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Leuconostoc Stock Photos and Images
Illustration of Leuconostoc citreum. L. citreum belongs to the group of lactic acid producing bacteria. It is used in the starter culture system for the fermentation of kimchi, a fermented cabbage product. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/illustration-of-leuconostoc-citreum-l-citreum-belongs-to-the-group-of-lactic-acid-producing-bacteria-it-is-used-in-the-starter-culture-system-for-the-fermentation-of-kimchi-a-fermented-cabbage-product-image366119825.htmlRF2C7J5G1–Illustration of Leuconostoc citreum. L. citreum belongs to the group of lactic acid producing bacteria. It is used in the starter culture system for the fermentation of kimchi, a fermented cabbage product.
A typical representation of a chair of cocci of Leuconostoc mesenterioides, with two resting spores, anthrospores, vintage line drawing or engraving i Stock Vectorhttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-typical-representation-of-a-chair-of-cocci-of-leuconostoc-mesenterioides-with-two-resting-spores-anthrospores-vintage-line-drawing-or-engraving-i-image359321340.htmlRF2BTGE10–A typical representation of a chair of cocci of Leuconostoc mesenterioides, with two resting spores, anthrospores, vintage line drawing or engraving i
Leuconostoc bacteria. A bacteria used in the fermentation of vegetables. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-a-bacteria-used-in-the-fermentation-of-vegetables-image600749092.htmlRF2WWADGM–Leuconostoc bacteria. A bacteria used in the fermentation of vegetables.
Bottled water kefir Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-image-bottled-water-kefir-165745933.htmlRFKHJAHH–Bottled water kefir
Leuconostoc bacteria A bacteria used in the fermentation of vegetables Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-a-bacteria-used-in-the-fermentation-of-vegetables-image563885348.htmlRF2RNB5EC–Leuconostoc bacteria A bacteria used in the fermentation of vegetables
Homemade water kefir / Tibicos Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/stock-image-homemade-water-kefir-tibicos-165745920.htmlRFKHJAH4–Homemade water kefir / Tibicos
3D image of Aesculin skeletal formula - molecular chemical structure of coumarin glucoside isolated on white background Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/3d-image-of-aesculin-skeletal-formula-molecular-chemical-structure-of-coumarin-glucoside-isolated-on-white-background-image501862420.htmlRF2M4DPHT–3D image of Aesculin skeletal formula - molecular chemical structure of coumarin glucoside isolated on white background
Yellow Butter sheet sliced put on white plate Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/yellow-butter-sheet-sliced-put-on-white-plate-image256725421.htmlRFTWJRW1–Yellow Butter sheet sliced put on white plate
. A handbook of cryptogamic botany. Cryptogams. SCHIZOMYCETES 455 has been seen that certain Bacteria do contain chlorophyll. Looking at their morphological characters, so far as these are at present known to us, it cannot be doubted that the nearest allies of the Arthrosporous Bacteria are those Protophyta, Nostocacea, Oscillariacese, Chroococcaceae, &â¬., which contain chlorophyll. Leuconostoc (Van Tiegh.) has already been mentioned (p. 433) as an intermediate form. A gap certainly exists between Arthrosporous and Endosporous forms ; but so far as. Fig, â jfi'Z.