Publikation/Publikationen

 

Jahrgänge : 2000 - heute | 1990 - 1999 | 1980 - 1989 | bis 1980


Publikationen vor 1980

  1. Fleissner, G., 1968: Untersuchungen zur Sehphysiologie der Skorpione. Verh. der Deutschen Zoologischen Gesellschaft in Innsbruck: 375-380.
  2. Fleissner, G., 1971: Über die Sehphysiologie von Skorpionen. Belichtungspotentiale in den Medianaugen von Androctonus australis L. und ihre tagesrhythmischen Veränderungen. PhD-Thesis , J. W. Goethe-Universität Frankfurt am Main
  3. Fleissner, G., 1972a: Circadian sensitivity changes in the median eyes of the North African scorpion, Androctonus australis. In: R. Wehner (Eds.), Information processing in the visual system of arthropods. Berlin Heidelberg New York: Springer: 133-139.
  4. Fleissner, G., 1972b: Der phasische Streckrezeptor in dn abdominalen Muskelrezeptororganen des Sumpfkrebses Astacus leptodactylus. In: PhD-Thesis Johann-Wolfgang-Goethe-Universität Frankfurt a. M.
  5. Fleissner, G., 1974: Circadiane Adaptation und Schirmpigmentverlagerung in den Sehzellen der Medianaugen von Androctonous australis L. (Buthidae, Scorpiones). J. comp. Physiol.A. 91: 399-416.
  6. Fleissner, G., 1975: A new biological function of the scorpion`s lateral eyes as receptors of zeitgeber stimuli. Proc. 6th Int. Arachnol. Congress 176-182.
  7. Fleissner, G., 1977a: The absolute sensitivity of the median and lateral eyes of the scorpion, Androctonus australis L. (Buthidae, Scorpiones). J. comp. Physiol. A 118: 109-120.
  8. Fleissner, G., 1977b: Differences in the physiological properties of the median and the lateral eyes and their possible meaning for the entrainment of the scorpion`s circadian rhythm. J. Interdiscipl. Cycle Res. 8: 15-26.
  9. Fleissner, G., 1977c: Entrainment ot the scorpion`s circadian rhythm via the median eyes. J. comp. Physiol. 118 A: 93-99.

  10. Fleissner, G., 1977d: Experimente zur Sinnes- und Nervenphysiologie. MNU. 22: 60-74.

  11. Fleissner, G., 1977e: Scorpion lateral eyes: Extremely sensitive receptors of zeitgeber stimuli. J. comp. Physiol. A. 118: 101-108.

  12. Fleissner, G. and Fleissner, G., 1977: Steuerung der circadianen Pigmentwanderung in den Medianaugen des Skorpions. Verh. Dt. Zool. Ges. 70: 231.
  13. Fleissner, G. and Fleissner, G., 1978a: Manual of basic experiments in neurophysiology. In: Neuweiler, G., Fleissner, G., Fleissner, G. and M. K. Chandrashekaran (Eds.) Kamaraj University Press, Madurai..
  14. Fleissner, G. and Fleissner, G., 1978b: Neurosekretorische Efferenzen im Sehsystem des Skorpions als Teil der circadianen Uhr. Verh. DZG. 1978: 280.
  15. Fleissner, G. and Fleissner, G., 1978c: The optic nerve mediates the circadian pigment migration in the median eyes of the scorpion. Comp. Biochem. Physiol. 61 A: 69-71.
  16. Fleissner, G. and Schliwa, M., 1977: Neursecretory fibres in the median eyes of the scorpion, Androctonus australis L. Cell & Tissue Research. 178: 189-198.
  17. Fleissner, G. and Siegler, W., 1978: Arhabdomeric Cells in the Retina of the Median Eyes of the Scorpion. Naturwissenschaften. 65: 210-211.
  18. Fleissner, H. and Fleissner, G., 1971: The coral gardens of shadwan. Symp. zool. Soc. Lond. : 535-539.

