THE SPLEEN AS AN ENDOCRINE ORGAN 299 



Meyer (A. W.). (a) The haemolymph glands of the sheep. Anat. Rec., Phila., 1908. 

 II, 62-64. 



(b) The supposed experimental production of liemolymph nodes and 

 accessory spleens. J. Exper. ZooL, Phila., 1914, XVI, 241-264. 



(c) Studies on hemal nodes. IV. The occurrence of supernumerary 

 spleens in dogs and cats, with observations on corpora libera abdom- 

 inalis. Anat. Rec., Phila., 1914, VIII, 147-172. 



(d) Studies on hemal nodes. VI. Hemal nodes in bovines and goats. 

 Am. J. Anat., Phila., 1917, XXI, 359-373. 



(e) Studies on hemal nodes. VII. The development and function of 

 hemal nodes. Am. J. Anat., Phila., 1917, XXI, 375-405. 



(f) Studies on hemal nodes. VIII. The absence of hemal nodes in 

 the domestic pig. Am. J. Anat., Phila,, 1918, XXIV, 109-125, 3 pi. 



Meyers (J.). A study of the blood after splenectomy following trauma. J. Am. M. 

 Asm., Chicago, 1909, LII, 1231-1234. 



Minot (G. R.). Nitrogen metabolism before and after splenectomy in a case of per- 

 nicious anaemia. Johns Hopkins Hosp. Bull.. Baltimore, 1914, XXV, 

 338-342. 



Morris (D. H.). (a) The role of the spleen in blood formation. J. Exper. M., N. Y., 

 1914, XX, 379-386. 



(b) The spleen exerts no influence upon the growth of transplanted 

 tumors. J. Cancer Research, Baltimore, 1917, II, 498. 



Morris (R. S.). (a)\ Nuclear particles in the erythrocytes. Arch. Int. Med., 

 Chicago, 1909, III, 393-397. 



(b) The occurrence of nuclear particles in the erythrocytes following 

 splenectomy. Arch. Int. Med., Chicago, 1915, XV, 514-517. 



Murphy (J. B.). Factors of resistance to heteroplastic tissue- grafting. Studies in 

 tissue specificity. III. J. Exper. M., N. Y., 1914, XIX, 513-522, 5 pi. 



Murphy (J. B.) and Ellis (A. W.). Experiments on the role of lymphoid tissue in 

 the resistance to experimental tuberculosis in mice. J. Exper. M., 

 N. Y., 1914, XX, 397-403. 



Musser (J. H., Jr.). An experimental study of the changes in the blood follouring 

 splenectomy. Arch. Int. Med., Chicago, 1912, IX, 592-600. 



Musser (J. H., Jr.) and Krumbhaar (E. B.). The relation of the spleen to blood 

 destruction and regeneration and to hemolytic jaundice. VI. The 

 blood picture at various periods after splenectomy. J. Exper. M., 

 N. Y., 1913, XVIII, 487-493. 



Orr (T. (J.). Blood picture following experimental splenectomy. J. Lab. & Clin., 

 St. Louis, 1916=17, II, 895-898. 



Ott (1.) and Scott (J. C.). The spleen and chronic constipation. Proc. Soc. Exper. 

 Biol. & Med., N. Y., 1911=12, VIII -IX, 64-65. 



Ozaki (Y.). (a) The spleen as a bacterial filter. J. M. Research, Bost., 1917, 



xxxvi, 413-422. 



(b) Phagocytosis of bacteria in the excised spleen after perfusion with 

 Locke's solution. J. M. Research, Bost., 1917=18, XXXVII, 247-258, 

 1 pi. 



Paton (D. N.). Studies of the metabolism in the dog before and after removal of 

 the spleen. J. Physiol., Lond., 1900, XXV, 443-461. 



