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Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450661.htmlRF2HBA0CN–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-interesting-patterns-at-boundaries-between-pin-mould-fungi-and-the-85592397.htmlRMEY71Y9–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. 3o8 DIVISION II.—COVRSE OF DEVELOPMENT OF FUNGI. Gastromycetes. Section LXXXIX. The Gastromycetes include the chief groups of the Hyme- nogastreae, Lyeoperdaceae, TTidularieae, and Fhalloideae; to these are joined a few smaller divisions composed partly of forms intermediate between them and partly of divergent genera and some small groups. The compound sporophores in these Fungi spring from a simple filamentous or from a compound mycelium (see page 2 2). They are for Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-morphology-and-biology-of-the-fungi-mycetozoa-and-bacteria-plant-morphology-fungi-myxomycetes-bacteriology-3o8-division-iicovrse-of-development-of-fungi-gastromycetes-section-lxxxix-the-gastromycetes-include-the-chief-groups-of-the-hyme-nogastreae-lyeoperdaceae-ttidularieae-and-fhalloideae-to-these-are-joined-a-few-smaller-divisions-composed-partly-of-forms-intermediate-between-them-and-partly-of-divergent-genera-and-some-small-groups-the-compound-sporophores-in-these-fungi-spring-from-a-simple-filamentous-or-from-a-compound-mycelium-see-page-2-2-they-are-for-image232000738.htmlRMRDCF8J–. Comparative morphology and biology of the fungi, mycetozoa and bacteria . Plant morphology; Fungi; Myxomycetes; Bacteriology. 3o8 DIVISION II.—COVRSE OF DEVELOPMENT OF FUNGI. Gastromycetes. Section LXXXIX. The Gastromycetes include the chief groups of the Hyme- nogastreae, Lyeoperdaceae, TTidularieae, and Fhalloideae; to these are joined a few smaller divisions composed partly of forms intermediate between them and partly of divergent genera and some small groups. The compound sporophores in these Fungi spring from a simple filamentous or from a compound mycelium (see page 2 2). They are for
A cartoon design of mycoplasma having a crazy face Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-cartoon-design-of-mycoplasma-having-a-crazy-face-image354904341.htmlRF2BHB831–A cartoon design of mycoplasma having a crazy face
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450658.htmlRF2HBA0CJ–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-interesting-patterns-at-boundaries-between-pin-mould-fungi-and-the-85592384.htmlRMEY71XT–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. 3o8 DIVISION II. -COURSE OF DEVELOPMENT OF FUNGI. ( i Wl'ROMYCI I I ;. Section LXXXIX. The Gastromycetes include the chief groups of the Hyrne- nogastreae, Lycoperdacoae, Nidularieae, ami Phalloideae ; to these are joined a few smaller divisions composed partly of forms intermediate between them and partly of divergent genera and some small groups. The compound sporophores in these Fungi spring from a simple filamentous or from a compound mycelium (see' page 22). They are for Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-morphology-and-biology-of-the-fungi-mycetozoa-and-bacteria-fungi-morphology-bacteria-morphology-3o8-division-ii-course-of-development-of-fungi-i-wlromyci-i-i-section-lxxxix-the-gastromycetes-include-the-chief-groups-of-the-hyrne-nogastreae-lycoperdacoae-nidularieae-ami-phalloideae-to-these-are-joined-a-few-smaller-divisions-composed-partly-of-forms-intermediate-between-them-and-partly-of-divergent-genera-and-some-small-groups-the-compound-sporophores-in-these-fungi-spring-from-a-simple-filamentous-or-from-a-compound-mycelium-see-page-22-they-are-for-image232651021.htmlRMREE4N1–. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. 3o8 DIVISION II. -COURSE OF DEVELOPMENT OF FUNGI. ( i Wl'ROMYCI I I ;. Section LXXXIX. The Gastromycetes include the chief groups of the Hyrne- nogastreae, Lycoperdacoae, Nidularieae, ami Phalloideae ; to these are joined a few smaller divisions composed partly of forms intermediate between them and partly of divergent genera and some small groups. The compound sporophores in these Fungi spring from a simple filamentous or from a compound mycelium (see' page 22). They are for
A cartoon character of mycoplasma waiter working in the restaurant Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-cartoon-character-of-mycoplasma-waiter-working-in-the-restaurant-image354894071.htmlRF2BHAR07–A cartoon character of mycoplasma waiter working in the restaurant
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450641.htmlRF2HBA0C1–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-interesting-patterns-at-boundaries-between-pin-mould-fungi-and-the-85592399.htmlRMEY71YB–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
. A manual of determinative bacteriology. Bacteria. Fig. II. — Types of colonies. D. Mycelioid. E. Filamentous. Rugose, short, irregular folds, due to shrinkage of surface growth. Corrugated, in long folds, due to shrinkage. Contoured, an irregular but smoothly undulating surface, like the surface of a relief map. Rimmose, abounding in chinks, clefts, or cracks.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Chester, Fred Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-determinative-bacteriology-bacteria-fig-ii-types-of-colonies-d-mycelioid-e-filamentous-rugose-short-irregular-folds-due-to-shrinkage-of-surface-growth-corrugated-in-long-folds-due-to-shrinkage-contoured-an-irregular-but-smoothly-undulating-surface-like-the-surface-of-a-relief-map-rimmose-abounding-in-chinks-clefts-or-cracks-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-chester-fred-image232427868.htmlRMRE4038–. A manual of determinative bacteriology. Bacteria. Fig. II. — Types of colonies. D. Mycelioid. E. Filamentous. Rugose, short, irregular folds, due to shrinkage of surface growth. Corrugated, in long folds, due to shrinkage. Contoured, an irregular but smoothly undulating surface, like the surface of a relief map. Rimmose, abounding in chinks, clefts, or cracks.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Chester, Fred
A cartoon concept of mycoplasma rise up a glass of beer Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-cartoon-concept-of-mycoplasma-rise-up-a-glass-of-beer-image354875364.htmlRF2BH9Y44–A cartoon concept of mycoplasma rise up a glass of beer
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450671.htmlRF2HBA0D3–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-interesting-patterns-at-boundaries-between-pin-mould-fungi-and-the-85592383.htmlRMEY71XR–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. 38 DIVISION I. — GENERAL MORPHOLOGY. fissure in the rind, and formed therefore in all probability from a single branch proceeding from a peripheral medullary hypha and piercing through the rind. The exceptional case mentioned above, in which the product of the sclerotium is not a compound structure, is the formation of simple filamentous gonidiophores, known by the name of Botrytis < inn-ca, from the sclerotia of Peziza Fuckeliana. In most of the cases which I have myself Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/comparative-morphology-and-biology-of-the-fungi-mycetozoa-and-bacteria-fungi-morphology-bacteria-morphology-38-division-i-general-morphology-fissure-in-the-rind-and-formed-therefore-in-all-probability-from-a-single-branch-proceeding-from-a-peripheral-medullary-hypha-and-piercing-through-the-rind-the-exceptional-case-mentioned-above-in-which-the-product-of-the-sclerotium-is-not-a-compound-structure-is-the-formation-of-simple-filamentous-gonidiophores-known-by-the-name-of-botrytis-lt-inn-ca-from-the-sclerotia-of-peziza-fuckeliana-in-most-of-the-cases-which-i-have-myself-image232679282.htmlRMREFCPA–. Comparative morphology and biology of the fungi, mycetozoa and bacteria. Fungi -- Morphology; Bacteria -- Morphology. 38 DIVISION I. — GENERAL MORPHOLOGY. fissure in the rind, and formed therefore in all probability from a single branch proceeding from a peripheral medullary hypha and piercing through the rind. The exceptional case mentioned above, in which the product of the sclerotium is not a compound structure, is the formation of simple filamentous gonidiophores, known by the name of Botrytis < inn-ca, from the sclerotia of Peziza Fuckeliana. In most of the cases which I have myself
