Mechanosensitive cells of hexapods, crustaceans and myriapods setae: A comparison under phylogenetic aspects

Annales de la Societe Entomologique de France

Volumn 37, Issue 1-2, 2001, Pages 233-242

  Crouau, Yves ^a  

^a UNIVERSITÉ DE TOULOUSE   (France)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0035610897     PISSN: 00379271     EISSN: None     Source Type: Journal    
DOI: None     Document Type: Article

References (61)

1. CROUAU Y. (2001) Mecanosensitive cells of hexapods, crustaceans and myriapods setae: a comparison under phylogenetic aspects. In: Deuve T. (ed.), Origin of the Hexapoda, p. 233-242. - Annales de la Société entomologique de France (N. S.), 37 (1-2), 304 p.
2. CROUAU Y. (2001) Mecanosensitive cells of hexapods, crustaceans and myriapods setae: a comparison under phylogenetic aspects. In: Deuve T. (ed.), Origin of the Hexapoda, p. 233-242. - Annales de la Société entomologique de France (N. S.), 37 (1-2), 304 p.
3. AVEROF M. & AKAM M., 1993. - HOM/Hox genes of Anemia: implications for the origin of insect and crustacean body plans. - Current Biology, 3: 73-78.
4. BALL E. E. & COWAN A. N., 1977. - Ultrastructure of the antennal sensilla of Acetes (Crustacea, Decapoda). -Philosophical Transaction of the royal Society of London, 277 : 429-457.
5. BLOCHLINGER K., JAN L. Y. & JAN Y. N. , 1991. - Transformation of sensory organ identity by ectopic expression of Cut in Drosophila. - Genes and Development, 5 : 1124-1135.
6. BODMER R., BARBEL S., SHEPERD S., JACK J. W., JAN L. Y. & JAN Y. N., 1987. - Transformation of sensory organs by mutations of the cut locus of D. melanogaster. - Cell, 51 : 293-307.
7. CORBIÈRE-TICHANÉ G., 1971. - Recherches sur l'équipement sensoriel du Coléoptère cavernicole Speophyes lucidulus Delar. - Thèse à l'Université d'Aix-Marseille.
8. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
9. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
10. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
11. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
12. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
13. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
14. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
15. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
16. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
17. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
18. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
19. CROUAU Y., 1980a. - Comparison of a new structure associated with the membrane of 9+0 cilia of chordotonal sensilla with the central structure of motile cilia and flagella. - Biology of the Cell, 39 : 349-352. - 1980b. - Ultrastructure de 8 types de soies antennaires chez un Crustacé Mysidacé souterrain. - Comptes rendus de l'Académie des Sciences, Paris, Série D, 290 : 1381-1384. - 1981. - Cytology of various antennal setae in a troglobitic Mysidacea (Crustacea). - Zoomorphology, 98 : 121-134. - 1982. - Primary stages in the sensory mechanism of the setulate sensilla, external mechanoreceptors of a cavernicolous Mysidacea. - Biology of the Cell, 44 : 45-56. - 1983. - Ultrastructure study of the 9+0 type cilia of insect and crustacean chordotonal sensilla. Generalization of the hypotheses on the motility of 9+0 type cilia. - Journal of submicroscopic Cytololy, 15 : 295-299. - 1985. - Evidence for morphological differences between crustacean mechanosensitive and chemosensitive microtubules - Biology of the Cell, 53 : 191-194. - 1989. - Feeding mechanisms of the Mysidacea. In: Schram FR. (ed.), Functional morphology of feeding and grooming in Crustacea, p. 153-171. Balkema Press. - 1990. - Sensory organs in a cavernicolous insect after cryofixation without cryoprotectant: a comparative ultrastructural study. - Tissue and Cell, 22 : 245-258. - 1994a. - Ultrastructure d'un organe sensoriel antennaire de l'isopode terrestre cavernicole Titanetes alba. - Canadian Journal of Zoology, 72 : 2199-2204. - 1994b. - An unusual mechanosensitive cell in a crustacean exteroceptor. - Biology of the Cell, 80: 71-74. - 1995. - Association in a crustacean sensory organ of two usually mutually exclusive mechanosensory cells. - Biology of the Cell, 85 : 191-195. - 1997. - Comparison of crustacean and insect mechanoreceptive setae. - International Journal of Insect Morphology and Embryology, 26 : 181 -190.
