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Penicillium chrysogenum Stock Photos and Images

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Penicillium chrysogenum Stock Photos and Images

Penicillium Chrysogenum - SEM Stock Photo
RMREHAW9–Penicillium Chrysogenum - SEM
different samples with kinds of bacterias living at common household items- mattress, shoe, moisturizer. Penicillium chrysogenum, epicoccum nigrum. Stock Photo
RFTRF1D8–different samples with kinds of bacterias living at common household items- mattress, shoe, moisturizer. Penicillium chrysogenum, epicoccum nigrum.
PENICILLIUM CHRYSOGENUM Stock Photo
RMHGNXF7–PENICILLIUM CHRYSOGENUM
Penicillium chrysogenum fungus. Penicillium chrysogenum is a fungus used in penicillin production potent antibiotic properties. Stock Photo
RF2WWADJN–Penicillium chrysogenum fungus. Penicillium chrysogenum is a fungus used in penicillin production potent antibiotic properties.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY7210–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Penicillium chrysogenum spores, illustration Stock Photo
RF2A9H873–Penicillium chrysogenum spores, illustration
The turnera flower is bright yellow with beautiful green leaves Stock Photo
RF2C5X0PB–The turnera flower is bright yellow with beautiful green leaves
Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin Stock Photo
RF2D78BKK–Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin
3D image of Penicillin skeletal formula - molecular chemical structure of beta-lactam antibiotic isolated on white background Stock Photo
RF2M1HW14–3D image of Penicillin skeletal formula - molecular chemical structure of beta-lactam antibiotic isolated on white background
Penicillium anatomy. Structure of a Microscopic fungi that use in food and drug production. Part of a Fungus. Close-up of a Metula, Sterigma, Conidia, Stock Vector
RF2WYEG1B–Penicillium anatomy. Structure of a Microscopic fungi that use in food and drug production. Part of a Fungus. Close-up of a Metula, Sterigma, Conidia,
Fungi Penicillium which cause food spoilage and are used for production of the first antibiotic penicillin. 3D illustration showing spores conidia and Stock Photo
RF2R7A023–Fungi Penicillium which cause food spoilage and are used for production of the first antibiotic penicillin. 3D illustration showing spores conidia and
. Einfhrung in die Agrikulturmykolgie. Soil microbiology; Soil fungi. Der Kreislauf des Kohlenstoffs, Sauerstoffs und Wasserstoffs. 7 Auf die Bedeutung der zelluloselösenden Mikroorganismen für die Zersetzung von Pflanzenresten im Boden machten kürzlich G. Rossi und F. Guarneri (1) besonders aufmerksam. Wichtig ist auch die durch Mikroorganismen bewirkte Zerstörung der reichlich im Boden und Dünger vorkommenden Pentosane, die nach den Untersuchungen von Dox und Neidig (1) an Aspergillus niger, Aspergillus fumigatus, Aspergillus clavatus, Penicillium chrysogenum, Pen. camemberti und Pen. expans Stock Photo
RMRD94NM–. Einfhrung in die Agrikulturmykolgie. Soil microbiology; Soil fungi. Der Kreislauf des Kohlenstoffs, Sauerstoffs und Wasserstoffs. 7 Auf die Bedeutung der zelluloselösenden Mikroorganismen für die Zersetzung von Pflanzenresten im Boden machten kürzlich G. Rossi und F. Guarneri (1) besonders aufmerksam. Wichtig ist auch die durch Mikroorganismen bewirkte Zerstörung der reichlich im Boden und Dünger vorkommenden Pentosane, die nach den Untersuchungen von Dox und Neidig (1) an Aspergillus niger, Aspergillus fumigatus, Aspergillus clavatus, Penicillium chrysogenum, Pen. camemberti und Pen. expans
. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. Fig. 250.—Penicilliunt Dudauxii. a, b, Conidial fructifications with young smooth conidiospores; c, d, e, conidial fructifications from potato-agar plate culture, more complex types; /, g, h, j, sketches of habit upon potato agar; k, ripe spores highly magnified to show delicate markings; I, m, n, germination of spores; si, coremium. (After Thorn.). Fig. 251.—Penicillium chrysogenum: a, b, c, d, e, branching of conidial fructifica- tion from gelatin plates; /, g, h, j, I, m, sketches of Stock Photo
RMPG4DFN–. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. Fig. 250.—Penicilliunt Dudauxii. a, b, Conidial fructifications with young smooth conidiospores; c, d, e, conidial fructifications from potato-agar plate culture, more complex types; /, g, h, j, sketches of habit upon potato agar; k, ripe spores highly magnified to show delicate markings; I, m, n, germination of spores; si, coremium. (After Thorn.). Fig. 251.—Penicillium chrysogenum: a, b, c, d, e, branching of conidial fructifica- tion from gelatin plates; /, g, h, j, I, m, sketches of
Einfhrung in die Agrikulturmykolgie einfhrungindieag00koss Year: 1912 Der Kreislauf des Kohlenstoffs, Sauerstoffs und Wasserstoffs. 7 Auf die Bedeutung der zelluloselösenden Mikroorganismen für die Zersetzung von Pflanzenresten im Boden machten kürzlich G. Rossi und F. Guarneri (1) besonders aufmerksam. Wichtig ist auch die durch Mikroorganismen bewirkte Zerstörung der reichlich im Boden und Dünger vorkommenden Pentosane, die nach den Untersuchungen von Dox und Neidig (1) an Aspergillus niger, Aspergillus fumigatus, Aspergillus clavatus, Penicillium chrysogenum, Pen. camemberti und Pen. expa Stock Photo
