184 On the Actum of Aniline on Green Leaves . 
EXPLANATION OF FIGURES IN PLATE IX. 
Illustrating Messrs. Schunck and Brebner’s paper on Anilophyll. 
Fig. 1. Leaf of common holly ( Ilex aquifoliuni) , half of the underside of 
which was painted with aniline, and was figured soon after the reaction had com- 
menced. 
Fig. 2. Holly-leaf painted on the entire under surface with aniline, and 
figured after the reaction was complete. 
Fig. 3. Leaf of garden mint (. Mentha viridis ) painted on the under surface with 
aniline, and figured soon after the reaction had commenced. 
Fig. 4. Cells from the mesophyll of a holly-leaf which had been treated with 
aniline, and was sectioned soon after treatment, x 600. 
Fig. 5. Palisade-cells from a leaf of Tropaeolum majus , which had been treated 
with aniline, and was sectioned 1 h. 40 m. after treatment. The chlorophyll had 
exuded in green viscid drops, x 600. 
Fig. 6. Palisade-cells from a leaf of Tropaeolum majus which had been treated 
with aniline, and was sectioned four days after treatment. The exuded chlorophyll- 
masses had turned brown, x 600. 
Fig. 7. Palisade-cells from a leaf of Tropaeolum majus , which had been treated 
with aniline. Crystals of anilophyll had developed from brown masses, such as 
shown in the preceding figure. The sections had lain for some days in dilute 
glycerine, x 600. 
Fig. 8. Portion of a hair and cells of a sepal of monkshood ( Aconitum Napellus ), 
which had been treated with aniline. Crystals of anilophyll had formed within 
the cells, x 600. 
Fig. 9. Cells from a sepal of monkshood which had been treated with aniline. 
Crystals of anilophyll had formed within the cells, x 600. 