âBeggiatoa alhcc Trev. Cur Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/a-handbook-of-cryptogamic-botany-cryptogams-schizomycetes-455-has-been-seen-that-certain-bacteria-do-contain-chlorophyll-looking-at-their-morphological-characters-so-far-as-these-are-at-present-known-to-us-it-cannot-be-doubted-that-the-nearest-allies-of-the-arthrosporous-bacteria-are-those-protophyta-nostocacea-oscillariacese-chroococcaceae-amp-which-contain-chlorophyll-leuconostoc-van-tiegh-has-already-been-mentioned-p-433-as-an-intermediate-form-a-gap-certainly-exists-between-arthrosporous-and-endosporous-forms-but-so-far-as-fig-jfizbeggiatoa-alhcc-trev-cur-image232400787.htmlRMRE2NG3–. A handbook of cryptogamic botany. Cryptogams. SCHIZOMYCETES 455 has been seen that certain Bacteria do contain chlorophyll. Looking at their morphological characters, so far as these are at present known to us, it cannot be doubted that the nearest allies of the Arthrosporous Bacteria are those Protophyta, Nostocacea, Oscillariacese, Chroococcaceae, &â¬., which contain chlorophyll. Leuconostoc (Van Tiegh.) has already been mentioned (p. 433) as an intermediate form. A gap certainly exists between Arthrosporous and Endosporous forms ; but so far as. Fig, â jfi'Z.âBeggiatoa alhcc Trev. Cur
![. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. ZooglÖeu. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen. 4. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [KOCH n. Hosaeus]). 5. Leuconostoc mesenterioides. G. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (COHN). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera Stock Photo](https://c8.alamy.com/comp/ME7TP9/die-mikroorganismen-mit-besonderer-bercksichtigung-der-tiologie-der-infektionskrankheiten-fig-13-bakterien-in-kapseln-u-zoogleu-16-stark-78-schwach-vergrssert-13-kapseltragende-gefrbte-kokken-u-bacillen-4-gefrbte-stbchen-a-mit-einer-stiel-artig-ausgebildeten-und-verzweigten-hllsubstanz-bact-pediculatum-koch-n-hosaeus-5-leuconostoc-mesenterioides-g-myconostoc-gregarium-7-zoogloea-ramigera-der-autoren-8-ascokokkus-billrothii-cohn-zooglen-von-verschiedener-grsse-sind-sehr-gemein-auch-eine-baum-artig-verstelte-form-ist-oft-als-zoogloea-ramigera-ME7TP9.jpg ". Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. ZooglÖeu. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen. 4. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [KOCH n. Hosaeus]). 5. Leuconostoc mesenterioides. G. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (COHN). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera Stock Photo")
. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. ZooglÖeu. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen. 4. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [KOCH n. Hosaeus]). 5. Leuconostoc mesenterioides. G. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (COHN). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-mikroorganismen-mit-besonderer-bercksichtigung-der-tiologie-der-infektionskrankheiten-fig-13-bakterien-in-kapseln-u-zoogleu-16-stark-78-schwach-vergrssert-13-kapseltragende-gefrbte-kokken-u-bacillen-4-gefrbte-stbchen-a-mit-einer-stiel-artig-ausgebildeten-und-verzweigten-hllsubstanz-bact-pediculatum-koch-n-hosaeus-5-leuconostoc-mesenterioides-g-myconostoc-gregarium-7-zoogloea-ramigera-der-autoren-8-ascokokkus-billrothii-cohn-zooglen-von-verschiedener-grsse-sind-sehr-gemein-auch-eine-baum-artig-verstelte-form-ist-oft-als-zoogloea-ramigera-image180881969.htmlRMME7TP9–. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. ZooglÖeu. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen. 4. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [KOCH n. Hosaeus]). 5. Leuconostoc mesenterioides. G. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (COHN). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera
Leuconostoc mesenteroides bacteria. A mesophilic lactic acid bacteria commonly used in the production of pickles, sauerkraut, and other fermented vegetable products. Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-mesenteroides-bacteria-a-mesophilic-lactic-acid-bacteria-commonly-used-in-the-production-of-pickles-sauerkraut-and-other-fermented-vegetable-products-image600749081.htmlRF2WWADG9–Leuconostoc mesenteroides bacteria. A mesophilic lactic acid bacteria commonly used in the production of pickles, sauerkraut, and other fermented vegetable products.
