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358 INDEX. 
: ; Pas. Paces, 
_ Bacterium campestre—continued.: Bacterium hyacinthi—continued. 
temperature relations.......-...-+.+.++-0ss05, 324 litmus, reduction of....... ie Soman Reseed 346, 348 
STON CLVSCONE, Fo aids c en ees cee saeased sald 321 ION GOVE <<. us gee Saeeen wbudae tea ae 350 
Vitality, 1006 O8i5455 0504s vice iesserinds rt Het ents 322 morphology . «3.630: 450s sicad veel PE Pete 344, 350 
Bacterium fimbriatum, in cultures of Dictyostelium, MOtity .< ... .ssiss no v-abale ee day eee ean eee 345 
169, 171 movement through host. 5 alate slale. oa ea cele ois Se 343 
Bacterium fluorescens on surface of plants......... 31 nitrites not produced... 5.6.5 ssadHea0y vcs aal seen 349 
Bacterium fluorescens liquefaciens, in cultures of nitrogen, CXPOSUTE.C0. .\5\< sis» Sindee Saale ve ee 349 
Dictyostelium. .......--0.++seeeeeeees 169, as pigment... .¥..<se warn se Rae bee renee 345, 347,349, 351 
Bacterium SUmmis.. «o.oo oscc es. ce Fees Te ee eeaes pseudozoogloeae.........5:..:55 30s tints teeny tame 344 
Bacterium herbicola aureum, habitat and description resistance to. drying’. ; . 0.0 ss.<i «2.5.05 see yen 345 
Be bee a he wis oie pate rato MRT ete eI 33 salient characters, résumé of.............0.0005 350 
Bacterium herbicola rubrum..............--...45 33 sodium chloride, toleration of................4 348 
Bacterium hyacinthi.........2..6rsseenecseasens 335 SPOPES. 6... eee eee vee ses esWlees 4 ssleiw als Ooms 344 
(See also Yellow Disease of hyacinths. ) BIAGURT soos Seas ere 345,350 
acid production cdg Su OER R Sa Ean aa 346, 348, 350 temperature rélations:.. .. »<¢.25)skeleGee ee 350, 351 
acids, toleration Of ........00008.603a00s0s 348, 349, 350 toleration of gases 
Giicali PeodeCed (is. c0's 5:65 S60 6's Seales Fes ahane sorpt.e 346 tYTOSINASE.... 2... een er erenendsials sews e siene he 
alkalies, toleration of...............++. 348, 349,350 Bacterium japonicum 
ammonia produced... 0... ces ccc ne cence eens 348 Bacterium juglandis 
carbon dioxide, exposure tO...............0005. 349 Bacterium leguminosarum, nov. nom.............. 99 
oe Eres ONES SP Rene ote Cae eee 348 (See root-nodule organism, Leguminosae.) 
Meas rch 9 REE ah tee aR case era arse eter koe 344 Bacterium maculicolum, stomatal infections....... 63 
pce Rais PrOdaCEd sik sews Vans o ete tosis 349 Bacterium malvacearum,. ........0s..0s00se008 39, 65 
chloroform, growth OVER. 2.5 sows ies Gales tees 350 saprophyte accompanying........ Ee 32 
CRONIES LE ae Se mi eer ee oles.cces nie 349.350 Bacterium mori, tyloses, . «25 05.2057. d05seeKey 91, 94 
crystals produced... .....--- 26s cess eee e eens 346 Bacterium phaseoll...; :..... 22141835 <aey eee 62. 
cultural characteristics...............00-0ee0u 344 (See beans, spot disease.) 
decomposition products.............--+.eeeeee 349 Bacterium pruni.4.6. 6. ss1052507s00 eee 60 
MeSIDON: 00.55.05 4a ca toes Meee ee ain rele seats 344 (See also black-spot of plum.) 
RARE IE BEINN oni x cha core eisieape Tad cierkie'e Seung 346, 347 en peach, germicide £66; j.3);.-. 2.2. on +c eee 201 
Aideetiinaon Of», é<.0.07 kabel d wise scuedases 337 “Bacterium putidum,.-...5 00s 26% eck ee RE 33 
drying, resistance to......... Se panera he oe. He ear Systane 345 Bacterium putredinis, solution of cell-walls........ 77 
effect’ on aGid: fUchsiM. 265.505 esse se cede wes ais 348 Bacterium pyocyaneum, plants inoculated with.... 176 
effect on indigo carmine...................08.. 348 177,179 
effect on methylene blue...................05. 348 Bacterium radicicola, 
eles on SOSONC ACI. cic te teases naneicm sv emeae 348 (See root-nodule organism, Leguminosae.) 