20. DEUTSCH J. S., 1997. - The origin of Hexapoda: a developmental gentic scenario. In: Grandcolas Ph. (ed.), The origin of biodiversity in insects phylogenetic tests of evolutionary scenarios. - Mémoires du Muséum national d'Histoire naturelle, 173 : 329-340.
21. DOHLE W., 1997. - Are the insects more closely related to the crustaceans than to the myriapods? - Entomologica scandinavica Supplement, 51 : 7-16.
22. DRACH P. & JACQUES F., 1979. - Système sétifère des crustacés décapodes. Le système microsetal. - Comptes rendus de l'Académie des Sciences, Paris, 288 : 1103-1105.
23. ERLER G. & THURM U., 1981. - Dendritic impulse initiation in an epithelial sensory neuron. - Journal of comparative Physiology, 142 : 237-249.
24. ERNST A., 1983. - Die Ultrastruktur der Sinneshaare auf den Antennen von Geophilus longicornis Leach (Myriapoda, Chilopoda) IV. Die Sensilla microtrichoidea. - Zooogische Jahrbucher, Anatomie und Ontogenie der Tiere, 109 : 521-546.
25. FIELD L.H. & MATHESON T., 1998. - Chordotonal organ of insects. - Advances in Insect Physiology, 27 : 228.
26. FOELIX R. F., CHU-WANG I-W. & BECK L., 1975. - Fine structure of tarsal sensory organs in the whip spider Admetus pumilio (Amblypygi, Arachnida). - Tissue and Cell, 7 : 331-346.
27. FRIEDRICH M. & TAUTZ D., 1995. - Ribosomal DNA phylogeny of the major extant arthropod classes and the evolution of myriapods. - Nature, 376 : 165-167.
28. GAFFAL K. P., TICHY H., THEISS J. & SEELINGER G., 1975. - Structural polarities in mechanosensitive sensilla and their influence on stimulus transmission. - Zoomorphologie, 82 : 79-103.
29. GAFFAL K. P. & THEISS J., 1978. - The tibial thread-hairs of Acheta domestica L. (Saltatoria, Gryllidae). -Zoomorphologie, 90 : 41-51.
30. GRAY E. G. & PUMPHREY R. J., 1958. - Ultrastructure of the insect ear. - Nature, 181 : 618.
31. GNATZY W., 1976. - The ultratructure of the thread-hairs on the cerci of the cockroach Periplaneta americana 1 : The intermoult phase. - Journal of ultrastructural Research, 54 : 124-134.
32. GRÜNERT U. & GNATZY W., 1987a. - Macromolecules in the receptor lymph of campaniform sensilla. -Histochemistry, 86 : 617-620. - 1987b. - Potassium and Calcium in the receptor lymph of arthropod cuticular mechanoreceptors. - Journal of comparative Physiology, A, 161 : 329-333.
33. GRÜNERT U. & GNATZY W., 1987a. - Macromolecules in the receptor lymph of campaniform sensilla. - Histochemistry, 86 : 617-620. - 1987b. - Potassium and Calcium in the receptor lymph of arthropod cuticular mechanoreceptors. - Journal of comparative Physiology, A, 161 : 329-333.
34. HAUPT J., 1970. - Beitrag zur Kenntnis der Sinnesorgane von Symphylen (Myriapoda). I. Elektronenmikroskopische Untersuchung des Trichobotriums von Scutigerella immaculata Newport. - Zeitschrift für Zellforschung, 110 : 588-599.
35. JUBERTHIE-JUPEAU L. & CROUAU Y., 1977. - Ultrastructure des aesthetascs d'un Mysidacé souterrain anophtalme. - Comptes rendus de l'Académie des Sciences, Paris (D), 284 : 2257-2261.
36. KEIL T., 1976. - Sinnesorgane auf den Antennen von Lithobius forfcatus L. (Myriapoda, Chilopoda). -Zoomorphologie, 84 : 77-102. - 1978. - Die Makrochaeten auf dem Thorax von Calliphora vicina Robineau-Desvoidy (Calliphoridae, Diptera). Feinstruktur und Morphogenese eines epidermalen Insekten-Mechanorezeptors. - Zoomorphologie, 90 : 151-180.
