ISI Web of Knowledge Take the next step  
Web of Science®
 
Previous Record (inactive) Record 1  of  1 Next Record (inactive)
Record from Web of Science®
MUTANT KERATIN EXPRESSION IN TRANSGENIC MICE CAUSES MARKED ABNORMALITIES RESEMBLING A HUMAN GENETIC SKIN-DISEASE
Author(s): VASSAR R, COULOMBE PA, DEGENSTEIN L, ALBERS K, FUCHS E
Source: CELL    Volume: 64    Issue: 2    Pages: 365-380    Published: JAN 25 1991  
Times Cited: 325     References: 54     
Abstract: To explore the relationship between keratin gene mutations and genetic disease, we made transgenic mice expressing a mutant keratin in the basal layer of their stratified squamous epithelia. These mice exhibited abnormalities in epidermal architecture and often died prematurely. Blistering occurred easily, and basal cell cytolysis was evident at the light and electron microscopy levels. Keratin filament formation was markedly altered, with keratin aggregates in basal cells. In contrast, terminally differentiating cells made keratin filaments and formed a stratum corneum. Recovery of outer layer cells was attributed to down-regulation of mutant keratin expression and concomitant induction of differentiation-specific keratins as cells terminally differentiate, and the fact that these cells arose from basal cells developing at a time when keratin expression was relatively low. Collectively, the pathobiology and biochemistry of the transgenic mice and their cultured keratinocytes bore a resemblance to a group of genetic disorders known as epidermolysis bullosa simplex.
Document Type: Article
Language: English
Reprint Address: VASSAR, R (reprint author), UNIV CHICAGO, HOWARD HUGHES MED INST, CHICAGO, IL 60637 USA
Addresses:
1. UNIV CHICAGO, DEPT MOLEC GENET & CELL BIOL, CHICAGO, IL 60637 USA
Publisher: CELL PRESS, 1050 MASSACHUSETTES AVE, CIRCULATION DEPT, CAMBRIDGE, MA 02138
Subject Category: Biochemistry & Molecular Biology; Cell Biology
IDS Number: EV336
ISSN: 0092-8674
Previous Record (inactive) Record 1  of  1 Next Record (inactive)
Record from Web of Science®
  
Thomson Reuters Logo