RMCPC80E–Slime mould (Craterium minutum), fruiting bodies on a fallen leaf UK
RF2X33MF0–Orange red slime mold mushroom Lycogala epidendrum in the autumn forest.
RMA5P9P2–A group of stalked fruiting bodies of slime mould myxomycete Cribraria argillacea growing on the wood
RF2DYXK81–Plasmid of the Many Headed Slime of the species Physarum polycephalum spread on a root of a tree
RF2M3M4XT–close shot of the fuligo plasmodial slime mold on the bark.
RF2E03GYB–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on the ground
RMMCMWR4–. n M n Fig. 7. Actinosphaerium Eichhornii. Nach R. Hektwig, Zoologie. M Marksubstanz mit Kernen (m). R Kindensubstanz mit contractilen Vacuolen {ev). Na Nalirungskörper. ist ein vielkerniges Plasmodium einer Myxomycete po- tentia vielzellig. Denn wenn es in einen Fruchtkörper sich um- wandelt, zerfällt es in so viele einzelne Sporen oder Keime für neue Organismen, als vorher Kerne in der gemeinsamen Protoplasmamasse vorhanden waren. Organismen vom Formwerth eines Syncytiums gibt es an der Wurzel des Tiiier- und Pflanzenreichs. Sehr zahlreiche Arten der Protozoen sind Syncytien: das vielkernig
RF2DYXK48–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on dry leaves on the ground
RFP8RBYN–Cells Growing In A Tissue Culture Petri Dish Isolated On Black Background. Mitosis, The Process Of Cell Division And Multiplication. Medicine Scientif
RMT22XB6–Archive image from page 27 of Die Zelle und die Gewebe Die Zelle und die Gewebe. Grundzüge der Allgemeinen Anatomie und Physiologie diezelleunddiege01hert Year: 1893-1898 *'! -r '.--Lx VvX n M n Fig. 7. Actinosphaerium Eichhornii. Nach R. Hektwig, Zoologie. M Marksubstanz mit Kernen (m). R Kindensubstanz mit contractilen Vacuolen {ev). Na Nalirungskörper. ist ein vielkerniges Plasmodium einer Myxomycete po- tentia vielzellig. Denn wenn es in einen Fruchtkörper sich um- wandelt, zerfällt es in so viele einzelne Sporen oder Keime für neue Organismen, als vorher Kerne in der gemeinsamen Pro
RF2F3XEJ5–Slime mold on decaying wood in autumn
RMRDD7W3–. Botany for agricultural students . Botany. 340 THALLOPHYTES Club Root of Cabbage.' — This is a disease of Cabbage caused by a parasitic Myxomycete. The Myxomycete gains entrance through the roots and hves upon the cells of the plant. The presence of the parasite causes the wart-like developments on the roots and stem of the Cabbage, and so injures the plant that no head is produced and even death often results {Figure 292). Within the cells of the Cabbage the plasmodia live and form spores {Figure 293). When liberated through the decay of the Cabbage, the spores are carried by water, animals
RF2T5GKFY–Hemitrichia clavata, a slime mold from Finland, no common English name
RMPG0GHG–. Diseases of greenhouse crops and their control . Vegetables; Plant diseases; Plant diseases. Fig. 17. Cauliflower Diseases. a, Youn^ cauliflower plant with club root (after Jones, L. R.). &• cross section of an infected root, c. cross section of a young healthy root (b-c after Woronin), d. host cell containing Myxomycete spores (after Lutman, B. F.).. 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.. Taubenhaus, Jacob J
RFJ62PAY–macro close-up macro admission close up view detail mushroom fungus mould slime
RMCPC7M8–Slime mould (Arcyria incarnata) fruiting bodies on a log UK
RF2X33MP4–Orange red slime mold mushroom Lycogala epidendrum in the autumn forest.
RMA5P9NB–Sessile yellow fruiting bodies of slime mould or myxomycete Trichia favoginea growing on the pulled down leaf
RF2C32P55–wolfs milk or Lycogala epidendrum in autumn forest
RF2M3M4Y0–close shot of the fuligo plasmodial slime mold on the bark.
