
Mª Angeles De La Torre Ruiz
Grau: Doctor/a
973 702 410
mariaangeles.delatorre(ELIMINAR)@udl.cat
ResearcherID: http://www.researcherid.com/rid/A-7357-2010
Publicacions
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de la Torre-Ruiz, MA; Lowndes, NF
The Saccharomyces cerevisiae DNa damage checkpoint is required for efficient repair of double strand breaks by non-homologous end joining
FEBS LETTERS 467 311-315. .
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de la Torre-Ruiz, MA; Green, CM; Lowndes, NF
RaD9 and RaD24 define two additive, interacting branches of the DNa damage checkpoint pathway in budding yeast normally required for Rad53 modification and activation
Embo Journal 17 2687-2698. .
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Aboussekhra, A; Vialard, JE; Morrison, DE; delaTorreRuiz, MA; Cernakova, L; Fabre, F; Lowndes, NF
A novel role for the budding yeast RaD9 checkpoint gene in DNa damage-dependent transcription
Embo Journal 15 3912-3922. .
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RUIZECHEVARRIA, MJ; DELATORRE, MA; DIAZOREJAS, R
A MUTaTION THaT DECREaSES THE EFFICIENCY OF PLaSMID R1 REPLICaTION LEaDS TO THE aCTIVaTION OF PaRD, a KILLER STaBILITY SYSTEM OF THE PLaSMID
FEMS MICROBIOL LETT 130 129-135. .
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Espinet, C; DELATORRE, MA; ALDEA, M; Herrero, E
An efficient method to isolate yeast genes causing overexpression-mediated growth arrest.
YEAST 11 25-32. .
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DELATORRE, MA; GOMEZALARCON, G
MaNGaNESE aND IRON OXIDaTION BY FUNGI ISOLaTED FROM BUILDING STONE
MICROB ECOL 27 177-188. .
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DELATORRE, MA; GOMEZALARCON, G; PALACIOS, JM
IN-VITRO BIOFILM FORMULaTION BY PENICILLIUM FREQUENTaNS STRaINS ON SaNDSTONE, GRaNITE, aND LIMESTONE
APPL MICROBIOL BIOT 40 408-415. .
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DELATORRE, MA; GOMEZALARCON, G; VIZCAINO, C; GARCIA, MT
BIOCHEMICaL-MECHaNISMS OF STONE aLTERaTION CaRRIED OUT BY FILaMENTOUS FUNGI LIVING IN MONUMENTS
Biogeochemistry 19 129-147. .
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DELATORRE, MA; GOMEZALARCON, G; MELGAREJO, P; SAIZJIMENEZ, C
FUNGI IN WEaTHERED SaNDSTONE FROM SaLaMaNCa CaTHEDRaL, SPaIN
SCIENCE OF THE TOTAL ENVIRONMENT 107 159-168. .
Projectes
- YeastIDA - Pre-prototype validation of a new engineered yeast designed to orally ameliorate iron deficient anemia
- Weaning pigs an animal model to resolve iron deficiency anaemia based on biotechnologically-modified yeast
- Influencia de la disponibilidad y hormesis del hierro en la respuesta autofágica y oxidativa y en la extensión cronológica de la vida en levaduras
- Mecanismos regulatorios de la respuesta a los estreses oxidativo y nutricional mediados por algunos elementos de las vías PKC1-MAP quinasa, TOR y RAS/cAMP de S. Cerevisiae
- Caracterización de las funciones de los elementos de la vía de integridad celular Pkc1 y Mtl1 en los procesos morfogenéticos,organización del citoesqueleto, biogénesis de ribosomas y crecimiento celulara través de un modelo de estrés oxidativo en Saccharomyces cerevisiae