INNOTEC (ISSN 1688-3691 | ISSN 1510-6593 [en línea]) es una revista científica arbitrada del Laboratorio Tecnológico del Uruguay (LATU). Instrucciones a los autores .............................................................................. 2 Índice de autores..............................................................................................69 Índice temático ................................................................................................70 AGUAS Esta publicación anual recopila las investigaciones realizadas por técnicos del LATU y autores externos con el objetivo de apoyar el desarrollo de tecnologías que aporten valor a los procesos de innovación. 3 Invitamos a los autores interesados en publicar en INNOTEC a contactarse con el Centro de Información Técnica a través del correo electrónico ditec@latu.org.uy para recibir las Instrucciones a los autores (ver pág. 2) y los documentos de referencia de nuestro proceso editorial. 11 Línea de base para evaluar el impacto de una planta de celulosa en el Río Uruguay Saizar, C., Míguez, D., Dabezies, M., Teixeira-de Mello, F., Clemente, J., Ferrari, G., Boccardi, L., Tana, J. 23 Estudio comparativo de la determinación del tamaño de partícula por dos métodos: tamizado en seco y difracción láser Cabrera, S., Irigaray, R., Míguez, D. Dirección Ing. Mariela de Giuda, MBA Evaluación ecotoxicológica de sedimentos en una zona del Río Uruguay, con puntos finales indicadores de toxicidad aguda, sub-letal, crónica, reproductiva y teratogénica Míguez, D., Seoane, I., Carrara, M. V., Carnikián, A., Keel, K., Aizpún, A., Bouvier, M. E., Cartmell, E. BIOQUÍMICA ANALÍTICA Gerente Gestión Empresarial Coordinación Lic. Celeste Villagrán © Jefe del Centro de Información Técnica, LATU BIOTECNOLOGÍA Edición Lic. Marina Barrientos © 'HVDUUROOR©GH©VXSHU½FLHV©PRGL½FDGDV©RURõDQWLFXHUSR©DQWLõ363%© SDUD©VX©XVR©FRPR©ELRVHQVRU©HQ©OD©GHWHFFLyQ©GH©SUHxH]©ERELQD .HHO«.«7RVDU«-«3«/Dt]«-« 34 Optimización de una técnica de medida de disrupción endrocrina por medio de Saccharomyces cerevisiae recombinantes Keel, K; Míguez, D.; Soares, A., Parodi, A. 39 Sensibilidad a antibióticos, actividad antibacteriana frente a patógenos y fermentaciones ácido lácticas de una cepa nativa de Lactobacillus paracasei de origen humano Vázquez, S., Lopretti, M., Rey, F., Zunino P. 43 Bioinfo_eXtrema: un enfoque bioinformático para integrar información ambiental, bioquímica y genómica, enfocado en bioprospección y selección de consorcios de microorganismos con aplicaciones en biorremediación Capdevielle, F., Ottati, C., Lopretti, M. Lic. Lorena Fiori (producción) Diseño vieja.com.uy Centro de Información Técnica, LATU Avda. Italia 6201 Tel.: (598) 2601 3724, int. 1364 ditec@latu.org.uy www.latu.org.uy www.facebook.com/citein.latu citein.blogspot.com PLÁSTICOS 48 Ensayos físico-químicos para el estudio de la degradación de bolsas de supermercado Remersaro, J.; Medina, D.; Hernández, M.; Latrónica, L. La distribución de esta revista es gratuita; para solicitar un ejemplar diríjase a ditec@latu.org.uy. TECNOLOGÍA ALIMENTARIA Prohibida la reproducción total y parcial de artículos y/o materiales gráficos originales sin mencionar su procedencia. 