Leuconostoc bacteria, illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-illustration-image463082905.htmlRF2HWB6Y5–Leuconostoc bacteria, illustration
Leuconostoc mesenteroides bacteria A mesophilic lactic acid bacteria commonly used in the production of pickles, sauerkraut, and other fermented veget Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-mesenteroides-bacteria-a-mesophilic-lactic-acid-bacteria-commonly-used-in-the-production-of-pickles-sauerkraut-and-other-fermented-veget-image563889125.htmlRF2RNBA99–Leuconostoc mesenteroides bacteria A mesophilic lactic acid bacteria commonly used in the production of pickles, sauerkraut, and other fermented veget
. The chemical activities of bacteria. Bacteria. 120 BACTERIAL POLYSACCHAEIDES In other cases the extracellular gum or slime is a glucosan. Organisms such as Leuconostoc dextranicus, Betacoccus arabi- nosus, etc., will synthesise glucosan when grown in the presence of sucrose. The glucosan has a long chain structure in which the repeating unit is. Bacterial cellulose Acetobacter xylinum (see p. 149) produces a slimy envelope when growth takes place in the presence of sucrose or glycerol. The envelope is composed of a polysaccharide which has the same structure as that of vegetable cellulose, i Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/the-chemical-activities-of-bacteria-bacteria-120-bacterial-polysacchaeides-in-other-cases-the-extracellular-gum-or-slime-is-a-glucosan-organisms-such-as-leuconostoc-dextranicus-betacoccus-arabi-nosus-etc-will-synthesise-glucosan-when-grown-in-the-presence-of-sucrose-the-glucosan-has-a-long-chain-structure-in-which-the-repeating-unit-is-bacterial-cellulose-acetobacter-xylinum-see-p-149-produces-a-slimy-envelope-when-growth-takes-place-in-the-presence-of-sucrose-or-glycerol-the-envelope-is-composed-of-a-polysaccharide-which-has-the-same-structure-as-that-of-vegetable-cellulose-i-image235008222.htmlRMRJ9FAP–. The chemical activities of bacteria. Bacteria. 120 BACTERIAL POLYSACCHAEIDES In other cases the extracellular gum or slime is a glucosan. Organisms such as Leuconostoc dextranicus, Betacoccus arabi- nosus, etc., will synthesise glucosan when grown in the presence of sucrose. The glucosan has a long chain structure in which the repeating unit is. Bacterial cellulose Acetobacter xylinum (see p. 149) produces a slimy envelope when growth takes place in the presence of sucrose or glycerol. The envelope is composed of a polysaccharide which has the same structure as that of vegetable cellulose, i
. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 47. Frosehlaichpilz. (Nach ZOPF.) 1, 2, 3, 4 successive Stadien der Kokkenteihmg und Vergallertung bis zu gekrümten Formen. 5 ein Glomerulus von kleinen Zooglöen 6 Durchschnitt durch ein älteres Stadium einer zu- sammengesetzten Zooglöa mit ziemlich langen torulaartigen Fäden. 7 Kokkenketten von einzelnen Sporen unterbrochen, die sich vor den Kokken durch ihre Grösse auszeichnen. traubenzuckerhaltiger Gelatine ein ganz typisches, nur dem Leuconostoc zukommendes Aussehen. Es entsteht in 10—14 T Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-mikroorganismen-mit-besonderer-bercksichtigung-der-tiologie-der-infektionskrankheiten-fig-47-frosehlaichpilz-nach-zopf-1-2-3-4-successive-stadien-der-kokkenteihmg-und-vergallertung-bis-zu-gekrmten-formen-5-ein-glomerulus-von-kleinen-zooglen-6-durchschnitt-durch-ein-lteres-stadium-einer-zu-sammengesetzten-zoogla-mit-ziemlich-langen-torulaartigen-fden-7-kokkenketten-von-einzelnen-sporen-unterbrochen-die-sich-vor-den-kokken-durch-ihre-grsse-auszeichnen-traubenzuckerhaltiger-gelatine-ein-ganz-typisches-nur-dem-leuconostoc-zukommendes-aussehen-es-entsteht-in-1014-t-image180881581.htmlRMME7T8D–. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 47. Frosehlaichpilz. (Nach ZOPF.) 1, 2, 3, 4 successive Stadien der Kokkenteihmg und Vergallertung bis zu gekrümten Formen. 5 ein Glomerulus von kleinen Zooglöen 6 Durchschnitt durch ein älteres Stadium einer zu- sammengesetzten Zooglöa mit ziemlich langen torulaartigen Fäden. 7 Kokkenketten von einzelnen Sporen unterbrochen, die sich vor den Kokken durch ihre Grösse auszeichnen. traubenzuckerhaltiger Gelatine ein ganz typisches, nur dem Leuconostoc zukommendes Aussehen. Es entsteht in 10—14 T
