Microgametogenesis _4. The generative cell subsequently detaches from the pollen grain wall and is engulfed by the vegetative cell forming a unique 'cell within a cell' structure. 5. Each microspore will form large vacuole displacing the microspore nucleus to an eccentric position against the microspore wall. _6. The nucleus undergoes first pollen mitosis which results in the formation of two unequal cells, a large vegetative cell and a small generative cell each containing a haploid nucleus. _7. The generative cell divides by mitosis to form two sperm cells completely enclosed within the vegetative cell cytoplasm. _8. No cytokinesis takes place forming a pollen grain having 3 haploid nucleus, 1 tube nucleus and 2 sperm cells for double fertilization. Microsporogenesis _9. A diploid sporogenous cells differentiate as microsporocytes (pollen mother cells or meiocytes) which divide by meiosis to form four haploid nuclei. _10. Distinct single-celled haploid microspores form after cytokinesis.
Microgametogenesis _4. The generative cell subsequently detaches from the pollen grain wall and is engulfed by the vegetative cell forming a unique 'cell within a cell' structure. 5. Each microspore will form large vacuole displacing the microspore nucleus to an eccentric position against the microspore wall. _6. The nucleus undergoes first pollen mitosis which results in the formation of two unequal cells, a large vegetative cell and a small generative cell each containing a haploid nucleus. _7. The generative cell divides by mitosis to form two sperm cells completely enclosed within the vegetative cell cytoplasm. _8. No cytokinesis takes place forming a pollen grain having 3 haploid nucleus, 1 tube nucleus and 2 sperm cells for double fertilization. Microsporogenesis _9. A diploid sporogenous cells differentiate as microsporocytes (pollen mother cells or meiocytes) which divide by meiosis to form four haploid nuclei. _10. Distinct single-celled haploid microspores form after cytokinesis.
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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using the illustrations above arrange the following statements to explain the process of pollen formation in
![Microsporogenesis
Callose wall
Diploid (2n) nucleus
Haploid (1n) nuclei
Microspores
Meiosis I
Meiosis ir
te
Microsporocyte
Tetrad
Vegetative nucleus
Microspore nucleus
Yacuole
Generative cell
Pollen Vegetative nucleus
Spem
'cells
Pollen
Mitosis I
Mitosis II
Polarised
Released
microspore
Bicellular
Tricellular
microspore
pollen
pollen
Microgametogenesis
an
Development of sperm cells in the pollen grains](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4b47e558-8b5b-4463-938d-fe461cf546c1%2F1f4caa36-5b3a-4992-8680-07643fcee725%2F4751mtg_processed.png&w=3840&q=75)
Transcribed Image Text:Microsporogenesis
Callose wall
Diploid (2n) nucleus
Haploid (1n) nuclei
Microspores
Meiosis I
Meiosis ir
te
Microsporocyte
Tetrad
Vegetative nucleus
Microspore nucleus
Yacuole
Generative cell
Pollen Vegetative nucleus
Spem
'cells
Pollen
Mitosis I
Mitosis II
Polarised
Released
microspore
Bicellular
Tricellular
microspore
pollen
pollen
Microgametogenesis
an
Development of sperm cells in the pollen grains
![Microgametogenesis
_4. The generative cell subsequently detaches from the pollen grain wall and is engulfed by the
vegetative cell forming a unique 'cell within a cell' structure.
_5. Each microspore will form large vacuole displacing the microspore nucleus to an eccentric
position against the microspore wall.
_6. The nucleus undergoes first pollen mitosis which results in the formation of two unequal cells, a
large vegetative cell and a small generative cell each containing a haploid nucleus.
_7. The generative cell divides by mitosis to form two sperm cells completely enclosed within the
vegetative cell cytoplasm.
_8. No cytokinesis takes place forming a pollen grain having 3 haploid nucleus, 1 tube nucleus and
2 sperm cells for double fertilization.
Microsporogenesis
_9. A diploid sporogenous cells differentiate as microsporocytes (pollen mother cells or meiocytes)
which divide by meiosis to form four haploid nuclei.
_10. Distinct single-celled haploid microspores form after cytokinesis.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F4b47e558-8b5b-4463-938d-fe461cf546c1%2F1f4caa36-5b3a-4992-8680-07643fcee725%2F1f4s09_processed.png&w=3840&q=75)
Transcribed Image Text:Microgametogenesis
_4. The generative cell subsequently detaches from the pollen grain wall and is engulfed by the
vegetative cell forming a unique 'cell within a cell' structure.
_5. Each microspore will form large vacuole displacing the microspore nucleus to an eccentric
position against the microspore wall.
_6. The nucleus undergoes first pollen mitosis which results in the formation of two unequal cells, a
large vegetative cell and a small generative cell each containing a haploid nucleus.
_7. The generative cell divides by mitosis to form two sperm cells completely enclosed within the
vegetative cell cytoplasm.
_8. No cytokinesis takes place forming a pollen grain having 3 haploid nucleus, 1 tube nucleus and
2 sperm cells for double fertilization.
Microsporogenesis
_9. A diploid sporogenous cells differentiate as microsporocytes (pollen mother cells or meiocytes)
which divide by meiosis to form four haploid nuclei.
_10. Distinct single-celled haploid microspores form after cytokinesis.
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