34 Frol. 
II. Protozoa. 
[1913] 
The importance of big-game and 
domestic animals in connection with 
the spread of sleeping-sickness (T. 
rhodesiense) ; Taute, 404. 
The relation of sleeping-sickness to 
big game ; Yorke, 449. — The sleeping- 
sickness and big game question ; 
Minchin, 277. 
Role r6gulateur des hotes inter- 
mediaries dans le cas des Trypano- 
somes ; Brumpt, 53. 
Biological factors influencing develop- 
ment of Tr. brucii {rhodesiense) in 01. 
morsitans ; Kinghorn, Yorke & Lloyd, 
200 . 
Comment les Infusoires so com portent 
vis-&-vis des mdlangos de diverses 
matures colorantes ? Metalnikoff, 271. 
No evidence of appreciable influence 
of Ciliates {Colpoda) or Amoebae in 
limiting the numbers of soil-Bacteria ; 
Greig-Sraith, 155. 
t)ber die Verbreitung der Siiss- 
wasserprotozoen durch die Luft ; 
Puschkarew, 341. 
Psychology (Instinct). 
Sur la faculte des Infusoires {Para- 
moeciuni) “ d’apprendro ” & choisir la 
nourriture ; Metalnikoff, 273. — Nah- 
rungswahl der Infusorien (Russ.) ; 
Metalinikoff, 272. 
Plankton. 
Nordischcs Plankton. Flagellata and 
Rhynchoflagellata : Rhizopoda, Helio- 
zoa and Sticholonche ; Hamburger, 161. 
Nordisches Plankton ; Suctoria ; 
Hamburger & Buddenbrock, 162. 
Protozoan plankton, Danish waters, 
1898-1901 ; Hansen-Ostenfeld, 163. 
Flagellata and Coccolithophoridae, 
Adriatic ; Schiller, 365. 
Adriatische Tintinnodeen ; Laack- 
mann, 213. 
Sydney, water supply, Dinoflagellate 
plankton ; Playfair, 322. 
• Plankton-Exped. d. Humboldt- 
Stiftung, Oceanic (various) Foramini- 
fera {Rhabdamminidae, Ammodisculi- 
nidae and N odosamminidae) ; 
Rhumbler, 347. 
Plankton-Expedition d. Humboldt 
Stiftung, Oceanic (various) Radiolaria 
{Polycystina) ; Dreyer, 100. 
Plankton - Expedition, Oceanic 
(various) Radiolaria Tripylaria ( Allan - 
ticellidae) ; Borgert, 38. 
Parasitism. 
(a) Natural transmission j Infeotivity. 
Influence of various conditions and 
experiments on the infeotivity of ticks 
{Rhipicephalus) in regard to Theileria 
parva ; Nuttall & Hindle, 294. 
Probable modes of transmission and 
infection of Kala-Azar ; Donovan, 
98. — On the question of the trans- 
mitting agent of Kala-Azar {Leish- 
mania) ; Scordo, 379. 
Apparently only hereditary mode 
of infection in Grithidia hyalommae ; 
O’Farrell, 296. 
Essential importance of the salivary- 
gland forms of T. gambiense in the 
tsetse-fly as regards infeotivity ; Kleine 
& Eckard, 201. — On the difficulty of 
determining the transmissive agent of 
T. gambiense in different parts of 
Africa under varying climatic con- 
ditions ; Kleine & Fischer, 202. 
Infeotivity of Olossina morsitans, in 
regard to various Trypanosomes, 
Nyassaland ; Bruce, Harvey & Hamer- 
ton, 44 & 45. 
Reservoir host of T. simiae is the 
wart-hog {Phacochaerus), and the 
carrier Gl. morsitans ; Bruce, Harvey 
& Hamerton, 49. — T. caprae of cattle, 
goats and sheep, conveyed by Ol. 
morsitans ; Bruce, Harvey, Hamerton 
& Davey, 51. 
Mechanical transmission of Surra in 
the Philippines by the horse-fly, 
Tabanus striatus ; Mitzmain, 278. 
Immunitd partielle dans les infections 
& Schizotrypanum ( Trypanosoma) 
cruzi ; transmission de ce Trypanosome 
par Cimex rotundatus. Passage a 
travers la peau ; Brumpt, 53. 
Evolution de Trypanosoma leivisi, 
duttoni, nabiasi, blanchardi chez les 
puces et les punaises. Transmission par 
les dejections. Comparaison avec T. 
cruzi ; Brumpt, 52. 