  19. Koehler, W. K. and Fleissner, G., 1978: Internal desynchronisation of bilaterally organised circadian oscillators in the visual system of insects. Nature. 274: 708-710.
  20. Koehler, W. K. and Fleissner, G., 1978: Bilateralsymmetrische Organisation circadianer Oscillatoren im Sehsytem von Schwarzkäfern. Verh. Dtsch. Zool. Ges. 1978: 290.
  21. Schliwa, M., 1979: The retina of the phalangid, Opilio ravennae, with particular reference to arhabdomeric cells. Cell & Tissue Research. 204: 473-95
  22. Schliwa, M. and Fleissner, G., 1977: Efferente neurosekretorische Fasern in den Medianaugen und im Sehnerv der Skorpions, Androctonus australis. Verh. Dtsch. Zool. Ges. 70: 230.
  23. Schliwa, M. and Fleissner, G., 1979: Arhabdomeric cells of the median eye retina of scorpions. I Fine structural analysis. J. Comp. Physiol. A. 130: 265 - 270.
  24. Winter, C. and Fleissner, G., 1971: Thermoelastic tension changes in the muscles of the abdominal stretch receptors of the crayfish. Comp. Biochem.Physiol. 40A: 523-533.



    Publikationen vor 1990

  25. Dube, C. and Fleissner, G., 1986: Circadian rhythms in the compound eyes of the carabid beetle Pachymorpha (Anthia) sexguttata II. retinomotoric mechanism of exo- and endogenous sensitivity control. In: P. e. a. Den Boer (Eds.), Carbid Bettles: Their Adaptations and Dynamics. Stuttgart, New York: Gustav Fischer Verlag: 19-26.
  26. Fleissner, G., 1981: Der Biologe und die biologischen Arbeitsmethoden im Fernsehen. Berichte der ökologischen Außenstelle Schlüchtern, Vol. 5 : 61-67.
  27. Fleissner, G., 1982a: Isolation of an insect circadian clock. J. Comp. Physiol. A. 149: 311-316.

  28. Fleissner, G., 1982b: Mechanismen und neuronale Organisation der circadianen Uhr von Arthropoden (Eds.), Arbeitsberichte des Sonderforschungsbereichs 45 - Vergl. Neurobiol. des Verhaltens, 1979 - 1981, vol. 1. Frankfurt, Darmstadt: : 577-615.
  29. Fleissner, G., 1983: Efferent neurosecretory fibres as pathways for the circadian clock signals in the scorpion. Naturwissenschaften. 70: 366-367.
  30. Fleissner, G., 1985a: The circadian clock of the eyes: a pacemaker for locomotor activity rhythms of invertebrates? Experientia. 41: 1220.

  31. Fleissner, G., 1985b: Intracellular recordings of light responses from spiking and nonspiking cells in the median and lateral eyes of the scorpion. Naturwissenschaften. 72: 46-48.
  32. Fleissner, G., 1986: Die innere Uhr und der Lichtsinn von Skorpionen und Käfern. Zur neurophysiologischen Analyse der circadianen Uhr der Arthropoden. Naturwissenschaften. 73: 78-88.
  33. Fleissner, G. and Fleissner, G., 1982: Lokalisierung circadianer Uhren bei Skorpion und Käfer. Verh. DZG. 75: 304.

