PUBLICACIÓN

Neural induction in whole chick embryo cultures by FGF

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ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Alvarez, IS, Araujo, M, Nieto, MA

1998 Developmental Biology

CITAS

76

DOI

10.1006/dbio.1998.8903

EID

2-s2.0-0032125969

ISSN

0012-1606

BIBTEX

@article{RID:062617064122-14, title = {Neural induction in whole chick embryo cultures by FGF}, journal = {Developmental Biology}, year = {1998}, author = {Alvarez, IS and Araujo, M and Nieto, MA}, volume = {199}, number = {1}, pages = {42-54} }

AUTORES DE LA UEX

Ignacio Santiago Álvarez Miguel

OTRAS PUBLICACIONES DE INTERÉS

Proliferation Of Glial Precursors During The Early Development Of The Chick Optic Nerve
Supplementation Of Culture Medium With Quercetin Improves Mouse Blastocyst Quality And Increases The Expression Of Hif-1α Protein
Effect Of The Addition Of 4ohe2and Quercetin In Culture Media On Ros Levels And Gene Expression In Mouse Blastocysts
Supplementation Of Culture Medium With Quercetin Improves Mouse Blastocyst Quality And Increases The Expression Of Hif-1α Protein
Effect Of The Addition Of 4ohe2and Quercetin In Culture Media On Ros Levels And Gene Expression In Mouse Blastocysts
Author Correction: Laparoscopic Uterine Graft Procurement And Surgical Autotransplantation In Ovine Model (Scientific Reports, (2019), 9, 1, (8095), 10.1038/s41598-019-44528-1)
Effect Of The Addition Of 4ohe2and Quercetin In Culture Media On Ros Levels And Gene Expression In Mouse Blastocysts
Author Correction: Laparoscopic Uterine Graft Procurement And Surgical Autotransplantation In Ovine Model (Scientific Reports, (2019), 9, 1, (8095), 10.1038/s41598-019-44528-1)
4-Hydroxyestradiol Improves Mouse Embryo Quality, Epidermal Growth Factor-Binding Capability In Vitro And Implantation Rates
Author Correction: Laparoscopic Uterine Graft Procurement And Surgical Autotransplantation In Ovine Model (Scientific Reports, (2019), 9, 1, (8095), 10.1038/s41598-019-44528-1)
4-Hydroxyestradiol Improves Mouse Embryo Quality, Epidermal Growth Factor-Binding Capability In Vitro And Implantation Rates
Effect Of N-Acetyl Cysteine On The Quality Of Blastocyst Formation Rate Using Cultured Vitrified Murine Embryos
4-Hydroxyestradiol Improves Mouse Embryo Quality, Epidermal Growth Factor-Binding Capability In Vitro And Implantation Rates
Effect Of N-Acetyl Cysteine On The Quality Of Blastocyst Formation Rate Using Cultured Vitrified Murine Embryos
Histological Cut Of A Paraffin-Embedded Blastocyst: Optimized Protocol For Murine Blastocysts
Effect Of N-Acetyl Cysteine On The Quality Of Blastocyst Formation Rate Using Cultured Vitrified Murine Embryos
Histological Cut Of A Paraffin-Embedded Blastocyst: Optimized Protocol For Murine Blastocysts
Laparoscopic Uterine Graft Procurement And Surgical Autotransplantation In Ovine Model
Histological Cut Of A Paraffin-Embedded Blastocyst: Optimized Protocol For Murine Blastocysts
Laparoscopic Uterine Graft Procurement And Surgical Autotransplantation In Ovine Model
N-Acetylcysteine Addition After Vitrification Improves Oocyte Mitochondrial Polarization Status And The Quality Of Embryos Derived From Vitrified Murine Oocytes
Laparoscopic Uterine Graft Procurement And Surgical Autotransplantation In Ovine Model
N-Acetylcysteine Addition After Vitrification Improves Oocyte Mitochondrial Polarization Status And The Quality Of Embryos Derived From Vitrified Murine Oocytes
Outlining Adequate Protocols For Lidia Bull Epididymal Storage And Sperm Cryopreservation: Use Of Glycerol, Dimethylformamide And N-Acetylcysteine
