PUBLICACIÓN

Microglia in the mature and developing quail brain as revealed by a monoclonal antibody recognizing hemopoietic cells

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Cuadros, M.A., Martin-Partido, G., Moujahid, A., Navascues, J.

1992 Neuroscience Letters

CITAS

38

DOI

10.1016/0304-3940(92)90792-6

EID

2-s2.0-0026620801

ISSN

0304-3940

BIBTEX

@article { martnpartido1992,title = {Microglia in the mature and developing quail brain as revealed by a monoclonal antibody recognizing hemopoietic cells},journal = {Neuroscience Letters},year = {1992},volume = {148},number = {1-2},pages = {11-14},author = {Cuadros, M.A. and Moujahid, A. and Martin-Partido, G. and Navascues, J.}}

AUTORES DE LA UEX

Gervasio Martín Partido

OTRAS PUBLICACIONES DE INTERÉS

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Timing And Distribution Of Mitotic Activity In The Retina During Precocial And Altricial Modes Of Avian Development
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Expression Of Fgf19 In The Developing Chick Eye
Pax2 Expression Patterns In The Developing Chick Inner Ear
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Liver Portal Fibrosis In Dioxin Receptor-Null Mice That Overexpress The Latent Transforming Growth Factor-Β-Binding Protein-1
Otx2, Gbx2, And Fgf8 Expression Patterns In The Chick Developing Inner Ear And Their Possible Roles In Otic Specification And Early Innervation
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Otx2, Gbx2, And Fgf8 Expression Patterns In The Chick Developing Inner Ear And Their Possible Roles In Otic Specification And Early Innervation
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Differential Expression Of Otx2, Gbx2, Pax2, And Fgf8 In The Developing Vestibular And Auditory Sensory Organs
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Differential Expression Of Otx2, Gbx2, Pax2, And Fgf8 In The Developing Vestibular And Auditory Sensory Organs
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Differential Expression Of Otx2, Gbx2, Pax2, And Fgf8 In The Developing Vestibular And Auditory Sensory Organs
Distribution Of Glial Fibrillary Acidic Protein-Immunopositive Structures In The Developing Brain Of The Turtle Mauremys Leprosa
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Distribution Of Glial Fibrillary Acidic Protein-Immunopositive Structures In The Developing Brain Of The Turtle Mauremys Leprosa
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Adventitious Roots Of Allium Cepa
Microglia In The Mature And Developing Quail Brain As Revealed By A Monoclonal Antibody Recognizing Hemopoietic Cells
Lateral Root Initiation By Asymmetrical Transverse Divisions Of Pericycle Cells In Adventitious Roots Of Allium Cepa
Microglia In The Mature And Developing Quail Brain As Revealed By A Monoclonal Antibody Recognizing Hemopoietic Cells
Macrophage-Like Cells Invading The Suboptic Necrotic Centres Of The Avian Embryo Diencephalon Originate From Haemopoietic Precursors
Microglia In The Mature And Developing Quail Brain As Revealed By A Monoclonal Antibody Recognizing Hemopoietic Cells
Macrophage-Like Cells Invading The Suboptic Necrotic Centres Of The Avian Embryo Diencephalon Originate From Haemopoietic Precursors
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Macrophage-Like Cells Invading The Suboptic Necrotic Centres Of The Avian Embryo Diencephalon Originate From Haemopoietic Precursors
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Macrophages Of Hemangioblastic Lineage Invade The Lens Vesicle-Ectoderm Interspace During Closure And Detachment Of The Avian Embryonic Lens
Macrophage-Like Cells In The Presumptive Optic Pathways In The Floor Of The Diencephalon Of The Chick Embryo
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Macrophage-Like Cells In The Presumptive Optic Pathways In The Floor Of The Diencephalon Of The Chick Embryo
Glial Cells In The Optic Chiasm Arise From The Suboptic Necrotic Centers Of The Diencephalon Floor: Morphological Evidence In The Chick Embryo
Quantitative Studies Of Mitotic Cells In The Chick Embryo Optic Stalk During The Early Period Of Invasion By Optic Fibres
Glial Cells In The Optic Chiasm Arise From The Suboptic Necrotic Centers Of The Diencephalon Floor: Morphological Evidence In The Chick Embryo
Quantitative Studies Of Mitotic Cells In The Chick Embryo Optic Stalk During The Early Period Of Invasion By Optic Fibres
Cell Proliferation During Early Development Of The Chick Embryo Otic Anlage: Quantitative Comparison Of Migratory And Nonmigratory Regions Of The Otic Epithelium
Quantitative Studies Of Mitotic Cells In The Chick Embryo Optic Stalk During The Early Period Of Invasion By Optic Fibres
Cell Proliferation During Early Development Of The Chick Embryo Otic Anlage: Quantitative Comparison Of Migratory And Nonmigratory Regions Of The Otic Epithelium
Cell Death In The Ventral Region Of The Neural Retina During The Early Development Of The Chick Embryo Eye
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Cell Death In The Ventral Region Of The Neural Retina During The Early Development Of The Chick Embryo Eye
Cell Death In Suboptic Necrotic Centers Of Chick Embryo Diencephalon And Their Topographic Relationship With The Earliest Optic Fiber Fascicles
Cell Death In The Ventral Region Of The Neural Retina During The Early Development Of The Chick Embryo Eye
Cell Death In Suboptic Necrotic Centers Of Chick Embryo Diencephalon And Their Topographic Relationship With The Earliest Optic Fiber Fascicles
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Cell Death In Suboptic Necrotic Centers Of Chick Embryo Diencephalon And Their Topographic Relationship With The Earliest Optic Fiber Fascicles
Extra-Axonal Environment And Fibre Directionality In The Early Development Of The Chick Embryo Optic Chiasm: A Light And Scanning Electron Microscopic Study
Glioblast Migration In The Optic Stalk Of The Chick Embryo
Extra-Axonal Environment And Fibre Directionality In The Early Development Of The Chick Embryo Optic Chiasm: A Light And Scanning Electron Microscopic Study
Glioblast Migration In The Optic Stalk Of The Chick Embryo
Differential Staining Of Dead And Dying Embryonic Cells With A Simple New Technique
Glioblast Migration In The Optic Stalk Of The Chick Embryo
Differential Staining Of Dead And Dying Embryonic Cells With A Simple New Technique
Proliferation Of Glial Precursors During The Early Development Of The Chick Optic Nerve
Differential Staining Of Dead And Dying Embryonic Cells With A Simple New Technique
Proliferation Of Glial Precursors During The Early Development Of The Chick Optic Nerve
Histological And Scanning Electron Microscope Observations On The Developing Retina Of The Cuttlefish (Sepia Officinalis Linnaeus, 1758)
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