fee. REPORTS ON THE STATE OF SCIENCE.—1918. 
LILuie, RaupH S. (1917), ‘Amer. Journ. Physiol.’, 48, 43. “ier 
‘The Conditions Determining the Rate of Entrance of Water into Fertilized and 
Unfertilized Arbacia Eggs, and the General Relation of Changes of Permeability to 
Activation.’ 
LOEB, JACQUES (1901), ‘ Pfliiger’s Archiv.’, 88, 68. : 
‘Ueber den Hinfluss der Werthigkeit und méglicher Weise der elektrischen 
Ladung von Ionen auf ihre antitoxische Wirkung.’ 
Lors, JACQUES (1915), ‘ Proc. Nat. Acad. Sci., Washington,’ 1, 473. 
‘The Mechanism of Antagonistic Salt Action.’ 
LoxEB, JACQUES (1915), ‘ Science,’ 42, 643. 
‘ Electromotive Phenomena and Membrane Permeability.’ 
Loxrs, JACQUES, and R. BEUTNER (1912), ‘Biochem. Zeitschr.’ 41, 308. 
‘Ueher die Potentialdifferenzen an der unversehrten und verletzten Oberflache 
pflanzlicher und tierische Organe.’ 
‘Loews, S. (1912), * Biochem. Zeitchr.’, 42, 150-218. 
‘Zur physikalishe Chemie der Lipoide.’ 
Lucas, KEIvrH (1906), ‘ Journ. Physiol.’ 35, 103. 
‘On the Optimal Electric Stimuli of Muscle and Nerve.’ 
McC.enpon, J. F. (1910), ‘ Amer. Journ. Physiol.’, 2'7, 240. 
‘On the Dynamics of Cell Division.’ 
(Increase of permeability on fertilization.) 
McCienpen, J. F. (1912), ‘Amer. Journ. Physiol.’ 29, 302. 
‘The Increased Permeability of Striated Muscle to Ions during Contraction.’ 
Metres, E. B. (1915), ‘ Amer. Journ. Physiol.’ 38, 456. 
‘The Osmotic Properties of Calcium and Magnesium Phosphates in Relation to 
those of Living Cells.’ 
Moors, B.,and H. E. RoaF (1907), ‘ Biochem. Journ.’ Q, 34. 
‘Direct Measurements of the Osmotic Properties of Certain Colloids.’ 
Moors, B., and H. E. Roar (1908), ‘ Biochem. Journ.’ 3, 55. 
‘On the Equilibrium between the Cell and its Environment in regard to Soluble 
Constituents, with especial reference to the Osmotic Equilibrium of the Red Blood 
Corpuscle.’ 
Morse, H. N. (1914), ‘ Carnegie Institution of Washington,’ Publication No. 198. 
‘The Osmotic Pressure of Aqueous Solutions.’ 
NAEGELI, CARL VON (1885), ‘ Pflanzenphysiol. Studien,’ ], 1. 
‘ Primordial Schlauch.’ 
Nernst, W. (1899), ‘Gottingen Nachrichten. Math. Phys. Kl. (1899), 104. 
‘Zur Theorie der elektrischen Reizung.’ 
OsTERHOUT, W. J. V. (1911), ‘ Science,’ 34, 187. 
‘Permeability of Living Cells to Salts in Pure and in Balanced Solutions.’ 
OsTERHOUDT, W. J. Y. (1913), ‘Science,’ 38, 408. 
‘The Organization of the Cell with Respect to Permeability.’ 
OsTERHoovT, W. J. V. (1915), ‘ Botan. Gazette.’ 59, 242. 
‘Extreme Alterations of Permeability without Injury.’ 
OsTERHOUT, W. J. V. (1916), ‘ Botan. Gazette,’ 6]. 14%. 
‘The Decrease of Permeability Produced by Anesthetics.’ 
OSTWALD, W. (1890), ‘ Zeitschr. physik. Chem.’ 6, 71. 
‘Elektrische Eigenschaiten halbdurchlassiger Scheidewande.’ 
OVERTON, E. (1899), Jahrb. wiss. Botan.’ 34, 669. 
‘Studien tiber die Aufnahme der Anilinfarben durch die lebende Zelle.’ 
OVERTON, E. (1904), ‘ Pfliiger’s Archiv,’ 105, 176. 
‘Studien tiber die Wirkung der Alkali- und Erdalkalisalze auf Skelettmuskeln 
und Nerven.’ 
PFEFFER, W. (1890), ‘ Abh. Sachs. Ges. Wiss.’, 16, 187. 
‘Zur Kenntnis der Plasmahaut und der Vacuolen.’ 
RAMSDEN, W. (1904), ‘ Proc. Roy. Soc.’, 72, 156. 
‘Separation of Solids in Surface Layers of Solutions and Suspensions,’ 
RINGER, SYDNEY (1880), ‘ Journ. Physiol.’, 3, 380. 
‘Concerning the Influence exerted by each of the Constituents of the Blood on 
the Contraction of the Ventricle.’ 
Scort, F. H. (1916), ‘ Journ. Physiol.’ 5Q, 157. 
‘The Mechanism of Fluid Absorption from Tissue Spaces.’ 
SORENSEN, §. P. L. (1918), ‘Comptes rendus, Laboratoire de Carlsberg,’ 12, 372 pp. 
‘Studies on Proteins.’ 
(Osmotic pressure of proteins on p. 262.) 