N-Acetylcysteine Addition After Vitrification Improves Oocyte Mitochondrial Polarization Status And The Quality Of Embryos Derived From Vitrified Murine Oocytes
Outlining Adequate Protocols For Lidia Bull Epididymal Storage And Sperm Cryopreservation: Use Of Glycerol, Dimethylformamide And N-Acetylcysteine
Amp-Activated Kinase In Human Spermatozoa: Identification, Intracellular Localization, And Key Function In The Regulation Of Sperm Motility
Outlining Adequate Protocols For Lidia Bull Epididymal Storage And Sperm Cryopreservation: Use Of Glycerol, Dimethylformamide And N-Acetylcysteine
Amp-Activated Kinase In Human Spermatozoa: Identification, Intracellular Localization, And Key Function In The Regulation Of Sperm Motility
Stim1 Phosphorylation Triggered By Epidermal Growth Factor Mediates Cell Migration
Amp-Activated Kinase In Human Spermatozoa: Identification, Intracellular Localization, And Key Function In The Regulation Of Sperm Motility
Stim1 Phosphorylation Triggered By Epidermal Growth Factor Mediates Cell Migration
Inhibition Of Stim1 Phosphorylation Underlies Resveratrol-Induced Inhibition Of Store-Operated Calcium Entry
Stim1 Phosphorylation Triggered By Epidermal Growth Factor Mediates Cell Migration
Inhibition Of Stim1 Phosphorylation Underlies Resveratrol-Induced Inhibition Of Store-Operated Calcium Entry
Extended Embryo Culture Supplementation
Inhibition Of Stim1 Phosphorylation Underlies Resveratrol-Induced Inhibition Of Store-Operated Calcium Entry
Extended Embryo Culture Supplementation
Calcium Signaling In Mouse Oocyte Maturation: The Roles Of Stim1, Orai1 And Soce
Extended Embryo Culture Supplementation
Calcium Signaling In Mouse Oocyte Maturation: The Roles Of Stim1, Orai1 And Soce
Role Of Store-Operated Calcium Entry During Meiotic Progression And Fertilization Of Mammalian Oocytes
Calcium Signaling In Mouse Oocyte Maturation: The Roles Of Stim1, Orai1 And Soce
Role Of Store-Operated Calcium Entry During Meiotic Progression And Fertilization Of Mammalian Oocytes
Phosphorylation Of Stim1 At Erk1/2 Target Sites Modulates Store-Operated Calcium Entry
Role Of Store-Operated Calcium Entry During Meiotic Progression And Fertilization Of Mammalian Oocytes
Phosphorylation Of Stim1 At Erk1/2 Target Sites Modulates Store-Operated Calcium Entry
Relocalization Of Stim1 In Mouse Oocytes At Fertilization: Early Involvement Of Store-Operated Calcium Entry
Phosphorylation Of Stim1 At Erk1/2 Target Sites Modulates Store-Operated Calcium Entry
Relocalization Of Stim1 In Mouse Oocytes At Fertilization: Early Involvement Of Store-Operated Calcium Entry
Store-Operated Calcium Entry In Human Oocytes And Sensitivity To Oxidative Stress
Relocalization Of Stim1 In Mouse Oocytes At Fertilization: Early Involvement Of Store-Operated Calcium Entry
Store-Operated Calcium Entry In Human Oocytes And Sensitivity To Oxidative Stress
Contribution Of Culture Media To Oxidative Stress And Its Effect On Human Oocytes
Store-Operated Calcium Entry In Human Oocytes And Sensitivity To Oxidative Stress
Contribution Of Culture Media To Oxidative Stress And Its Effect On Human Oocytes
Respuesta Hormonal De Emys Orbicularis (L., 1758) Al Tratamiento Con Fshrh (Hormona Folículo Estimulante Recombinante Humana)
Contribution Of Culture Media To Oxidative Stress And Its Effect On Human Oocytes
Respuesta Hormonal De Emys Orbicularis (L., 1758) Al Tratamiento Con Fshrh (Hormona Folículo Estimulante Recombinante Humana)
A Neural Plate Fate Map At Stage Hh4 In The Chick: Methodology And Preliminary Data
Respuesta Hormonal De Emys Orbicularis (L., 1758) Al Tratamiento Con Fshrh (Hormona Folículo Estimulante Recombinante Humana)