54 Elaboración de bebida energizante a partir de suero de quesería Cuellas, A., Wagner, J. R. Los conceptos y opiniones vertidos en los artículos son de responsabilidad de sus autores. 58 Estabilidad de espumas formuladas con proteínas de soja Todos los derechos reservados. tratadas a pH ácido Abirached, C., Medrano, C. A., Panizzolo, L. A., Moyna, P., Añón, M. C. ISSN: 1688-3691 Título-clave: INNOTEC Título-clave abreviado: Innotec ISSN: 1510-6593 Título-clave: Innotec [en línea] Título-clave abreviado: Innotec [en línea] 63 Capacidad emulsionante de sueros de soja Sobral, P. A.; Wagner, J. R. 66 Estabilidad a la congelación-descongelación de emulsiones o/w preparadas con aislados de soja nativos y desnaturalizados con diferente solubilidad Palazolo, G. G.; Wagner, J. R. 0UZ[Y\JJPVULZHSVZH\[VYLZWHYHW\ISPJHYLU0556;,* ÍTIP[VKLSVZHY[xJ\SVZ`WYVJLZVKLYL]PZP}U ! " #!$"% & #% & ' ( #%!$") & #%* + ,) , #% + - #% & . ) / + , - (- ! , ) ( - ' - , + + & ! + - !$" - + + , )*)+ ( 5VYTHZKLWYLZLU[HJP}UKLSVZ[L_[VZ 0 ( $ + *(' $* (1 . . *+ ( + + ( 2 . ( * / 3 , + , ! & 1 3455 ,& 2 #+ %2& #6%#65%,# + () ,% &,( . . ( + 7(8 9/0/$;!>$> ) ( ! 1(- C(-. // ;$>/0$I$6@@A#6%71;3/ 0 6@F@C//15465CDFDF $0!!>#/% 1 ! 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Nombre de la especie Phosphobacterium leioghnati Hyalella curvispina Estadio Cultivo bacteriano Juvenil (7-14 días) Nº organismos Cultivo bacteriano 7(&5 10 por acuario Volumen de muestra 5 ml 100 ml Tipo de muestra Elutriado Sedimento completo Control con agua de dilución y malla de 625 μm Régimen Estático Estático Ceriodaphnia dubia Pimephales promelas Neonatos (<24h) Embriones 1 neonato por vaso 10 por dilución 15 ml Elutriado 10 por acuario 70 ml Elutriado Renovación Renovación diario, semiestático diario, semiestático Nº réplicas 2 4 10 4 Diluciones (%) 80, 40, 20, 10, 5, 2.5 Logarítrmica Geométrica (a partir de 50%) Geométrica Punto final Medida de la luminiscencia Sobrevivencia y crecimiento Sobrevivencia y crecimiento Teratogenicidad; letalidad Tiempo de exposición 30 min 10 días Hasta 3 puestas (7-8 días) 7 días Temperatura (ºC) 30±2 23±2 23±2 20±2 Fotoperíodo (luz: oscuridad, horas) No 16:8 16:8 16:8 Aireación No Sí No No Referencias Manual PCB-Checklight US EPA 600/R-99/064 Test Method 100.1, 2000, modificado US EPA 821-R-02-013 Test Method 1002.0, 2002, modificado US EPA 821-R-02-013 Test Method 1001.0 7DEOD'HWHUPLQDFLyQGHOGHKXPHGDG AGUAS 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 6 - ,11 7(&1R 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 9LZ\S[HKVZ AGUAS &%; M 4 ;M; + ! 3#HH4H6H4FA<655 % )LJXUD'LVWULEXFLyQJUDQXORPpWULFDGHORVVHGLPHQWRVGHODWUDQVHFWDFHQWUDOHQWUHVVLWLRVGHO5tR8UXJXD\ ! &4!, ((, M;#46EB<Y6BB<Y4@5(6H6< Y %R$R( + Código de muestra Fósforo total (mg/kg) (como P) Nitrógeno Kjeldahl total (mg/kg) (como N) Materia orgánica (g/100 g) EOX (como Cl) (mg/kg) (LD: 20ug/kg) AOX (como Cl) (mg/l) (fase acuosa) (LD: 7ug/L) Nuevo Berlín 144 151 1,1 ND ND Fray Bentos 2164 290 1,0 ND ND Las Cañas 457 116 0,6 ND ND 1'1RGHWHFWDEOH/'OtPLWHGHGHWHFFLyQ 7DEOD$QiOLVLVTXtPLFRGHODVPXHVWUDVH[WUDtGDVSRUGUDJDHQWUHVVLWLRVGHO5tR8UXJXD\ % !$R( AHA< + HDF<$R#ED[%R( #4D6<24F[% $ + ,)#% + 3 (,( 6FZ @@[ 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 1R,11 7(&7 1. 