  34. Fleissner, G. and Fleissner, G., 1984: The circadian clock system which controls the sensitivity of the compound eyes of beetles. Congress Press Hamburg: 133.
  35. Fleissner, G. and Fleissner, G., 1985: Neurobiology of a circadian clock in the visual system of scorpions. In: F. G. Barth (ed.), Neurobiology of Arachnids. Berlin, Heidelberg, New York: Springer Verlag: 351-375.
  36. Fleissner, G. and Fleissner, G., 1986: Circadian rhythms in the compound eyes of the carabid beetle Pachymorpha (Anthia) sexguttata I. Sensitivity-rhythms and the bilateral circadian oscillator system. In: P. J. Den Boer, M. L. Luff, D. Mossakowsi and F. Weber (Eds.), Carabid beetles - Their Adaptations and Dynamics. Stuttgart, New York: Gustav Fischer Verlag: 3-17.
  37. Fleissner, G. and Fleissner, G., 1987: Fiber-bound circadian control - a common feature in arthropod visual system? Chronobiologia. 14: 175.
  38. Fleissner, G., Stevenson, R. D. and Fleissner, G. 1988a: Circadian systems in invertebrates: an evolutionary perspective. In: B. Scharrer, H.W.Korf and H. G. Hartwig (eds.), Functional morphology of neuroendocrine systems: evolutionary and environmental aspects. Heidelberg, Berlin, New York: Springer Verlag: 87-104.
  39. Fleissner, G. and Fleissner, G., 1988b: Efferent control of visual sensitivity in arthropod eyes: with emphasis on circadian rhythms. Akademie der Wissenschaften und der Literatur, Mainz: Information processing in animals Vol. 5 , Stuttgart, New York, Gustav Fischer Verlag.
  40. Fleissner, G. and Fleissner, G., 1988c: Physiological and histological findings on the efferent fiber systems in the eyes of beetles. Proc. Int. Congr. Entomol.: Insect Vision. : 111.
  41. Fleissner, G., Fleissner, G. and Hohmann, W., 1989a: Locomotor activity inverses the phase shifting effect of light on the circadian system of scorpions. In: J. Erber and N. Elsner (eds.), Neuronal mechanisms of behaviour. Göttingen: Thieme Verlag: 256.
  42. Fleissner, G., Fleissner, G., Hohmann, W. and Lüttgen, M., 1989b: Coupling mechanisms and pathways in the circadian multioscillator system of the scorpion. J. Interdiscipl. Cycle Res. 20: 183.
  43. Fleissner, G., Fleissner, G. and Michel, S., 1989c: Neuronal organization of the circadian system of scorpions. J. interdiscipl. Cycle Res. 20: 182-183.
  44. Fleissner, G. and Heinrichs, S., 1982: Neurosecretory cells in the circadian clock system of the scorpion, Androctonus australis. Cell and Tissue Res. 224: 233-238.
  45. Fleissner, G., Heinrichs, S., Marschall-Pauly, A. and Fleissner, G., 1989d: Mechanismen und zelluläre Bausteine der circadianen Uhr. Verh. DZG. 83: 630-631.
  46. Fleissner, G., Koehler, W. K. and C., D., 1982: Endogenous adaptations within the visual system of arthropods to the daily light dark cycle. 2nd Jerusalem Symposium: The Hebrew University of Jerusalem, Universite Lyon, J.W.Goethe-Universität Frankfurt : 14-19.
  47. Heinrichs, S., 1983: Identification of neurons in the transmission electron microscope after retrograde labelling with the dye Lucifer Yellow. Mikroskopie. 40: 79 - 86.
  48. Heinrichs, S. and Fleissner, G., 1982: Anatomie der efferenten neurosekretorischen Zellen im circadianen Oszillatorsystem des Skorpions. Verh. Deutsche Zool. Ges. 1982. : 312.
  49. Heinrichs, S. and Fleissner, G., 1987: Neuronal components of the circadian clock in the scorpion, Androctonus australis: Central origin of the efferent neurosecretory elements projecting to the median eyes. Cell Tissue Res. 250: 277-285.
  50. Marschall-Pauly, A. and Fleissner, G., 1987: Electrical simulation of a circadian signal in the visual system of the scorpion. Chronobiol. 14: 204.
  51. Marschall-Pauly, A. and Fleissner, G., 1988: Simulation von circadianen Signalen und Einzelzellableitungen in Medianaugen des Skorpions. Verh. Deutsche Zool. Ges. 80: 277-278.
  52. Michel, S. and Fleissner, G., 1983: Influence of temperature on a circadian clock of the scorpion. Verh. DZG. 1983: 308.