fermentation tube experiments................. 347 ~+Bacterium radicicoltim, 
filaments......... 0.025 ee eee eee cette eee sees 344 (See root-nodule organism, Leguminosae.) 
growth in acid beef- Waele cs otal ac chaston 3455348 ~ Bacterium savastanol: ;.<.sAnswSsds ab Set apeaieled 41 
growth on acid gelatin..........--....-++.005, 349 (See also olive tubercle.) 
growth in alcohols... 02 os0 sass to endeels 346, 347 location in tissiies;; 0.4). 6:< 544 aa¢0 thee Ure 70 
growth in alkaline beef-broth.................. 348 Joss of virulene; 556% «oss bcs schon os Bie 94 
growth on alkaline gelatin.................-... 349 resistance produced ‘by... ..... . dss aavesnau aor 94 
growth in ‘béef-agar: i icc ces tee la td wenn ah 349 Bacterium solanacearum, 
growth in beef-bouillon bya atesaerang shave bere mnans 346, 348 cavities produced.......... Wer eea haa ele 4, 69 
growth in cabbage juice. cicis .oscass prawcteaiate 348 entrance into the tubers... . 6... 6.400000 8s sual 39 
growth on carrot cylinders................... 347 field experiments with fertilizers................ 38 
growth in cauliflower broth.............5...... 348 final outcome of attack by... .......«scnsimacaset é 
growth on coconut-cylinders................... 349 incubation Period «.< « o.i0,<:<:vinw aisle eae eee 
growth in Dunham’s solution.................. 348 inoculation of potato shoots treated with fertilizers a 
Sroweh in pelatias cos. 5i seco eew edie eae swlieas 347 non-vitulent cultures. ...02.. . ons ds 0 0Gw ee aedents go 
growth in hyacinth broth................... 29, 348 occasional reaction of host Fass sere hes a 6, 90 
crowth i in Loeffler’s blood serum. .............. 347 root infection. . 5 s..:0.2 <ilibcelcrw <i pa ee 190 
Growth in Wille: S52 6ik oo 5a os aadoslic es ewes 346 tissues attacked. bY... s:sis.9:3:s caus ches in deme oats 69 
growth in nutrient gelatin..................... 349 LVlOSOS. 24 Garke's a0 ened kan ee cine drat 9g! 
growth on nutrient starch jelly................. 347 Bacterium stewarti, 
growthin potato broth....5 cece cies. 348 (See Stewart’s disease of sweet corn.) 
growth on potato-cylinders LARS RE Teena ee 346, 350 distribution, manner Of. «as <3 Vesasionan nee 189 
growth in sugar-beet juice........ Ce NEe ATTA 348 incubation period ....5:. «.+.s,5i.2 404.439 onteale 66 
growth on sugar media................. 344, 347, 35° inhibiting effect of acid tomato juice....... facets 29 
Growth in tomb Gmee oe 5 See esis: ee eta 348 inoculation!sS . on). <cy nendia + oaoe eae 61 
growth on turnip-cylinders Res area eee a 347 saprophytes accompanying..............0...5- 32 
growth in Uschinsky’s solution.......... 348, 349,350 Bacterium termo, in sorghum stems.............. 12 
Browth I VACURs bcs di weds Bet au aioe dees ess 349 Bacterium tumefaciens, 
Wiost PANE how cases ened ea siea ea alek ae kets 335 (See also crown-gall.) 
hydrogen, ekposttthe: 6 6.2.5.6.3 siecria se oes vais soe 349 acetic acid produGed s «ois sis v5 v/a bcteias bud a 74 
hydrogen sulphide produced.................-5 349 HOSS. 5 x ais. saa sie aye Oe Warsys Givig SSR 41 
indOl. PrOGUCHON: cas sice esas eal ease aeae 349 incubation: period <. 5. .it-hcs wacked out Baa eae 66 
inoculation, methods...... Siteat aa ee Trace 337 inoculations into fish and frogs...............+. 182 
$MIOCUALIONS = 5 5.e5ieo.c.48 Siler aa vials cla had sce Macalnes 337 involution forms. .2.¢<5..csiss ose + seu eeeeiae 73,74 
BVOC LOTS | 2 ey cisranie. agersid ereetnsd pratote Bateau 345 location in tissues...........5.. AE ee es? 79, 73 
lab ferment; cece clon: cel teete Sas Reiss e 5 346 loss:of virulence. «oii .4/3 << 3ire 6 6.605 aia nti 94 
fiquelaction' of gelatig. j..5c0.50554..00 essences 347 resistance produced by... ......: 0) .s«ss%> sii 94 
liquefaction of Loeffler’s blood serum. .......... 347 saprophytes accompanying................0s5: 32 