A Neural Plate Fate Map At Stage Hh4 In The Chick: Methodology And Preliminary Data
Induction Of Cardiogenesis By Hensen's Node And Fibroblast Growth Factors
A Neural Plate Fate Map At Stage Hh4 In The Chick: Methodology And Preliminary Data
Induction Of Cardiogenesis By Hensen's Node And Fibroblast Growth Factors
The Effects Of Bmps On Early Chick Embryos Suggest A Conserved Signaling Mechanism For Epithelial And Neural Induction Among Vertebrates
Induction Of Cardiogenesis By Hensen's Node And Fibroblast Growth Factors
The Effects Of Bmps On Early Chick Embryos Suggest A Conserved Signaling Mechanism For Epithelial And Neural Induction Among Vertebrates
Fate Map Of The Chicken Neural Plate At Stage 4
The Effects Of Bmps On Early Chick Embryos Suggest A Conserved Signaling Mechanism For Epithelial And Neural Induction Among Vertebrates
Fate Map Of The Chicken Neural Plate At Stage 4
Effects Of Growth Factors On The Commitment Of Chick Blastoderm
Fate Map Of The Chicken Neural Plate At Stage 4
Effects Of Growth Factors On The Commitment Of Chick Blastoderm
Pattern Of Cell Proliferation And Cell Death In Early Chick Embryos And Their Control By Growth Factors
Effects Of Growth Factors On The Commitment Of Chick Blastoderm
Pattern Of Cell Proliferation And Cell Death In Early Chick Embryos And Their Control By Growth Factors
Pax2, Otx2, Gbx2 And Fgf8 Expression In Early Otic Vesicle Development
Pattern Of Cell Proliferation And Cell Death In Early Chick Embryos And Their Control By Growth Factors
Pax2, Otx2, Gbx2 And Fgf8 Expression In Early Otic Vesicle Development
Vertical Regulation Of En-2 Expression And Eye Development By Fgfs And Bmps
Pax2, Otx2, Gbx2 And Fgf8 Expression In Early Otic Vesicle Development
Vertical Regulation Of En-2 Expression And Eye Development By Fgfs And Bmps
Monoclonal Antibody Gl1 And Its Possible Involvement In The Morphogenesis Of The Otic Vesicle
Vertical Regulation Of En-2 Expression And Eye Development By Fgfs And Bmps
Monoclonal Antibody Gl1 And Its Possible Involvement In The Morphogenesis Of The Otic Vesicle
Morphological And Quantitative Studies In The Otic Region Of The Neural Tube In Chick Embryos Suggest A Neuroectodermal Origin For The Otic Placode
Monoclonal Antibody Gl1 And Its Possible Involvement In The Morphogenesis Of The Otic Vesicle
Morphological And Quantitative Studies In The Otic Region Of The Neural Tube In Chick Embryos Suggest A Neuroectodermal Origin For The Otic Placode
Morphological And Quantitative Studies In The Otic Region Of The Neural Tube In Chick Embryos Suggest A Neuroectodermal Origin For The Otic Placode
Morphological And Quantitative Studies In The Otic Region Of The Neural Tube In Chick Embryos Suggest A Neuroectodermal Origin For The Otic Placode
Morphological And Quantitative Studies In The Otic Region Of The Neural Tube In Chick Embryos Suggest A Neuroectodermal Origin For The Otic Placode
Neural Induction In Whole Chick Embryo Cultures By Fgf
Morphological And Quantitative Studies In The Otic Region Of The Neural Tube In Chick Embryos Suggest A Neuroectodermal Origin For The Otic Placode
Neural Induction In Whole Chick Embryo Cultures By Fgf
Targeted Over-Expression Of Fgf In Chick Embryos Induces Formation Of Ectopic Neural Cells
Neural Induction In Whole Chick Embryo Cultures By Fgf
Targeted Over-Expression Of Fgf In Chick Embryos Induces Formation Of Ectopic Neural Cells
Members Of The Fibroblast Growth Factors Induce Ectopic Neural Plate Formation In Cultured Chick Embryos.
Targeted Over-Expression Of Fgf In Chick Embryos Induces Formation Of Ectopic Neural Cells
Members Of The Fibroblast Growth Factors Induce Ectopic Neural Plate Formation In Cultured Chick Embryos.