RMRYEHJ0–Einfhrung in die Agrikulturmykolgie einfhrungindieag00koss Year: 1912 Der Kreislauf des Kohlenstoffs, Sauerstoffs und Wasserstoffs. 7 Auf die Bedeutung der zelluloselösenden Mikroorganismen für die Zersetzung von Pflanzenresten im Boden machten kürzlich G. Rossi und F. Guarneri (1) besonders aufmerksam. Wichtig ist auch die durch Mikroorganismen bewirkte Zerstörung der reichlich im Boden und Dünger vorkommenden Pentosane, die nach den Untersuchungen von Dox und Neidig (1) an Aspergillus niger, Aspergillus fumigatus, Aspergillus clavatus, Penicillium chrysogenum, Pen. camemberti und Pen. expa
Moldy Orange Stock Photo
RMHRHF7F–Moldy Orange
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY87X–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
different samples with kinds of bacterias living at common household items- mattress, shoe, moisturizer. Penicillium chrysogenum, epicoccum nigrum. Stock Photo
RFTRF1CY–different samples with kinds of bacterias living at common household items- mattress, shoe, moisturizer. Penicillium chrysogenum, epicoccum nigrum.
PENICILLIUM CHRYSOGENUM Stock Photo
RMHGNXF6–PENICILLIUM CHRYSOGENUM
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71YW–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus Stock Photo
RM2C7D0TG–Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus
Some insects trapped in this turnera flower rain drops Stock Photo
RF2C5X0NY–Some insects trapped in this turnera flower rain drops
Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin Stock Photo
RF2D78BKH–Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin
Fungi Penicillium which cause food spoilage and are used for production of the first antibiotic penicillin. 3D illustration showing spores conidia and Stock Photo
RF2R7A029–Fungi Penicillium which cause food spoilage and are used for production of the first antibiotic penicillin. 3D illustration showing spores conidia and
. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. Fig. 250.—Penicilliunt Dudauxii. a, b, Conidial fructifications with young smooth conidiospores; c, d, e, conidial fructifications from potato-agar plate culture, more complex types; /, g, h, j, sketches of habit upon potato agar; k, ripe spores highly magnified to show delicate markings; I, m, n, germination of spores; si, coremium. (After Thorn.). Fig. 251.—Penicillium chrysogenum: a, b, c, d, e, branching of conidial fructifica- tion from gelatin plates; /, g, h, j, I, m, sketches of Stock Photo
RMRDET7N–. A text-book of mycology and plant pathology . Plant diseases; Fungi in agriculture; Plant diseases; Fungi. Fig. 250.—Penicilliunt Dudauxii. a, b, Conidial fructifications with young smooth conidiospores; c, d, e, conidial fructifications from potato-agar plate culture, more complex types; /, g, h, j, sketches of habit upon potato agar; k, ripe spores highly magnified to show delicate markings; I, m, n, germination of spores; si, coremium. (After Thorn.). Fig. 251.—Penicillium chrysogenum: a, b, c, d, e, branching of conidial fructifica- tion from gelatin plates; /, g, h, j, I, m, sketches of
. Cultural studies of species of Penicillium. Penicillium -- Cultures and culture media; Fungi -- Cultures and culture media. PEN K'll.I.ir.M (HRYSOGEN I'M. 59 The culture here named P. chrysogenum has been kept under observation for more than four years without change. In this time several forms have been collected or sent to this Laboratory which also produce the golden color in the digestion of milk suggestive of the name proposed. The cultural characters of these races differ in some degree in several eases, in others substantial identity has been observed. In reporting cultural data three Stock Photo
RMPFX4HY–. Cultural studies of species of Penicillium. Penicillium -- Cultures and culture media; Fungi -- Cultures and culture media. PEN K'll.I.ir.M (HRYSOGEN I'M. 59 The culture here named P. chrysogenum has been kept under observation for more than four years without change. In this time several forms have been collected or sent to this Laboratory which also produce the golden color in the digestion of milk suggestive of the name proposed. The cultural characters of these races differ in some degree in several eases, in others substantial identity has been observed. In reporting cultural data three
Moldy Orange Stock Photo
RMHRHF7D–Moldy Orange
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY8EJ–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
PENICILLIUM CHRYSOGENUM Stock Photo
RMHGNXF5–PENICILLIUM CHRYSOGENUM
Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus Stock Photo
RM2C7D0NX–Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus
Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin Stock Photo
RF2D78BK4–Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin
. Cultural studies of species of Penicillium. Penicillium -- Cultures and culture media; Fungi -- Cultures and culture media. PEN K'll.I.ir.M (HRYSOGEN I'M. 59 The culture here named P. chrysogenum has been kept under observation for more than four years without change. In this time several forms have been collected or sent to this Laboratory which also produce the golden color in the digestion of milk suggestive of the name proposed. The cultural characters of these races differ in some degree in several eases, in others substantial identity has been observed. In reporting cultural data three Stock Photo
