PUBLICACIÓN

The compositional HJ-biplot—A new approach to identifying the links among bioactive compounds of tomatoes

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ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Suarez M.H., Perez D.M., Rodriguez-Rodriguez E.M., Romero C.D., Borreguero F.E., Galindo-Villardon P.

2016 INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES

Catalysis (Q2), Computer Science Applications (Q1), Inorganic Chemistry (Q1), Medicine (miscellaneous) (Q1), Molecular Biology (Q2), Organic Chemistry (Q1), Physical and Theoretical Chemistry (Q1), Spectroscopy (Q1)

JCR: 3.226

SJR: 1.235

CITAS

13

DOI

10.3390/ijms17111828

EID

2-s2.0-84994759784

ISSN

1661-6596

EISSN

1422-0067

BIBTEX

@article{PMID:27827839, title = {The Compositional HJ-Biplot-A New Approach to Identifying the Links among Bioactive Compounds of Tomatoes.}, author = {Hernández Suárez M and Molina Pérez D and Rodríguez-Rodríguez EM and Díaz Romero C and Espinosa Borreguero F and Galindo-Villardón P}, doi = {10.3390/ijms17111828}, journal = {International journal of molecular sciences}, month = {11}, year = {2016} }

AUTORES DE LA UEX

Francisco Espinosa Borreguero

OTRAS PUBLICACIONES DE INTERÉS

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Plant Nutrition Challenges For A Sustainable Agriculture Of The Future
Can The Carbon Dioxide Fixation Of Processing Tomato Plants Compensate For The Emissions Of The Tomato Industry?
Plant Nutrition Challenges For A Sustainable Agriculture Of The Future
Can The Carbon Dioxide Fixation Of Processing Tomato Plants Compensate For The Emissions Of The Tomato Industry?
Enzymes Involved In Antioxidant And Detoxification Processes Present Changes In The Expression Levels Of Their Coding Genes Under The Stress Caused By The Presence Of Antimony In Tomato
Can The Carbon Dioxide Fixation Of Processing Tomato Plants Compensate For The Emissions Of The Tomato Industry?
Enzymes Involved In Antioxidant And Detoxification Processes Present Changes In The Expression Levels Of Their Coding Genes Under The Stress Caused By The Presence Of Antimony In Tomato
Effect Of Thallium(I) On Growth, Nutrient Absorption, Photosynthetic Pigments, And Antioxidant Response Of Dittrichia Plants
Enzymes Involved In Antioxidant And Detoxification Processes Present Changes In The Expression Levels Of Their Coding Genes Under The Stress Caused By The Presence Of Antimony In Tomato
Effect Of Thallium(I) On Growth, Nutrient Absorption, Photosynthetic Pigments, And Antioxidant Response Of Dittrichia Plants
Physiological And Molecular Responses Of Vitis Vinifera Cv. Tempranillo Affected By Esca Disease
Effect Of Thallium(I) On Growth, Nutrient Absorption, Photosynthetic Pigments, And Antioxidant Response Of Dittrichia Plants
Physiological And Molecular Responses Of Vitis Vinifera Cv. Tempranillo Affected By Esca Disease
Effect Of Water Supplementation On Oxidant/antioxidant Activities And Total Phenol Content In Growing Olives Of The Morisca And Manzanilla Varieties
Physiological And Molecular Responses Of Vitis Vinifera Cv. Tempranillo Affected By Esca Disease
Effect Of Water Supplementation On Oxidant/antioxidant Activities And Total Phenol Content In Growing Olives Of The Morisca And Manzanilla Varieties
Effect Of Antimony In Soils Of An Sb Mine On The Photosynthetic Pigments And Antioxidant System Of Dittrichia Viscosa Leaves
Effect Of Water Supplementation On Oxidant/antioxidant Activities And Total Phenol Content In Growing Olives Of The Morisca And Manzanilla Varieties
Effect Of Antimony In Soils Of An Sb Mine On The Photosynthetic Pigments And Antioxidant System Of Dittrichia Viscosa Leaves
Response To Antimony Toxicity In Dittrichia Viscosa Plants: Ros, No, H2s, And The Antioxidant System
Effect Of Antimony In Soils Of An Sb Mine On The Photosynthetic Pigments And Antioxidant System Of Dittrichia Viscosa Leaves