A diligent student in mycoplasma mascot design concept with books Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-diligent-student-in-mycoplasma-mascot-design-concept-with-books-image354904348.htmlRF2BHB838–A diligent student in mycoplasma mascot design concept with books
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450649.htmlRF2HBA0C9–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-interesting-patterns-at-boundaries-between-pin-mould-fungi-and-the-85592390.htmlRMEY71Y2–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 188 A. TESKE ET AL Beggiatoa spp., filamentous sulfide- oxidizing bacteria at the oxic/anoxic water/sediment interface. sediment - water anaerobic methane-oxidizing consortia archaea (red), bacteria (green) H Sulfate reducers, here the hyperthermophilic archaeon Archaeoglobus profundus. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Marine Biological Lab Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-188-a-teske-et-al-beggiatoa-spp-filamentous-sulfide-oxidizing-bacteria-at-the-oxicanoxic-watersediment-interface-sediment-water-anaerobic-methane-oxidizing-consortia-archaea-red-bacteria-green-h-sulfate-reducers-here-the-hyperthermophilic-archaeon-archaeoglobus-profundus-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustrations-may-not-perfectly-resemble-the-original-work-marine-biological-lab-image234616124.htmlRMRHKK78–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. 188 A. TESKE ET AL Beggiatoa spp., filamentous sulfide- oxidizing bacteria at the oxic/anoxic water/sediment interface. sediment - water anaerobic methane-oxidizing consortia archaea (red), bacteria (green) H Sulfate reducers, here the hyperthermophilic archaeon Archaeoglobus profundus. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Marine Biological Lab
A wealthy mycoplasma cartoon character having money on hands Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-wealthy-mycoplasma-cartoon-character-having-money-on-hands-image354874970.htmlRF2BH9XJ2–A wealthy mycoplasma cartoon character having money on hands
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450664.htmlRF2HBA0CT–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/stock-photo-interesting-patterns-at-boundaries-between-pin-mould-fungi-and-the-85592389.htmlRMEY71Y1–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
. Pathogenic micro-organisms. A text-book of microbiology for physicians and students of medicine. (Based upon Williams' Bacteriology). Bacteriology; Pathogenic bacteria. CHAPTER XXIII BACTERIACE^: BACILLUS MALLEI AND MISCELLA- NEOUS BACILLI Bacillus (Bacterium) Mallei.—^Loffler and Schiitz in 1882 obtained pure cultures of this organism from glandered horses and produced glanders by the injection of these pure cultures. The bacillus is 0.3 to 0.5^ wide and 2 to S/i long, usually straight with rounded ends, but sometimes irregular in shape. Filamentous and branched forms have been observed in Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/pathogenic-micro-organisms-a-text-book-of-microbiology-for-physicians-and-students-of-medicine-based-upon-williams-bacteriology-bacteriology-pathogenic-bacteria-chapter-xxiii-bacteriace-bacillus-mallei-and-miscella-neous-bacilli-bacillus-bacterium-malleiloffler-and-schiitz-in-1882-obtained-pure-cultures-of-this-organism-from-glandered-horses-and-produced-glanders-by-the-injection-of-these-pure-cultures-the-bacillus-is-03-to-05-wide-and-2-to-si-long-usually-straight-with-rounded-ends-but-sometimes-irregular-in-shape-filamentous-and-branched-forms-have-been-observed-in-image232427394.htmlRMRE3YEA–. Pathogenic micro-organisms. A text-book of microbiology for physicians and students of medicine. (Based upon Williams' Bacteriology). Bacteriology; Pathogenic bacteria. CHAPTER XXIII BACTERIACE^: BACILLUS MALLEI AND MISCELLA- NEOUS BACILLI Bacillus (Bacterium) Mallei.—^Loffler and Schiitz in 1882 obtained pure cultures of this organism from glandered horses and produced glanders by the injection of these pure cultures. The bacillus is 0.3 to 0.5^ wide and 2 to S/i long, usually straight with rounded ends, but sometimes irregular in shape. Filamentous and branched forms have been observed in
Cute mycoplasma cartoon character has a falling in love face Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/cute-mycoplasma-cartoon-character-has-a-falling-in-love-face-image354866442.htmlRF2BH9FNE–Cute mycoplasma cartoon character has a falling in love face
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450668.htmlRF2HBA0D0–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
. Plant anatomy from the standpoint of the development and functions of the tissues, and handbook of micro-technic. Plant anatomy. 144 CONSTRUCTION OF PLANT'S FOOD construction diffuses into the intercellular spaces, and into them water also evaporates from the cell-sap. This stream of activities is none the less real because noiseless and unseen by the eye. a B C D Eb F. Fig. 75.—Diagram to show the effect of different portions of the spectrum on photo- synthesis, a, to Ft different regions of the spectrum from red to blue. A filamentous alga lies across these, and bacteria are collecting abo Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/plant-anatomy-from-the-standpoint-of-the-development-and-functions-of-the-tissues-and-handbook-of-micro-technic-plant-anatomy-144-construction-of-plants-food-construction-diffuses-into-the-intercellular-spaces-and-into-them-water-also-evaporates-from-the-cell-sap-this-stream-of-activities-is-none-the-less-real-because-noiseless-and-unseen-by-the-eye-a-b-c-d-eb-f-fig-75diagram-to-show-the-effect-of-different-portions-of-the-spectrum-on-photo-synthesis-a-to-ft-different-regions-of-the-spectrum-from-red-to-blue-a-filamentous-alga-lies-across-these-and-bacteria-are-collecting-abo-image232395082.htmlRMRE2E8A–. Plant anatomy from the standpoint of the development and functions of the tissues, and handbook of micro-technic. Plant anatomy. 144 CONSTRUCTION OF PLANT'S FOOD construction diffuses into the intercellular spaces, and into them water also evaporates from the cell-sap. This stream of activities is none the less real because noiseless and unseen by the eye. a B C D Eb F. Fig. 75.—Diagram to show the effect of different portions of the spectrum on photo- synthesis, a, to Ft different regions of the spectrum from red to blue. A filamentous alga lies across these, and bacteria are collecting abo
A humble judge of mycoplasma cartoon character design wearing glasses Stock Vectorhttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-humble-judge-of-mycoplasma-cartoon-character-design-wearing-glasses-image354875676.htmlRF2BH9YF8–A humble judge of mycoplasma cartoon character design wearing glasses
Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/nocardia-bacteria-computer-illustration-these-are-gram-positive-branching-filamentous-bacteria-that-fragment-into-bacillary-and-coccoid-forms-and-cause-nocardiosis-bacteria-formerly-identified-as-nocardia-asteroides-complex-that-are-now-separated-into-several-species-based-on-molecular-studies-such-as-n-abscessus-n-cyriacigeorgica-n-nova-and-other-a-rare-pulmonary-infection-that-affects-people-with-weakened-immune-systems-another-type-n-brasiliensis-and-other-causes-actinomycetoma-a-tropical-skin-and-bone-infection-image454450636.htmlRF2HBA0BT–Nocardia bacteria, computer illustration. These are Gram-positive branching filamentous bacteria that fragment into bacillary and coccoid forms, and cause nocardiosis (bacteria formerly identified as Nocardia asteroides complex, that are now separated into several species based on molecular studies, such as N. abscessus, N. cyriacigeorgica, N. nova and other), a rare pulmonary infection that affects people with weakened immune systems. Another type (N. brasiliensis and other) causes actinomycetoma, a tropical skin and bone infection.