RMRD6T4B–. Cultural studies of species of Penicillium. Penicillium -- Cultures and culture media; Fungi -- Cultures and culture media. PEN K'll.I.ir.M (HRYSOGEN I'M. 59 The culture here named P. chrysogenum has been kept under observation for more than four years without change. In this time several forms have been collected or sent to this Laboratory which also produce the golden color in the digestion of milk suggestive of the name proposed. The cultural characters of these races differ in some degree in several eases, in others substantial identity has been observed. In reporting cultural data three
Moldy Orange Stock Photo
RMHRHF7E–Moldy Orange
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY93C–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus Stock Photo
RM2C7D15X–Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus
Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus Stock Photo
RM2C7D170–Masses of colonies of penicillin, Pencillium chrysogenum, covered the surface in large petri dish joined up forming a convoluted sheet covering crus
Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin Stock Photo
RF2D78BKC–Penicillium chrysogenum mould growing on a loaf of bread. Penicillium is used to make the antibiotic penicllin
Masses of colonies of penicillin, Pencillium chrysogenu, covered the surface in large petri dish joined up forming a convoluted sheet covering crust Stock Photo
RM2C7D0WR–Masses of colonies of penicillin, Pencillium chrysogenu, covered the surface in large petri dish joined up forming a convoluted sheet covering crust
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY8E6–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
Masses of colonies of penicillin, Pencillium chrysogenm, glowing under mixture of visible or UV ultraviolet light showing extracellular digestion Stock Photo
RM2C7D12H–Masses of colonies of penicillin, Pencillium chrysogenm, glowing under mixture of visible or UV ultraviolet light showing extracellular digestion
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY8XH–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
Masses of colonies of penicillin, Pencillium chrysogenm, glowing under mixture of visible or UV ultraviolet light showing extracellular digestion Stock Photo
RM2C7D104–Masses of colonies of penicillin, Pencillium chrysogenm, glowing under mixture of visible or UV ultraviolet light showing extracellular digestion
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY97C–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
Masses of colonies of penicillin, Pencillium chrysogenm, glowing under mixture of visible or UV ultraviolet light showing extracellular digestion Stock Photo
RM2C7D13H–Masses of colonies of penicillin, Pencillium chrysogenm, glowing under mixture of visible or UV ultraviolet light showing extracellular digestion
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71Y2–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus. Stock Photo
RMREY8X3–Penicillium fungus. Microscopic EM coloured image of penicillium chrysogenum fungus.
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71Y1–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY720P–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY720T–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY7213–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY7215–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY720Y–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY720E–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71YK–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71YN–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY7218–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY7205–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71YP–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71XW–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71Y9–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71XT–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71YB–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71Y6–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71XR–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium Stock Photo
RMEY71Y3–Interesting patterns at boundaries between pin mould fungi and the deep green turquoise blue color of spores in penicillium
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P0T–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P2Y–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P1A–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P1D–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P36–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P39–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores
Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores Stock Photo
RM2P92P0G–Forgotten food, tomato on a plate in fridge begins to decay having been infected by a pin mold most likely penicillin bacillus, lots of ripe spores

Search Results for Penicillium chrysogenum Stock Photos and Images (71)