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( (C+ ( ( ) C - ) + , ) + -! ( < <!: & !, : ) #V- 455E% ! ( AGUAS 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 12 - ,11 7(&1R AGUAS & ( + & #! M 4554%$ , , &( ( + #$/Y-4556% 9 " -,) ( $ ; " ,&DD@555Y4 6A55Y&/7#;% - 9 0$& D5[ C $ 9 " #$9"% ( 6@FH § 9 " ¨ #$9" 455@% ! , + 9 " > 9 " $9" ! ) , ) 1 . , ,+ , ( * # % !$" 3 455H 455F ( (, #(9" % 4H[LYPHSLZ`4t[VKVZ , (9" + &/G0 G ! ( #M 6%! ;D5Y !M;-Q * : !3 .6HY * M ;DY # M 6% )LJXUD8ELFDFLyQGHODV]RQDVGHHVWXGLRHQHO5tR8UXJXD\/D OtQHDQHJUDPDUFDODXELFDFLyQGHOSXHQWHLQWHUQDFLRQDO &455H455F , * 455E-455F !( ( , #6% 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< Tipo de muestreo Calidad de agua Frecuencia Mensual Meses Abril 2005 - Abril 2007 Plancton Estacional Julio 2006, Noviembre 2006, Febrero 2007, Abril 2007 Bentos y sedimento Estacional Julio 2006, Noviembre 2006, Febrero 2007, Abril 2007 Peces Semestral Abril (2005, 2006, 2007), Diciembre (2005, 2006) 7DEOD)UHFXHQFLDGHORVGLIHUHQWHVWLSRVGHPXHVWUHR ! ( ( ) # 4% 4 , ! ( 455E !K #6@@B% (,)& , ; #455B% "/0$ #6@@H% 0 3 #& D55 % ! ( #%=> & (-B5 / ))* ( ) EDZ ! )45EDZ ) ! )( )* (-B[ ! ( * #655C6555R% "-^ #6@HA% , H 65 4H #)% ,/KY9(; / 1 ) << ! , ( )00! ( ( ( H55ª - F5[!( ) )* $- &( <40 ( # % # % , #$/7% ! ( + # ; M ; !3%! & ( #0"% ! ( * . M - 455E 1 - .=/C6BFHF1455H 2 D56H , 644H(3 1R,11 #H5E4HA56564H6HH6@H4B4@DHBDHH % #& 655% , #& D55CH55 % & 2( )6E!+ *0" !( 64-A-A ( ; , ( Parámetro Temperatura Conductividad pH Color (como Pt) Oxígeno disuelto (como O2) Turbiedad (FNU) Sólidos disueltos totales Sólidos suspendidos totales (mg/l) Dureza total (como CaCO3) Cloruros (como Cl) Sulfatos (como SO4) Nitrato (como N) Nitrito (como N) Nitrógeno Kjeldahl total (como N) Nitrógeno total (como N) Amonio (como N) Fósforo total (como P) Fósforo soluble (como P) Sílice reactiva soluble (como SiO2) Cromo hexavalente (como Cr) ,455F- 36HC44 , ! V YC8 )@H[ ! ( ( *6 H :/ DCA 3 0 . #DCH % ( , & ! . &455+ Método Medido in situ con termocupla, basado en APHA 2550B LD (mg/l) NA PEC.PQAR.112, basado en ISO 7888-1985-05-15 NA PEC.PQAR.101, basado en APHA 4500H+B ISO 7887 20 ed., Sección 4 NA 2,5 ISO 5814:1990 ISO 7027:1999 PEC.PQAR004, basado en APHA 2540C PEC.PQAR006, basado en APHA 2540D, equivalente a ISO 11923:1997 0,2 0,05 6 5 PEC.PQAR106, basado en APHA 2340C, equivalente a ISO 6059-1984 (E) ISO 10304/1-1992 ISO 10304/1-1992 0,6 0,2 0,1 ISO 10304/1-1992 0,06 ISO 6777:1984 (E) 0,002 ISO 5663-1984 (E) / ISO 6778:1984 0,5 ISO 905-2, con electrodo 0,5 ISO 6778:1984 0,05 ISO 6878:2004 0,005 ISO 10304/1-1992 y APHA 4500-P-D 0,0002 APHA 4500-SiO2 C 0,001 APHA 3500 Cr B 0,05 ISO 10530 0,007 Mercurio ISO 5666 (CVACOMO) 0,0002 Sodio ISO 9964-1 (FACOMO) 0,010 Potasio ISO 9964-2 (FACOMO) 0,020 Cobre ISO 8288 (FACOMO) 0,006 Zinc ISO 8288 (FACOMO) 0,004 Sulfuros disueltos (como S) Manganeso Hierro Oxidabilidad (Índice de permanganato) (como O2) Demanda Química de Oxígeno (DQO, como O2) Carbono orgánico total (como C) Demanda Bioquímica de Oxígeno (cDBO7, como O2) 7(&13 ISO 8288 (FACOMO) adapted-ISO 15587-2 Annex C (Nitric acid digestion) ISO 8288 (FACOMO) adapted-ISO 15587-2 Annex C (Nitric acid digestion) 0,008 0,011 ISO 