  53. Schliwa, M. and Fleissner, G., 1980: The lateral eyes of the scorpion, Androctonus australis. Cell & Tissue Res. 206: 95-114


    Publikationen vor 2000

  54. Brandes-Frisch, B., Fleissner, G., Fleissner, G. and Hall, J. C., 1990: "per" reactive neurons in the CNS of scorpion and beetle. Verh. DZG. 83: 630-631.
  55. Fleissner, G., 1991: Die innere Uhr: vom Skorpion zum Menschen - Neue Erkenntnisse der Chronobiologie und Chronopharmakologie. Gesundes Leben. 5: 3-4.
  56. Fleissner, G., and Fleissner, G., 1992: Feedback loops in the circadian system. Vol. 8 FESN Study Group: Discussions in Neuroscience Elsevier, Amsterdam Vol. 8: 79-84.
  57. Fleissner, G., Vollhardt, H., Volz, A., Nink, V., and Fleissner, G. 1995: Photoreceptive and endocrine compartments in the extraretinal photoreceptive organs in the beetle´s optic lobe. In: Elsner, N. and Menzel, R. (eds) Learning and memory Göttingen, Thieme Verlag Vol. II : 379.
  58. Fleissner, G., 1996: Rhythmizität, zirkadiane Rhythmik und Schlaf. In: J. Dudel, R. Menzel and R. F. Schmidt (eds.), Neurowissenschaft - Vom Molekül zur Kognition (1. Aufl.). Berlin-Heidelberg-New York: Springer: 519-537.
  59. Fleissner, G. and Fleissner, G., 1992a: Ein Konzept der circadianen Organisation von Arthropoden am Beispiel von Struktur und Funktion neuronaler Elemente im optischen System von Skorpion und Käfer. Verh. DZG. : 109.
  60. Fleissner, G. and Fleissner, G., 1992b: Ein neues Photorezeptororgan im optischen Lobus des Laufkäfers Pachymorpha sexguttata - ein möglicher Zeitgebereingang der circadianen Uhr? Verh. DZG. : 108.
  61. Fleissner, G. and Fleissner, G., 1992c: Neuronal organization of the circadian system in the optic lobe of the beetle Pachymorpha sexguttata and the scorpion Androctinus australis. In: N. Elsner and D. Richter (Eds.), Rhythmogenesis in Neurons and networks. Göttingen: Thieme Verlag: 295.
  62. Fleissner, G. and Fleissner, G., 1992d: A new extraretinal photoreceptor-organ: A putative "eye" of the circadian clock in the beetle Pachymorpha sexguttata. Proc. SRBR. 3: 75.
  63. Fleissner, G. and Fleissner, G., 1992e: A putative new extraretinal photoreceptor in the ground-beetle Pachymorpha sexguttata. In: Elsner N. and D. Richter (eds.), Rhythmogenesis in neurons and networks. Vol. 20 ,. Göttingen, Thieme Verlag : 294.
  64. Fleissner, G. and Fleissner, G., 1993: Seeing time. In: K. Wiese, F. Gribakin, A. V. Popov and G. Renninger (eds.), Sensory Systems of Arthropods. Basel, Boston, Berlin: Birkhäuser Verlag: 288-306.
  65. Fleissner, G. and Fleissner, G., 1995: Circadiane Rhythmik. In: G. Gewecke (ed.), Physiologie der Insekten. Stuttgart, Jena New York: Gustav Fischer Verlag: 380 - 382.
  66. Fleissner, G. and Fleissner, G., 1996: The circadian system of scorpions. A model system for neurobiological analysis of endogenous clocks - How to control circadian timing. In: B. Lemmer (ed.), From the biological clock to chronopharmacology. Stuttgart: medpharm: 23 - 41.
  67. Fleissner, G. and Fleissner, G., 1997: Neuronal mechanisms of perception of natural light programs as photic Zeitgeber input to the clock. Chronobiology international. 14: 98.
  68. Fleissner, G. and Fleissner, G., 1998a: Natural photic Zeitgeber signals and underlying neuronal mechanisms in scorpions. In: Y. Touitou (ed.), Biological Clocks. Mechanisms and Applications. Paris: Elsevier Science: 171-180.
  69. Fleissner, G. and Fleissner, G., 1998b: The neurobiological background of the circadian system of beetles - a critical test of molecular approaches to clock function. Proc. SRBR. 6: 112
  70. Fleissner, G. and Fleissner, G., 1998c: Neuronale Grundlagen biologischer Uhren. Forschung Frankfurt: 56-67.

