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1993, Volume 62, Supplementum 6

• Symposium Avian Microgravity, October 5-8, 1992, Ivanka pri Dunaji, Slovakia; Introduction

  K. Boďa

  pp. 7-7
• Quail as a Possible Object of Biological Life-support Systems of Space Crews

  G. I. Meleshko, T. S. Guryeva, Ye. Ya. Shepelev, I. A. Abakumova

  pp. 9-15
• Embryogenesis Aboard Shuttle STS-29

  R. L Hullinger

  pp. 17-23
• The Quail Embryonic Development Under the Conditions of Weightlessness

  T. S. Guryeva, O. A. Dadasheva, G. I. Meleshko, Ye. Ya. Shepelev, K. Boďa, V. Sabo

  pp. 25-30
• Swelling of Calyx-Like Nerve Endings in Maculae and Cristae of Quail Embryos Exposed to Weightlessness

  D. V. Lychakov, E. V. lliinskaya, O. A. Dadasheva, T. S. Guryeva

  pp. 31-34
• Effects of Microgravity on Vestibular Ontogeny: Direct Physiological and Anatomical Measurements following Space Flight (STS-29)

  T. A. Jones, C. Fermin, P. Y. Hester, J. Vellinger

  pp. 35-42
• Avian Embryogenesis in Microgravity Aboard Shuttle STS-29: Effect on Shell Mineral Content and Posthatch Performance

  P. Y. Hester, M. E. McGinnis, J. C. Vellinger, M. S. Deuser, C. D. Fermin

  pp. 43-47
• Microscopic Picture of Skeleton Ossification in Japanese Quail in Early Post-incubation Period After a Short Exposure to Microgravity

  H. Černý, K. Boďa

  pp. 49-50
• Bone and Muscular Tissue Development in Embryos and Newly Hatched Quail Incubated in Weightlessness

  O. A. Dadasheva, T. S. Guryeva

  pp. 51-59
• Animal Motor Behaviour and Adaptation to Weightlessness in Ontogeny

  Ye. Ya. Shepelev, T. S. Guryeva, G. I. Meleshko, Ye. Ya. Solovyov, K. Boďa, V. Sabo

  pp. 61-63
• Behaviour of Japanese Quail in Microgravity on the MIR Orbital Station

  Košťál Ľ, M. Juráni, K. Boďa, Ye. Ya. Shepelev, T. S. Guryeva, V. Sabo, O. A. Dadasheva

  pp. 65-67
• Morphological Changes in Tissue of the Testis and Kidney in Japanese Quail Exposed to Microgravity

  V. Cigánková, J. Kočišová, K. Boďa, E. Tomajková, O. A. Dadasheva

  pp. 69-71
• Plasma Level of Hormones in Japanese Quail After Exposure to Microgravity

  P. Výboh, M. Juráni, K. Boďa, O. A. Dadasheva, T. S. Guryeva

  pp. 73-74
• The Gravity and Protein Metabolism of Skeletal Muscles in Japanese Quail

  J. Jankela, M. Baranovská, J. Antalíková

  pp. 75-80
• Ultrastructure of Small Intestine Enterocytes of Japanese Quail After Exposure to Microgravity

  J. Kočišová, V. Cigánková, K. Boďa, E. Tomajková, O. A. Dadasheva

  pp. 81-82
• Antimicrobial Activity of Bacteriocin-like Substances Produced by Bacterial Strains Isolated from Crop and Caecum of Japanese Quail Under Microgravity Conditions

  A. Lauková, V. Kmeť, K. Boďa

  pp. 83-86
• The Interaction of Intestinal Microflora with Avian Enteric Pathogens

  V. Kmeť, M. Kmeťová, A. Lauková

  pp. 87-89
• The Function of the Heterotrophic Efficiency Organism as Link of the Food Chain of the Closed Ecosystem in Microgravity Conditions

  K. Boďa

  pp. 91-94
• Biological Laboratory for Experiments on the Orbital Station

  V. Sabo, K. Boďa

  pp. 95-96

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