8467:1993 (E) 0,5 ISO 15705:2002 0,014 USP29, ISO 8245 0,15 ISO 5815/2:2003 (E) 0,5 Aceites y grasas APHA 5520 D 10 Sustancias fenólicas (como C6H5OH) (μg/l) ISO 6439:1990 0,001 Compuestos orgánicos adsorbibles (AOX) EN ISO 9562:2004 0,008 7DEOD3DUiPHWURVGHFDOLGDGGHDJXDHVWXGLDGRVPpWRGRVXVDGRV\OtPLWHVGHGHWHFFLyQ/'1$1RDSOLFD AGUAS 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 14 - ,11 7(&1R 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 9LZ\S[HKVZ AGUAS ! ,D!: 55B6B< ((5565E< Parámetro Temperatura Oxígeno disuelto Conductividad pH Color (como Pt) Turbiedad (FNU) Sólidos suspendidos totales (mg/l) Sólidos disueltos totales Carbono orgánico total (como C) DBO7 Nitrógeno total (como N) Unidad Nuevo Berlín Puente Fray bentos Las Cañas ºC 21,7/14,7-32,5 mg/l μS/cm 8,5/6,8-9,8 21,8/14,9-31,5 21,8/14,8-30,7 21,6/14,8-29,8 8,6/7,2-9,7 8,5/7,4-9,7 8,6/7,4-9,9 69/49-109 69/48-149 69/54-103 75/53-153 mg/l 7,5/7,0-8,3 73/30-125 7,6/7,0-9,1 75/30-125 7,7/7,1-9,0 74/30-125 7,6/7,0-9,2 73/30-125 FNU 19,3/7,2-36,9 20,5/9,3-59,0 17,8/9,4-35,0 21,4/8,5-49,0 mg/l mg/l mg/l mg/l 12,0/<5-28,5 76,7/16,5-145,0 3,0/1,5-5,8 11,0/<5-32,5 73,5/27,5-158,0 3,2/1,5-7,5 8,6/<5-18,6 75,7/27,5-136,0 3,1/0,6-5,8 14,3/<5-60,3 78,9/29,5-128,0 3,4/0,8-15,7 1,6/<0,5-4,8 0,67/0,01-2,4 1,8/<0,5-5,2 0,64/0,07-2,20 1,8/<0,5-5,7 0,70/0,04-2,00 2,0/<0,5-15,7 0,80/0,07-2,40 Fósforo total (como P)¤ mg/l μg/l 68/26-121 70/11-197 66/25-118 68/27-103 Nitrato mg/l 0,51/0,12-1,04 0,54/0,05-1,12 0,53/0,07-1,430 0,51/0,04-1,00 Nitrito μg/l μg/l 9,5/1,3-44,8 97,5/ND-260,0 8,8/1,5-40,0 171,1/ND-540,0 9,1/1,7-31,3 111,1/ND-320,0 6,9/0,9-32,3 137,0/ND-360,0 Fósforo soluble (como P) μg/l 37,2/8,0-93,9 30,3/4,6-90,8 30,6/6,9-82,0 35,7/5,5-80,3 Cloruro mg/l 2,3/1,1-4,9 2,3/1,1-9,0 2,2/1,1-6,2 2,3/1,1-5,6 Sulfato (como SO4) mg/l 1,6/0,9-4,1 1,7/0,9-6,8 1,7/0,8-3,1 1,9/0,9-3,5 Sílice reactiva mg/l 15,4/11,5-17,2 15,1/8,4-17,1 15,1/7,2-17,4 14,9/4,0-17,5 Hierro mg/l 1,4/0,4-4,5 1,4/0,4-4,5 1,4/0,6-3,9 1,4/0,5-3,5 Potasio mg/l 1,7/1,1-2,8 1,7/1,1-2,8 1,7/0,7-4,2 1,9/1,2-3,6 Sodio Microcistina mg/l μg/l 3,3/1,7-5,9 3,3/1,7-5,7 3,3/1,9-5,7 3,8/2,0-6,0 0,41/<0,03-0,79 7,17/0,16-14,1 0,46/0,45-0,46 0,45/0,24-0,66 Amonio 7DEOD9DORUHVSURPHGLRPtQLPR\Pi[LPRGHORVSDUiPHWURVILVLFRTXtPLFRVHVWXGLDGRVGXUDQWHORVHVWXGLRVGHOtQHDGHEDVH & : F65<(( BEª<#0 * 455E%66E5ª<#0 455F%#G,)6%! , # ,1$R (,&( %B *UiILFR&RQFHQWUDFLyQGHIyVIRURVROXEOHGHODJXDHQORVPXHVWUHRVUHDOL]DGRV 1R,11 7(&15 AOX μg/l CI-P μg/l RA μg/l Fitosteroles μg/l Nuevo Berlín 8-11 0,089-0,104 27-224 ND-22 0,00-0,60 Fray Bentos Las Cañas 6-12 <5-12 0,080-0,114 6-183 ND-2 0,00-0,89 0,089-0,185 3-202 ND-8 0,00-0,96 Parámetro PCDD/PCDF WHO-TEQ pg/l 7DEOD&RQFHQWUDFLyQGH$2;FORURIHQROHV&O3iFLGRVUHVtQLFRV5$ILWRVWHUROHV\GLR[LQDV\IXUDQRV3&''3&')HQDJXDGHO5tR 8UXJXD\HQHOSHUtRGRGHOtQHDGHEDVH > ) 665& 1- >- ---;-- ( -#):D5ª% ! ) D4<#* 455E ;% ,&BBH6<#455FM ;%#G,)4% *UiILFR'HQVLGDGGHILWRSODQFWRQFHOPOHQ1%1XHYR%HUOtQ)%)UD\%HQWRV\/&/DV&DxDVGXUDQWHHOSHUtRGRGHHVWXGLR HA& DE9(66FB& ! * 455F#56E< ;%,&455F#EFH<! 3%#G,)D% )3#9( %3 # % ( *UiILFR'HQVLGDGGH]RRSODQFWRQRUJO HQ1%1XHYR%HUOtQ)%)UD\%HQWRV\/&/DV&DxDVGXUDQWHHOSHUtRGRGHHVWXGLR AGUAS 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 16 - ,11 7(&1R 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< AGUAS ! ( ) )! ,( #4AF[%+ ( + #5H@[%> ) 6A( !,( (#-- !0-G-% (C @4H4<4455FD5EFF<4 455E!