Response To Antimony Toxicity In Dittrichia Viscosa Plants: Ros, No, H2s, And The Antioxidant System
Effects Of Antimony On Reactive Oxygen And Nitrogen Species (Ros And Rns) And Antioxidant Mechanisms In Tomato Plants
Response To Antimony Toxicity In Dittrichia Viscosa Plants: Ros, No, H2s, And The Antioxidant System
Effects Of Antimony On Reactive Oxygen And Nitrogen Species (Ros And Rns) And Antioxidant Mechanisms In Tomato Plants
Influence Of Cultivar, Irrigation, Ripening Stage, And Annual Variability On The Oxidant/ Antioxidant Systems Of Olives As Determined By Mds-Pta
Effects Of Antimony On Reactive Oxygen And Nitrogen Species (Ros And Rns) And Antioxidant Mechanisms In Tomato Plants
Influence Of Cultivar, Irrigation, Ripening Stage, And Annual Variability On The Oxidant/ Antioxidant Systems Of Olives As Determined By Mds-Pta
Effects Of Antimony On Redox Activities And Antioxidant Defence Systems In Sunflower (Helianthus Annuus L.) Plants
Influence Of Cultivar, Irrigation, Ripening Stage, And Annual Variability On The Oxidant/ Antioxidant Systems Of Olives As Determined By Mds-Pta
Effects Of Antimony On Redox Activities And Antioxidant Defence Systems In Sunflower (Helianthus Annuus L.) Plants
Fatty Acid And Phenolic Compound Concentrations In Eight Different Monovarietal Virgin Olive Oils From Extremadura And The Relationship With Oxidative Stability
Effects Of Antimony On Redox Activities And Antioxidant Defence Systems In Sunflower (Helianthus Annuus L.) Plants
Fatty Acid And Phenolic Compound Concentrations In Eight Different Monovarietal Virgin Olive Oils From Extremadura And The Relationship With Oxidative Stability
The Evolution Of Total Phenolic Compounds And Antioxidant Activities During Ripening Of Grapes (Vitis Vinifera L.,cv. Tempranillo) Grown In Semiarid Region: Effects Of Cluster Thinning And Water Deficit
Fatty Acid And Phenolic Compound Concentrations In Eight Different Monovarietal Virgin Olive Oils From Extremadura And The Relationship With Oxidative Stability
The Evolution Of Total Phenolic Compounds And Antioxidant Activities During Ripening Of Grapes (Vitis Vinifera L.,cv. Tempranillo) Grown In Semiarid Region: Effects Of Cluster Thinning And Water Deficit
Comparison Of Rapd, Issr, And Aflp Molecular Markers To Reveal And Classify Orchardgrass (Dactylis Glomerata L.) Germplasm Variations
The Evolution Of Total Phenolic Compounds And Antioxidant Activities During Ripening Of Grapes (Vitis Vinifera L.,cv. Tempranillo) Grown In Semiarid Region: Effects Of Cluster Thinning And Water Deficit
Comparison Of Rapd, Issr, And Aflp Molecular Markers To Reveal And Classify Orchardgrass (Dactylis Glomerata L.) Germplasm Variations
The Compositional Hj-Biplot—a New Approach To Identifying The Links Among Bioactive Compounds Of Tomatoes
Comparison Of Rapd, Issr, And Aflp Molecular Markers To Reveal And Classify Orchardgrass (Dactylis Glomerata L.) Germplasm Variations
The Compositional Hj-Biplot—a New Approach To Identifying The Links Among Bioactive Compounds Of Tomatoes
Reflexions On Some Aspects Of The Interactions Among Ros, Rns, And Ca2+ In Response To A Mycorrhizal Or A Pathogenic Fungus
The Compositional Hj-Biplot—a New Approach To Identifying The Links Among Bioactive Compounds Of Tomatoes
Reflexions On Some Aspects Of The Interactions Among Ros, Rns, And Ca2+ In Response To A Mycorrhizal Or A Pathogenic Fungus
Erratum: Identification Of Relevant Phytochemical Constituents For Characterization And Authentication Of Tomatoes By General Linear Model Linked To Automatic Interaction Detection (Glm-Aid) And Artificial Neural Network Models (Anns) (Plos One (2015) 10:6 (E0128566) Doi:10.1371/journal.pone.0128566)
Reflexions On Some Aspects Of The Interactions Among Ros, Rns, And Ca2+ In Response To A Mycorrhizal Or A Pathogenic Fungus
