferation and differentiation of melanocytes
  • Aging and senescence of melanocytes
  • The genetics of melanoma
  • The transformed phenotype of melanocytes
  • A more precise lexicon for pigmentation, pigmentary disorders and chromatic abnormalities
  • The normal color of human skin
  • Mechanisms that cause abnormal skin color
  • Genetic hypomelanoses: disorders characterized by congenital white spotting-piebaldism, Waardenburg syndrome, and related genetic disorders of melanocyte development-clinical aspects
  • Genetic hypomelanoses: acquired depigmentation
  • Genetic hypomelanoses: generalized hypopigmentation
  • Genetic hypomelanoses: localised hypopigmentation
  • Genetic hypomelanoses: disorders characterized by hypopigmentation of hair
  • Metabolic, nutritional and endocrine disorders
  • Chemical, pharmacologic and physical agents causing hypomelanoses
  • Infectious hypomelanoses
  • Inflammatory hypomelanoses
  • Hypomelanoses associated with melanocytic neoplasia
  • Miscellaneous hypomelanoses: depigmentation
  • Miscellaneous hypomelanoses: hypopigmentation
  • Miscellaneous hypomelanoses: extracutaneous loss of pigmentation
  • Hypopigmentation without hypomelanosis
  • Genetic epidermal syndromes: disorders characterized by generalized hyperpigmentation
  • Genetic epidermal syndromes: disorders characterized by reticulated hyperpigmentation
  • Genetic epidermal syndromes with Café-au-Lait macules
  • Genetic epidermal pigmentation with lentigines
  • Genetic epidermal syndromes: localized hyperpigmentation
  • Genetic epidermal syndromes: disorders of aging
  • Congenital epidermal hypermelanoses
  • Acquired epidermal hypermelanoses
  • Hypermelanosis associated with gastrointestinal disorders
  • Acquired and congenital dermal hypermelanosis
  • Mixed epidermal and dermal hypermelanoses and hyperchromias
  • Drug-induced or -related pigmentation
  • The melanocyte system of the nails and its disorders
  • Pigmentary abnormalities and discolorations of the mucous membranes
  • Common benign neoplasms of melanocytes
  • Rare benign neoplasms of melanocytes
  • Topical treatment of pigmentary disorders
  • Chemophototherapy of pigmentary disorders
  • UVB therapy for pigmentary disorders
  • Sunscreens and cosmetics
  • Surgical treatment of pigmentary disorders
  • Laser treatment of pigmentary disorders
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