(7 ( + #G,)B% H , /C ( # ;M;!3%#% Diferencias Entre sitios (NB, FB, LC) Fitoplancton Entre zonas (litoral, central, canal) Entre muestreos Entre sitios (NB, FB, LC) Zooplancton Entre zonas (litoral, central, canal) Entre muestreos Entre sitios (NB, FB, LC) Zooplancton Entre zonas (litoral, central, canal) Entre muestreos RGlobal P(%) -0,108 -0,100 0,9 0,9 0,926 -0,006 -0,016 0,667 0,032 0,038 0,052 0,1 0,5 0,6 0,1 2,3 0,8 0,3 7DEOD5HVXOWDGRVGHORVDQiOLVLVQRSDUDPpWULFRVGHYDULDQ]D$126,0GHODVFRPXQLGDGHVSODQFWyQLFDV\EHQWyQLFD1%1XHYR%HUOtQ )%)UD\%HQWRV/&/DV&DxDV *UiILFR'HQVLGDGGHPDFUR]RREHQWRV\GHODHVSHFLH/LPQRSHUQDIRUWXQHLLQGP HQ1%1XHYR%HUOtQ)%)UD\%HQWRV\/&/DV &DxDVGXUDQWHHOSHUtRGRGHHVWXGLR . ,HE#E%. G,C )H!, ( ; # ... % #1. %;#1 %;#1 0 %=*#10%=*#( .. . %=#4 %$-# % *#,.% - & 455E.( !3 6E4F , ;. 6DCD4-Q #%4ED5#G,)H%! <Y<G,)EF2*.,!3 1R,11 Orden Familia Especie Nombre común Clupeiformes Engraulidae Lycengraulis grossidens Anchoita Pristigasteridae Pellona Flavipinnis Lacha Parodontidae Apareiodon affinis Virolo Curimatidae Cyphocharax spilotus Sabalito Cyphocharax platanus Sabalito Steindachnerina brevipinna Sabalito Prochilodontidae Prochilodus lineatus Sábalo Anostomidae Schizodon nasutus Boga Leporinus striatus Trompa colorada Leporinus obtusidens Boga Astyanax aff. abramis Mojarra Astyanax eigenmanniorum Mojarra Astyanax aff. fasciatus Mojarra Bryconamericus iheringii Mojarra Bryconamericus stramineus Oligosarcus jenynsii Oligosarcus oligolepis Cynopotamus argenteus Galeocharax humeralis Cheirodon interruptus Heterocheirodon yatai Brycon orbignyanus Salminus brasiliensis Serrassalmus maculatus Pygocentrus nattereri Acestrorhynchus pantaneiro Rhaphiodon vulpinus Hoplias aff. malabaricus Hypostomus alatus Hypostomus commersoni Hypostomus laplatae Pseudohemiodon devincenzii Ricola macrops Paraloricaria vetula Loricariichthys edentatus Loricariichthys melanocheilus Bunocephalus sp. Rhamdia quelen Pimelodella gracilis Iheringichthys labrosus Mojarra Pimelodus aff. maculatus Pimelodus albicans Luciopimelodus pati Trachelyopterus teaguei Auchenipterus nuchalis Ageneiosus militaris Ageneiosus inermis Rhinodoras dorbignyi Eigenmannia virescens Gymnotus sp. Odontesthes perugiae Odontesthes humensis Crenicichla minuano Crenicichla missioneira Crenicichla vittatta Pachyurus bonariensis Catathyridium jenynsii Bagre pintado Characiformes Characidae Siluriformes Acestrorhynchidae Cynodontidae Erithrynidae Loricariidae Aspredinidae Heptapteridae Pimelodidae Auchenipteridae Atheriniformes Doraridae Sternopygidae Gymnotidae Atherinopsidae Perciformes Cichlidae Gymnotiformes Pleuronectiformes Sciaenidae Achiridae Dientudo Dientudo Dientudo jorobado Dientudo jorobado Mojarra Mojarra Salmón criollo Dorado Piraña Piraña Dientudo paraguayo Machete Tararira Vieja de agua Vieja de agua Vieja de agua Vieja de agua Vieja de agua Vieja de látigo Brujita Vieja de agua Guitarrero Bagre negro Burrito Bagre trompudo Bagre blanco Patí Torito Buzo Manduvi Manduva Marieta Banderita Señorita Pejerrey Pejerrey Cabeza amarga Cabeza amarga Cabeza amarga Corvina de río Lenguado 