dc.contributorLucero, Olga
dc.contributorDonoso, Carlos
dc.creatorTamayo Barzola, Fernanda Isabel
dc.date.accessioned2012-02-17T01:07:23Z
dc.date.available2012-02-17T01:07:23Z
dc.date.created2012-02-17T01:07:23Z
dc.date.issued2012-02-17T01:07:23Z
dc.identifierTamayo Barzola, Fernanda Isabel. (2012). Evaluación del Contenido de Ácido Fítico y su Realación con la Biodisponibilidad de Minerales, Proteína y Lisina en Líneas Avanzadas y / o Variedades de Cebada Procesada y no Procesada. Escuela Superior Politécnica de Chimborazo. Riobamba.
dc.identifierhttp://dspace.espoch.edu.ec/handle/123456789/1596
dc.description.abstract"The proposal of his study was to evaluate hc phytic aci contain and ts relacion with th. bicavailbiliy o mineral and protcins online andor advanced varicties o processod and mon-processed baley cari out at the Experimental Station Santa Catalina of the. Insituto National of Agroinsesigations and at the Laboratory of Nutiional Quality at he Intenational Center of Tropical Agriculture. hc sciemific method and instrumental techniques were applicd by means of the. molecular absorption and atomic absorption spectrphotometers: 174 genotypes were. analyzed determining a variabiliy of 03 to 1,24%. The variety Cañicapa 2005 with 1.249 is the material with beter contain o uc aid and tho vricy Pelada 2 (hexastics) with ho less contain of 0,36% Four genotypes with highor comtain were selected submmitod to diflrem processes (expanded, multe, toated,laminatcd and scarificd) «valuatig its cífct on the acid, bcingtbe expanded th best on to decrease it from 63 o. TT?%; with he other process it dcteass in less proption. When it is related o Abe ""icavailbilty o minerals and protein, of th process the cffct was valuatd, slccting ose genotypes of most contain of protin and bioavailbilty mincrals, showing that of DuchicelaCruda a 6228% of calcium, Rita PeladaMaltcada 57,60% of magnesium, DoradaCruda 58,28% of potassium and Rita PeladaCruda 44,18% of phosphorus. The ""non-processed genotypes were munfístod with beter mineral bioavailbiiy elaod to. ose processed. It was not possible o count and evaluate the microciements (Fe, Za aná Ma) due to th low or ul availability on the grin. Wheo the protein as cvaluated the DchicelaMaltedada presented major contain with 9.41%. In general, this parameter varied ligaly by efe of he applicd process. Besido the Cañicapa Tostad showed th most contain of available sin (24996). As a conclusion, this acid is not th only one facto which inluenes on the biovailabiliy of minerals,protcin and Iysine, therefore is recommended the cc of or anti mutrients, type o applied processes and conditions of culture should he valuated."
dc.languagespa
dc.publisherEscuela Superior Politécnica de Chimborazo
dc.relationUDCTFC;56T00284
dc.rightshttps://creativecommons.org/licenses/by-nc-sa/3.0/ec/
dc.rightsinfo:eu-repo/semantics/openAccess
dc.subjectCEBADA
dc.subjectÁCIDO FITICO
dc.subjectBIODISPONIBILIDAD DE PROTEINAS
dc.subjectBIODISPONIBILIDAD DE MINERALES
dc.subjectBIODISPONIBILIDAD DE LISINA
dc.subjectVALOR NUTRIVO DE LA CEBADA
dc.subjectEFECTOS DEL ÁCIDO FITICO EN BIODISPONIBILIDAD DE NUTRIENTES
dc.titleEvaluación del Contenido de Ácido Fítico y su Realación con la Biodisponibilidad de Minerales, Proteína y Lisina en Líneas Avanzadas y / o Variedades de Cebada Procesada y no Procesada.
dc.typeTesis


Este ítem pertenece a la siguiente institución