Leuconostoc bacteria, illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-illustration-image463082903.htmlRF2HWB6Y3–Leuconostoc bacteria, illustration
. Bacteriology and the public health. Bacteriology; Public health. MODES OF REPRODUCTION 13 J& * If v°o generally at one of the poles, and the spore sprouts like a seed. In the space of about one hour's time the oval refractile cell has become a new bacillus. One spore produces by germination one bacillus. Spores never multiply by fission, nor reproduce themselves. Hueppe has stated that there are certain organisms (like Leuconostoc, and some streptococci) which reproduce by the method of arthrospores. Defined shortly, this is simply an enlargement of one or more cell elements in the chain Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bacteriology-and-the-public-health-bacteriology-public-health-modes-of-reproduction-13-jamp-if-vo-generally-at-one-of-the-poles-and-the-spore-sprouts-like-a-seed-in-the-space-of-about-one-hours-time-the-oval-refractile-cell-has-become-a-new-bacillus-one-spore-produces-by-germination-one-bacillus-spores-never-multiply-by-fission-nor-reproduce-themselves-hueppe-has-stated-that-there-are-certain-organisms-like-leuconostoc-and-some-streptococci-which-reproduce-by-the-method-of-arthrospores-defined-shortly-this-is-simply-an-enlargement-of-one-or-more-cell-elements-in-the-chain-image235269977.htmlRMRJND75–. Bacteriology and the public health. Bacteriology; Public health. MODES OF REPRODUCTION 13 J& * If v°o generally at one of the poles, and the spore sprouts like a seed. In the space of about one hour's time the oval refractile cell has become a new bacillus. One spore produces by germination one bacillus. Spores never multiply by fission, nor reproduce themselves. Hueppe has stated that there are certain organisms (like Leuconostoc, and some streptococci) which reproduce by the method of arthrospores. Defined shortly, this is simply an enlargement of one or more cell elements in the chain
![. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. Zooglöen. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen, i. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [Koch u. Hosaeüs]). 5. Leuconostoc inesenterioides. 6. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (Cohn). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera Stock Photo](https://c8.alamy.com/comp/ME7TN7/die-mikroorganismen-mit-besonderer-bercksichtigung-der-tiologie-der-infektionskrankheiten-fig-13-bakterien-in-kapseln-u-zooglen-16-stark-78-schwach-vergrssert-13-kapseltragende-gefrbte-kokken-u-bacillen-i-gefrbte-stbchen-a-mit-einer-stiel-artig-ausgebildeten-und-verzweigten-hllsubstanz-bact-pediculatum-koch-u-hosaes-5-leuconostoc-inesenterioides-6-myconostoc-gregarium-7-zoogloea-ramigera-der-autoren-8-ascokokkus-billrothii-cohn-zooglen-von-verschiedener-grsse-sind-sehr-gemein-auch-eine-baum-artig-verstelte-form-ist-oft-als-zoogloea-ramigera-ME7TN7.jpg ". Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. Zooglöen. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen, i. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [Koch u. Hosaeüs]). 5. Leuconostoc inesenterioides. 6. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (Cohn). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera Stock Photo")
. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. Zooglöen. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen, i. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [Koch u. Hosaeüs]). 5. Leuconostoc inesenterioides. 6. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (Cohn). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/die-mikroorganismen-mit-besonderer-bercksichtigung-der-tiologie-der-infektionskrankheiten-fig-13-bakterien-in-kapseln-u-zooglen-16-stark-78-schwach-vergrssert-13-kapseltragende-gefrbte-kokken-u-bacillen-i-gefrbte-stbchen-a-mit-einer-stiel-artig-ausgebildeten-und-verzweigten-hllsubstanz-bact-pediculatum-koch-u-hosaes-5-leuconostoc-inesenterioides-6-myconostoc-gregarium-7-zoogloea-ramigera-der-autoren-8-ascokokkus-billrothii-cohn-zooglen-von-verschiedener-grsse-sind-sehr-gemein-auch-eine-baum-artig-verstelte-form-ist-oft-als-zoogloea-ramigera-image180881939.htmlRMME7TN7–. Die mikroorganismen. Mit besonderer berücksichtigung der ätiologie der infektionskrankheiten . Fig. 13. Bakterien in Kapseln u. Zooglöen. 1—6 stark, 7—8 schwach vergrössert. 1—3. Kapseltragende (gefärbte) Kokken u. Bacillen, i. Gefärbte Stäbchen (a) mit einer stiel- artig ausgebildeten und verzweigten Hüllsubstanz (Bact. pediculatum [Koch u. Hosaeüs]). 5. Leuconostoc inesenterioides. 6. Myconostoc gregarium. 7. Zoogloea ramigera der Autoren. 8. Ascokokkus Billrothii (Cohn). Zooglöen von verschiedener Grösse sind sehr gemein, auch eine baum- artig verästelte Form ist oft als Zoogloea ramigera
Leuconostoc bacteria, illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-illustration-image463082897.htmlRF2HWB6XW–Leuconostoc bacteria, illustration
. Bacteria : especially as they are related to the economy of nature, to industrial processes and to the public health. Bacteriology; Bacteriology. ^r=, J . 4f • PI. c^^ 9 9 Various forms of Bacteria 1. Micrococcus 2. Diplococcus 3. Streptococcus 4. Staphylococcus 5. Leuconostoc, showing Arthrospores 6. Merismopedia 7. Sarcina 8. Bacillus 9. Spirillum that a dividing micrococcus assumes the exact appearance of a diplococcus during the transition stage of the fission. Hence, with the exception of several well-marked species of diplococci, this form is somewhat arbitrary. The third kind of mic Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bacteria-especially-as-they-are-related-to-the-economy-of-nature-to-industrial-processes-and-to-the-public-health-bacteriology-bacteriology-r=-j-4f-pi-c-9-9-various-forms-of-bacteria-1-micrococcus-2-diplococcus-3-streptococcus-4-staphylococcus-5-leuconostoc-showing-arthrospores-6-merismopedia-7-sarcina-8-bacillus-9-spirillum-that-a-dividing-micrococcus-assumes-the-exact-appearance-of-a-diplococcus-during-the-transition-stage-of-the-fission-hence-with-the-exception-of-several-well-marked-species-of-diplococci-this-form-is-somewhat-arbitrary-the-third-kind-of-mic-image235271938.htmlRMRJNFN6–. Bacteria : especially as they are related to the economy of nature, to industrial processes and to the public health. Bacteriology; Bacteriology. ^r=, J . 4f • PI. c^^ 9 9 Various forms of Bacteria 1. Micrococcus 2. Diplococcus 3. Streptococcus 4. Staphylococcus 5. Leuconostoc, showing Arthrospores 6. Merismopedia 7. Sarcina 8. Bacillus 9. Spirillum that a dividing micrococcus assumes the exact appearance of a diplococcus during the transition stage of the fission. Hence, with the exception of several well-marked species of diplococci, this form is somewhat arbitrary. The third kind of mic
Leuconostoc bacteria, illustration Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-illustration-image463082907.htmlRF2HWB6Y7–Leuconostoc bacteria, illustration
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450647.htmlRF2HBA0C7–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
. Cryptogamen. Fig. 229. Leuconostoc mesenterioides. *l Zellen ohne Gallerthülle. B, C Bildung der Gallertkörper. JJ Theil einer erwachsenen Zoogloea. E Eosenkranzartige Fäden der Zoogloea. Vergr. 520. Nach VAX TiECiHEii.. Fig. 227. Cladothrix dichotoma. Bildung der Schwärmstäbchen aus den Fadenzellen. Vergr. lOOiJ. Nach A. Fischer.. 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.. Schenck, H. (Heinrich), 1860-1927. Jena : G Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cryptogamen-fig-229-leuconostoc-mesenterioides-l-zellen-ohne-gallerthlle-b-c-bildung-der-gallertkrper-jj-theil-einer-erwachsenen-zoogloea-e-eosenkranzartige-fden-der-zoogloea-vergr-520-nach-vax-tieciheii-fig-227-cladothrix-dichotoma-bildung-der-schwrmstbchen-aus-den-fadenzellen-vergr-looij-nach-a-fischer-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-schenck-h-heinrich-1860-1927-jena-g-image232457104.htmlRMRE59BC–. Cryptogamen. Fig. 229. Leuconostoc mesenterioides. *l Zellen ohne Gallerthülle. B, C Bildung der Gallertkörper. JJ Theil einer erwachsenen Zoogloea. E Eosenkranzartige Fäden der Zoogloea. Vergr. 520. Nach VAX TiECiHEii.. Fig. 227. Cladothrix dichotoma. Bildung der Schwärmstäbchen aus den Fadenzellen. Vergr. lOOiJ. Nach A. Fischer.. 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.. Schenck, H. (Heinrich), 1860-1927. Jena : G