7DEOD/LVWDGRGHHVSHFLHVGHSHFHVQRPEUHFLHQWtILFR\FRP~QHQFRQWUDGDVGXUDQWHHOSHUtRGRGHHVWXGLR 7(&17 AGUAS 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 18 - ,11 7(&1R 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< AGUAS *UiILFR1~PHURGHHVSHFLHVGHSHFHVFDSWXUDGDVHQ1%1XHYR%HUOtQ)%)UD\%HQWRV\/&/DV&DxDVGXUDQWHHOSHUtRGRGHHVWX GLR *UiILFR&RPSDUDFLyQGHODVFDSWXUDVSURPHGLRLQGLYLGXRVUHGHQ1%1XHYR%HUOtQ)%)UD\%HQWRV\/&/DV&DxDVGXUDQWHHO SHUtRGRGHHVWXGLR *UiILFR&RPSDUDFLyQGHXQLGDGHVGHFDSWXUDNJUHGHQ1%1XHYR%HUOtQ)%)UD\%HQWRV\/&/DV&DxDVGXUDQWHHOSHUtRGRGH HVWXGLR 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< 1R,11 7(&19 CF LSI GSI Nuevo Berlín Fray Bentos Las Cañas 1,54±0,10 0,66±0,16 0,51±0,25 1,44±0,14 0,67±0,11 0,52±0,21 1,30±0,11 0,63±0,12 0,53±0,15 7DEOD9DORUHVSURPHGLRGH)DFWRUGH&RQGLFLyQ&)ÌQGLFH 6RPiWLFR/6,HÌQGLFH*RQDGRVRPiWLFR*6,GHKHPEUDVGH %DJUHWURPSXGRGHWDPDxRGHFODVHVFDSWXUDGRVHQODVWUHV iUHDVGHHVWXGLR PCDD/PCDF Fitoesteroles Ácidos Fenoles (músculo) (bilis) clorados (bilis) resínicos (bilis) ng/g bilis d.w. μg/g bilis d.w. μg/g bilis d.w. 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(/$, (, ( / 3 + + , * 554Eª4A55ª, * ! ) & (/#7 M"%1 6#>651B66CHAD>H51HE6CE5D >@51HA6CA44% 4 #>H51 E45CEEH% ;9EE #>651 5HDC5FH >H51 655C6B5 >@51 465C4A5% ! & * 65H5@5+ (+ 3 C3 - ,( 3 , 3 ,)( 3#G,)6% 5(9,67$'(//$%25$725,27(&12/Ð*,&2'(/858*8$< ! ,) 9LZ\S[HKVZ ! $/7.45 B5F56F5#6% Porcentaje retenido Tamiz No. 20 40 70 170 réplicas 0,08 1,51 67,22 31,10 1 0,06 0,03 1,55 1,24 67,50 67,57 30,80 31,12 2 3 0,00 1,53 67,73 30,67 4 0,01 1,58 66,94 31,41 5 0,02 0,04 0,00 0,00 0,01 0,03 1,58 1,68 1,86 1,90 1,89 1,63 69,53 68,17 74,54 74,76 74,82 69,88 28,76 30,05 23,58 23,34 23,28 28,41 6 7 8 9 10 media 7DEOD 'LVWULEXFLyQ GH WDPDxR GH SDUWtFXOD SRU HO PpWRGR GH WDPL]DGRVHFR ! 3 (, 4 3 Porcentaje retenido Tamiz No. 20 0,00 0,02 0,03 0,02 0,01 0,02 0,03 0,04 40 3,15 2,77 1,60 2,08 1,99 1,59 2,46 1,31 70 73,01 72,16 75,95 71,65 79,49 79,46 78,79 80,99 170 23,84 23,07 20,45 26,27 22,54 15,95 15,75 13,31 réplicas 1 2 3 4 5 6 7 8 0,03 0,02 0,02 2,45 1,06 2,05 79,27 72,13 76,29 24,28 22,81 20,83 9 10 media 7DEOD'LVWULEXFLyQGHWDPDxRGHSDUWtFXODSRUGLIUDFFLyQOiVHU *UiILFR'LVWULEXFLyQGHWDPDxRGHSDUWtFXODPHGLDQWHHOPpWRGR GHGLIUDFFLyQOiVHU 0,C C ,& 0 )( # % ! * + 3 ( , #7 7 /DH55 M "% . - 1R,11 +PZJ\ZP}U /,) ) #G,) 4% / * ( 3 #G,) D% 8 #4554% ,) #45@F@D% Tamizado en seco Método de los momentos Método de Folk y Ward (f) Método de Folk y Ward (Descripción) *UiILFR&RPSDUDFLyQGHORVUHVXOWDGRVREWHQLGRVSRUHOPpWRGR OiVHU\WDPL]DGR 207 69,91 66,13 0,478 0,478 Curtosis 7,945 8,772 Media 173,5 176,6 Clasificación Asimetría 1,459 1,445 -0,794 -0,809 Curtosis 0,500 3,591 Media 2,527 2,501 Clasificación Asimetría 0,545 0,531 0,794 0,809 Curtosis 0,500 3,591 Clasificación Aritmético (mm) Asimetría Método de Folk y Ward (um) Difracción láser 196,2 Media 7(&25 Media Arena fina Arena fina Clasificación: Moderadamente bien clasificada Moderadamente bien clasificada Asimetría: Muy fina asimetría Muy fina asimetría Curtosis: Muy platicúrtica Extremadamente leptocúrtica % Arena: 100.0% 100.0% % Arena mediana: 1,6% 2,1% % Arena fina: 69,9% 76,9% % Arena muy fina: 28,4% 21,0% 7DEOD0pWRGRGHORVPRPHQWRV\PpWRGRGH)DON\:DUGSDUDOD