PUBLICACIÓN

La quinta dimensión

ACCEDER A LA PUBLICACIÓN: Dialnet

Casero Linares, Pedro Joaquín

2009

ISBN

9788477238591

AUTORES DE LA UEX

Pedro Joaquín Casero Linares

OTRAS PUBLICACIONES DE INTERÉS

The Relationship Between Lateral-Root Distribution And Endodermis And Pericycle Cell Length In Allium Cepa L. Adventitious Roots
A Light-Sensitive Mutation In Arabidopsis Lew3 Reveals The Important Role Of N-Glycosylation In Root Growth And Development
The Emerging Role Of Reactive Oxygen Species Signaling During Lateral Root Development
A Light-Sensitive Mutation In Arabidopsis Lew3 Reveals The Important Role Of N-Glycosylation In Root Growth And Development
The Emerging Role Of Reactive Oxygen Species Signaling During Lateral Root Development
Oxidative Stress Induced In Sunflower Seedling Roots By Aqueous Dry Olive-Mill Residues
The Emerging Role Of Reactive Oxygen Species Signaling During Lateral Root Development
Oxidative Stress Induced In Sunflower Seedling Roots By Aqueous Dry Olive-Mill Residues
Auxin And Epigenetic Regulation Of Skp2b, An F-Box That Represses Lateral Root Formation
Oxidative Stress Induced In Sunflower Seedling Roots By Aqueous Dry Olive-Mill Residues
Auxin And Epigenetic Regulation Of Skp2b, An F-Box That Represses Lateral Root Formation
Defence Response Of Tomato Seedlings To Oxidative Stress Induced By Phenolic Compounds From Dry Olive Mill Residue
Auxin And Epigenetic Regulation Of Skp2b, An F-Box That Represses Lateral Root Formation
Defence Response Of Tomato Seedlings To Oxidative Stress Induced By Phenolic Compounds From Dry Olive Mill Residue
La Quinta Dimensión
Defence Response Of Tomato Seedlings To Oxidative Stress Induced By Phenolic Compounds From Dry Olive Mill Residue
La Quinta Dimensión
Dissecting Arabidopsis Lateral Root Development
La Quinta Dimensión
Dissecting Arabidopsis Lateral Root Development
Aux1 Promotes Lateral Root Formation By Facilitating Indole-3-Acetic Acid Distribution Between Sink And Source Tissues In The Arabidopsis Seedling
Dissecting Arabidopsis Lateral Root Development
Aux1 Promotes Lateral Root Formation By Facilitating Indole-3-Acetic Acid Distribution Between Sink And Source Tissues In The Arabidopsis Seedling
Auxin Transport Promotes Arabidopsis Lateral Root Initiation
Aux1 Promotes Lateral Root Formation By Facilitating Indole-3-Acetic Acid Distribution Between Sink And Source Tissues In The Arabidopsis Seedling
Auxin Transport Promotes Arabidopsis Lateral Root Initiation
Lateral Root Development In A Woody Plant, Quercus Suber L. (Cork Oak)
Auxin Transport Promotes Arabidopsis Lateral Root Initiation
Lateral Root Development In A Woody Plant, Quercus Suber L. (Cork Oak)
Occurrence Of Cell Surface Arabinogalactan-Protein And Extensin Epitopes In Relation To Pericycle And Vascular Tissue Development In The Root Apex Of Four Species
Lateral Root Development In A Woody Plant, Quercus Suber L. (Cork Oak)
Occurrence Of Cell Surface Arabinogalactan-Protein And Extensin Epitopes In Relation To Pericycle And Vascular Tissue Development In The Root Apex Of Four Species
Effect Of A Treatment With Naphthaleneacetic Acid On The Arrangement Of Lateral Roots In Onion (Allium Cepa L.): General Pattern And Coordination Between Ranks
Occurrence Of Cell Surface Arabinogalactan-Protein And Extensin Epitopes In Relation To Pericycle And Vascular Tissue Development In The Root Apex Of Four Species
Effect Of A Treatment With Naphthaleneacetic Acid On The Arrangement Of Lateral Roots In Onion (Allium Cepa L.): General Pattern And Coordination Between Ranks
Polar Transverse Expansion Of Pericycle Cells In Auxin-Treated Adventitious Roots Of Onion (Allium Cepa)
Effect Of A Treatment With Naphthaleneacetic Acid On The Arrangement Of Lateral Roots In Onion (Allium Cepa L.): General Pattern And Coordination Between Ranks
Polar Transverse Expansion Of Pericycle Cells In Auxin-Treated Adventitious Roots Of Onion (Allium Cepa)
The Monoclonal Antibody Jim5 Indicates Patterns Of Pectin Deposition In Relation To Pit Fields At The Plasma-Membrane-Face Of Tomato Pericarp Cell Walls