37. KEIL T., 1976. - Sinnesorgane auf den Antennen von Lithobius forfcatus L. (Myriapoda, Chilopoda). - Zoomorphologie, 84 : 77-102. - 1978. - Die Makrochaeten auf dem Thorax von Calliphora vicina Robineau-Desvoidy (Calliphoridae, Diptera). Feinstruktur und Morphogenese eines epidermalen Insekten-Mechanorezeptors. - Zoomorphologie, 90 : 151-180.
38. KLEIN U. & ZIMMERMANN B., 1991. - The vacuolar-type ATPase from insect plasma membrane: immunocytochemical localization in insect sensilla. - Cell Tissue Research, 266 : 265-273.
39. nd ed.), p. 125-140. Carlton, Victoria: Melbourne University Press.
40. MCIVER S.B., 1975. - Structure of cuticular mechanoreceptors of arthropods. - Annual Review of Entomology, 20 : 381-397.
41. MEAD F., GABOURIOT D. & CORBIÈRE-TICHANÉ G., 1976. - Structure de l'organe sensoriel apical de l'antenne chez l'isopode terrestre Metoponorthus sexfasciatus Budde-Lund (Crustacea, isopoda). - Zoomorphologie, 82 : 79-103.
42. MESSLINGER K., 1987. - Fine structure of scorpion trichobothria (Arachnida, Scorpiones). - Zoomorphology, 107 : 49-57.
43. MOULINS, M., 1976. - Ultrastructure of chordotonal organs. In: Mill P.J. (ed.), Structure and Function of Proprioceptors in the Invertebrates, p.387-426. London: Chapman and Hall.
44. NAYAK S. V. & SINGH R. N., 1983. - Sensilla on the tarsal segments and mouthparts of adult Drosophila melanogaster Meigen (Diptera: Drosophilidae). - International Journal of Insect Morphology and Embryology, 12 : 273-291.
45. NGUYEN DUY-JACQUEMIN M., 1981 a. - Existence d'un neurone mécanorécepteur dans les cônes antennaires apicaux de Polyxenus lagurus (Myriapoda, Diplopoda). - Comptes rendus de l'Académie des Sciences, Paris, 292 : 79-84. - 1981 b. - Ultrastructure des organes sensoriels de l'antenne de Polyxenus lagurus (Diplopode, Pénicillate). I. Les cônes sensoriels apicaux du 8e article antennaire. - Annales de Sciences naturelles, Zoologie, Paris, 3 : 95-114. - 1985. - Ultrastructure des cônes sensoriels apicaux et des sensilles basiconiques spiniformes du 7° article des antennes de Typhloblaniulus lorifer et Cylindroiulus punctatus (Diplopodes. Iulides). - Annales de Sciences naturelles, Zoologie, Paris, 1 : 67-88.
46. NGUYEN DUY-JACQUEMIN M., 1981 a. - Existence d'un neurone mécanorécepteur dans les cônes antennaires apicaux de Polyxenus lagurus (Myriapoda, Diplopoda). - Comptes rendus de l'Académie des Sciences, Paris, 292 : 79-84. - 1981 b. - Ultrastructure des organes sensoriels de l'antenne de Polyxenus lagurus (Diplopode, Pénicillate). I. Les cônes sensoriels apicaux du 8e article antennaire. - Annales de Sciences naturelles, Zoologie, Paris, 3 : 95-114. - 1985. - Ultrastructure des cônes sensoriels apicaux et des sensilles basiconiques spiniformes du 7° article des antennes de Typhloblaniulus lorifer et Cylindroiulus punctatus (Diplopodes. Iulides). - Annales de Sciences naturelles, Zoologie, Paris, 1 : 67-88.
47. NGUYEN DUY-JACQUEMIN M., 1981 a. - Existence d'un neurone mécanorécepteur dans les cônes antennaires apicaux de Polyxenus lagurus (Myriapoda, Diplopoda). - Comptes rendus de l'Académie des Sciences, Paris, 292 : 79-84. - 1981 b. - Ultrastructure des organes sensoriels de l'antenne de Polyxenus lagurus (Diplopode, Pénicillate). I. Les cônes sensoriels apicaux du 8e article antennaire. - Annales de Sciences naturelles, Zoologie, Paris, 3 : 95-114. - 1985. - Ultrastructure des cônes sensoriels apicaux et des sensilles basiconiques spiniformes du 7° article des antennes de Typhloblaniulus lorifer et Cylindroiulus punctatus (Diplopodes. Iulides). - Annales de Sciences naturelles, Zoologie, Paris, 7 : 67-88.