. Microbes, ferments and moulds . Bacteria; Fungi; Fermentation. 102 MICROBES, FERMENTS, AND MOULDS. Wine affected by Bopiness.—White wines, and especially champagne, are more often affected by this disease than red wines. It is more apt to attack wine which has little alcohol and is deficient in tannin, and under its influence the liquor becomes turbid, flat, and insipid, ropy, like white of egg, and it loses its sugar. This change is effected by a filamentous microbe,. Fig. 55.—Disease of ropiness in wine, affecting champagne, and caused by a bacterium which assumes two forms : the figure 8, Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/microbes-ferments-and-moulds-bacteria-fungi-fermentation-102-microbes-ferments-and-moulds-wine-affected-by-bopinesswhite-wines-and-especially-champagne-are-more-often-affected-by-this-disease-than-red-wines-it-is-more-apt-to-attack-wine-which-has-little-alcohol-and-is-deficient-in-tannin-and-under-its-influence-the-liquor-becomes-turbid-flat-and-insipid-ropy-like-white-of-egg-and-it-loses-its-sugar-this-change-is-effected-by-a-filamentous-microbe-fig-55disease-of-ropiness-in-wine-affecting-champagne-and-caused-by-a-bacterium-which-assumes-two-forms-the-figure-8-image232117753.htmlRMRDHTFN–. Microbes, ferments and moulds . Bacteria; Fungi; Fermentation. 102 MICROBES, FERMENTS, AND MOULDS. Wine affected by Bopiness.—White wines, and especially champagne, are more often affected by this disease than red wines. It is more apt to attack wine which has little alcohol and is deficient in tannin, and under its influence the liquor becomes turbid, flat, and insipid, ropy, like white of egg, and it loses its sugar. This change is effected by a filamentous microbe,. Fig. 55.—Disease of ropiness in wine, affecting champagne, and caused by a bacterium which assumes two forms : the figure 8,
. Bacteriology and mycology of foods. Food. Types of colonies: 1, cochleate; 2, amoeboid; 3, rhizoid; 4, mycelioid; 5, filamentous; 6, curled structure. (From Moore's Laboratory Directions for Beginners in Bacteriology, Ginn & Co., 1905.) Fig. 35.Showing Characteristics of Colonies, These should not be regarded as absolutely constant. Oth.er terms may be used which will more correctly describe a colony growth. method for recording the salient characteristics of bacteria. Many of those who criticize it most severely have never used it in any extended research. The student will JBnd the Cha Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bacteriology-and-mycology-of-foods-food-types-of-colonies-1-cochleate-2-amoeboid-3-rhizoid-4-mycelioid-5-filamentous-6-curled-structure-from-moores-laboratory-directions-for-beginners-in-bacteriology-ginn-amp-co-1905-fig-35showing-characteristics-of-colonies-these-should-not-be-regarded-as-absolutely-constant-other-terms-may-be-used-which-will-more-correctly-describe-a-colony-growth-method-for-recording-the-salient-characteristics-of-bacteria-many-of-those-who-criticize-it-most-severely-have-never-used-it-in-any-extended-research-the-student-will-jbnd-the-cha-image231892149.htmlRMRD7GPD–. Bacteriology and mycology of foods. Food. Types of colonies: 1, cochleate; 2, amoeboid; 3, rhizoid; 4, mycelioid; 5, filamentous; 6, curled structure. (From Moore's Laboratory Directions for Beginners in Bacteriology, Ginn & Co., 1905.) Fig. 35.Showing Characteristics of Colonies, These should not be regarded as absolutely constant. Oth.er terms may be used which will more correctly describe a colony growth. method for recording the salient characteristics of bacteria. Many of those who criticize it most severely have never used it in any extended research. The student will JBnd the Cha
. Laboratory work in bacteriology. Bacteriology. FORM AND CLASSIFICATION OF BACTEBIA. 21 glucose, or an acid, or alkaline reaction likewise may affect the appearance of the cell. A comparison of the growths on solid and on liquid media will show peculiarities and modifications in the form and size of a given species. Thus, single cells or at most short threads may predominate on solid media, whereas in liquid media very long threads or filamentous growths may be found. The temperature exerts a profound effect upon the form characteristics of bacteria. At low temperature the growth is slower, a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/laboratory-work-in-bacteriology-bacteriology-form-and-classification-of-bactebia-21-glucose-or-an-acid-or-alkaline-reaction-likewise-may-affect-the-appearance-of-the-cell-a-comparison-of-the-growths-on-solid-and-on-liquid-media-will-show-peculiarities-and-modifications-in-the-form-and-size-of-a-given-species-thus-single-cells-or-at-most-short-threads-may-predominate-on-solid-media-whereas-in-liquid-media-very-long-threads-or-filamentous-growths-may-be-found-the-temperature-exerts-a-profound-effect-upon-the-form-characteristics-of-bacteria-at-low-temperature-the-growth-is-slower-a-image232077251.htmlRMRDG0W7–. Laboratory work in bacteriology. Bacteriology. FORM AND CLASSIFICATION OF BACTEBIA. 21 glucose, or an acid, or alkaline reaction likewise may affect the appearance of the cell. A comparison of the growths on solid and on liquid media will show peculiarities and modifications in the form and size of a given species. Thus, single cells or at most short threads may predominate on solid media, whereas in liquid media very long threads or filamentous growths may be found. The temperature exerts a profound effect upon the form characteristics of bacteria. At low temperature the growth is slower, a
. Diseases of plants induced by cryptogamic parasites : introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae . Plant diseases; Parasitic plants; Fungi. Fig. 115.—Plowrightia mor- bosa. Ascus, with eight spores. Spores in germina- tion. Filamentous para- physes. (Cop. from Farlow.) Fig. 114.—Plowrightia morbosa. (v. Tubeuf phot.) injurious and widely distributed disease of various species of Prunus, especially plum and cherry. The living branches and twigs become coated with a crust of warty excrescences, and at the same time are more or less thickened and deformed. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-plants-induced-by-cryptogamic-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-amp-algae-plant-diseases-parasitic-plants-fungi-fig-115plowrightia-mor-bosa-ascus-with-eight-spores-spores-in-germina-tion-filamentous-para-physes-cop-from-farlow-fig-114plowrightia-morbosa-v-tubeuf-phot-injurious-and-widely-distributed-disease-of-various-species-of-prunus-especially-plum-and-cherry-the-living-branches-and-twigs-become-coated-with-a-crust-of-warty-excrescences-and-at-the-same-time-are-more-or-less-thickened-and-deformed-image231990134.htmlRMRDC1NX–. Diseases of plants induced by cryptogamic parasites : introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae . Plant diseases; Parasitic plants; Fungi. Fig. 115.—Plowrightia mor- bosa. Ascus, with eight spores. Spores in germina- tion. Filamentous para- physes. (Cop. from Farlow.) Fig. 114.—Plowrightia morbosa. (v. Tubeuf phot.) injurious and widely distributed disease of various species of Prunus, especially plum and cherry. The living branches and twigs become coated with a crust of warty excrescences, and at the same time are more or less thickened and deformed.
. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. Fig. 56.—Types of colonies: 0, Cochleate (B. coli, abnormal form); h, conglom- erate (B. zopfii); c, ameboid (B. vulgatus); (i, filamentous (Frost). tion and liquefaction, develop after the colony is several days old and indeed sometimes not until much later. Again, many colonies make their first appearance as minute, sharply circumscribed points, and later spread upon the surface of the culture-medium, either in the form of a thin, homogeneous layer or Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-text-book-upon-the-pathogenic-bacteria-and-protozoa-for-students-of-medicine-and-physicians-bacteriology-pathogenic-bacteria-protozoa-fig-56types-of-colonies-0-cochleate-b-coli-abnormal-form-h-conglom-erate-b-zopfii-c-ameboid-b-vulgatus-i-filamentous-frost-tion-and-liquefaction-develop-after-the-colony-is-several-days-old-and-indeed-sometimes-not-until-much-later-again-many-colonies-make-their-first-appearance-as-minute-sharply-circumscribed-points-and-later-spread-upon-the-surface-of-the-culture-medium-either-in-the-form-of-a-thin-homogeneous-layer-or-image232442136.htmlRMRE4J8T–. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. Fig. 56.—Types of colonies: 0, Cochleate (B. coli, abnormal form); h, conglom- erate (B. zopfii); c, ameboid (B. vulgatus); (i, filamentous (Frost). tion and liquefaction, develop after the colony is several days old and indeed sometimes not until much later. Again, many colonies make their first appearance as minute, sharply circumscribed points, and later spread upon the surface of the culture-medium, either in the form of a thin, homogeneous layer or
. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. Fig- IS3*—Bacillus diphtheriae, same cul- ture, fifteen hours at 36° C. The bacilli stain more unevenly and the granules are larger.. Fig. iSS.—Bacillus diphtherije, forty- eight hours at 36° C. This is the same bacillus as in the preceding figures, but from a culture where the colonies were discrete. It shows long filamentous forms. The magnification is the same in all— X 2000. All of the preparations were made from growth on blood-serum.) (Francis P. D Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-text-book-upon-the-pathogenic-bacteria-and-protozoa-for-students-of-medicine-and-physicians-bacteriology-pathogenic-bacteria-protozoa-fig-is3bacillus-diphtheriae-same-cul-ture-fifteen-hours-at-36-c-the-bacilli-stain-more-unevenly-and-the-granules-are-larger-fig-issbacillus-diphtherije-forty-eight-hours-at-36-c-this-is-the-same-bacillus-as-in-the-preceding-figures-but-from-a-culture-where-the-colonies-were-discrete-it-shows-long-filamentous-forms-the-magnification-is-the-same-in-all-x-2000-all-of-the-preparations-were-made-from-growth-on-blood-serum-francis-p-d-image232441120.htmlRMRE4H0G–. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. Fig- IS3*—Bacillus diphtheriae, same cul- ture, fifteen hours at 36° C. The bacilli stain more unevenly and the granules are larger.. Fig. iSS.—Bacillus diphtherije, forty- eight hours at 36° C. This is the same bacillus as in the preceding figures, but from a culture where the colonies were discrete. It shows long filamentous forms. The magnification is the same in all— X 2000. All of the preparations were made from growth on blood-serum.) (Francis P. D
. Atlas of bacterial flagellation. Bacteria. Fig. 24. a. Succinovibrio dextrinosolvcns, Bry- ant, C-85. Polar monotrichous flagellation. The flagella stained with some difficulty and rather lightly. y a. V- V Fig. 25. a. Lachnospira multiparus, Bryant D-38. This shows the organ- ism in the filamentous form. The polar location of the flagellum at the end of the filament is not significant since individual organisms did not show polar flagellation. b, c. L. multiparus, Bryant D-38. In c is a single individual showing lateral monotrichous flagellation. In b is shown two individuals, one of whic Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-of-bacterial-flagellation-bacteria-fig-24-a-succinovibrio-dextrinosolvcns-bry-ant-c-85-polar-monotrichous-flagellation-the-flagella-stained-with-some-difficulty-and-rather-lightly-y-a-v-v-fig-25-a-lachnospira-multiparus-bryant-d-38-this-shows-the-organ-ism-in-the-filamentous-form-the-polar-location-of-the-flagellum-at-the-end-of-the-filament-is-not-significant-since-individual-organisms-did-not-show-polar-flagellation-b-c-l-multiparus-bryant-d-38-in-c-is-a-single-individual-showing-lateral-monotrichous-flagellation-in-b-is-shown-two-individuals-one-of-whic-image235402984.htmlRMRJYEWC–. Atlas of bacterial flagellation. Bacteria. Fig. 24. a. Succinovibrio dextrinosolvcns, Bry- ant, C-85. Polar monotrichous flagellation. The flagella stained with some difficulty and rather lightly. y a. V- V Fig. 25. a. Lachnospira multiparus, Bryant D-38. This shows the organ- ism in the filamentous form. The polar location of the flagellum at the end of the filament is not significant since individual organisms did not show polar flagellation. b, c. L. multiparus, Bryant D-38. In c is a single individual showing lateral monotrichous flagellation. In b is shown two individuals, one of whic
![. The cytology and life-history of bacteria. Bacteria. 28 THE CYTOLOGY AND LIFE-HISTORY OF BACTERIA These two methods of cell-division are correlated with the " smooth " and the " rough " filamentous morphological types of bacteria respectively. Parallel types occur in coccal genera, most of which contain two, four or more cells in each coccus. Four cells is normal number in many cocci, commonly regarded as unicellular.. (9 (KtproJiicctl from llw Journal ,,/ (,c,u>„l Mi. A Fig. !» BEHAVIOUR OF THE CELL WALL IN DIVIDING STREPTOCOCCI A. Long-chained streptoccus. Division i Stock Photo](https://c8.alamy.com/comp/RD2Y4G/the-cytology-and-life-history-of-bacteria-bacteria-28-the-cytology-and-life-history-of-bacteria-these-two-methods-of-cell-division-are-correlated-with-the-quot-smooth-quot-and-the-quot-rough-quot-filamentous-morphological-types-of-bacteria-respectively-parallel-types-occur-in-coccal-genera-most-of-which-contain-two-four-or-more-cells-in-each-coccus-four-cells-is-normal-number-in-many-cocci-commonly-regarded-as-unicellular-9-ktprojiicctl-from-llw-journal-cugtl-mi-a-fig-!-behaviour-of-the-cell-wall-in-dividing-streptococci-a-long-chained-streptoccus-division-i-RD2Y4G.jpg ". The cytology and life-history of bacteria. Bacteria. 28 THE CYTOLOGY AND LIFE-HISTORY OF BACTERIA These two methods of cell-division are correlated with the " smooth " and the " rough " filamentous morphological types of bacteria respectively. Parallel types occur in coccal genera, most of which contain two, four or more cells in each coccus. Four cells is normal number in many cocci, commonly regarded as unicellular.. (9 (KtproJiicctl from llw Journal ,,/ (,c,u>„l Mi. A Fig. !» BEHAVIOUR OF THE CELL WALL IN DIVIDING STREPTOCOCCI A. Long-chained streptoccus. Division i Stock Photo")
