Gene tracing analysis reveals the contribution of neural crest‐derived cells in pituitary development
The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (NC) derive from subdivision of the neural border region, and further individualization of the placode domain is established by a reciprocal interaction between placodal precursors and NC...
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| Published in | Journal of anatomy Vol. 230; no. 3; pp. 373 - 380 |
|---|---|
| Main Authors | , , , , , , , |
| Format | Journal Article |
| Language | English |
| Published |
England
Wiley Subscription Services, Inc
01.03.2017
John Wiley and Sons Inc |
| Subjects | |
| Online Access | Get full text |
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| Abstract | The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (NC) derive from subdivision of the neural border region, and further individualization of the placode domain is established by a reciprocal interaction between placodal precursors and NC cells (NCCs). It has long been known that NCCs are present in the adenohypophysis as interstitial cells. A recent report demonstrated that NCCs also contribute to the formation of pericytes in the developing pituitary. Here, we attempt to further clarify the role of NCCs in pituitary development using P0‐Cre/EGFP reporter mice. Spatiotemporal analyses revealed that GFP‐positive NCCs invaded the adenohypophysis in a stepwise manner. The first wave was detected on mouse embryonic day 9.5 (E9.5), when the pituitary primordium begins to be formed by adenohypophyseal placode cells; the second wave occurred on E14.5, when vasculogenesis proceeds from Atwell's recess. Finally, fate tracing of NCCs demonstrated that NC‐derived cells in the adenohypophysis terminally differentiate into all hormone‐producing cell lineages as well as pericytes. Our data suggest that NCCs contribute to pituitary organogenesis and vasculogenesis in conjunction with placode‐derived pituitary stem/progenitor cells. |
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| AbstractList | The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (
NC
) derive from subdivision of the neural border region, and further individualization of the placode domain is established by a reciprocal interaction between placodal precursors and
NC
cells (
NCC
s). It has long been known that
NCC
s are present in the adenohypophysis as interstitial cells. A recent report demonstrated that
NCC
s also contribute to the formation of pericytes in the developing pituitary. Here, we attempt to further clarify the role of
NCC
s in pituitary development using
P0‐Cre/
EGFP
reporter mice. Spatiotemporal analyses revealed that
GFP
‐positive
NCC
s invaded the adenohypophysis in a stepwise manner. The first wave was detected on mouse embryonic day 9.5 (E9.5), when the pituitary primordium begins to be formed by adenohypophyseal placode cells; the second wave occurred on E14.5, when vasculogenesis proceeds from Atwell's recess. Finally, fate tracing of
NCC
s demonstrated that
NC
‐derived cells in the adenohypophysis terminally differentiate into all hormone‐producing cell lineages as well as pericytes. Our data suggest that
NCC
s contribute to pituitary organogenesis and vasculogenesis in conjunction with placode‐derived pituitary stem/progenitor cells. The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (NC) derive from subdivision of the neural border region, and further individualization of the placode domain is established by a reciprocal interaction between placodal precursors and NC cells (NCCs). It has long been known that NCCs are present in the adenohypophysis as interstitial cells. A recent report demonstrated that NCCs also contribute to the formation of pericytes in the developing pituitary. Here, we attempt to further clarify the role of NCCs in pituitary development using P0-Cre/EGFP reporter mice. Spatiotemporal analyses revealed that GFP-positive NCCs invaded the adenohypophysis in a stepwise manner. The first wave was detected on mouse embryonic day 9.5 (E9.5), when the pituitary primordium begins to be formed by adenohypophyseal placode cells; the second wave occurred on E14.5, when vasculogenesis proceeds from Atwell's recess. Finally, fate tracing of NCCs demonstrated that NC-derived cells in the adenohypophysis terminally differentiate into all hormone-producing cell lineages as well as pericytes. Our data suggest that NCCs contribute to pituitary organogenesis and vasculogenesis in conjunction with placode-derived pituitary stem/progenitor cells. The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (NC) derive from subdivision of the neural border region, and further individualization of the placode domain is established by a reciprocal interaction between placodal precursors and NC cells (NCCs). It has long been known that NCCs are present in the adenohypophysis as interstitial cells. A recent report demonstrated that NCCs also contribute to the formation of pericytes in the developing