  71. Fleissner, G. and Fleissner, G., 1998d: The 'twighlight-channel': photoreceptors and a neuronal network to detect the dawn and dusk signal in scorpions.
  72. Fleissner, G. and Fleissner, G., 1998e: The 'twilight channel': photoreceptors and a neuronal network to detct the dawn and dusk signal in scorpions. Proc. SRBR. 6: 196
  73. Fleissner, G. and Fleissner, G., 1999: Simple eyes of arachnids. In: E. Eguchi and Y. Tominaga (Eds.), Atlas of arthropods sensory receptors. Tokyo: Springer: 55-70.
  74. Fleissner, G., Fleissner, G. and Frisch, B., 1993: A new type of putative non-visual photoreceptors in the optic lobe of beetles. Cell & Tissue Research. 273: 435-445.
  75. Fleissner, G., Fleissner, G., Nink, V. and Volz, A., 1994: An extraretinal photoreceptor system in the optic lobes of beetles and their pupae - its ontogeny, functional compartments and possible physiological meaning. Proc. SRBR. 4: 94.
  76. Fleissner, G., Gehrmann, S., Vollhardt, H. and Fleissner, G., 1993: The newly discovered photoreceptors in the beetles optic lobe - a photoneuroendocrine system? In: Elsner, N. and Heisenberg, Proc. Göttinger Neurobiologentagung Vol. 21 :87
  77. Fleissner, G., Waterkamp, M., Thomas, M. and Fleissner, G., 1998: Fine-structural differences between the two types of extraretinal photoreceptors in the Tenebrionid beetle, Zophobas atratus (morio) (B) The lamina and lobula-organs. In: Elsner, N. and R. Wehner, Proc. Göttinger Neurobiologentagung: 393.
  78. Frisch, B., Fleissner, G., Brandes, C. and Hall, J. C., 1996: Staining in the brain of Pachymorpha sexguttata mediated by an antibody against a Drosophila clock-gene product: labeling of cells with possible importance for the beetle's circadian rhythms. Cell & Tissue Res. 286: 411-29.
  79. Hohmann, W., Michel, S. and Fleissner, G., 1990: The scorpion as a model for feedback mechanisms in a circadian system. Verh. Deutsche Zool. Ges. 1990. : 647-648.
  80. Holtkamp-Rötzler, E., Fleissner, G., Hanzlik, M. and Petersen, N., 1997a: The morphological structure of a possible magnetite-based magnetoreceptor in birds. Ann. Geophysicae. 15: 117.
  81. Holtkamp-Rötzler, E., Fleissner, G., Hanzlik, M., Wiltschko, W. and Petersen, N., 1997b: Mechanoreceptors in the upper beak of homing pigeons as putative structural candidates for magnetoreception. Verh. Dtsch. Zool. Ges. 90: 290.
  82. Nickel, H., Sebisch, S. and Fleissner, G., 1998: Chrono-Ethologie am nördlichen Streifenkiwi Apteryx australis mantelli. Verh. DZG. 91: 397

