870 



MANUAL OF THE PENICILLIA 



P. tannophilum Stapp and Bortels, 185 

 P. tardum Thorn, 39, 49, 51, 463, 647 



649, 651* 

 P. terlikowskii Zaleski, 229, 231* 232, 354 

 P. terrestre Jensen, 115, 410, 450*, 451 



455, 536 

 P. thomii Maire, 52, 156*, 157, 158, 266, 



277, 506 

 P. trzebinskii Zaleski, 179, 183, 193, 194* 

 P. turbatum Westling, 52, 102, 166*, 167 

 P. umbonalum Sopp, 313 

 P. urticae Rainier, 36, 69, 452, 520, 526, 



532, 533, 534*, 535, 557 

 P. variabile Sopp, 46, 631, 632, 640, 642*, 



646 

 P. variabile Wehmer, 516 

 P. varians Smith, 41, 614, 622, 625* 

 P. velutinum van Bey ma, 245, 250* 

 P. ventruosum Westling, 529 

 P. vermiculatum Dangeard, 20, 56, 57, 



559, 566, 567, 568, 5S0*, 581 

 P. vermoeseni Biourge, 680 

 P. verrucosum Dierckx, 486 

 P. verruculosuni Peyronel, 614, 621*, 622, 



633, 641 

 P. vesiculosurn Bainier, 400 

 P. vinaceum Oilman and Abbott, 234*, 



235 

 P. viniferum S., I., & T., 690 

 P. virescens, 546 

 P. viridicaium Westling, 481, 482*, 484, 



485 

 P. viridi-dorsum Biourge, 185 

 P. waksmani Zaleski, 245, 246* 

 P. weidemanni Westling var. fuscum 



Arnaudi, 247 

 P. wortmanni Klocker, 20, 57, 559, 560, 



566, 567, 568, 583*, 585 

 P. Zukalii Biourge, 154 

 Penicillus, 15, 16, 42, 44, 45, 46 



as a basis for identification and clas- 

 sification, 108, 110, 113 

 Parts of. 

 Branches, 42, 48 

 Conidia, 42, 48, 49, 113 

 Metulae, 42, 47 

 Sterigmata, 42, 45, 47 

 Types of, 



Asymmetrical, 42, 43, 45, 111 

 Biverticillate-symmetrical, 43, 46, 



111 



Monoverticillate, 42, 43, 44, 110 

 Polyverticillate, 43, 111 

 Pennington, E. S., 646 

 Peridium, 54, 55, 56 



Perithecia, 5, 16, 54, 55, 56, 57, 112, 132, 

 260,564,692,701 



Early studies on, 11 



Formation of, 54, 55, 56, 57, 564 



Importance in Classification, 109, 112 



Loss of, 83 



Media favorable for, 68, 69 



Reappearance of, 643 



Taxonomic significance of, 54, 58 



Types of , 54, 55, 56, 57, 564 

 Perithecial initials, 54, 56, 57, 568 

 Perlstein and Liebmann, 101 

 Poison to control mites, 86 

 Pollacci, G., 18, 693 

 Polygalactose, 252 

 Polygalacturonase, 375 

 Polymannose, 252 

 Polysaccharide production, 751 



Galactocarolose, 253 



d-Galactose, 252 



Luteose, 608 



Malonyl-polyglucose, 609 



Mannocarolase, 253 



d-Mannose, 252 



Mycodextran, 522 



Polygalactose, 252 



Polymannose, 252 



Sclerotiose, 169 



Varianose, 630 

 Polyverticillata, 43, 111, 668* 

 Pontecorvo, G., 40, 59 

 Pope, Seth, 22 

 Posternak,T.,239,507,646 

 Posternak and Jacob, 376 

 Potato agar, 62 

 Potato-dextrose agar, 62 

 Powell, H. C., 391, 530 

 Povah, A. W.,514 

 Pratt, A. O., 295, 328 

 Pratt, el al. 94 

 Pratt, C., 544 



Preservation of Cultures, 78-88 

 Preuss, G. T., 4 



Princeton University Press, 101 

 Propionic acid, 404 

 Proteolytic enzymes by, 



P. camemberti, 429 