Erratum: Identification Of Relevant Phytochemical Constituents For Characterization And Authentication Of Tomatoes By General Linear Model Linked To Automatic Interaction Detection (Glm-Aid) And Artificial Neural Network Models (Anns) (Plos One (2015) 10:6 (E0128566) Doi:10.1371/journal.pone.0128566)
Identification Of Relevant Phytochemical Constituents For Characterization And Authentication Of Tomatoes By General Linear Model Linked To Automatic Interaction Detection (Glm-Aid) And Artificial Neural Network Models (Anns)
Erratum: Identification Of Relevant Phytochemical Constituents For Characterization And Authentication Of Tomatoes By General Linear Model Linked To Automatic Interaction Detection (Glm-Aid) And Artificial Neural Network Models (Anns) (Plos One (2015) 10:6 (E0128566) Doi:10.1371/journal.pone.0128566)
Identification Of Relevant Phytochemical Constituents For Characterization And Authentication Of Tomatoes By General Linear Model Linked To Automatic Interaction Detection (Glm-Aid) And Artificial Neural Network Models (Anns)
Redox Activities And Ros, No And Phenylpropanoids Production By Axenically Cultured Intact Olive Seedling Roots After Interaction With A Mycorrhizal Or A Pathogenic Fungus
Identification Of Relevant Phytochemical Constituents For Characterization And Authentication Of Tomatoes By General Linear Model Linked To Automatic Interaction Detection (Glm-Aid) And Artificial Neural Network Models (Anns)
Redox Activities And Ros, No And Phenylpropanoids Production By Axenically Cultured Intact Olive Seedling Roots After Interaction With A Mycorrhizal Or A Pathogenic Fungus
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Effects Of Defoliation And Water Restriction On Total Phenols And Antioxidant Activities In Grapes During Ripening
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Effects Of Defoliation And Water Restriction On Total Phenols And Antioxidant Activities In Grapes During Ripening
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Oxidative Reactions In Axenically Seedling Roots Of Olive (Olea Europaea, L.)
Apoplastic Superoxide Production And Peroxidase Activity By Intact And Excised Axenically Grown Seedling Roots Of Sunflower
Oxidative Reactions In Axenically Seedling Roots Of Olive (Olea Europaea, L.)
Apoplastic Superoxide Production And Peroxidase Activity By Intact And Excised Axenically Grown Seedling Roots Of Sunflower
Self-Sterility In Two Cytisus Species (Leguminosae, Papilionoideae) Due To Early-Acting Inbreeding Depression
Apoplastic Superoxide Production And Peroxidase Activity By Intact And Excised Axenically Grown Seedling Roots Of Sunflower
Self-Sterility In Two Cytisus Species (Leguminosae, Papilionoideae) Due To Early-Acting Inbreeding Depression
Effects Of Response Oxidative Produced By Dry Olive Residue On Seedlings Root Of “solanum Lycopersicum”
Self-Sterility In Two Cytisus Species (Leguminosae, Papilionoideae) Due To Early-Acting Inbreeding Depression
Effects Of Response Oxidative Produced By Dry Olive Residue On Seedlings Root Of “solanum Lycopersicum”
Oxidative Defence Reactions In Sunflower Roots Induced By Methyl-Jasmonate And Methyl-Salicylate And Their Relation With Calcium Signalling
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Experiencias Realizadas Por El Alumnado En La Asignatura “introducción A La Experimentación En Fisiología Vegetal”
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Montaje De La Asignatura: “percepción Transducción Y Respuestas A Estímulos Ambientales En Plantas”
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Estudio De La Cinética De Flujos Netos De H+ Y K+ Por Raíces Aeropónicas Estériles De Plántulas De Girasol (“helianthus Annuus” L.) Con Diferentes Aportes De K+. Efecto De La Valinomicina
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Plant Nutrition Challenges For A Sustainable Agriculture Of The Future
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