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Muscle cells differ from nerve cells mainly xpress different genes ontain different genes se different genetic codes mave unique ribosomes ave different chromosomes Meristematic tissue cells in plants are most similar to which kind of cells in animals? Somite cells Ectodermal cells Embryonic stem cells Mesodermal cells fa developing insect embryo was mechanically agitated in order to evenly redistribute cytoplasmic cerminants throughout the embryo, then the embryo would develop normally but at a faster rate of cell growth and differentiation resulting insect would be missing structures that typically develop in the absence of cytoplasmic cerminants embryo would develop normally due to cues from induction signaling cytoplasmic determinants would convert to induction molecules and diffuse out of the embryo est daughter cells would fail to properly divide

Muscle cells differ from nerve cells mainly xpress different genes ontain different genes se different genetic codes mave unique ribosomes ave different chromosomes Meristematic tissue cells in plants are most similar to which kind of cells in animals? Somite cells Ectodermal cells Embryonic stem cells Mesodermal cells fa developing insect embryo was mechanically agitated in order to evenly redistribute cytoplasmic cerminants throughout the embryo, then the embryo would develop normally but at a faster rate of cell growth and differentiation resulting insect would be missing structures that typically develop in the absence of cytoplasmic cerminants embryo would develop normally due to cues from induction signaling cytoplasmic determinants would convert to induction molecules and diffuse out of the embryo est daughter cells would fail to properly divide

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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**Muscle and Nerve Cell Differences** Muscle cells differ from nerve cells mainly because they _______. - express different genes - contain different genes - use different genetic codes - have unique ribosomes - have different chromosomes --- **Comparison of Plant and Animal Cells** Meristematic tissue cells in plants are most similar to which kind of cells in animals? - Somite cells - Ectodermal cells - Embryonic stem cells - Mesodermal cells --- **Insect Embryo Development** If a developing insect embryo was mechanically agitated in order to evenly redistribute cytoplasmic determinants throughout the embryo, then the _______. - embryo would develop normally but at a faster rate of cell growth and differentiation - resulting insect would be missing structures that typically develop in the absence of cytoplasmic determinants - embryo would develop normally due to cues from induction signaling - cytoplasmic determinants would convert to induction molecules and diffuse out of the embryo - most daughter cells would fail to properly divide
Transcribed Image Text:**Muscle and Nerve Cell Differences** Muscle cells differ from nerve cells mainly because they _______. - express different genes - contain different genes - use different genetic codes - have unique ribosomes - have different chromosomes --- **Comparison of Plant and Animal Cells** Meristematic tissue cells in plants are most similar to which kind of cells in animals? - Somite cells - Ectodermal cells - Embryonic stem cells - Mesodermal cells --- **Insect Embryo Development** If a developing insect embryo was mechanically agitated in order to evenly redistribute cytoplasmic determinants throughout the embryo, then the _______. - embryo would develop normally but at a faster rate of cell growth and differentiation - resulting insect would be missing structures that typically develop in the absence of cytoplasmic determinants - embryo would develop normally due to cues from induction signaling - cytoplasmic determinants would convert to induction molecules and diffuse out of the embryo - most daughter cells would fail to properly divide
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