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450653.htmlRF2HBA0CD–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
. Anatomie et physiologie végétales à l'usage des étudiants en sciences naturelles des universités, des élèves à l'Institut agronomique, des écoles d'agriculture, etc. Plant anatomy; Plant physiology. ï}. f- Fig. 1470. Fig. 1471. Fig. 1472. Fig. 1470. —Bacille aniylobactcr. — f, divers états; </, formation des spores: 11, spore isolée: i, germination; k, nouveaux Bacilles (gross. : 1800). Fig. 1471. — Leuconostoc {Leuconosioc mesenteroides, Cyanophyeée). — a, spores, dont une en germination; b, deux individus uniceilulaires, entourés de mucilage; (?,(/, multiplication cellulaire;/', cellule Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomie-et-physiologie-vgtales-lusage-des-tudiants-en-sciences-naturelles-des-universits-des-lves-linstitut-agronomique-des-coles-dagriculture-etc-plant-anatomy-plant-physiology-f-fig-1470-fig-1471-fig-1472-fig-1470-bacille-aniylobactcr-f-divers-tats-lt-formation-des-spores-11-spore-isole-i-germination-k-nouveaux-bacilles-gross-1800-fig-1471-leuconostoc-leuconosioc-mesenteroides-cyanophyee-a-spores-dont-une-en-germination-b-deux-individus-uniceilulaires-entours-de-mucilage-multiplication-cellulaire-cellule-image236823891.htmlRMRN8783–. Anatomie et physiologie végétales à l'usage des étudiants en sciences naturelles des universités, des élèves à l'Institut agronomique, des écoles d'agriculture, etc. Plant anatomy; Plant physiology. ï}. f- Fig. 1470. Fig. 1471. Fig. 1472. Fig. 1470. —Bacille aniylobactcr. — f, divers états; </, formation des spores: 11, spore isolée: i, germination; k, nouveaux Bacilles (gross. : 1800). Fig. 1471. — Leuconostoc {Leuconosioc mesenteroides, Cyanophyeée). — a, spores, dont une en germination; b, deux individus uniceilulaires, entourés de mucilage; (?,(/, multiplication cellulaire;/', cellule
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450645.htmlRF2HBA0C5–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
. Cryptogamen. Fig. 226. Geisseitypen, a Vibrio cholerae. h, d Spirillum undula. d Entwicklunji' eines neuen Geisselbüschels bei der Theilung. c Bacillus Typhi. c Bacillus subtilis. VergT. 2250. Xach A. Fischer. 1 W-^ --^ E. Fig. 229. Leuconostoc mesenterioides. *l Zellen ohne Gallerthülle. B, C Bildung der Gallertkörper. JJ Theil einer erwachsenen Zoogloea. E Eosenkranzartige Fäden der Zoogloea. Vergr. 520. Nach VAX TiECiHEii.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustr Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/cryptogamen-fig-226-geisseitypen-a-vibrio-cholerae-h-d-spirillum-undula-d-entwicklunji-eines-neuen-geisselbschels-bei-der-theilung-c-bacillus-typhi-c-bacillus-subtilis-vergt-2250-xach-a-fischer-1-w-e-fig-229-leuconostoc-mesenterioides-l-zellen-ohne-gallerthlle-b-c-bildung-der-gallertkrper-jj-theil-einer-erwachsenen-zoogloea-e-eosenkranzartige-fden-der-zoogloea-vergr-520-nach-vax-tieciheii-please-note-that-these-images-are-extracted-from-scanned-page-images-that-may-have-been-digitally-enhanced-for-readability-coloration-and-appearance-of-these-illustr-image232457106.htmlRMRE59BE–. Cryptogamen. Fig. 226. Geisseitypen, a Vibrio cholerae. h, d Spirillum undula. d Entwicklunji' eines neuen Geisselbüschels bei der Theilung. c Bacillus Typhi. c Bacillus subtilis. VergT. 2250. Xach A. Fischer. 1 W-^ --^ E. Fig. 229. Leuconostoc mesenterioides. *l Zellen ohne Gallerthülle. B, C Bildung der Gallertkörper. JJ Theil einer erwachsenen Zoogloea. E Eosenkranzartige Fäden der Zoogloea. Vergr. 520. Nach VAX TiECiHEii.. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustr
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450618.htmlRF2HBA0B6–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
. Anatomie et physiologie végétales à l'usage des étudiants en sciences naturelles des universités, des élèves à l'Institut agronomique, des écoles d'agriculture, etc. Plant anatomy; Plant physiology. Fig. lCo6. Fig. IGtiT. Fig. I606. — Lcuconostoc {Leuconostoc mesenleroides, Cyanophycée). — a, spores, dont une en germination ; b, deux individus unicellulairos, entourés de mucilage; c, d, multiplication cellulaire; f, cellules normales du fila- ment; g, liétérocystes; ?', spores; )n, fragment d'une colonie gélatineuse (gr. : 450) (Van Tiegliem). Fig. 1657. — I, Ihidrocoleum comoides (Algue cya Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/anatomie-et-physiologie-vgtales-lusage-des-tudiants-en-sciences-naturelles-des-universits-des-lves-linstitut-agronomique-des-coles-dagriculture-etc-plant-anatomy-plant-physiology-fig-lco6-fig-igtit-fig-i606-lcuconostoc-leuconostoc-mesenleroides-cyanophyce-a-spores-dont-une-en-germination-b-deux-individus-unicellulairos-entours-de-mucilage-c-d-multiplication-cellulaire-f-cellules-normales-du-fila-ment-g-litrocystes-spores-n-fragment-dune-colonie-glatineuse-gr-450-van-tiegliem-fig-1657-i-ihidrocoleum-comoides-algue-cya-image236820875.htmlRMRN83CB–. Anatomie et physiologie végétales à l'usage des étudiants en sciences naturelles des universités, des élèves à l'Institut agronomique, des écoles d'agriculture, etc. Plant anatomy; Plant physiology. Fig. lCo6. Fig. IGtiT. Fig. I606. — Lcuconostoc {Leuconostoc mesenleroides, Cyanophycée). — a, spores, dont une en germination ; b, deux individus unicellulairos, entourés de mucilage; c, d, multiplication cellulaire; f, cellules normales du fila- ment; g, liétérocystes; ?', spores; )n, fragment d'une colonie gélatineuse (gr. : 450) (Van Tiegliem). Fig. 1657. — I, Ihidrocoleum comoides (Algue cya
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450635.htmlRF2HBA0BR–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
. Bau und leben der bakterien. Bacteriology. • Abb. 27. (Natürliche Größe.) Semülostridium commiine. Gallertballenhaufen aus einer Zucht in zuckerhaltiger Nährlösung. Nach Maaßen a. Laiars Hdb. • b h Abb. 28. (Vergr. ca. 2000.) Leuconostoc m esenterioides. a ZeUen ohne GallerthüUe. 6 Zellen mit Gallerthülle. Nach Liesenberg u. Zopf aus Lafars Hdb. kann häufig beobachten, daß eine solche Gallerthülle zunächst jede einzelne Zelle umgibt: aber indem diese sich teilt und ihre Tochter- Zellen sich wieder mit je einer Gallerthülle umgeben, während die erst- genannte als gemeinsame Hülle erhalten ble Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/bau-und-leben-der-bakterien-bacteriology-abb-27-natrliche-gre-semlostridium-commiine-gallertballenhaufen-aus-einer-zucht-in-zuckerhaltiger-nhrlsung-nach-maaen-a-laiars-hdb-b-h-abb-28-vergr-ca-2000-leuconostoc-m-esenterioides-a-zeuen-ohne-gallerthue-6-zellen-mit-gallerthlle-nach-liesenberg-u-zopf-aus-lafars-hdb-kann-hufig-beobachten-da-eine-solche-gallerthlle-zunchst-jede-einzelne-zelle-umgibt-aber-indem-diese-sich-teilt-und-ihre-tochter-zellen-sich-wieder-mit-je-einer-gallerthlle-umgeben-whrend-die-erst-genannte-als-gemeinsame-hlle-erhalten-ble-image235245495.htmlRMRJMA0R–. Bau und leben der bakterien. Bacteriology. • Abb. 27. (Natürliche Größe.) Semülostridium commiine. Gallertballenhaufen aus einer Zucht in zuckerhaltiger Nährlösung. Nach Maaßen a. Laiars Hdb. • b h Abb. 28. (Vergr. ca. 2000.) Leuconostoc m esenterioides. a ZeUen ohne GallerthüUe. 6 Zellen mit Gallerthülle. Nach Liesenberg u. Zopf aus Lafars Hdb. kann häufig beobachten, daß eine solche Gallerthülle zunächst jede einzelne Zelle umgibt: aber indem diese sich teilt und ihre Tochter- Zellen sich wieder mit je einer Gallerthülle umgeben, während die erst- genannte als gemeinsame Hülle erhalten ble
