Images by Glenn Doherty
Return to Page 1: Plant Structures
Return to Page 2: Applications of A. vera
Tooth of a LeafThis photograph reveals in detail one of the teeth found along the leaf. Its taper makes it somewhat translucent. | |
Transillumination of a Cross-Section of an A. vera LeafThe vacuoles found inside the leaf can be seen clearly here. The thick skin of the Aloe leaf that gives it its rigidity can also be seen in the green area of the cross-section. | |
Elastic Sacs Inside an A. vera LeafThe vacuoles inside the leaf contain the Aloe vera gel. Their elastic quality allows the leaves to flex but not break. | |
Root SystemThe root system of the Aloe plant. The primary, larger roots are more spread out horizontally; this allows the plant to reach further around the topsoil to collect what minimal water falls in the regions in which the plant typically exists. Note also the spots on the undersides of the leaves. This denotes this Aloe vera as the variation chinensis. | |
RootA root of the Aloe plant. Within this root are the arbuscular mycorrhiza, which promote the plant's ability to collect water and nutrients from its surroundings.
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Leaves Crossing | |
Sources for this article: Danhof, Ivan. "Internal Use of Aloe Vera." North Texas Medical Associates. Davis, Robert. "Biological Activity of Aloe Vera." SÖFW Journal, Nov. 1993. Wikipedia, "Aloe vera." >>>http://en.wikipedia.org/wiki/Aloe_vera |
All text and images ©Glenn Doherty, 2008. Reproduction without permission is prohibited.
Permission for use of any images can be granted by emailing me at doherty.glenn@gmail.com.