. The cytology and life-history of bacteria. Bacteria. 28 THE CYTOLOGY AND LIFE-HISTORY OF BACTERIA These two methods of cell-division are correlated with the " smooth " and the " rough " filamentous morphological types of bacteria respectively. Parallel types occur in coccal genera, most of which contain two, four or more cells in each coccus. Four cells is normal number in many cocci, commonly regarded as unicellular.. (9 (KtproJiicctl from llw Journal ,,/ (,c,u>„l Mi. A Fig. !» BEHAVIOUR OF THE CELL WALL IN DIVIDING STREPTOCOCCI A. Long-chained streptoccus. Division i Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-cytology-and-life-history-of-bacteria-bacteria-28-the-cytology-and-life-history-of-bacteria-these-two-methods-of-cell-division-are-correlated-with-the-quot-smooth-quot-and-the-quot-rough-quot-filamentous-morphological-types-of-bacteria-respectively-parallel-types-occur-in-coccal-genera-most-of-which-contain-two-four-or-more-cells-in-each-coccus-four-cells-is-normal-number-in-many-cocci-commonly-regarded-as-unicellular-9-ktprojiicctl-from-llw-journal-cugtl-mi-a-fig-!-behaviour-of-the-cell-wall-in-dividing-streptococci-a-long-chained-streptoccus-division-i-image231790512.htmlRMRD2Y4G–. The cytology and life-history of bacteria. Bacteria. 28 THE CYTOLOGY AND LIFE-HISTORY OF BACTERIA These two methods of cell-division are correlated with the " smooth " and the " rough " filamentous morphological types of bacteria respectively. Parallel types occur in coccal genera, most of which contain two, four or more cells in each coccus. Four cells is normal number in many cocci, commonly regarded as unicellular.. (9 (KtproJiicctl from llw Journal ,,/ (,c,u>„l Mi. A Fig. !» BEHAVIOUR OF THE CELL WALL IN DIVIDING STREPTOCOCCI A. Long-chained streptoccus. Division i
. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. Fig. 49.—Types of colonies: a, Cochleate (B. coli, abnormal form); b, conglom- erate (B. zopfii); c, ameboid (B. vulgatus); d, filamentous (Frost). tion and liquefaction, develop after the colony is several days old and indeed sometimes not until much later. Again, many colonies make their first appearance as minute, sharply circumscribed points, and later spread upon the surface of the culture-medium, either in the form of a thin, homogeneous layer or a Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-text-book-upon-the-pathogenic-bacteria-and-protozoa-for-students-of-medicine-and-physicians-bacteriology-pathogenic-bacteria-protozoa-fig-49types-of-colonies-a-cochleate-b-coli-abnormal-form-b-conglom-erate-b-zopfii-c-ameboid-b-vulgatus-d-filamentous-frost-tion-and-liquefaction-develop-after-the-colony-is-several-days-old-and-indeed-sometimes-not-until-much-later-again-many-colonies-make-their-first-appearance-as-minute-sharply-circumscribed-points-and-later-spread-upon-the-surface-of-the-culture-medium-either-in-the-form-of-a-thin-homogeneous-layer-or-a-image232353794.htmlRMRE0HHP–. A text-book upon the pathogenic Bacteria and Protozoa for students of medicine and physicians. Bacteriology; Pathogenic bacteria; Protozoa. Fig. 49.—Types of colonies: a, Cochleate (B. coli, abnormal form); b, conglom- erate (B. zopfii); c, ameboid (B. vulgatus); d, filamentous (Frost). tion and liquefaction, develop after the colony is several days old and indeed sometimes not until much later. Again, many colonies make their first appearance as minute, sharply circumscribed points, and later spread upon the surface of the culture-medium, either in the form of a thin, homogeneous layer or a
. A manual of determinative bacteriology. Bacteria. 24 BACTERIOLOGY Lobulate, minutely lobate. Fig. 13, d. Auriculate, with ear-like lobes. Fig. 13, e. Lacerate, irregularly cleft, as if torn. Fig. 13,/^. Fig. 12. — Structure of colonies. A. Conglomerate colony. B. Toruloid colony. C. Alveolate structure. D. Grumose in centre. E. Moruloid. F. Clouded. G. Reticulate. H. Marmorated. I. Gyrose. Fimbriate, fringed. Fig. 13, g. Ciliate, hair-like extensions, radiately placed. Fig. 13, h. Tufted. Filamentous, as already defined. Curled, as already defined.. Please note that these images are extracte Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-determinative-bacteriology-bacteria-24-bacteriology-lobulate-minutely-lobate-fig-13-d-auriculate-with-ear-like-lobes-fig-13-e-lacerate-irregularly-cleft-as-if-torn-fig-13-fig-12-structure-of-colonies-a-conglomerate-colony-b-toruloid-colony-c-alveolate-structure-d-grumose-in-centre-e-moruloid-f-clouded-g-reticulate-h-marmorated-i-gyrose-fimbriate-fringed-fig-13-g-ciliate-hair-like-extensions-radiately-placed-fig-13-h-tufted-filamentous-as-already-defined-curled-as-already-defined-please-note-that-these-images-are-extracte-image232427865.htmlRMRE4035–. A manual of determinative bacteriology. Bacteria. 24 BACTERIOLOGY Lobulate, minutely lobate. Fig. 13, d. Auriculate, with ear-like lobes. Fig. 13, e. Lacerate, irregularly cleft, as if torn. Fig. 13,/^. Fig. 12. — Structure of colonies. A. Conglomerate colony. B. Toruloid colony. C. Alveolate structure. D. Grumose in centre. E. Moruloid. F. Clouded. G. Reticulate. H. Marmorated. I. Gyrose. Fimbriate, fringed. Fig. 13, g. Ciliate, hair-like extensions, radiately placed. Fig. 13, h. Tufted. Filamentous, as already defined. Curled, as already defined.. Please note that these images are extracte
. A manual of determinative bacteriology. Bacteria. Fig. 12. — Structure of colonies. A. Conglomerate colony. B. Toruloid colony. C. Alveolate structure. D. Grumose in centre. E. Moruloid. F. Clouded. G. Reticulate. H. Marmorated. I. Gyrose. Fimbriate, fringed. Fig. 13, g. Ciliate, hair-like extensions, radiately placed. Fig. 13, h. Tufted. Filamentous, as already defined. Curled, as already defined.. Fig. 13. — Showing characters of borders of colonies. a entire, t undulate, c repand, d lobate-lobulate, « auriculate, / lacerate, g fimbriate, k ciliate, i erose. E. Optical characters (after Sh Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/a-manual-of-determinative-bacteriology-bacteria-fig-12-structure-of-colonies-a-conglomerate-colony-b-toruloid-colony-c-alveolate-structure-d-grumose-in-centre-e-moruloid-f-clouded-g-reticulate-h-marmorated-i-gyrose-fimbriate-fringed-fig-13-g-ciliate-hair-like-extensions-radiately-placed-fig-13-h-tufted-filamentous-as-already-defined-curled-as-already-defined-fig-13-showing-characters-of-borders-of-colonies-a-entire-t-undulate-c-repand-d-lobate-lobulate-auriculate-lacerate-g-fimbriate-k-ciliate-i-erose-e-optical-characters-after-sh-image232427852.htmlRMRE402M–. A manual of determinative bacteriology. Bacteria. Fig. 12. — Structure of colonies. A. Conglomerate colony. B. Toruloid colony. C. Alveolate structure. D. Grumose in centre. E. Moruloid. F. Clouded. G. Reticulate. H. Marmorated. I. Gyrose. Fimbriate, fringed. Fig. 13, g. Ciliate, hair-like extensions, radiately placed. Fig. 13, h. Tufted. Filamentous, as already defined. Curled, as already defined.. Fig. 13. — Showing characters of borders of colonies. a entire, t undulate, c repand, d lobate-lobulate, « auriculate, / lacerate, g fimbriate, k ciliate, i erose. E. Optical characters (after Sh
. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. 100 urn * ''20 pm a * â â 4£-iâ â. Figure 3. Vorticella sp. A) Sketch of microbial community with large filamentous sulfur bacteria (Beggiatoa sp.) (adapted from Vopel et al. 2001) B) Contracted individual covered by symbiotic bacteria. SEM C) Three individuals seen from the oral side. SEM Vorticella sp. co-occurs regularly with Zoothamnium niveum in the vicinity of disturbed peat patches. It seems to be more abundant on older patches where most Z niveum colonies are mature to senescent forming dense lawns of Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atoll-research-bulletin-coral-reefs-and-islands-marine-biology-marine-sciences-100-urn-20-pm-a-4-i-figure-3-vorticella-sp-a-sketch-of-microbial-community-with-large-filamentous-sulfur-bacteria-beggiatoa-sp-adapted-from-vopel-et-al-2001-b-contracted-individual-covered-by-symbiotic-bacteria-sem-c-three-individuals-seen-from-the-oral-side-sem-vorticella-sp-co-occurs-regularly-with-zoothamnium-niveum-in-the-vicinity-of-disturbed-peat-patches-it-seems-to-be-more-abundant-on-older-patches-where-most-z-niveum-colonies-are-mature-to-senescent-forming-dense-lawns-of-image235367576.htmlRMRJWWMT–. Atoll research bulletin. Coral reefs and islands; Marine biology; Marine sciences. 100 urn * ''20 pm a * â â 4£-iâ â. Figure 3. Vorticella sp. A) Sketch of microbial community with large filamentous sulfur bacteria (Beggiatoa sp.) (adapted from Vopel et al. 2001) B) Contracted individual covered by symbiotic bacteria. SEM C) Three individuals seen from the oral side. SEM Vorticella sp. co-occurs regularly with Zoothamnium niveum in the vicinity of disturbed peat patches. It seems to be more abundant on older patches where most Z niveum colonies are mature to senescent forming dense lawns of
. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. SEA STAR COELOMOCYTES 307 ••* '-. V/ I. 26 FIGURE 24. Lysosome-like vesicles within a Tiedemann's-body cell. These vesicles with homogeneous matrices contain bacteria. X 10,900. FIGURE 25. Low magnification of a section through a fold in a Tiedemann's body. The rectangle indicates a cell in the lumen. X 1570. FIGURE 26. A higher magnification of the cell in the lumen (marked in Fig. 24). This cell has a large vacuole filled with filamentous material (cf. Fig. 13). X 8340. FIGURE 27. A flagellated cell in the Tiedemann's bod Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/the-biological-bulletin-biology-zoology-biology-marine-biology-sea-star-coelomocytes-307-v-i-26-figure-24-lysosome-like-vesicles-within-a-tiedemanns-body-cell-these-vesicles-with-homogeneous-matrices-contain-bacteria-x-10900-figure-25-low-magnification-of-a-section-through-a-fold-in-a-tiedemanns-body-the-rectangle-indicates-a-cell-in-the-lumen-x-1570-figure-26-a-higher-magnification-of-the-cell-in-the-lumen-marked-in-fig-24-this-cell-has-a-large-vacuole-filled-with-filamentous-material-cf-fig-13-x-8340-figure-27-a-flagellated-cell-in-the-tiedemanns-bod-image234648169.htmlRMRHN43N–. The Biological bulletin. Biology; Zoology; Biology; Marine Biology. SEA STAR COELOMOCYTES 307 ••* '-. V/ I. 26 FIGURE 24. Lysosome-like vesicles within a Tiedemann's-body cell. These vesicles with homogeneous matrices contain bacteria. X 10,900. FIGURE 25. Low magnification of a section through a fold in a Tiedemann's body. The rectangle indicates a cell in the lumen. X 1570. FIGURE 26. A higher magnification of the cell in the lumen (marked in Fig. 24). This cell has a large vacuole filled with filamentous material (cf. Fig. 13). X 8340. FIGURE 27. A flagellated cell in the Tiedemann's bod
. Atlas of bacterial flagellation. Bacteria. ^ :V.- » i^^ 9 ^ L. Fig. 16. a, b, c. Lopho7nonas faecalis. Typical polar lophotrichous flagella- tion. In c is shown the filamentous form. d, e, f, g, h, i. L. faecalis {Vibrio percolans), ATCC 8461. In d is shown the polar lophotrichous type which mutates through intermediates e, f, and g to the peritriclious flagellated types h and i. Note the difference in wavelengtli of the polar and the lateral flagella. b. From E. Leifson, /. Bacteriol. 62, 377-389 (1951). d, f. From E. Leif- son, and R. Hugh, /. Bacterid. 65, 263-271 (1953). a,c, e. From T. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/atlas-of-bacterial-flagellation-bacteria-v-i-9-l-fig-16-a-b-c-lopho7nonas-faecalis-typical-polar-lophotrichous-flagella-tion-in-c-is-shown-the-filamentous-form-d-e-f-g-h-i-l-faecalis-vibrio-percolans-atcc-8461-in-d-is-shown-the-polar-lophotrichous-type-which-mutates-through-intermediates-e-f-and-g-to-the-peritriclious-flagellated-types-h-and-i-note-the-difference-in-wavelengtli-of-the-polar-and-the-lateral-flagella-b-from-e-leifson-bacteriol-62-377-389-1951-d-f-from-e-leif-son-and-r-hugh-bacterid-65-263-271-1953-ac-e-from-t-image235403047.htmlRMRJYEYK–. Atlas of bacterial flagellation. Bacteria. ^ :V.- » i^^ 9 ^ L. Fig. 16. a, b, c. Lopho7nonas faecalis. Typical polar lophotrichous flagella- tion. In c is shown the filamentous form. d, e, f, g, h, i. L. faecalis {Vibrio percolans), ATCC 8461. In d is shown the polar lophotrichous type which mutates through intermediates e, f, and g to the peritriclious flagellated types h and i. Note the difference in wavelengtli of the polar and the lateral flagella. b. From E. Leifson, /. Bacteriol. 62, 377-389 (1951). d, f. From E. Leif- son, and R. Hugh, /. Bacterid. 65, 263-271 (1953). a,c, e. From T.
![. Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C. Stock Photo](https://c8.alamy.com/comp/RJNG4W/bacteria-in-deep-wells-and-surface-waters-well-water-water-treatment-plants-bacteria-theses-brief-characterization-mark-occur-on-does-not-or-o-and-when-two-terms-a-line-erase-the-one-which-apply-unless-both-apply-diameter-over-fi-o-ps-chains-filaments-d-a-endospores-0-t-1-capsules-0-zoogloea-pseudozoogloea-i-n-dull-0-wrinkled-r-chromogenic-h-a-round-p0-gt-q-n-proteus-like-r-m-gt-i-plate-rhizoid-filamentous-3-g-curled-50-pi-stab-gel-surface-growth-sb-needle-growth-co-w-moderate-absent-quot0-0-abundant-b-o-discolored-starch-destroyed-grows-at-37-c-RJNG4W.jpg ". Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C. Stock Photo")
. Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bacteria-in-deep-wells-and-surface-waters-well-water-water-treatment-plants-bacteria-theses-brief-characterization-mark-occur-on-does-not-or-o-and-when-two-terms-a-line-erase-the-one-which-apply-unless-both-apply-diameter-over-fi-o-ps-chains-filaments-d-a-endospores-0-t-1-capsules-0-zoogloea-pseudozoogloea-i-n-dull-0-wrinkled-r-chromogenic-h-a-round-p0-gt-q-n-proteus-like-r-m-gt-i-plate-rhizoid-filamentous-3-g-curled-50-pi-stab-gel-surface-growth-sb-needle-growth-co-w-moderate-absent-quot0-0-abundant-b-o-discolored-starch-destroyed-grows-at-37-c-image235272265.htmlRMRJNG4W–. Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C.
![. Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C. Stock Photo](https://c8.alamy.com/comp/RJNG59/bacteria-in-deep-wells-and-surface-waters-well-water-water-treatment-plants-bacteria-theses-brief-characterization-mark-occur-on-does-not-or-o-and-when-two-terms-a-line-erase-the-one-which-apply-unless-both-apply-diameter-over-fi-o-ps-chains-filaments-d-a-endospores-0-t-1-capsules-0-zoogloea-pseudozoogloea-i-n-dull-0-wrinkled-r-chromogenic-h-a-round-p0-gt-q-n-proteus-like-r-m-gt-i-plate-rhizoid-filamentous-3-g-curled-50-pi-stab-gel-surface-growth-sb-needle-growth-co-w-moderate-absent-quot0-0-abundant-b-o-discolored-starch-destroyed-grows-at-37-c-RJNG59.jpg ". Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C. Stock Photo")
. Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C. Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/bacteria-in-deep-wells-and-surface-waters-well-water-water-treatment-plants-bacteria-theses-brief-characterization-mark-occur-on-does-not-or-o-and-when-two-terms-a-line-erase-the-one-which-apply-unless-both-apply-diameter-over-fi-o-ps-chains-filaments-d-a-endospores-0-t-1-capsules-0-zoogloea-pseudozoogloea-i-n-dull-0-wrinkled-r-chromogenic-h-a-round-p0-gt-q-n-proteus-like-r-m-gt-i-plate-rhizoid-filamentous-3-g-curled-50-pi-stab-gel-surface-growth-sb-needle-growth-co-w-moderate-absent-quot0-0-abundant-b-o-discolored-starch-destroyed-grows-at-37-c-image235272277.htmlRMRJNG59–. Bacteria in deep wells and surface waters. Well water; Water treatment plants; Bacteria; Theses. BRIEF CHARACTERIZATION Mark + occur on does not or O, and when two terms a line erase the one which apply unless both apply. £ Diameter over fi O PS Chains, filaments *d a Endospores — 0 t-1 Capsules — 0 Zoogloea, Pseudozoogloea — i n Dull 0 » Wrinkled r Chromogenic -h a Round P0 > Q n Proteus-like — r M > I. Plate Rhizoid Filamentous — -3 G Curled — 50 Pi Stab Gel. Surface-growth SB Needle-growth CO w Moderate, absent — "0 0 Abundant ± B O Discolored Starch destroyed Grows at 37° C.
. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. Wb. — PloKfirjhtia mor- Ijosa. Ascus, with eight spores. Spores in germina- tion. Filamentous para- physes. (Cop. from Farlow.) Fig. 114.—PloKcightia morbosa. (v. Tubeuf phot.) injurious and widely distributed disease of various species of Prunus, especially plum and cherry. The living branches and twigs become coated with a crust of warty excrescences, and at the same time are more or less thickened and deformed Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-plants-induced-by-cryptogamic-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-amp-algae-plant-diseases-parasitic-plants-fungi-fig-wb-plokfirjhtia-mor-ijosa-ascus-with-eight-spores-spores-in-germina-tion-filamentous-para-physes-cop-from-farlow-fig-114plokcightia-morbosa-v-tubeuf-phot-injurious-and-widely-distributed-disease-of-various-species-of-prunus-especially-plum-and-cherry-the-living-branches-and-twigs-become-coated-with-a-crust-of-warty-excrescences-and-at-the-same-time-are-more-or-less-thickened-and-deformed-image231401040.htmlRMRCD6AT–. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. Wb. — PloKfirjhtia mor- Ijosa. Ascus, with eight spores. Spores in germina- tion. Filamentous para- physes. (Cop. from Farlow.) Fig. 114.—PloKcightia morbosa. (v. Tubeuf phot.) injurious and widely distributed disease of various species of Prunus, especially plum and cherry. The living branches and twigs become coated with a crust of warty excrescences, and at the same time are more or less thickened and deformed
. Diseases of plants induced by cryptogamuc parasites; introduction to the study of pathogenic fungi, slime-fungi, bacteria, and algae. English ed. by William G. Smith. Plant diseases; Parasitic plants. Flo. 115.—Ploicrightia mor- bosa. Ascus, with eight spores. Spores in gcrtnina- tion. Filamentous jNira- physes. (Cop. fruin Farlow.) I'll.. i.PloirngUli<i „ioibom. (v. Tiibciif jiliut.) injurious and widely distributed disease of various species of rrunas, especially plum and cherry. Tlie living branches ami twigs become coated with a crust of warty excrescences, and at the same time are Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-plants-induced-by-cryptogamuc-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-and-algae-english-ed-by-william-g-smith-plant-diseases-parasitic-plants-flo-115ploicrightia-mor-bosa-ascus-with-eight-spores-spores-in-gcrtnina-tion-filamentous-jnira-physes-cop-fruin-farlow-ill-iploirngulilti-ioibom-v-tiibciif-jiliut-injurious-and-widely-distributed-disease-of-various-species-of-rrunas-especially-plum-and-cherry-tlie-living-branches-ami-twigs-become-coated-with-a-crust-of-warty-excrescences-and-at-the-same-time-are-image231376492.htmlRMRCC324–. Diseases of plants induced by cryptogamuc parasites; introduction to the study of pathogenic fungi, slime-fungi, bacteria, and algae. English ed. by William G. Smith. Plant diseases; Parasitic plants. Flo. 115.—Ploicrightia mor- bosa. Ascus, with eight spores. Spores in gcrtnina- tion. Filamentous jNira- physes. (Cop. fruin Farlow.) I'll.. i.PloirngUli<i „ioibom. (v. Tiibciif jiliut.) injurious and widely distributed disease of various species of rrunas, especially plum and cherry. Tlie living branches ami twigs become coated with a crust of warty excrescences, and at the same time are
. Elements of ecology. Ecology. Succession in Special Habitats 443 bottom communities; similar relationships occur on hard bottoms and on submerged surfaces subject to attack by fouling organisms. When a jetty or pier is built, or a boat without anti-fouling paint is left at her moorings, various plants and animals attach in recognizable se- quences. Bacteria are the first to establish themselves, and they com- monly form a film in which benthic diatoms and various filamentous algae find a foothold. The subsequent course of succession varies according to circumstances, but in some situations B Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/elements-of-ecology-ecology-succession-in-special-habitats-443-bottom-communities-similar-relationships-occur-on-hard-bottoms-and-on-submerged-surfaces-subject-to-attack-by-fouling-organisms-when-a-jetty-or-pier-is-built-or-a-boat-without-anti-fouling-paint-is-left-at-her-moorings-various-plants-and-animals-attach-in-recognizable-se-quences-bacteria-are-the-first-to-establish-themselves-and-they-com-monly-form-a-film-in-which-benthic-diatoms-and-various-filamentous-algae-find-a-foothold-the-subsequent-course-of-succession-varies-according-to-circumstances-but-in-some-situations-b-image231527297.htmlRMRCJYC1–. Elements of ecology. Ecology. Succession in Special Habitats 443 bottom communities; similar relationships occur on hard bottoms and on submerged surfaces subject to attack by fouling organisms. When a jetty or pier is built, or a boat without anti-fouling paint is left at her moorings, various plants and animals attach in recognizable se- quences. Bacteria are the first to establish themselves, and they com- monly form a film in which benthic diatoms and various filamentous algae find a foothold. The subsequent course of succession varies according to circumstances, but in some situations B
![. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. 125.âLophodermium nerciseqv.ium. Section of a needle of Silver Fir. h, Pycnidium on upper surface shedding conidia. o, Apothe- cium on the lower surface. (After R. Hartig.). Fig. ]2i3.âLophodermium nervisequium on Silver Fir. Portion of a ripe apothe- cium. a a, Filamentous paraphyses ; rod-like cells (conidia?), k, ahjointed from the apex of the paraphyses; the asci contain eight spores about half as long as the Stock Photo](https://c8.alamy.com/comp/RCD6AB/diseases-of-plants-induced-by-cryptogamic-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-amp-algae-plant-diseases-parasitic-plants-fungi-fig-125lophodermium-nerciseqvium-section-of-a-needle-of-silver-fir-h-pycnidium-on-upper-surface-shedding-conidia-o-apothe-cium-on-the-lower-surface-after-r-hartig-fig-2i3lophodermium-nervisequium-on-silver-fir-portion-of-a-ripe-apothe-cium-a-a-filamentous-paraphyses-rod-like-cells-conidia-k-ahjointed-from-the-apex-of-the-paraphyses-the-asci-contain-eight-spores-about-half-as-long-as-the-RCD6AB.jpg ". Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. 125.âLophodermium nerciseqv.ium. Section of a needle of Silver Fir. h, Pycnidium on upper surface shedding conidia. o, Apothe- cium on the lower surface. (After R. Hartig.). Fig. ]2i3.âLophodermium nervisequium on Silver Fir. Portion of a ripe apothe- cium. a a, Filamentous paraphyses ; rod-like cells (conidia?), k, ahjointed from the apex of the paraphyses; the asci contain eight spores about half as long as the Stock Photo")
. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. 125.âLophodermium nerciseqv.ium. Section of a needle of Silver Fir. h, Pycnidium on upper surface shedding conidia. o, Apothe- cium on the lower surface. (After R. Hartig.). Fig. ]2i3.âLophodermium nervisequium on Silver Fir. Portion of a ripe apothe- cium. a a, Filamentous paraphyses ; rod-like cells (conidia?), k, ahjointed from the apex of the paraphyses; the asci contain eight spores about half as long as the Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-plants-induced-by-cryptogamic-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-amp-algae-plant-diseases-parasitic-plants-fungi-fig-125lophodermium-nerciseqvium-section-of-a-needle-of-silver-fir-h-pycnidium-on-upper-surface-shedding-conidia-o-apothe-cium-on-the-lower-surface-after-r-hartig-fig-2i3lophodermium-nervisequium-on-silver-fir-portion-of-a-ripe-apothe-cium-a-a-filamentous-paraphyses-rod-like-cells-conidia-k-ahjointed-from-the-apex-of-the-paraphyses-the-asci-contain-eight-spores-about-half-as-long-as-the-image231401027.htmlRMRCD6AB–. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. 125.âLophodermium nerciseqv.ium. Section of a needle of Silver Fir. h, Pycnidium on upper surface shedding conidia. o, Apothe- cium on the lower surface. (After R. Hartig.). Fig. ]2i3.âLophodermium nervisequium on Silver Fir. Portion of a ripe apothe- cium. a a, Filamentous paraphyses ; rod-like cells (conidia?), k, ahjointed from the apex of the paraphyses; the asci contain eight spores about half as long as the
. Diseases of plants induced by cryptogamuc parasites; introduction to the study of pathogenic fungi, slime-fungi, bacteria, and algae. English ed. by William G. Smith. Plant diseases; Parasitic plants. Fio. 125.âLophodermium nervisequium. Section of a needle of Silver Fir. b, Pycnidium on upper surface shedding conidia. n, AjKJthe- cium on the lower surface. (After R. Hartig.). Fig. 126.âLophodermium neiviiequiuiu on Silver Fir. Portion of a riiH; aiH>the- ciuna. an. Filamentous paraphyses ; rod-like ccIIh (conidia V), *â¢, abjointol from the anex of tllt; Ii:ll*:inli'u«*w * tln^ ii..ci Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-plants-induced-by-cryptogamuc-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-and-algae-english-ed-by-william-g-smith-plant-diseases-parasitic-plants-fio-125lophodermium-nervisequium-section-of-a-needle-of-silver-fir-b-pycnidium-on-upper-surface-shedding-conidia-n-ajkjthe-cium-on-the-lower-surface-after-r-hartig-fig-126lophodermium-neiviiequiuiu-on-silver-fir-portion-of-a-riih-aihgtthe-ciuna-an-filamentous-paraphyses-rod-like-cciih-conidia-v-abjointol-from-the-anex-of-tllt-iillinliuw-tln-iici-image231376477.htmlRMRCC31H–. Diseases of plants induced by cryptogamuc parasites; introduction to the study of pathogenic fungi, slime-fungi, bacteria, and algae. English ed. by William G. Smith. Plant diseases; Parasitic plants. Fio. 125.âLophodermium nervisequium. Section of a needle of Silver Fir. b, Pycnidium on upper surface shedding conidia. n, AjKJthe- cium on the lower surface. (After R. Hartig.). Fig. 126.âLophodermium neiviiequiuiu on Silver Fir. Portion of a riiH; aiH>the- ciuna. an. Filamentous paraphyses ; rod-like ccIIh (conidia V), *â¢, abjointol from the anex of tllt; Ii:ll*:inli'u«*w * tln^ ii..ci
. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. 125.—Lophoderniimn nervisequium. Section of a needle of Silver Fir. 6, Pyonidium on upper surface shedding conidia. a, Apothc- cium on the lower surface. (After R. Hartig.). Fig. i26.—Lophodermium nervisequium on Silver Fir. Portion of a ripe apothe- ciuin. a a, Filamentous paraphyses ; rod-like cells (conidia?), k, abjointed from the apex of the paraphyses ; the asci contain eight spores about half as long as th Stock Photohttps://www.alamy.com/licenses-and-pricing/?v=1https://www.alamy.com/diseases-of-plants-induced-by-cryptogamic-parasites-introduction-to-the-study-of-pathogenic-fungi-slime-fungi-bacteria-amp-algae-plant-diseases-parasitic-plants-fungi-fig-125lophoderniimn-nervisequium-section-of-a-needle-of-silver-fir-6-pyonidium-on-upper-surface-shedding-conidia-a-apothc-cium-on-the-lower-surface-after-r-hartig-fig-i26lophodermium-nervisequium-on-silver-fir-portion-of-a-ripe-apothe-ciuin-a-a-filamentous-paraphyses-rod-like-cells-conidia-k-abjointed-from-the-apex-of-the-paraphyses-the-asci-contain-eight-spores-about-half-as-long-as-th-image231376974.htmlRMRCC3KA–. Diseases of plants induced by cryptogamic parasites; introduction to the study of pathogenic Fungi, slime-Fungi, bacteria, & Algae. Plant diseases; Parasitic plants; Fungi. Fig. 125.—Lophoderniimn nervisequium. Section of a needle of Silver Fir. 6, Pyonidium on upper surface shedding conidia. a, Apothc- cium on the lower surface. (After R. Hartig.). Fig. i26.—Lophodermium nervisequium on Silver Fir. Portion of a ripe apothe- ciuin. a a, Filamentous paraphyses ; rod-like cells (conidia?), k, abjointed from the apex of the paraphyses ; the asci contain eight spores about half as long as th
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