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450633.htmlRF2HBA0BN–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
. Atlas de microbiologie ... Roussel, Georges; Microbiology. MICROCOQUES 259 les streptocoques pathogènes, contiennent do la chlorophylle et pré- sentent une teinte verdâtre. Les chapelets se colorent par les couleurs d'aniline. C'est à une espèce voisine qu'appartient le Leuconostoc mesenteroïdes, agent de la V. ( N KS ) i - .' Fie. 413. Nostoc commune. Préparation colorée. â Gr. 500 diam. « gomme de sucrerie », que nous n'avons pas en l'occasion d'étudier. Les tig. 411 et 412 représentent le Nostoc commune à l'étal trais, sans coloration. La préparation colorée photographiée Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/atlas-de-microbiologie-roussel-georges-microbiology-microcoques-259-les-streptocoques-pathognes-contiennent-do-la-chlorophylle-et-pr-sentent-une-teinte-verdtre-les-chapelets-se-colorent-par-les-couleurs-daniline-cest-une-espce-voisine-quappartient-le-leuconostoc-mesenterodes-agent-de-la-v-n-ks-i-fie-413-nostoc-commune-prparation-colore-gr-500-diam-gomme-de-sucrerie-que-nous-navons-pas-en-loccasion-dtudier-les-tig-411-et-412-reprsentent-le-nostoc-commune-ltal-trais-sans-coloration-la-prparation-colore-photographie-image235401286.htmlRMRJYCMP–. Atlas de microbiologie ... Roussel, Georges; Microbiology. MICROCOQUES 259 les streptocoques pathogènes, contiennent do la chlorophylle et pré- sentent une teinte verdâtre. Les chapelets se colorent par les couleurs d'aniline. C'est à une espèce voisine qu'appartient le Leuconostoc mesenteroïdes, agent de la V. ( N KS ) i - .' Fie. 413. Nostoc commune. Préparation colorée. â Gr. 500 diam. « gomme de sucrerie », que nous n'avons pas en l'occasion d'étudier. Les tig. 411 et 412 représentent le Nostoc commune à l'étal trais, sans coloration. La préparation colorée photographiée
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450643.htmlRF2HBA0C3–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Illustration of Leuconostoc citreum. L. citreum belongs to the group of lactic acid producing bacteria. It is used in the starter culture system for t Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/illustration-of-leuconostoc-citreum-l-citreum-belongs-to-the-group-of-lactic-acid-producing-bacteria-it-is-used-in-the-starter-culture-system-for-t-image381541393.htmlRF2D4MKX9–Illustration of Leuconostoc citreum. L. citreum belongs to the group of lactic acid producing bacteria. It is used in the starter culture system for t
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450648.htmlRF2HBA0C8–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450628.htmlRF2HBA0BG–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450619.htmlRF2HBA0B7–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450650.htmlRF2HBA0CA–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450631.htmlRF2HBA0BK–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450652.htmlRF2HBA0CC–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450639.htmlRF2HBA0BY–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450637.htmlRF2HBA0BW–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450630.htmlRF2HBA0BJ–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450651.htmlRF2HBA0CB–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450642.htmlRF2HBA0C2–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450638.htmlRF2HBA0BX–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450624.htmlRF2HBA0BC–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes Stock Photohttps://www.alamy.com/image-license-details/?v=1https://www.alamy.com/leuconostoc-bacteria-computer-illustration-these-are-gram-positive-coccoid-chemoorganoheterotrophic-facultatively-anaerobic-bacteria-prokaryotes-image454450621.htmlRF2HBA0B9–Leuconostoc bacteria, computer illustration. These are Gram-positive, coccoid, chemoorganoheterotrophic, facultatively anaerobic bacteria (prokaryotes
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