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|Research network (no public body)=No
 
|Research network (no public body)=No
 
|Type of institute/company Other=No
 
|Type of institute/company Other=No
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|Type of institute/company other input=
 
|Non-profit  research organisation=Yes
 
|Non-profit  research organisation=Yes
 
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|State=Tarragona
 
|State=Tarragona
 
|Country=Spain
 
|Country=Spain
|Location Coordinates=
 
 
|Non-profit  research organisation=Yes
 
|Non-profit  research organisation=Yes
 
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{{Technology Application field and Equipment available list start|Non-profit  research organisation=Yes
 
{{Technology Application field and Equipment available list start|Non-profit  research organisation=Yes
 
}}
 
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{{Technology Application field and Equipment available list|Nursery to grow aquatic organisms|Reproducers, larvae, plankton cultures|1,200m2}}
 
{{Technology Application field and Equipment available list|Outdoor crop area|Cultivation of aquatic organisms and nutrition trials|2,500 m2}}
 
 
{{Technology Application field and Equipment available list|Chromatography/ Separation technology/ Mass spectrometry|Identification and quantification of toxins, natural compounds, bioactives in food and the environemnt. Application to functional food|HPLCs with spectroscopic (-UV, -FLD) and MS/MS detection (triple quadrupole). Sample preparation. Preparative and analytical scale.}}
 
{{Technology Application field and Equipment available list|Chromatography/ Separation technology/ Mass spectrometry|Identification and quantification of toxins, natural compounds, bioactives in food and the environemnt. Application to functional food|HPLCs with spectroscopic (-UV, -FLD) and MS/MS detection (triple quadrupole). Sample preparation. Preparative and analytical scale.}}
 +
{{Technology Application field and Equipment available list|Colorimetric biochemical assays|Determination of analytes of interest in any field: agroo-food, health, environment, etc.|Biochemistry laboratory. Sample preparation. Spectrophotometers, microtiter plate  readers.}}
 +
{{Technology Application field and Equipment available list|Electrochemical biosensors|Design and development of sensing and transduction strategies for analyte detection (biomolecule immobilisation, biorecognition event efficiency and measurement, signal amplification, etc.)|Biosensors laboratory. Sample preparation. Potentiostats, electrodes, arrays.}}
 +
{{Technology Application field and Equipment available list|Cytotoxicity assays using mammalian cells|Evaluation of the toxic potential of analytes at the cellular level. Identification of bioactive compounds in natural extracts. Application to ciguatera evaluation.|Cell culture equipment, plate readers, microscopy}}
 +
{{Technology Application field and Equipment available list|Selective microbial growth assessment|Microbiological content in food and water samples|Microbiology equipment, incubators, impedance}}
 +
{{Technology Application field and Equipment available list|Oceanographic surveys in coastal waters|Monitoring of marine waters and environmental assessment (Coastal embayments, shellfish harvesting areas, near-shore waters, Ebre Delta area, south of Catalonia)|Boats, CTDs, cranes, sampling devices, spectrophotometers }}
 +
{{Technology Application field and Equipment available list|Microscopic and genetic identification of phytoplankton|Identification of phytoplankton species in marine aquatic ecosystems.|Microscopy, PCR}}
 +
{{Technology Application field and Equipment available list|Laboratory microlagal cultures|Culture of microalgae for the production of relevant molecules  and bioactive compounds.|Bioreactors, culture chambers, centrifuges, microscopy}}
 
{{Technology Application field and Equipment available list end|Non-profit  research organisation=Yes
 
{{Technology Application field and Equipment available list end|Non-profit  research organisation=Yes
 
}}
 
}}
 
{{Contact persons}}
 
{{Contact persons}}
 
{{Profile footer}}
 
{{Profile footer}}

Revision as of 13:59, 17 April 2013

IRTA-St. Carles de la Ràpita

Logo irta english 3.jpg
English name:Institute of Agro-Food Research and Technology
Original name:Institut de Recerca i Tecnologia Agroalimentàries
Department:Aquaculture
Division:Marine Environmental Monitoring, Aquatic Cultures

No No



Research organisation: Non-profit research organisation,

No No No No No No No Yes No No No

Non-profit research organisation
warning.png"Non-profit research organisation<br />" cannot be used as a page name in this wiki.


Crta: Poble Nou, Km 5,5
43540 St. Carles de la Ràpita
Spain


Website
www.irta.cat/en-us/RIT/Centres/pages/SantCarlesdelaRàpita.aspx


Related Technology Datasheet

For industry For research organisation For Others
  Food safety in aquaculture products, Research on new aquatic species or processes to improve the quality and productivity of commercial species
 
 




Related Facility Datasheet

Technology Application field Equipment available
Chromatography/ Separation technology/ Mass spectrometry Identification and quantification of toxins, natural compounds, bioactives in food and the environemnt. Application to functional food HPLCs with spectroscopic (-UV, -FLD) and MS/MS detection (triple quadrupole). Sample preparation. Preparative and analytical scale.


Colorimetric biochemical assays Determination of analytes of interest in any field: agroo-food, health, environment, etc. Biochemistry laboratory. Sample preparation. Spectrophotometers, microtiter plate readers.


Electrochemical biosensors Design and development of sensing and transduction strategies for analyte detection (biomolecule immobilisation, biorecognition event efficiency and measurement, signal amplification, etc.) Biosensors laboratory. Sample preparation. Potentiostats, electrodes, arrays.


Cytotoxicity assays using mammalian cells Evaluation of the toxic potential of analytes at the cellular level. Identification of bioactive compounds in natural extracts. Application to ciguatera evaluation. Cell culture equipment, plate readers, microscopy


Selective microbial growth assessment Microbiological content in food and water samples Microbiology equipment, incubators, impedance


Oceanographic surveys in coastal waters Monitoring of marine waters and environmental assessment (Coastal embayments, shellfish harvesting areas, near-shore waters, Ebre Delta area, south of Catalonia) Boats, CTDs, cranes, sampling devices, spectrophotometers


Microscopic and genetic identification of phytoplankton Identification of phytoplankton species in marine aquatic ecosystems. Microscopy, PCR


Laboratory microlagal cultures Culture of microalgae for the production of relevant molecules and bioactive compounds. Bioreactors, culture chambers, centrifuges, microscopy

Name Function E-Mail Expertise
Alicia Estevez Garcia Aquatic cultures division coordinator
Dolors Furones Nozal Aquaculture division director
Jorge Diogene Fadini Marine environmental monitoring division coordinator



IRTA-St. Carles de la Ràpita Hte irta Hte irta 20111110072030 Works for


Translate this page with Google Translator (automatic translation)
Created by Hte irta on 10 November 2011, at 09:20

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