GHVFULSFLyQ HVWDGtVWLFD GH XQD PXHVWUD GH DUHQD HYDOXDGD SRU ODV WpFQLFDVGHWDPL]DGRHQVHFR\GHGLIUDFFLyQOiVHU ,) * + ,) #G,)B%#/$/$ A% *UiILFR &RPSDUDFLyQ GH ORV PpWRGRV SRU OiVHU \ SRU WDPL]DGR H[SUHVDGRVHQSRUFHQWDMHVGHSDUWtFXODVUHWHQLGDVDFXPXODGRV / G9$>/$ E5 #; 0 4556% , 3 MY 8 ! , ) ( 3 , , ! ) , ) ( #D% *UiILFR&RPSDUDFLyQGHORVPpWRGRVWDPL]DGRHQVHFR\GLIUDFFLyQ OiVHUSDUDHYDOXDUHOWDPDxRGHSDUWtFXODGHXQDPXHVWUDGHDUHQDD WUDYpVGHORVWDPLFHVQ~PHURV\UHSUHVHQWDGRHQHO GLDJUDPDGHFDMDV\ELJRWHV ( , ,3.45 B5#G,)H%! , , + ) ) ! 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C'455BA6#F%1E4HCED4 GW/W /2 "0!$> J M (( - (C-K ( 1 * / 455A 44#6%165HC 666 ÍNDICE DE AUTORES Abirached, Cecilia; 58 Aizpún, Agustina; 3 Añón, María Cristina; 58 Boccardi, Lucía; 11 Bouvier, María Elena; 3 Cabrera, Shirley; 23 Capdevielle, Fabián; 43 Carnikián, Agustín; 3 Carrara, María Victoria; 3 Cartmell, Elise; 3 Clemente, Juan; 11, 39 Cuellas, Anahí; 54 Dabezies, María; 11 Ferrari, Graciela; 11 Hernández, Marina; 48 Irigaray, Ricardo; 23 Keel, Karen; 3, 29, 34 Laíz, Justo; 29 Latrónica, Luis; 48 Lopretti, Mary; 39, 43 Medina, Daniel; 48 Medrano, Claudia Alejandra; 58 Míguez, Diana; 3, 11, 23, 34 Moyna, Patrick; 58 Ottati, Carolina; 43 Palazolo, Gonzalo G.; 66 Panizzolo, Luis Alberto; 58 Parodi, Adriana; 34 Remersaro, Jorge; 48 Rey, Fabiana; 39 Saizar, Carlos; 11 Seoane, Ignacio; 3 Soares, Ana; 34 Sobral, Pablo A.; 63 Tana, Jukka; 11 Teixeira de Mello, Franco; 11 Tosar, Juan Pablo; 29 Vázquez, Silvia; 39 Wagner, Jorge R.; 54, 63, 66 Zunino, Pablo; 39 ÍNDICE TEMÁTICO Cinc; 19 A Cladóceros; 15, 19 Acidificación; 39, 40 Clorofenoles; 3, 4, 11, 12, 15, 20 Ácidos orgánicos; 39, 40 Cobre; 8, 19, 36 Ácidos resínicos; 12, 14, 15, 19 - 21 Compuestos metoxilados; 44 Actividad antibacteriana; 39 - 42 Comunidades biológicas; 11, 12, 22 Aditivos; 48, 53 Contaminantes; 3, 4, 8, 9, 11, 20, 21, 34, 46 Agentes luteotróficos; 29 Copépodos; 15 Agua; 3 - 5, 9, 11 - 15, 19, 20, 23, 24, 30, 31, 35, 37, 48, 58 - 60, 66, 67 Corvina de Río; 16 Aguas; 3 - 28 Cromo; 19 Aislados proteicos; 58, 59, 66 Cryptophyceae; 15 Anchoa de Río; 16 Cyanophyceae; 15 Antibióticos; 39, 40, 42 Anticuerpos; 29 - 31, 33 D Apareiodon Affinis; 16 Degradación; 12, 43 - 46, 48, 49, 53 Arsénico; 19 Desproporción de Ostwald; 58 - 62 Dicloxacilina; 39 - 41 B Difracción láser; 5, 6, 23 -27, 63, 66 Bacillariophyceae; 15 Dinophyceae; 15 Bagarito; 16 Dioxinas; 8, 11 - 15, 19 - 21, 34 Bagre amarillo; 16 Dispersión de luz; 24 Bagre trompudo; 11, 13, 16, 19, 20 Disruptores endócrinos; 34 Bebidas; 54 - 56 Bilis; 12, 13, 19 - 21 E Biodisponibilidad; 3, 4, 9 EDC; 34 Biodiversidad; 3, 43, 46 Efluentes; 3, 4, 11, 12, 20, 34, 35, 43, 46 Bioensayos; 3 - 5, 7, 8 Elmidae; 16 Bioinformática; 46 Emphidae; 16 Biomasa; 16, 20, 39 - 42 Emulsiones; 58, 63 - 68 Biomoléculas; 29, 30 Enzima; 29, 30, 35, 43 - 46, 55, 57, 63 Bioprocesos; 39, 43, 46 Ephemeridae; 16 Bioquímica analítica; 29 - 33 Esperma; 34 Biorremediación; 43, 45, 46 Espuma; 19, 58 - 61 Biosensor; 29 - 33, 35 Estrógenos; 8, 34, 35 Biosensor amperométrico; 29, 33 Euglenophyceae; 15 Biotecnología; 34 - 47 Extremófilos; 43, 44, 46 Biotecnología industrial; 43, 46 Bolsas de polietileno; 48, 49, 51, 52 F Burbujas; 58, 59 Fenoles