AAAAAA

   
Results: 1-12 |
Results: 12
DEVELOPMENT OF THE BEE OLFACTORY SYSTEM - NEURON-NEURON AND NEURON-GLIA INTERACTIONS
Authors: GASCUEL J KOPYSOVA I MASSON C
Citation: J. Gascuel et al., DEVELOPMENT OF THE BEE OLFACTORY SYSTEM - NEURON-NEURON AND NEURON-GLIA INTERACTIONS, European journal of neuroscience, 10, 1998, pp. 16724-16724
2 NOVEL MONOCLONAL-ANTIBODIES (1.9.E AND 4.11.C) AGAINST OLFACTORY-BULB ENSHEATHING GLIA
Authors: HEREDIA M GASCUEL J RAMONCUETO A SANTACANA M AVILA J MASSON C VALVERDE F
Citation: M. Heredia et al., 2 NOVEL MONOCLONAL-ANTIBODIES (1.9.E AND 4.11.C) AGAINST OLFACTORY-BULB ENSHEATHING GLIA, Glia, 24(3), 1998, pp. 352-364
EXPRESSION OF PNA, WGA, SBA, AND CON-A LECTIN RECEPTORS IN THE ADULT AND DEVELOPING HONEYBEE
Authors: GASCUEL J GENECQUE E MASSON C
Citation: J. Gascuel et al., EXPRESSION OF PNA, WGA, SBA, AND CON-A LECTIN RECEPTORS IN THE ADULT AND DEVELOPING HONEYBEE, Cell biology international, 20(11), 1996, pp. 731-740
EXPRESSION OF THE SURFACE-ANTIGEN A2B7 IN ADULT AND DEVELOPING HONEYBEE OLFACTORY PATHWAY
Authors: GASCUEL J BROUILLARD F PAPIN C MASSON C
Citation: J. Gascuel et al., EXPRESSION OF THE SURFACE-ANTIGEN A2B7 IN ADULT AND DEVELOPING HONEYBEE OLFACTORY PATHWAY, International journal of developmental neuroscience, 14(7-8), 1996, pp. 997-1011
BRAIN FOS-LIKE EXPRESSION IN DEVELOPING AND ADULT HONEYBEES
Authors: FONTA C GASCUEL J MASSON C
Citation: C. Fonta et al., BRAIN FOS-LIKE EXPRESSION IN DEVELOPING AND ADULT HONEYBEES, NeuroReport, 6(5), 1995, pp. 745-749
MOLECULAR-IDENTIFICATION OF A2B7 ANTIGEN - A MOLECULE PUTATIVELY INVOLVED IN FASCICULATION DURING HONEYBEE BRAIN-DEVELOPMENT
Authors: BROUILLARD F GASCUEL J MASSON C
Citation: F. Brouillard et al., MOLECULAR-IDENTIFICATION OF A2B7 ANTIGEN - A MOLECULE PUTATIVELY INVOLVED IN FASCICULATION DURING HONEYBEE BRAIN-DEVELOPMENT, Chemical senses, 20(1), 1995, pp. 89-89
MORPHOMETRIC STUDY OF IN-VITRO NEURONS INVOLVED IN OLFACTORY INFORMATION-PROCESSING IN HONEYBEE
Authors: QUENET B DEVAUD JN GASCUEL J MASSON C
Citation: B. Quenet et al., MORPHOMETRIC STUDY OF IN-VITRO NEURONS INVOLVED IN OLFACTORY INFORMATION-PROCESSING IN HONEYBEE, Chemical senses, 20(1), 1995, pp. 92-92
EXPRESSION OF ANTIGENES PUTATIVELY INVOLVED IN CELL-CELL INTERACTIONSDURING BEE OLFACTORY SYSTEM ONTOGENY
Authors: GASCUEL J MASSON C BROUILLARD F GROOME N
Citation: J. Gascuel et al., EXPRESSION OF ANTIGENES PUTATIVELY INVOLVED IN CELL-CELL INTERACTIONSDURING BEE OLFACTORY SYSTEM ONTOGENY, Chemical senses, 20(1), 1995, pp. 141-142
DEVELOPMENT OF THE INSECT OLFACTORY SYSTE M - CELLULAR AND MOLECULAR ASPECTS
Authors: GASCUEL J DEVAUD JM QUENET B MASSON C
Citation: J. Gascuel et al., DEVELOPMENT OF THE INSECT OLFACTORY SYSTE M - CELLULAR AND MOLECULAR ASPECTS, Bulletin de la Societe zoologique de France, 120(3), 1995, pp. 257-267
A MORPHOMETRIC CLASSIFICATION OF PUPAL HONEYBEE ANTENNAL LOBE NEURONSIN CULTURE
Authors: DEVAUD JM QUENET B GASCUEL J MASSON C
Citation: Jm. Devaud et al., A MORPHOMETRIC CLASSIFICATION OF PUPAL HONEYBEE ANTENNAL LOBE NEURONSIN CULTURE, NeuroReport, 6(1), 1994, pp. 214-218
MORPHOLOGICAL ANALYSIS OF HONEYBEE ANTENNAL CELLS GROWING IN PRIMARY CULTURES
Authors: GASCUEL J MASSON C BERMUDEZ I BEADLE DJ
Citation: J. Gascuel et al., MORPHOLOGICAL ANALYSIS OF HONEYBEE ANTENNAL CELLS GROWING IN PRIMARY CULTURES, Tissue & cell, 26(4), 1994, pp. 551-558
RECENT ADVANCES IN THE CONCEPT OF ADAPTATION TO NATURAL ODOR SIGNALS IN THE HONEYBEE, APIS-MELLIFERA L
Authors: MASSON C PHAMDELEGUE MH FONTA C GASCUEL J ARNOLD G NICOLAS G KERSZBERG M
Citation: C. Masson et al., RECENT ADVANCES IN THE CONCEPT OF ADAPTATION TO NATURAL ODOR SIGNALS IN THE HONEYBEE, APIS-MELLIFERA L, Apidologie, 24(3), 1993, pp. 169-194
Risultati: 1-12 |