RF2DYXKDG–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on dry leaves on the ground
RFP8RC08–Cells Growing In A Tissue Culture Petri Dish. Soft DNA Strings On The Background. Medical Scientific Research Concept
RF2F3XEJ4–Slime mold on decaying wood in autumn
RMRE0C6Y–. Experimental morphology. Protoplasm; Growth. 132 ELECTRICITY AND PROTOPLASM [Ch. VI tion takes place at both poles, since both are, alternately, anodes (Fig. 30). Similar effects have been observed in other cases. Thus, when an amoeba is subjected to an alternating current, it be- comes spherical; the protoplasmic streaming of the plasmodia of a myxomycete ceases, and, with stronger currents, the whole mass contracts, water being forced out. Finally, an attempt at a similar re- sult is seen in the stamen- hair cells of Tradescantia, in which, under stimulation, the protoplasmic threads segre
RF2T5GKFA–Hemitrichia clavata, a slime mold from Finland, no common English name
RF2T5GJ16–Cribraria rufa, a slime mold from Finland, no common English name
RMCPC8CB–Slime mould fruiting bodies on a log in rainforest Malaysia
RMA5P9N7–Bright red immature stalked fruiting bodies of slime mould myxomycete Arcyria denudata growing on the wood
RF2M3M4Y3–close shot of the fuligo plasmodial slime mold on the bark.
RF2DYXKB1–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on dry leaves on the ground
RMRE9ME9–. Contributions from the Botanical Laboratory and the Morris Arboretum of the University of Pennsylvania, vol. 14. Botany; Botany. Observations on the Methods of Stipe-formation in Stemonitis and Comatricha William D. Gray, University of Pennsylvania During the course of the writer's observations on myxomycete Plas- modia, it has become apparent that many generic as well as specific be- havior differences are to be expected. By behavior is meant the various conformations and color changes that are passed through in the develop- ment of sporangia from Plasmodia; the time* required to complete f
RF2T5GJA2–Cribraria rufa, a slime mold from Finland, no common English name
RF2WCT4YM–Physarum straminipes, slime mold from Finland, no common English name
RMCPC832–Slime mould (Leocarpus fragilis) plasmodium beginning to produce fruiting bodies, under pines UK
RFA5P9T5–Reddish oval fruiting bodies of widely distributed slime mould or myxomycete Arcyria denudata growing on the wood
RF2M3M4H5–close shot of the fuligo plasmodial slime mold on the bark.
RF2DYXKF0–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on dry leaves on the ground
RMRH93ND–. Botany for agricultural students. Plants. 340 THALLOPHYTES Club Root of Cabbage. 1 — This is a disease of Cabbage caused by a parasitic Myxoinycete. The Myxomycete gains entrance through the roots and lives upon the cells of the plant. The presence of the parasite causes the wart-like developments on the roots and stem of the Cabbage, and so injures the plant that no head is produced and even death often results {Figure 292). Within the cells of the Cabbage the plasmodia live and form spores {Figure 293). When liberated through the decay of the Cabbage, the spores are carried by water, anima
RF2WFTYT7–Physarum straminipes, slime mold from Finland, no common English name
RMCPC7WD–Slime mould (Comatricha nigra) with early, white stage, fruiting bodies mixed with mature brown stage UK
RF2WF7RTM–Metatrichia floriformis, known as Wasp nest slime mold, clustered black sporangia
RMA5P9P8–A group of stalked fruiting bodies of slime mould myxomycete Cribraria argillacea attacked by unknown white mould
RF2WF2NB9–Physarum leucophaeum, a slime mold from Finland, microscope image of sporangia
RF2M3M4K8–close shot of the fuligo plasmodial slime mold on the bark.
RF2WFTX82–Physarum straminipes, slime mold from Finland, no common English name
RF2DYXK64–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on dry leaves on the ground
RMRE2FJB–. Fundamentals of botany. Botany. 286 STKTJCTURE AND LIFE HISTORIES species possess different colors, but they never possess chlorophyll. 275. Reproduction.—At a certain stage of development, the Plasmodium will begin to form tiny upright stalks, at the top of which will develop a spore-case, containing spores and capillitium (Fig. 209). The capillitium consists of hygroscopic threads which aid in the dissemination of the spores. When the spores are ripe they are scattered. Fig. 210.—Kohlrabi, showing club-root, caused by a myxomycete, Plasmodiophora brassies. (Cf. Fig. 2.) by the wind, and ea
RMCPC87X–Slime mould (Physarum cinereum) fruiting bodies, on a log UK
RMA5P9NE–Reddish oval fruiting bodies of widely distributed slime mould or myxomycete Arcyria denudata growing on the wood
RF2M3M4HR–close shot of the fuligo plasmodial slime mold on the bark.
