Apical meristem Primary growth Provascular tissue Ground meristem Subapical meristem Protoderm Epidermis Primary xylem Primary phloem Pith Cortex Cork cambium (in some plants) Fasicular cambium Interfasicular cambium Cork cambium (in some plants) Cork (Phelloderm Vascular cambium Secondary, growth Secondary хylem Secondary phloem Cork cambium FIGURE 5-42 Cells of an apical meristem give rise to three types of subapical cells, which in turn give rise to particulartypes of mature primary tissues. Epidermis develops only from protoderm, never from provascular tissue or ground meristem; other cell lineages in the primary body are also quite simple and linear.

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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Look at as shown. The top three rows are labeled “Primary growth” because these are found in the primary plant body, the body of an herb. The third row of the figure has five boxes with the five types of mature tissue found in the primary plant body. What are the five tissues?

Apical
meristem
Primary
growth
Provascular
tissue
Ground
meristem
Subapical
meristem
Protoderm
Epidermis
Primary
xylem
Primary
phloem
Pith
Cortex
Cork cambium
(in some plants)
Fasicular
cambium
Interfasicular
cambium
Cork cambium
(in some plants)
Cork
(Phelloderm
Vascular
cambium
Secondary,
growth
Secondary
хylem
Secondary
phloem
Cork
cambium
FIGURE 5-42 Cells of an apical meristem give rise to three types of subapical cells, which in turn give rise to particulartypes of mature primary tissues. Epidermis develops only from
protoderm, never from provascular tissue or ground meristem; other cell lineages in the primary body are also quite simple and linear.
Transcribed Image Text:Apical meristem Primary growth Provascular tissue Ground meristem Subapical meristem Protoderm Epidermis Primary xylem Primary phloem Pith Cortex Cork cambium (in some plants) Fasicular cambium Interfasicular cambium Cork cambium (in some plants) Cork (Phelloderm Vascular cambium Secondary, growth Secondary хylem Secondary phloem Cork cambium FIGURE 5-42 Cells of an apical meristem give rise to three types of subapical cells, which in turn give rise to particulartypes of mature primary tissues. Epidermis develops only from protoderm, never from provascular tissue or ground meristem; other cell lineages in the primary body are also quite simple and linear.
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