Page 



granular cells 262 



granulocytes 259 



hyaline cells 259,261 



specific gravity 265 



blood cells, agglutination 262 



amoeboid movement 260,262 



coalescence 262 



blood cells, filamentous pseudopod under electron 



microscope 264 



enzymes 264 



granules 263 



heavy metals in cells. _ 264 



survival in vitro 260 



blood clots, in connective tissues 262 



blood plasma, ionic concentration 278 



protein content 278 



blood vessels 253, 258 



histology 84 



injection of 253 



of mantle 70, 84 



blue crab 439 



Blue Point oyster 17 



Bochenek, M. A., glia cells 285 



body fluid, ionic concentration in 278 



B0ggild, C. B 37 



conohiolin secretion 93 



identification of aragonite 103 



Bojanus organ, kidney 70, 273 



Bonnot, P., setting 372 



boring clam 421 



boring sponges 420 



Borisiak, A., prodissoconchs 364 



Bornet, E., perforating algae 426 



Borradaile, L. A 154 



Boswell, J. L., Dermocystidium 416 



Bosworth, M. W., respiratory quotients 212 



Botryllus schlosseri 427 



bottom, character of muddy 399 



Bouck, G. B., Codium in Long Island 429 



Bousfield, E. L., transport of larvae 403 



Boutan, L., pearl formation 95 



Bowden, J., striation in muscle fiber 157 



Bowerbank, J. S 48 



Bowerbankia imhricala 427 



Boyland, R., adductor of Pedere 165 



brachiolaria 437 



brackish water, classification of 404 



Bradley, H. C, zinc in tissues J" 390 



branchial nerve 72 



microscopic structure 289 



Brandes, R., chemical analysis of shell 39 



Breder, C. M., blood cells 260 



Brezina, M., dropping mercury electrode. _ 214 



Brooks, W. K 65 



Brown, F. A., Jr., cycles of shell movement 180 



Bruce, .J. R., food of larvae 374 



Briick, A., muscle attachment in Anodonta 160 



Briicke, E. T 136 



Bryozoa, encrusting shells 427 



Bucephalus haimeanus 419 



SUBJECT AND AUTHOR INDEX 



Page 



Buchholz, chemical analysis of shell 39 



Bumpus, D. F., organic matter in phytoplankton.. 408 



Bureau of Mines, spectrographic analysis of meat.. 383 



Burkenroad, M. D., hermaphroditism. 314 



Thais haemastoma 433 



burrowing shrimp 439 



Busycon, manner of opening bivalve shells 435, 436 



number of oysters destroyed per week .. 436 



Busycon carica 435 



Busycon canaliculatum 435 



Butler, P. A., inhibition of reproduction by low- 

 salinity 406 



mortality of oysters, Mississippi Sound.. .. 405 



setting 372 



water transport and carbohydrates 200 



butyrase, in stomach 230 



Buzzards Bay, oyster bottoms destroyed by dredg- 

 ing 398 



byssus gland 359 



calcification 93-98 



difference between right and left valve . _ __ 104 



of shell 93 



rate of 104 



seasonal variation 105 



theories 94 



calcite 103 



mineralogical identification 103 



calcite and gypsum crystals 102-103 



calcite ostracum, ultrastructure 4,37 



calcium 45, use in calcification studies 103 



calcium, cytological identification 101 



calcium-secreting cells 87 



calcium, sources of 103 



factors in shell formation 98 



use of heavy metal for identification 101 



calcium carbonate, minerology 103 



use in water filtration studies 193 



calcium phosphate, in mantle 97 



in new shell 97 



calcospherites 93 



Calderwood, H. N., glycogen 386 



method of glycogen determination 386 



moisture determination by xylene distillation. 385 



pulp mill pollution 443 



York River plankton 409 



Callianassa sp 439 



Callianassidae, destructive to oyster dikes 439 



Callinectes sapidus 439 



Cameron, W. M., definition of an estuary 400 



Camien, M. N., amino acids 391 



Cancer irroratus 439 



cane sugar, stimulating effect on tentacles 294 



carbohydrates 381-382 



determination in salt water 198-199 



in sea water 197 



in Woods Hole sea water 199 



no effect on water transport 199-200 



carbon dioxide, fixation during shell formation. 95-96, 99 



459 