RF2WFD8X2–Physarum straminipes, slime mold from Finland, no common English name
RF2DYXKAW–Sporangia of the Many Headed Slime of the species Physarum polycephalum scattered on dry leaves on the ground
RMRE0BC5–. General physiology; an outline of the science of life. . Fig. 15.—/, Aethaliutn septicuni; a piece of a reticulate Myxomycete plasraodium, natural size. II, Chondrioderma dijforme ; /, piece of a Plasmodium ; a, a spore, b, the same, swelling, c, the contents of the spore is creeping out; d, tlie spore has changed into a flagellated cell; e, the flagellated cells have transformed themselves into anxoebse, which are creeping together again to form a Plasmodium. (//After Strasburger.) arises finally the large, reticulate ^alasmodium. This plasmodium, therefore, although representing a unitary
RMCPC7T5–Slime mould (Badhamia sp.), developing plasmodium on a log UK
RMA5P9T0–Mature red stalked fruiting bodies of widely distributed slime mould or myxomycete Arcyria denudata spreading spores
RF2M3M4XX–close shot of the fuligo plasmodial slime mold on the bark.
RF2WFD8W9–Physarum leucophaeum, a slime mold from Finland, no common English name
RMRDWD8P–. Botany, with agricultural applications. Botany. 340 THALLOPHYTES Club Root of Cabbage.1 —This is a disease of Cabbage caused by a parasitic Myxomycete. The Myxomycete gains entrance through the roots and lives upon the cells of the plant. The presence of the parasite causes the wart-like developments on the roots and stem of the Cabbage, and so injures the plant that no head is produced and even death often results (Figure 292). Within the cells of the Cabbage the plasmodia Hve and form spores {Figure 293). When liberated through the decay of the Cabbage, the spores are carried by water, ani
RMCPC7H4–Slime mould (Arcyodes incarnata) fruiting bodies on a log UK
RMA5P9MF–Sausage shaped white translucent fruiting bodies of slime mould or myxomycete Stemonitis splendens growing on the wood
RF2M3M4GJ–close shot of the fuligo plasmodial slime mold on the bark.
RF2WFTYT3–Physarum leucophaeum, a slime mold from Finland, no common English name
RMRHY518–. Behavior of the lower organisms. Animal behavior; Invertebrates. 12 BEHAVIOR OF THE LOWER ORGANISMS a reaction, while light falling from above or below on one side causes none, this would seem to indicate that the direction of the rays in passing through the body has something to do with determining the direction of locomotion. But in the myxomycete plasmodium, which resembles Amoeba in its movements and in many other respects, light falling from above or below on a part of the body does produce a negative reaction, — the withdrawal of the part affected. Probably further experimentation will
RMCPC7JY–Slime mould (Arcyria denudata), fruiting bodies on a log, UK
RMBGKP5C–A slime mould or myxomycete (Lindbladia effusa var simplex), fruiting bodies forming on a fallen tree, UK.
RMA5P9M7–Mature yellow stalked fruiting bodies of slime mould myxomycete Arcyria denudata growing on the wood and spreading spores
RMCPC7PH–Slime mould (Badhamia foliicola) late stage fruiting bodies on grass cuttings UK Rare
RF2WFTX7X–Physarum leucophaeum, a slime mold from Finland, no common English name
RF2M3M4H8–close shot of the fuligo plasmodial slime mold on the bark.
RMRH14GB–. Bulletin. Agriculture; Agriculture -- Arizona. CAUSE AND NATURE OF CROWN-GALL 39. Fig. iS. — Photo-micrograph of isolated wooded nodules from the surface region of a fair-sized gall (X 20). THE CAUSE OF CROWN-GALL. The cause of crown-gall appears to be a specific organism, be- longing to the slime-molds, or Myxomycetes. Altogether about 200 species of slime-molds have been published as occurring in North America. Of this large number but a single.species is known to be parasitic, and this is considered by some authors as a doubtful Myxomycete. The parasitic species heretofore described is th
RMA5P9PC–Close up of three fruiting bodies of black slime mould or myxomycete Metatrichia vesparium groving on decay wood
RMCPC8AH–Slime mould (Trichia decipiens) fruiting bodies on a log UK
RF2WFTYRM–Physarum leucophaeum, a slime mold from Finland, no common English name
RF2M3M4K6–close shot of the fuligo plasmodial slime mold on the bark.