Evidence That Shh Cooperates With A Retinoic Acid Inducible Co-Factor To Establish Zpa-Like Activity
Members Of The Fibroblast Growth Factors Induce Ectopic Neural Plate Formation In Cultured Chick Embryos.
Evidence That Shh Cooperates With A Retinoic Acid Inducible Co-Factor To Establish Zpa-Like Activity
Locations Of The Ectodermal And Nonectodermal Subdivisions Of The Epiblast At Stages 3 And 4 Of Avian Gastrulation And Neurulation
Evidence That Shh Cooperates With A Retinoic Acid Inducible Co-Factor To Establish Zpa-Like Activity
Locations Of The Ectodermal And Nonectodermal Subdivisions Of The Epiblast At Stages 3 And 4 Of Avian Gastrulation And Neurulation
Monoclonal Antibodies Identifying Subsets Of Ectodermal, Mesodermal, And Endodermal Cells In Gastrulating And Neurulating Avian Embryos
Locations Of The Ectodermal And Nonectodermal Subdivisions Of The Epiblast At Stages 3 And 4 Of Avian Gastrulation And Neurulation
Monoclonal Antibodies Identifying Subsets Of Ectodermal, Mesodermal, And Endodermal Cells In Gastrulating And Neurulating Avian Embryos
Expansion Of Surface Epithelium Provides The Major Extrinsic Force For Bending Of The Neural Plate
Monoclonal Antibodies Identifying Subsets Of Ectodermal, Mesodermal, And Endodermal Cells In Gastrulating And Neurulating Avian Embryos
Expansion Of Surface Epithelium Provides The Major Extrinsic Force For Bending Of The Neural Plate
Role Of Cell Rearrangement In Axial Morphogenesis
Expansion Of Surface Epithelium Provides The Major Extrinsic Force For Bending Of The Neural Plate
Role Of Cell Rearrangement In Axial Morphogenesis
Specification Of Neurepithelium And Surface Epithelium In Avian Transplantation Chimeras
Role Of Cell Rearrangement In Axial Morphogenesis
Specification Of Neurepithelium And Surface Epithelium In Avian Transplantation Chimeras
Patterns Of Neurepithelial Cell Rearrangement During Avian Neurulation Are Determined Prior To Notochordal Inductive Interactions
Specification Of Neurepithelium And Surface Epithelium In Avian Transplantation Chimeras
Patterns Of Neurepithelial Cell Rearrangement During Avian Neurulation Are Determined Prior To Notochordal Inductive Interactions
Shaping, Invagination, And Closure Of The Chick Embryo Otic Vesicle: Scanning Electron Microscopic And Quantitative Study
Patterns Of Neurepithelial Cell Rearrangement During Avian Neurulation Are Determined Prior To Notochordal Inductive Interactions
Shaping, Invagination, And Closure Of The Chick Embryo Otic Vesicle: Scanning Electron Microscopic And Quantitative Study
Roles Of Neuroepithelial Cell Rearrangement And Division In Shaping Of The Avian Neural Plate
Shaping, Invagination, And Closure Of The Chick Embryo Otic Vesicle: Scanning Electron Microscopic And Quantitative Study
Roles Of Neuroepithelial Cell Rearrangement And Division In Shaping Of The Avian Neural Plate
Quantitative Studies Of Mitotic Cells In The Chick Embryo Optic Stalk During The Early Period Of Invasion By Optic Fibres
Roles Of Neuroepithelial Cell Rearrangement And Division In Shaping Of The Avian Neural Plate
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
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
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
Extra-Axonal Environment And Fibre Directionality In The Early Development Of The Chick Embryo Optic Chiasm: A Light And Scanning Electron Microscopic Study
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
Supplementation Of Culture Medium With Quercetin Improves Mouse Blastocyst Quality And Increases The Expression Of Hif-1α Protein
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