Polar Transverse Expansion Of Pericycle Cells In Auxin-Treated Adventitious Roots Of Onion (Allium Cepa)
The Monoclonal Antibody Jim5 Indicates Patterns Of Pectin Deposition In Relation To Pit Fields At The Plasma-Membrane-Face Of Tomato Pericarp Cell Walls
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Four Plant Species:raphanus Sativus, Helianthus Annuus, Zea Mays, And Daucus Carota
The Monoclonal Antibody Jim5 Indicates Patterns Of Pectin Deposition In Relation To Pit Fields At The Plasma-Membrane-Face Of Tomato Pericarp Cell Walls
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Four Plant Species:raphanus Sativus, Helianthus Annuus, Zea Mays, And Daucus Carota
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Adventitious Roots Of Allium Cepa
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Four Plant Species:raphanus Sativus, Helianthus Annuus, Zea Mays, And Daucus Carota
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Adventitious Roots Of Allium Cepa
Morphological Changes And Transversal Growth Kinetics Along The Apical Meristem In The Pericycle Cell Types Of The Onion Adventitious Root
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Adventitious Roots Of Allium Cepa
Morphological Changes And Transversal Growth Kinetics Along The Apical Meristem In The Pericycle Cell Types Of The Onion Adventitious Root
Changes In Cell Length And Mitotic Index In Vascular Pattern-Related Pericycle Cell Types Along The Apical Meristem And Elongation Zone Of The Onion Root
Morphological Changes And Transversal Growth Kinetics Along The Apical Meristem In The Pericycle Cell Types Of The Onion Adventitious Root
Changes In Cell Length And Mitotic Index In Vascular Pattern-Related Pericycle Cell Types Along The Apical Meristem And Elongation Zone Of The Onion Root
The Behaviour Of Two Cell Populations In The Pericycle Of Allium Cepa, Pisum Sativum, And Daucus Carota During Early Lateral Root Development
Changes In Cell Length And Mitotic Index In Vascular Pattern-Related Pericycle Cell Types Along The Apical Meristem And Elongation Zone Of The Onion Root
The Behaviour Of Two Cell Populations In The Pericycle Of Allium Cepa, Pisum Sativum, And Daucus Carota During Early Lateral Root Development
Morphological Features Of Pericycle Cells In Relation To Their Topographical Location In Onion Adventitious Roots
The Behaviour Of Two Cell Populations In The Pericycle Of Allium Cepa, Pisum Sativum, And Daucus Carota During Early Lateral Root Development
Morphological Features Of Pericycle Cells In Relation To Their Topographical Location In Onion Adventitious Roots
The Effects Of Removal Of The Root Tip On Lateral Root Distribution In Adventitious Roots Of Anion
Morphological Features Of Pericycle Cells In Relation To Their Topographical Location In Onion Adventitious Roots
The Effects Of Removal Of The Root Tip On Lateral Root Distribution In Adventitious Roots Of Anion
Development Of Lateral Primordia In Decapitated Adventitious Roots Of Allium Cepa
The Effects Of Removal Of The Root Tip On Lateral Root Distribution In Adventitious Roots Of Anion
Development Of Lateral Primordia In Decapitated Adventitious Roots Of Allium Cepa
Cell Wall Thickening Of The Xylem Tracheary Elements In Different Zones Of The Adventitious Root Of Allium Cepa L.
Development Of Lateral Primordia In Decapitated Adventitious Roots Of Allium Cepa
Cell Wall Thickening Of The Xylem Tracheary Elements In Different Zones Of The Adventitious Root Of Allium Cepa L.
The Relationship Between Lateral-Root Distribution And Endodermis And Pericycle Cell Length In Allium Cepa L. Adventitious Roots
Cell Wall Thickening Of The Xylem Tracheary Elements In Different Zones Of The Adventitious Root Of Allium Cepa L.
The Relationship Between Lateral-Root Distribution And Endodermis And Pericycle Cell Length In Allium Cepa L. Adventitious Roots
A Light-Sensitive Mutation In Arabidopsis Lew3 Reveals The Important Role Of N-Glycosylation In Root Growth And Development
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