RF2WFDAKJ–Leocarpus fragilis, commonly known as Insect egg slime mold or egg-shell slime mould
RF2WDW399–Lycogala flavofuscum, greater wolf's milk slime mold, myxomycetes from Finland
RF2T7B1C3–Physarum oblatum, also called Physarum maydis, slime mold from Finland, no common English name
RF2WG0002–Physarum cinereum, known as grey slime mold, microscope image of capillitium
RMRJYTH5–. Aspects of plant life; with special reference to the British flora. Plants. 158 PAST AND PRESENT account. This story partakes about equally of inci- dents characteristic of the life-history of the lower animals and of the lower plants. The fruiting stage and the wind dispersal of the spores recall the arrangements familiar in the Fungi, and are not matched in any section of the animal kingdom; while the creeping plasmodium, devouring food as it goes,. a. Fig. 26.—A Myxomycete (Comatricha typhoides) in Fruit. a. Natural size; h, enlarged. is entirely suggestive of animal Hfe, and is not paral
RMA5P9R5–Bright red stalked fruiting bodies of widely distributed slime mould myxomycete Arcyria denudata growing on the wood
RMCPC841–Slime mould (Leocarpus fragilis) fruiting bodies on fallen pine needles UK
RF2M3M4GM–close shot of the fuligo plasmodial slime mold on the bark.
RF2WG0000–Physarum cinereum, known as grey slime mold, microscope image of sporangia
RMRE2FJH–. Fundamentals of botany. Botany. LIFE HISTORIES OF FUNGI 285 sheets or in a delicate network of strands, or both (Fig. 208). When viewed under the microscope the. Fig. 208.—-Plasmodium of a slime-mold (myxomycete), Fuligo septica, growing on the inner surface of a glass jar. The natural color was bright orange. protoplasm is seen to be in almost constant motion, flow- ing for about a minute in one direction; gradually slowing. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustra
RF2WCT5MW–Cribraria argillacea, a slime mold from Finland, no common English name
RMA5P9R1–Bright red stalked fruiting bodies of widely distributed slime mould myxomycete Arcyria denudata growing on the wood
RMCPC86H–Slime mould (Physarum cinereum) plasmodium beginning to organise for the production of fruiting bodies, on a log UK
RF2M3M4K2–close shot of the fuligo plasmodial slime mold on the bark.
RMRE2FJD–. Fundamentals of botany. Botany. Fig. 208.—-Plasmodium of a slime-mold (myxomycete), Fuligo septica, growing on the inner surface of a glass jar. The natural color was bright orange. protoplasm is seen to be in almost constant motion, flow- ing for about a minute in one direction; gradually slowing. Fig. 209.—-Fruiting bodies of a myxomycete {Comatricha suksdorfii E. and E.), greatly enlarged. (Photo from type specimen.) up, it comes to rest, and then resumes its flowing, but in the opposite direction, also for about a minute. Different. Please note that these images are extracted from scanne
RF2WG000N–Physarum cinereum, known as grey slime mold, growing on lawn in Finland
RMA5P9MB–Mature red stalked fruiting bodies of slime mould myxomycete Arcyria denudata growing on the wood and spreading spores
RMCPC7NR–Slime mould (Badhamia foliicola) plasmodium beginning to develop fruiting bodies on grass cuttings UK
RF2M3M4JY–close shot of the fuligo plasmodial slime mold on the bark.
RMRE29D3–. An introduction to vegetable physiology. Plant physiology. 4 VEGETABLE PHYSIOLOGY exist without any cell-membrane, and may be freely motile, swimming in water by means of cilia. The absence of the cell-membrane can also be observed in certain pecuhar fmigi, which are to be found creeping over moist surfaces without such appendages (fig. 4). These are known as the slime-fungi or Myxomycetes. In many respects they approach very near to one of the humblest animals, the AmoBha. They have hardly any structure, appearing hke. Fw. i.—Portion of a Plasmodium op a Myxomycete. x 300. (After De Bary.)
RF2WCT5X9–Cribraria argillacea, a slime mold from Finland, no common English name
RF2WDW485–Enerthenema papillatum, a slime mold from Finland, no common English name
RF2WFD9RP–Stemonitis smithii, a tube slime mold from Finland, no common English name
RF2WF2WTT–Cribraria argillacea, a slime mold from Finland, no common English name
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