Please help me with the matching question below - it is based on genomics/developmental biology. Match Up.The following are lists of adult or "advanced" embryonic structures andtheir embryonic precursors. Where relevant, consider only the epithelial part ofthe adult or "advanced" embryonic structure. Note that some precursors may be "used"several times and others not at all.1.2.3.4.5.6.Spinal cordSomatic mesodermSomitic mesodermNeural crest cellsSplanchnic mesodermDermatomeA. EndodermB. Axial MesodermC. Lateral Plate MesodermD. Paraxial MesodermE. EctodermF. Intermediate Mesoderm

Name: Please help me with the matching question below - it is based on genom
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Description: Please help me with the matching question below - it is based on genomics/developmental biology. Match Up.The following are lists of adult or "advanced" embryonic structures andtheir embryonic precursors. Where relevant, consider only the epithelial

1. Spinal cord - E. Ectoderm - The embryonic precursor of the spinal cord is the ectoderm.2.…

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Please help me with the matching question below - it is based on genomics/developmental biology.

Anatomy & Physiology

1st Edition

ISBN:9781938168130

Author:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble

Publisher:Kelly A. Young, James A. Wise, Peter DeSaix, Dean H. Kruse, Brandon Poe, Eddie Johnson, Jody E. Johnson, Oksana Korol, J. Gordon Betts, Mark Womble

Chapter4: The Tissue Level Of Organization

Section: Chapter Questions

Problem 10RQ: Differentiated cells in a developing embryo derive from ________. endothelium, mesothelium, and...

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Which statements are true? Explain why or why not.1 In the early cleavage stages, when the embryocannot yet feed, the developmental program is driven andcontrolled entirely by the material deposited in the egg bythe mother.2 Because of the many later developmental trans-formations that produce the elaborately structured organs,the body plan set up during gastrulation bears little resem-blance to the body plan in the adult.3 As development progresses, individual cellsbecome more and more restricted in the range of cell typesthey can give rise to.4 At different stages of embryonic development,the same signals are used over and over again by differentcells, but with different biological outcomes.5 Changes in the coding regions of genes involved indevelopment are primarily responsible for the differencesbetween species. 6 The cell cycle is the ticking clock that sets thetempo of developmental processes, with maturationalchanges in gene expression being dependent on cell-cycleprogression.
Differentiated cells in a developing embryo derive from________.a. endothelium, mesothelium, and epitheliumb. ectoderm, mesoderm, and endodermc. connective tissue, epithelial tissue, and muscletissued. epidermis, mesoderm, and endothelium
Fill in the blank: A primary oocyte is closely surrounded by flattened epithelial cells called _______________________ cells.
Epithelium–Mesenchyme transitions (MET or EMT) are crucial morphogenetic events occurring during gastrulation. Give at least 3 specific examples of embryonic structures that develop in this manner, and the regulatory mechanisms that govern this transition.
A Survey of Human Development from Fertilization to Birth 4. The gestation of a fetus occurs over 9 months and is divided into three trimesters. Describe the major events that occur in each trimester. Is there a point at which the fetus becomes more human?
After birth, there is production and secretion of milk from the mother'smammary glands.a) Discuss the similarities and differences observed in the stages ofdevelopment of the adult breast tissue, specifically from the nonpregnant, to the pregnant and finally to the lactating stage.b) Why is it normally only after birth that lactogenesis occurs?
All of the cell types of an adult vertebrate develop from three primary embryonic germ cell layers, e.g. skin epithelium originates from ____ and intestinal epithelium from ____. A)ectoderm, endoderm B)ectoderm; ectoderm C)endoderm; endoderm D)endoderm; ectoderm
. Summarize the development of an embryo and a fetus. Explain when body parts, including but not limited to the heart, nervous system, and skeleton, are formed.
The zygote is described as totipotent because itultimately gives rise to all the cells in your body includingthe highly specialized cells of your nervous system.Describe this transition, discussing the steps and processesthat lead to these specialized cells.
Describe the three primary germ layers. Describe what body tissues will be derived from each layer.
Filling in the blanks. Following conception the cells that eventually form the neural patch are initially referred to as totipotent-- meaning that they have the capability to become any type of human cell. However, at about 4 weeks after conception those cells destined to become the human nervous system form the neural plate, on the ventral surface of the embryo. A day or two later the ________________develops, eventually fusing to form the ________________. By prenatal week # five the developing human brain is visible at the anterior end of the neural tube as three swellings. In order from ________________to ________________ these are the rhombencephalon, the ________________ and the ________________. These swellings eventually develop into the five major divisions of the adult brain which are (from ________________ to ________________) the ________________, the ________________, the ________________, the ________________ and the Telencephalon.
Differentiate between human skin cell and human ovum.