Clorados; 12, 19 Fertilidad; 34 C Fitoesteroles; 12, 19 - 21 Cadmio; 8, 19 Fitoestrógenos; 34, 63 Caenidae; 16 Fitoplancton; 12, 15, 19 - 22 Calcio; 63 - 65 FOLy; 43 - 46 Calidad de agua; 12, 13 Fósforo; 5, 6, 9, 11, 14, 19, 20 Capacidad emulsionante; 63 Fray Bentos; 3, 4, 6, 7, 8, 11, 12, 15, 16, 18, 19, 21, 22 Carbohidratos; 64 Furanos; 11, 12, 14, 15, 19, 20, 21, 34 Celulosa; 3, 4, 11, 12, 20, 21, 35, 37, 48 Cenizas; 63, 64 G Cepas; 9, 39, 40, 42 - 46 Glúcidos; 59, 63 Ceratopogonidae; 16 Gomphidae; 16 Ceriodaphnia Dubia; 3, 4 Granulometría; 11, 12, 23, 24 Characidae; 16 Chironomidae; 16 H Chlorophyceae; 15 Hidrólisis enzimática; 55 Cianobacterias; 15, 19, 20 Homogeneización; 64, 67 Hongos; 43, 44, 46, 48 Phanerochaete Chrysosporium; 44, 47 Hyalella Curvispina; 3, 4 Photobacterium Leiognathi; 3, 4 Pimelodus Maculatus; 44 I Pimephales Promelas; 3, 4, 9, 10, 37, 38 Iheringichthys Labrosus; 11, 16, 20 Planta de celulosa; 3, 4, 11, 12, 21 Industria alimentaria; 62 Plástico; 34, 48, 49, 53, 67 Industria láctea; 38, 42, 54, 56 Plásticos; 48 - 53 Inmunosensores; 30 Plomo; 8, 19 Insecta; 16 Polymitrarcidae; 16 Isoflavonas; 62 Preñez bovina; 29, 33 Probióticos; 38, 39, 42 L Productos alimenticios; 20, 54, 58 Lacasas; 45, 46 Productos biotecnológicos; 44 Lactobacillus Paracasei; 39, 40, 42 Proteína B; 28, 29 Las Cañas; 3 - 8, 11, 12, 15, 16, 18, 20 - 22 PSPB; 29 - 33 Leptoceridae; 16 Pulpa de celulosa; 4, 11, 35, 37 Levadura; 34 - 37 Ligninas; 44 Q Limnoperna Fortunei; 15, 16, 19, 21, 22 Quinona; 29 - 32 Loricariichthys Melanocheilius; 16 Lycengraulis Grossidens; 16 R Residuos lignocelulósicos; 43, 44 M Río Uruguay; 3, 4, 6, 9, 11, 12, 15, 19 - 22 Macrozoobentos; 12, 16, 22 Rotíferos; 15, 19, 20 Malformaciones; 3, 7, 8 Materia orgánica; 4, 6, 11, 12, 16, 20 S Mecanismos antiluteolíticos; 29 Saccharomyces Cerevisiae; 34, 35 Mercurio; 19 Salmonella Sp.; 39 - 42 Metal; 3, 4, 7 - 9, 11, 19 Sedimentos; 3 - 6, 8, 9, 12, 16, 19, 20, 23 Metales pesados tóxicos; 19 Soja; 3, 58 - 60, 62, 63, 65 - 68 Microcystis Aeruginosa; 19, 20 SSL; 63, 64, 65 Microorganismos; 20, 38, 43 - 46, 48, 57 SSLC; 63, 64, 65 Mojarras; 16 STL; 63, 64, 65 Moluscos; 16 STST; 63, 64, 65 Mytilidae; 16, 21, 22 Suero de queso; 54, 55, 57 Suero de soja; 63, 65 N Suero de tofu; 63 Níquel; 19 Suero lácteo; 54 - 57 Nitrógeno Kjeldahl; 5 Nuevo Berlín; 3, 4, 6 - 8, 11, 12, 15, 16, 18 - 22 T Tamizado; 23 - 27, 46 O Taxa; 15, 19 Ostwald; 58 - 62 Tecnología alimentaria; 54 - 68 Oxígeno; 5, 14, 19, 31 Toxicidad; 3, 4, 7 - 9, 11, 12, 19, 20, 48 P V Pachyurus Bonariensis; 16 Vieja; 16 Paraloricaria Vetul; 16 Virolito; 16 Parapimelodus Valenciensis; 16 Voltamperometría cíclica; 20, 29 - 32 Partícula; 3 - 6, 8, 9, 23 - 26, 28, 30, 63, 64, 66, 67 Peces; 4, 8, 11 - 13, 17 - 21, 34 Y Penicilina; 39 - 41 Yeast Estrogen Screen; 34, 35, 37, 38 Penicillium; 43, 44, 46 Penicillium Chrysogenum Thom.; 44 Z Penicillium Citrinum Thom.; 44 Zooplancton; 12, 15, 19 - 22 Penicillium Variabile Sopp.; 44 Peroxidasas; 45, 46 PH; 5, 30, 31, 35, 39, 40, 55, 56, 58 - 62, 67 β-estradiol; 34, 36, 37 β-galactosidasa; 35 - 37, 55 Esta publicación se terminó de imprimir en Grupo Mangangá, Miguel Martínez 3784, en el mes de enero de 2011. Depósito legal: 354758