INDEX 



493 



Pulmonary arches of mammals. The devel- 

 opment of the pharynx and aortic arches 

 of the turtle, with a note on the fifth and. . 407 



Putnam, T. J., Wislocki, G. B., and. Ab- 

 sorption from the ventricles in experi- 

 mentally produced internal hydro- 

 cephalus 313 



RAT, until the completion of disjunction 

 The development of the eyelids of the 

 albino 1 



Red bone-marrow. Mitochondria and Golgi 

 apparatus of the giant-cells of 117 



Renal secretion. Histochemical studies on 

 the mechanism of 33 



Resistances to skeletal growth as stimuli to 

 chondrogenesis and osteogenesis. Studies 

 in the dynamics of histogenesis. IV. 

 Tension of differential growth as a stimu- 

 lus to myogenesis in the limb. V. Com- 

 pression between the accelerated growth 

 centers of the segmental skeleton as a 

 stimulus to joint formation. \T 93 



Rhythmicality. Studies in the dynamics of 

 histogenesis. Tension of differential 

 growth as a stimulus to myogenesis. 

 VII. The experimental transformation of 

 the smooth bladder muscle of the dog, 

 histologically into cross-striated muscle 

 and physiologically into an organ mani- 

 festing 341 



SARCOMA cells as object. Digestive activ- 

 ity of mesenchyme. A. The Ehrlich. . . . 431 



Secretion. Histochemical studies on the 

 mechanism of renal 33 



Shaner, Ralph Faust. The development 

 of the pharynx and aortic arches of the 

 turtle, with a note on the fifth and pul- 

 monary arches of mammals 407 



Skeleton as a stimulus to joint formation. 

 \T. Resistances to skeletal growth as 

 stimuli to chondrogenesis and osteogenesis 

 Studies in the dynamics of histogenesis. 

 IV. Tension of differential growth as a 

 stimulus to myogenesis in the limb. V. 

 Compression between the accelerated 

 growth centers of the segmental 93 



Smooth bladder mxiscle of the dog, histo- 

 logically into cross-striated muscle and 

 physiologically into an organ manifesting 

 rhythmicality. Studies in the dynamics 

 of histogenesis. Tension of differential 

 growth as a stimulus to myogenesis. 

 VII. The experimental transformation of 

 the 341 



Stieglitz, E. J. Histochemical studies on 

 the mechanism of renal secretion 33 



Stimulus to myogenesis in the limb. V. Com- 

 pression between the accelerated growth 

 centers of the segmental skeleton as a 

 stimulus to joint formation. VI. Resis- 

 tances to skeletal growth as stimuli to 



chondrogenesis and osteogenesis. Studies 

 in the dynamics of histogenesis. IV. 

 Tension of differential growth as a 93 



Stimulus to myogenesis. VII. The experi- 

 mental transformation of the smooth 

 bladder muscle of the dog, histologically 

 into cross-striated muscle and physio- 

 logically into an organ manifesting rhy- 

 thmicality. Studies in the dynamics of 

 histogenesis. Tension of differential 

 growth as a 341 



Striated muscle and physiologically into an 

 organ manifesting rhythmiqality. Stud- 

 ies in the dynamics of histogenesis. Ten- 

 sion of differential growth as a stimulus 

 to myogenesis. VII. The experimental 

 transformation of the smooth bladder 

 muscle of the dog, histologically into 

 cross- 341 



Supply. The comparative histology of the 

 enamel- organ of the mammalian tooth, 

 with special reference to its blood 379 



TENSION of differential growth as a stimu- 

 lus to myogenesis in the limb. V. Com- 

 pression between the accelerated growth 

 centers of the segmental skeleton as a 

 stimulus to joint formation. VI. Resis- 

 tances to skeletal growth as stimuli to 

 chondrogenesis and osteogenesis. Studies 

 in the dynamics of histogenesis. IV 93 



Tension of differential growth as a stimulus 

 to myogenesis. VII. The experimental 

 transformation of the smooth bladder 

 muscle of the dog, histologically into 

 cross-striated muscle and physiologically 

 into an organ manifesting rhythmicality. 

 Studies in the dynamics of histogenesis.. . 341 



Testis. The interstitial cells of the urodele. . 213 



Tissue of the intestine (Lepus) : a contribution 

 to the knowledge of the development of 

 lymphatic tissue and blood-cell formation. 

 The histogenesis of dense lymphatic 159 



Tooth, with special reference to its blood 

 supply. The comparative histology of 

 the enamel organ of the mammalian 379 



Turtle, with a note on the fifth and pulmonary 

 arches of mammals. The development 

 of the pharynx and aortic arches of the. . 407 



URODELE testis. The interstitial cells 

 of the 213 



VENTRICLES in experimentally produced 

 internal hydrocephalus. Absorption 



from the 313 



Vitro of liver cells from the chick embryo. 

 The cultivation in 281 



WISLOCKI, G. B., AND Putnam, T. J. 

 Absorption from the ventricles in 

 experimentally produced internal 

 hydrocephalus 313 



