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Which of the following is a true statement? (Check all that apply) A) A defect in the migration of cranial neural crest cells would impair the development of the skull. Chemoattraction cause neural crest cells to migrate as a sheet with placodal cells. Facial skeletogenic neural crest contributes to the development of the forebrain by secreting Noggin. D) Cardiac neural crest cells only contribute to the formation of the cardiac outflow tracts. E A defect in cardiac neural crest cells migration would impair the formation of the aortic-pulmonary sep A migra

Which of the following is a true statement? (Check all that apply) A) A defect in the migration of cranial neural crest cells would impair the development of the skull. Chemoattraction cause neural crest cells to migrate as a sheet with placodal cells. Facial skeletogenic neural crest contributes to the development of the forebrain by secreting Noggin. D) Cardiac neural crest cells only contribute to the formation of the cardiac outflow tracts. E A defect in cardiac neural crest cells migration would impair the formation of the aortic-pulmonary sep A migra

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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**Educational Content: Neural Crest Cell Migration** **Question: True Statements Regarding Neural Crest Cell Migration (Select all that apply):** - **A**: A defect in the migration of cranial neural crest cells would impair the development of the skull. - **B**: Chemoattraction causes neural crest cells to migrate as a sheet with placodal cells. - **C**: Facial skeletogenic neural crest contributes to the development of the forebrain by secreting Noggin. - **D**: Cardiac neural crest cells only contribute to the formation of the cardiac outflow tracts. - **E**: A defect in cardiac neural crest cell migration would impair the formation of the aortic-pulmonary septum. - **F**: A migrating neural crest cell is polarized with active Rac1 at the rear and active RhoA in the migration front. - **G**: The border between the neural crest and the neural plate is established by the antagonism between Snail2 and Sox2. - **H**: The ventrally migrating trunk neural crest cells are attracted by Ephrin to the posterior sclerotome. - **I**: Cranial neural crest that migrates from rhombomeres 3 and 5 do not form any adult derivative. - **J**: Vagal and sacral neural crest cells mostly contribute to the sympathetic ganglia of the gut. **Note**: This is a multiple-choice question where students must select all true statements related to the roles and migration patterns of neural crest cells in embryonic development.
Transcribed Image Text:**Educational Content: Neural Crest Cell Migration** **Question: True Statements Regarding Neural Crest Cell Migration (Select all that apply):** - **A**: A defect in the migration of cranial neural crest cells would impair the development of the skull. - **B**: Chemoattraction causes neural crest cells to migrate as a sheet with placodal cells. - **C**: Facial skeletogenic neural crest contributes to the development of the forebrain by secreting Noggin. - **D**: Cardiac neural crest cells only contribute to the formation of the cardiac outflow tracts. - **E**: A defect in cardiac neural crest cell migration would impair the formation of the aortic-pulmonary septum. - **F**: A migrating neural crest cell is polarized with active Rac1 at the rear and active RhoA in the migration front. - **G**: The border between the neural crest and the neural plate is established by the antagonism between Snail2 and Sox2. - **H**: The ventrally migrating trunk neural crest cells are attracted by Ephrin to the posterior sclerotome. - **I**: Cranial neural crest that migrates from rhombomeres 3 and 5 do not form any adult derivative. - **J**: Vagal and sacral neural crest cells mostly contribute to the sympathetic ganglia of the gut. **Note**: This is a multiple-choice question where students must select all true statements related to the roles and migration patterns of neural crest cells in embryonic development.
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