Database : HANSEN
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Id:18510
Author:Bakker, M. I; May, L; Hatta, M; Kwenang, M; Klatser, P. R; Oskam, L; Houwing-Duistermaat, J. J.
Title:Genetic, household and spatial clustering of leprosy in an island population in Indonesia.
Source:In: Bakker, Mirjam.Epidemiology and prevention of leprosy: a cohort study in Indonesia^ien. s.l, The Netherlands Leprosy Relief, 2005. p.88-103^bmapas, ^btab.
Abstract:It is generally accepted that genetic factors play a role in susceptibility to both leprosy per se and leprosy type, but the strength of this effects has never been quantified. Estimating the contribution of genetic factors to clustering of leprosy within families is difficult since these persons often shave the same environment. Three correlation structures (genetic, household and spatial) were proposed for population data (n=560), collected on a geographically isolated Indonesian island highly endemic for leprosy, to explain the distribution of leprosy per se, leprosy type and Mycobacterium leprae-specific antibody. Heritability estimates and risk ratios for siblings were calculated to quantify the genetic effect. Leprosy was clinically diagnosed and specific anti-M.leprae antibodies were measured using ELISA. For leprosy per se in the total population the genetic correlation structure fitted best. In the population with relative stable household status (persons under 21 years and above 39 years) all structures were significant. For multibacillary leprosy (MB) genetic factors seemed more important than for paucibacillary leprosy. Seropositivity could be explained best by the apatial model, but the genetic model was also significant. Herediatry was 57% for leprosy per se and 31% for seropositivity. Genetic factors seem to play an important role in the clustering of leprosy patients, especially MB patients, and they could explain more then half of the toral phenotypic variance. This unique study population is very suitable to confirm the role of already known chromosome regions in controlling leprosy or to search for new susceptibility loci (AU)^ien.
Descriptors:HANSENIASE/clas
INDONESIA/epidemiol
HANSENIASE/genet
VETORES GENETICOS/genet
Limits:ESTUDO COMPARATIVO
Humanos
Location:BR191.1; WC335.300, B179e


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Id:9563
Author:Piestun, Valeria Sedrani
Title:Clonagem e expressao do gene da proteina de 18 kDa de Mycobacterium leprae em Saccharomyces cerevisiae ?-
Source:Sao Paulo; s.n; 1992. 74 p. ilus, tab, graf.
Thesis:Present for Universidade de Sao Paul. Instituto de Ciencias Biomedicas presented for the degree Mestre.
Abstract:A hanseniase e uma doenca infecciosa cronica causada pelo bacilo Mycobacterium leprae que atinge de 10 e 15 milhoes de pessoas em todo o mundo principalmente em areas tropicais e subtropicais. O desenvolvimento de um diagnostico preciso e de uma imunoprofilaxia eficiente sao fatores de qrande importancia no controle epidemiologico da doenca. Dentre os antigenos do M. leprae, a proteina de 18kDa mostrou-se uma das mais antigenicas, sendo responsavel pela proliferacao de linfocitos auxiliares "in vitro". O gene que codifica esta proteina foi identificado atraves da construcao de uma biblioteca em fago lamdba gtii, o que possibilitou sua clonagem e sequenciamento. Com a finalidade de se obter grandes quantidades dessa proteina em sua forma nao glicosada,(AU).
Descriptors:MYCOBACTERIUM LEPRAE
VETORES GENÉTICOS
ENGENHARIA GENÉTICA
SACCHAROMYCES CEREVISIAE
Location:BR191.1; WC335.402, P616c


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Id:9486
Author:Eiglmeier, K; Honore, N; Cole, S. T
Title:Towards the integration of foreign DNA into the chromosome of Mycobacterium leprae ..-
Source:s.l; s.n; 1991. 6 p. ilus.
Descriptors:ASPARTATO-SEMIALDEIDO DESIDROGENASE
SEQUENCIA DE BASES
DNA BACTERIANO
ELETROFORESE EM GEL DE AGAR
VETORES GENÉTICOS
DADOS DE SEQUENCIA MOLECULAR
MYCOBACTERIACEAE
MYCOBACTERIUM LEPRAE
PLASMIDEOS
RNA DE TRANSFERENCIA DE PROLINA
MAPEAMENTO POR RESTRIÇAO
Limits:IN VITRO
Location:BR191.1; 06342/s



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