48. RISLER H., 1978. - Die Sinnesorgane der Antennula von Ligidium hypnorum (Cuvier) (Isopoda. Crustacea). -Zooogische Jahrbucher, Anatomie und Ontogenie der Tiere, 100 : 514-541.
49. ROSHDY M. A., 1972. - The subgenus Persicargas (Ixodoidea: Argasidae: Argas). 16. Fine structure of Haller's organ and associated tarsal setae of adult A. (P.) Arboreus Kaiser, Hoogstraal, and Kohls. - Journal of Parasitology, 58 : 805-816.
50. SCHMIDT K., 1973. - Vergleichende morphologische Untersuchungen an Mechanorezeptoren der Insekten. -Verhandlungen der deutschen zoologischen Gesellschaft, 25, 66 : 15-25.
51. SCHÖNROCK G. U., 1981. - Feinstruktur und Entwicklung der antennalen Sensillen bei Polydesmus coriaceus Porath. 1871 (Diplopoda, Polydesmida). - Thesis Freie Universität, Berlin, 239 p.
52. SCHRAM F. R., 1983. - Method and madness in phylogeny, p. 331-350. In: Frederick R. & Schram F. R. (eds.), Crustacean phylogeny, Crustacean Issues. Balkema Press.
53. SHIMOSAWA T. & KANOU M., 1984. - The aerodynamics and sensory physiology of range fractionation in the cereal filiform sensilla of the cricket Gryllus bimaculatus. - Journal of comparative Physiology A, 155 : 495-505.
54. THURM U., 1965. - An insect mechanoreceptor. Part I: Fine structure and adequate stimulus. - Cold Spring Harbor Symposium quantitative Biology, 30 : 75-82. - 1968. - Steps in the transducer process of mechanoreceptors. In: Carthy J.D. & Newell G.E. (eds.), Invertebrate receptors, p. 199-216. New York: Academic Press.
55. THURM U., 1965. - An insect mechanoreceptor. Part I: Fine structure and adequate stimulus. - Cold Spring Harbor Symposium quantitative Biology, 30 : 75-82. - 1968. - Steps in the transducer process of mechanoreceptors. In: Carthy J.D. & Newell G.E. (eds.), Invertebrate receptors, p. 199-216. New York: Academic Press.
56. THURM U., ERLER G., GÖDDE J., KASTRUP H., KEIL T., VÖLKER W. & VOHWINKEL B., 1983. - Cilia specialized for mechanoreception. - Journal of submicroscopic Cytology, 15 : 151-155.
57. TICHY H., 1975. - Unusual fine structure of sensory hair triad of the millipede, Polyxenus. - Cell Tissue Research, 156 : 229-238. - 1987. - Antennal sensory organs in the millipede Eurypauropus ornatus: fine structure of the flagella and globulus. - Journal of Morphology, 193 : 159-171.
58. TICHY H., 1975. - Unusual fine structure of sensory hair triad of the millipede, Polyxenus. - Cell Tissue Research, 156 : 229-238. - 1987. - Antennal sensory organs in the millipede Eurypauropus ornatus: fine structure of the flagella and globulus. - Journal of Morphology, 193 : 159-171.
59. TURBEVILLE J. M., PFEIFER D. M., FIELD K. G. & RAFF R. A., 1991. - The phylogenetic status of arthropods, as inferred from 18S rRNA sequences. - Molecular Biology Evolution, 8 : 669-686.
60. WATLING L., 1989. - A classification system for crustacean setae based on the homology concept. In: Schram F.R. (ed.), Functional morphology of feeding and grooming in crustacea, p. 15-26. Balkema Press.
61. WOLFRUM U., 1991. - Centrin-and alpha-actinin-like immunoreactivity in the ciliary rootlets of insect sensilla. -Cell Tissue Research, 266 : 231-238.