26 



Memorias-de la Sociedad Científica 



imniovable as soon as the abísorptioii o£ water is finisbed. (Fig. 

 10-17.) 



Thiá a new proof o£ my theory o£ raiisculap eontraction 

 explained by osraotical causes, as in the Rhnrabler's theory o£ 

 mitose. 



5*^ day. Gigantie mass restiltÍBg from the soldering of ma- 

 ny grains of oléate. By adding fresh puré water there are ve- 

 ry curious deformations as esplaiued in the drawing. (Fig. 

 18-24.) 



10.*^ day. MycellÍTjm o£ Fnngleptomiia, (Fig. 29-34) aniae- 

 boid £orins endowed with rapid movements. (Fig. 104.) 



14*^^ Rancid oil, oleic acid and ammonia: pellicles heavy, 

 "with vacuoles, trembling and contracting. (Fig. 81-85.) 



PRSPARATJONS. 



RESIJIiTS. 



Dry oléate of sodÍTim. 



Sporidia oí FwngfavvM, tu bes of 

 Fungaspergüla (Fig. 35.) 



Oléate of sodium in alcohol f or f otir 

 days, observed in water. 



Elastic vesicles, contracting or ex- 

 tending themselves with. a cu- 

 rrent of air or with. the heat, and 

 moving slowly as Infnsorians. So- 

 metimes an interna! boiling of par- 

 ticles in each vesicl e. (Fig 103. ) 



Commercial silicate of soditun and 

 oleic acid. In water. 



The same. 



Evaporation of a solution of oléate 

 of sodinm in C S- 



Vactiolatedprotoplasm of theyoxmg 

 cells of plants, with grannlations. 

 Insoluble. (Fig. 106.) 



Snlfoleie acid in f oi-matiou, in wa- 

 ter. Sfi-day. 



Mass floating with a curions series 

 of pyriform prodnctions (snlfo- 

 margaric acid?) Vesicles with a 

 membrane. Protoplasmicthreads. 

 Sporulation. (Fig. 107-118.) 