  83. Schmidt, K. P., Koehler, W. K., Fleissner, G. and Pflug, B., 1990: Locomotor activity accelerates the adjustment of the temperature rhythm in shift workers. J. Interdiscipl. Cycle Res. 21: 243-245.
  84. Sebisch, S., Fleissner, G., Nickel, H. and Fleissner, G., 1998: Species-specific maintenance must include adequate light programs: Chrono-Ethology of zoo animals. Proc. SRBR. 6: 205
  85. Sebisch, S., Nickel, H., Seidel, B., Schildger, B., Wicker, R. and Fleissner, G., 1997: Ciradiane Umstellung des nördlichen Streifenkiwis Apteryx australis mit Lichtzeitgebern auf Nachthausbedingungen. Schriftenreihe aus dem Inst. für Zoo- und Wildtierforschung Vol. 2 : 401.
  86. Waterkamp, M., Fleissner, G. and Fleissner, G., 1998a: Information processing in the extraretinal photoreceptor system of beetles. In: Secondary Waterkamp, M., Fleissner, G. and Fleissner, G. (Eds.) SecondaryInformation processing in the extraretinal photoreceptor system of beetles. Proc. SRBR 135
  87. Waterkamp, M., Fleissner, G., Thomas, M. and Fleissner, G., 1998c: Fine-structural differences between the two types of extraretinal photoreceptors in the Tenebrionid beetle, Zophobas atratus (morio) (A) The stemmata. In: Elsner, N. and R. Wehner, Proc. Göttinger Neurobiologentagung: 392.


    Publikationen ab 2000

  88. Fleissner, G., 2001: Rhythmizität, zirkadiane Rhythmik und Schlaf. In: J. Dudel, R. Menzel and R. F. Schmidt (Eds.), Neurowissenschaft, 2nd edition. Berlin: Springer: 527-542.
  89. Fleissner, G. and Fleissner, G., 2001a: Neuronal organization of circadian systems. In: P. Brownell and G. A. Polis (Eds.), Scorpion Biology and Research. New York: Oxford University Press: 107-137.
  90. Fleissner, G. and Fleissner, G., 2001b: Night vision in the desert scorpions. In: V. Fet and P. Selden (Eds.), Scorpions 2000: British Arachnological Society (BAS) Bulletin: 319-326
  91. Fleissner, G. and Fleissner, G., 2001c: Perception of natural Zeitgeber signals. In: V. Kumar (Eds.), Biological Rhythms. New Delhi: Narosa Publishing House: 85-95.
  92. Fleissner, G. and Fleissner, G., 2001d: Retinal circadian rhythms. In: V. Kumar (Eds.), Biological rhythms. New Delhi: Narosa Publishing House: 73-84.
  93. Fleissner, G. and Fleissner, G., 2001e: The scorpion's clock - feedback mechanisms in circadian systems. In: P. Brownell and G. A. Polis (Eds.), Scorpion biology and research. New York: Oxford University Press: 138-158.
  94. Fleissner, G., Fleissner, G., Lemmer, B., Block, G. D., M., W. and Noakes, H., 2000a: Chronobiology - A comprehensive CD-ROM on the biology of timing with guided internet access to databanks and web-sites. Proc. SRBR. 7: 128.
  95. Fleissner, G., Loesel, R., Waterkamp, M., Fleissner, G. and Homberg, U., 2000b: Cryptochrome-immunoreactivity reveals homologous extraretinal photoreceptor systems in cockroaches and beetles. Proc. SRBR. 7: 101.
  96. Fleissner, G., Lösel, R., Fleissner, G., Waterkamp, M., Kleiner, O., Batschauer, U. and Homberg, U., 2001a: Candidates for extraocular photoreceptors in the cockroach suggest homology to the lamina- and lobula organs in beetles. J. Comp. Neurol. 433: 401-414.
  97. Friesen, W. O., Fleissner, G. and Fleissner, G., 2000: Analysis of a behavioral feedback loop in the desert scorpion. Proc. SRBR. 7: 280.

  98. Friesen, W. O., Fleissner, G. and Fleissner, G., 2001: Role of feedback loops in the scorpion circadian system. Neurocomputing. 38-40: 607-614.
  99. Hanzlik, M., Heunemann, C., Holtkamp-Rötzler, E., Winklhofer, M., Petersen, N. and Fleissner, G., 2000: Superparamagnetic magnetite in the upper beak tissue of Homing Pigeons. BioMetals. 13: 325-331.
  100. Winklhofer, M., Holtkamp-Rötzler, E., Hanzlik, M., Petersen, N. and Fleissner, G., 2001Clusters of superparamagnetic magnetite particles in the upper beak skin of homing pigeons: Evidence of a magnetoreceptor? Europ. J. Mineral 13: 659-669.