Match the description or function with the structure or process. Prompts Characterized by the proliferation, invagination and closure of the neural groove Forms in the ectodermal domain where BMP activity is low Characterized by mesenchymal cells condensation followed by cavitation Submitted Answers Choose a match Microtubules polymerization Neural tube

Human Anatomy & Physiology (11th Edition)
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Chapter1: The Human Body: An Orientation
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Match the description or function with the structure or process.
Prompts
Submitted Answers
Characterized by the proliferation, invagination and closure
of the neural groove
Choose a match
Microtubules polymerization
Forms in the ectodermal domain where BMP activity is low
Neural tube
Characterized by mesenchymal cells condensation followed
by cavitation
Actin-based motor proteins
Forms in the ectodermal domain where BMP activity is high
O Neural crest
Forms in the ectodermal domain where BMP activity is
moderate
O Dorsolateral hìnge points
Drives the apical-basal elongation (columnarization) of
neural plate cells
Epidermis
Drive the apical constriction of neural plate cells to form the
Medial hinge point
neural fold
O Primary neurulation
Their fusion completes the closure of the neural groove to
form the neural tube
Secondary neurulation
Its formation is driven by cell shape change induced by a
notochordal signal, and it enables the creation of the neural
groove in birds and mammals
Neural folds
Their formation is driven by cell shape change induced by an
epidermal signal, and they initiate the convergence of neural
Choose a match
folds in birds and mammals
Transcribed Image Text:Match the description or function with the structure or process. Prompts Submitted Answers Characterized by the proliferation, invagination and closure of the neural groove Choose a match Microtubules polymerization Forms in the ectodermal domain where BMP activity is low Neural tube Characterized by mesenchymal cells condensation followed by cavitation Actin-based motor proteins Forms in the ectodermal domain where BMP activity is high O Neural crest Forms in the ectodermal domain where BMP activity is moderate O Dorsolateral hìnge points Drives the apical-basal elongation (columnarization) of neural plate cells Epidermis Drive the apical constriction of neural plate cells to form the Medial hinge point neural fold O Primary neurulation Their fusion completes the closure of the neural groove to form the neural tube Secondary neurulation Its formation is driven by cell shape change induced by a notochordal signal, and it enables the creation of the neural groove in birds and mammals Neural folds Their formation is driven by cell shape change induced by an epidermal signal, and they initiate the convergence of neural Choose a match folds in birds and mammals
Match the description or function with the structure or factor.
Prompts
Submitted Answers
Ectodermal derivative that results from the continuous
Choose a match
exposure to both Wnt and BMP
Rx
Ectodermal derivative that results from exposure to Wnt
followed by exposure to BMP
Pax2
Ectodermal derivative that results from exposure to Wnt
followed by exposure to both Wnt and BMP
O Neural crest
Ectodermal derivative that results from the continuous
O Optic vesicle
exposure to Wnt alone
Placode
Transcription factor required to maintain Pax6 expression in
the retina
Рахб
Transcription factor who expression is promoted at the
expense of Pax6 during the separation of the eye field into
bilateral domains
Epidermis
Secreted factor required for the separation of the eye field
Shh
into bilateral domains
FGF
Transcription factor induced by FGF in the neural retina
Neural plate
Factor secreted by the presumptive lens to induce the
formation of the optic cup
Choose a match
Source of FGF and BMP that induce the formation of the lens
placode
Transcribed Image Text:Match the description or function with the structure or factor. Prompts Submitted Answers Ectodermal derivative that results from the continuous Choose a match exposure to both Wnt and BMP Rx Ectodermal derivative that results from exposure to Wnt followed by exposure to BMP Pax2 Ectodermal derivative that results from exposure to Wnt followed by exposure to both Wnt and BMP O Neural crest Ectodermal derivative that results from the continuous O Optic vesicle exposure to Wnt alone Placode Transcription factor required to maintain Pax6 expression in the retina Рахб Transcription factor who expression is promoted at the expense of Pax6 during the separation of the eye field into bilateral domains Epidermis Secreted factor required for the separation of the eye field Shh into bilateral domains FGF Transcription factor induced by FGF in the neural retina Neural plate Factor secreted by the presumptive lens to induce the formation of the optic cup Choose a match Source of FGF and BMP that induce the formation of the lens placode
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