New tools and strategies to control TB (Q3167758): Difference between revisions
Jump to navigation
Jump to search
(Removed claim: summary (P836): With the aim of broadening the knowledge of the tuberculosis complex genome that facilitates an optimal strategy for TB control, we propose: 1.- Design a rapid diagnostic method of drug resistance that provides information on evolutionary lineage. 2.- Contrast genotypic and phenotypic resistances in clinical isolations of circulating MDR tuberculosis in our country since 1998. 3.- Analyse differential regions in the tuberculosis genom...) |
(Created claim: summary (P836): With the aim of broadening the knowledge of the tuberculosis complex genome that facilitates an optimal strategy for TB control, we propose: 1.- Design a rapid diagnostic method of drug resistance that provides information on evolutionary lineage. 2.- Contrast genotypic and phenotypic resistances in clinical isolations of circulating MDR tuberculosis in our country since 1998. 3.- Analyse differential regions in the tuberculosis genome...) |
||||||||||||||
| Property / summary | |||||||||||||||
With the aim of broadening the knowledge of the tuberculosis complex genome that facilitates an optimal strategy for TB control, we propose: 1.- Design a rapid diagnostic method of drug resistance that provides information on evolutionary lineage. 2.- Contrast genotypic and phenotypic resistances in clinical isolations of circulating MDR tuberculosis in our country since 1998. 3.- Analyse differential regions in the tuberculosis genome by genomic sequencing and assess its significance in pathogenesis and evolution. 4.- Study the microevolution of isolation due to a reactivation of tuberculosis in Aragon and identify the risk factors that may be associated. 5.- Geolocalise, visualise and spatially analyse the prevalence of tuberculosis. (English) | |||||||||||||||
| Property / summary: With the aim of broadening the knowledge of the tuberculosis complex genome that facilitates an optimal strategy for TB control, we propose: 1.- Design a rapid diagnostic method of drug resistance that provides information on evolutionary lineage. 2.- Contrast genotypic and phenotypic resistances in clinical isolations of circulating MDR tuberculosis in our country since 1998. 3.- Analyse differential regions in the tuberculosis genome by genomic sequencing and assess its significance in pathogenesis and evolution. 4.- Study the microevolution of isolation due to a reactivation of tuberculosis in Aragon and identify the risk factors that may be associated. 5.- Geolocalise, visualise and spatially analyse the prevalence of tuberculosis. (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: With the aim of broadening the knowledge of the tuberculosis complex genome that facilitates an optimal strategy for TB control, we propose: 1.- Design a rapid diagnostic method of drug resistance that provides information on evolutionary lineage. 2.- Contrast genotypic and phenotypic resistances in clinical isolations of circulating MDR tuberculosis in our country since 1998. 3.- Analyse differential regions in the tuberculosis genome by genomic sequencing and assess its significance in pathogenesis and evolution. 4.- Study the microevolution of isolation due to a reactivation of tuberculosis in Aragon and identify the risk factors that may be associated. 5.- Geolocalise, visualise and spatially analyse the prevalence of tuberculosis. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
| |||||||||||||||
Revision as of 17:37, 12 October 2021
Project Q3167758 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | New tools and strategies to control TB |
Project Q3167758 in Spain |
Statements
31,000.0 Euro
0 references
62,000.0 Euro
0 references
50.0 percent
0 references
1 January 2019
0 references
31 March 2022
0 references
INSTITUTO ARAGONES DE CIENCIAS DE LA SALUD
0 references
41°39'7.67"N, 0°52'51.38"W
0 references
50297
0 references
Con el objetivo de ampliar el conocimiento del genoma del complejo tuberculosis que facilite una estrategia óptima para el control de la TB, nos planteamos: 1.- Diseñar un método de diagnóstico rápido de resistencia a fármacos que proporcione información sobre linaje evolutivo. 2.- Contrastar las resistencias genotípicas y fenotípicas en aislamientos clínicos de tuberculosis MDR circulantes en nuestro país desde 1998. 3.- Analizar regiones diferenciales en el genoma de tuberculosis mediante secuenciación genómica y valorar su significado en la patogenia y evolución. 4.- Estudiar la microevolución de los aislamientos debidos a una reactivación de tuberculosis en Aragón e identificar los factores de riesgo que se puedan asociar. 5.- Geolocalizar, visualizar y analizar espacialmente la prevalencia de tuberculosis. (Spanish)
0 references
With the aim of broadening the knowledge of the tuberculosis complex genome that facilitates an optimal strategy for TB control, we propose: 1.- Design a rapid diagnostic method of drug resistance that provides information on evolutionary lineage. 2.- Contrast genotypic and phenotypic resistances in clinical isolations of circulating MDR tuberculosis in our country since 1998. 3.- Analyse differential regions in the tuberculosis genome by genomic sequencing and assess its significance in pathogenesis and evolution. 4.- Study the microevolution of isolation due to a reactivation of tuberculosis in Aragon and identify the risk factors that may be associated. 5.- Geolocalise, visualise and spatially analyse the prevalence of tuberculosis. (English)
12 October 2021
0 references
Zaragoza
0 references
Identifiers
PI18_00336
0 references