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JOSE PINTADO VALVERDE

Instituto
INSTITUTO DE INVESTIGACIONES MARINAS
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White Paper 13: Ocean Science Challenges For 2030

Año:
2021
ISBN:
978-84-00-10762-8
Editorial:
-
Autores:
Jesús Marco de Lucas;M. Victoria Moreno-Arribas;Ananda Pascual;Diego Macías;Joaquín Tintoré;Antonio Turiel;Joaquim Ballabrera;Carmen G. Castro;Núria Marbà;Marta Coll;Jordi Dachs;I. Emma Huertas;Valent...et all

Study of the bacterial communities of the seaweed Ulva spp. holobiont base management strategies for the control of harnful bacteria in IMTA-RAS

2018/08/25 Aqua 2018
Autores:
Pintado J;Ruiz P;Oca J;Masaló I;Jimenez P;Cremades J
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Can Ulva-associated bacterial communities be manipulated to improve fish health in IMTA-RAS cultures?

2017/09/11 Workshop & Training School: «Crossing the kingdoms: Macroalgae-bacteria interactions promoting algal growth and development»
Autores:
Pintado, J;Ruiz, P;Oca Baradad, J;Masalo Llora, I;Jimenez de Ridder, P;Cremades Ugarte, J
https://futur.upc.edu/23231810

Experimental colonization of Ulva spp. with algal-epiphytic antagonistic bacteria as a strategy for pathogen control in integrated multi-trophic aquaculture recirculating systems

2016/09/20 AQUACULTURE EUROPE 2016
Autores:
J. PINTADO;P. RUIZ;J. CREMADES;I. MASALÓ;P. JIMÉNEZ;J. OCA
https://www.was.org/EasOnline/AbstractDetail.aspx?i=6526

INTEGRATED FISH-seaweed CULTIVATION in Recirculating Aquaculture Systems: Objectives and preliminary results of ¿IntegRAS¿ project

2015/10/20 AQUACULTURE EUROPE 2015
Autores:
OCA J;PINTADO J;CREMADES J;MASALÓ I;RUIZ P;ALAMROUSI A;JIMÉNEZ P;MACHADO S;REIG L
https://www.was.org/easonline/AbstractDetail.aspx?i=4128

Selecting algal-epiphytic antagonistic bacteria to control fish pathogenic bacteria in integrated multi-trophic recycling aquaculture (IMTA-RAS) systems

2015/09/23 Aquaculture 2015
Autores:
PINTADO J;CREMADES J;RUIZ P;OCA J
http://www.aquaculture-conference.com/conference-programme.asp