pituitary. Here, we attempt to further clarify the role of NCCs in pituitary development using P0-Cre/EGFP reporter mice. Spatiotemporal analyses revealed that GFP-positive NCCs invaded the adenohypophysis in a stepwise manner. The first wave was detected on mouse embryonic day 9.5 (E9.5), when the pituitary primordium begins to be formed by adenohypophyseal placode cells; the second wave occurred on E14.5, when vasculogenesis proceeds from Atwell's recess. Finally, fate tracing of NCCs demonstrated that NC-derived cells in the adenohypophysis terminally differentiate into all hormone-producing cell lineages as well as pericytes. Our data suggest that NCCs contribute to pituitary organogenesis and vasculogenesis in conjunction with placode-derived pituitary stem/progenitor cells.The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (NC) derive from subdivision of the neural border region, and further individualization of the placode domain is established by a reciprocal interaction between placodal precursors and NC cells (NCCs). It has long been known that NCCs are present in the adenohypophysis as interstitial cells. A recent report demonstrated that NCCs also contribute to the formation of pericytes in the developing pituitary. Here, we attempt to further clarify the role of NCCs in pituitary development using P0-Cre/EGFP reporter mice. Spatiotemporal analyses revealed that GFP-positive NCCs invaded the adenohypophysis in a stepwise manner. The first wave was detected on mouse embryonic day 9.5 (E9.5), when the pituitary primordium begins to be formed by adenohypophyseal placode cells; the second wave occurred on E14.5, when vasculogenesis proceeds from Atwell's recess. Finally, fate tracing of NCCs demonstrated that NC-derived cells in the adenohypophysis terminally differentiate into all hormone-producing cell lineages as well as pericytes. Our data suggest that NCCs contribute to pituitary organogenesis and vasculogenesis in conjunction with placode-derived pituitary stem/progenitor cells. |
| Author | Kikkawa, Takako Kanno, Naoko Osumi, Noriko Kato, Yukio Ueharu, Hiroki Higuchi, Masashi Kato, Takako Yoshida, Saishu |
| AuthorAffiliation | 4 Department of Life Science School of Agriculture Meiji University Kawasaki Kanagawa Japan 1 Division of Life Science Graduate School of Agriculture Meiji University Kawasaki Kanagawa Japan 2 Institute for Reproduction and Endocrinology Meiji University Kawasaki Kanagawa Japan 3 Department of Developmental Neuroscience Center for Translational and Advanced Animal Research Tohoku University Graduate School of Medicine Sendai Miyagi Japan |
| AuthorAffiliation_xml | – name: 3 Department of Developmental Neuroscience Center for Translational and Advanced Animal Research Tohoku University Graduate School of Medicine Sendai Miyagi Japan – name: 1 Division of Life Science Graduate School of Agriculture Meiji University Kawasaki Kanagawa Japan – name: 4 Department of Life Science School of Agriculture Meiji University Kawasaki Kanagawa Japan – name: 2 Institute for Reproduction and Endocrinology Meiji University Kawasaki Kanagawa Japan |
| Author_xml | – sequence: 1 givenname: Hiroki surname: Ueharu fullname: Ueharu, Hiroki organization: Meiji University – sequence: 2 givenname: Saishu surname: Yoshida fullname: Yoshida, Saishu organization: Meiji University – sequence: 3 givenname: Takako surname: Kikkawa fullname: Kikkawa, Takako organization: Tohoku University Graduate School of Medicine – sequence: 4 givenname: Naoko surname: Kanno fullname: Kanno, Naoko organization: Meiji University – sequence: 5 givenname: Masashi surname: Higuchi fullname: Higuchi, Masashi organization: Meiji University – sequence: 6 givenname: Takako surname: Kato fullname: Kato, Takako organization: Meiji University – sequence: 7 givenname: Noriko surname: Osumi fullname: Osumi, Noriko organization: Tohoku University Graduate School of Medicine – sequence: 8 givenname: Yukio surname: Kato fullname: Kato, Yukio email: yukato@meiji.ac.jp organization: Meiji University |
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| Keywords | SOX2 pituitary development PROP1 neural crest cell stem/progenitor cell |
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| Snippet | The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest (NC) derive from subdivision of the neural... The anterior pituitary originates from the adenohypophyseal placode. Both the preplacode region and neural crest ( NC ) derive from subdivision of the neural... |
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| SubjectTerms | Animals Embryo, Mammalian Immunohistochemistry Mice Mice, Transgenic Models, Animal Neural Crest - growth & development neural crest cell Organogenesis - physiology Original pituitary development Pituitary Gland - embryology PROP1 Rodents SOX2 stem/progenitor cell |
| Title | Gene tracing analysis reveals the contribution of neural crest‐derived cells in pituitary development |
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