214 PHILIPPINE RESINS, GUMS, AND OILS 
€ 
is valuable as a low-grade perfume oil. Brooks * says that it 
is commercially profitable to distill the oil. He reports his in- 
vestigation as follows: 
The leaves yielded 0.08 per cent of oil by steam distillation. On freez- 
ing, the oil deposited 18 per cent of a white crystalline, very volatile com- 
pound, having an odor closely resembling that of camphor. After recrys- 
tallizing the substance twice from petroleum ether, the melting point was 
96.5° to 97°. The compound is very unstable. A pure specimen of it 
changed in 24 hours to a pasty mixture of oil and unchanged crystals. 
It was not further investigated. The oil had an odor suggesting a mixture 
30° 
of camphor and lemon grass. Its constants were as follows: Np’ 
1.4620; specific gravity, 5520-9059. € 
The oil is largely linaloél, since the fraction boiling’ from 195° to 200° 
yields citral on oxidation with chromic acid mixture. 
Toddalia asiatica is a spiny, woody vine. The leaves are al- 
ternate and trifoliate. The leaflets are pointed at both ends 
and 5 to 8 centimeters in length. The flowers are small, 
greenish, and borne on rather large compound inflorescences. 
The fruits are small and are borne in fairly large clusters. 
They are considerably less than a centimeter in diameter and 
when dry are distinctly three- to five-angled. 
This species is common in second-growth forests and is also 
found in virgin forests. 
Family VERBENACEAE 
Genus LANTANA 
LANTANA CAMARA L. LANTANA, 
Local names: Albahaca de caballo (Spanish in Zamboanga); bahug- 
bahug (Negros); boho-boho (Iloilo) ; coronitas (Manila); lantdna (Tarlac, 
Cavite, Batangas, Laguna); tinta-tintadhan (Manila). : 
LANTANA OIL 
This species has very aromatic leaves from which Bacon 7 
obtained an oil having an odor somewhat like that of sage. 
Concerning his experiments he writes: 
Seventy kilos of the leaves distilled with steam gave 60 cubic centi- 
meters of a light yellow oil; 100 kilos gave 245 cubic centimeters, and 
110 kilos gave 78 cubic centimeters of oil. 
These results show that the yield of oil evidently varies considerably, 
the differences depending upon the season, age of the leaves, etc. The oil 
30° 30° 30° 
has a specific gravity of ge = 0.9182; N 5 =1.4918; Ay =t115. Its 

* Brooks, B. T., New Philippine essential oils. Philippine Journal of « 
Science, Section A, Volume 6 (1911), page 333. 
+ Bacon, R. F., Philippine terpenes and essential oils, III. Philippine 
Journal of Science, Section A, Volume 4 (1909), page 127. 
