Desarrollo de la inervación del miembro posterior del embrión de rata blanca <i>(Rattus norvergicus</i>, Berkenhout, 1769)

Johanna Suárez-Rairán; Laura Córdoba-Parrado; Hernán Hurtado-Giraldo

doi:10.17533/udea.acbi.329417

Autores/as

Johanna Suárez-Rairán Universidad Militar Nueva Granada
Laura Córdoba-Parrado Universidad Militar Nueva Granada
Hernán Hurtado-Giraldo Universidad Militar Nueva Granada

DOI:

https://doi.org/10.17533/udea.acbi.329417

Palabras clave:

desarrollo, embrión de rata, miembro posterior, patrón de inervación

Resumen

Se describe el patrón de inervación del miembro posterior con el establecimiento de los plexos lumbosacros y los nervios femoral, ciático, tibial, fibular y plantares en el embrión de rata (Rattus norvergicus). La metodología utilizada permitió una mejor visualización de este fenómeno biológico y su relación con otras estructuras corporales como cartílago, ganglios sensoriales y médula espinal ya que todas ellas sufren cambios que se presentan tanto en el espacio como en el tiempo. Además, el modelo 3D generado será de gran utilidad para posteriores investigaciones en este campo, al igual que de herramienta docente para ilustrar de manera sencilla y adecuada este complejo fenómeno.

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Al-Ghaith L, Lewis J. 1982. Pioneer growth cones in virginmesenchyme: an electron-microscope study in thedeveloping chick wing. Journal of Embryology andExperimental Morphology, 68:149-160.

Andrews G, Mastick G. 2003. R-Cadherin is a Pax6 regulated,growth promoting cue for pioneer axons. The Journalof Neuroscience, 23(30):9873-9880.

Bagnard D, Thomasset N, Lohrum M, P ̧schel A, Bolz J.2000. Spatial distributions of guidance moleculesregulate chemorepulsion and chemoattraction ofgrowth cones. The Journal of Neuroscience,20(3):1030-1035.

Baker H, Russell J, Weisbroth S. 1980. The Laboratory Rat.Vol. II. Academy Press. San Diego (California). E. U. A.

Becker C, Becker T. 2002. Repellent guidance ofregenerating optic axons by chondroitin sulfateglycosaminoglycans in zebrafish. The Journal ofNeuroscience, 22(3):842-853.

Bernhardt R, Schachner M. 2000. Chondroitin sulfatesaffect the formation of the segmental motor nervesin zebrafish embryos. Developmental Biology,221(1):206-219.

Bogusch G. 1992. Specialized cell contacts in thedeveloping nerves of mouse embryos. ActaAntomica, 145(4):370-372.

Bogusch G, Dierichs R. 1995. Outgrowing nerves in theforeleg a mouse embryo viewed by three-dimensio-nal reconstruction from electron micrographs. Celland Tissue Research, 280:197-199.

Cameron J, McCredie J. 1982. Innervation of theundifferentiated limb bud in rabbit embryo. Journalof Anatomy, 134(4):795-808.

Coggeshall R, Pover C, Fitzgerald M. 1994. Dorsal rootganglion cell death and surviving cell numbers inrelation to the development of sensory innervationin the rat hindlimb. Developmental Brain Research,82:193-212.

Coonan J, Bartlett P, Galea M. 2002. Role of EphA4 indefining the position of a motoneuron pool withinthe spinal cord. The Journal of ComparativeNeurology, 458:98-111.

Cooper H. 2002. Axon guidance receptors direct growthcone pathfinding: rivalry at the leading edge. TheInternational Journal of Developmental Biology,46:621-631.

Dontchev V, Letourneau P. 2002. Nerve growth factorand semaphorin 3a signaling pathways interactin regulating sensory neuronal growth conemotility. The Journal of Neuroscience,22(15):6659-6669.

Finger J, Bronson R, Harris B, Johnson K, PrzyborskiS, Ackerman S. 2002. The Netrin 1 receptorsUnc5h3 and Dcc are necessary at multiple choicepoints for the guidance of corticospinal tractaxons. The Journal of Neuroscience, 22(23):10346-10356.

Fredette B, Millar J, Ranscht B. 1996. Inhibition of motoraxon growth by T-cadherin substrata. Development,122:3163-6171.

Fu S, Sharma K, Luo Y, Raper J, Frank E. 2000. SEMA3Aregulates developing sensory projections in thechicken spinal cord. Journal of Neurobiology,45(4):227-236.

Gilbert S. 2000. Developmental biology. Sinauer Associates,Inc. Sunderland (Massachusetts), E. U. A.

Hill M. 2000. Embryology. School of Anatomy. Version 2.2.The University of New South Wales. Reino Unido.

Hirata T, Fujisawa H, Wu J, Rao Y. 2001. Short rangeguidance of olfactory bulb axons is independent ofrepulsive factor Slit. The Journal of Neuroscience,21(7):2373-2379.

Honig M, Frase P, Camilli S. 1998. The spatial relationshipamong cutaneous, muscle sensory and motoneuronaxons during development of the chick hindlimb.Development, 125:995-1004.

Hurtado H. 1990. Peripheral nervous system regenerationin the adult rat: the regeneration chamber model. Te-sis de Doctorado. Facultad de Ciencias, Laboratoriode BiologÌa Celular, Universidad CatÛlica de Lovaina,BÈlgica.

Isbister C, Mackenzie P, To K, O¥Connor T. 2003. Gradientsteepness influences the pathfinding decisions ofneuronal growth cones in vivo. The Journal ofNeuroscience, 23(1):193-202.

Kaufman M. 1992. The atlas of mouse development.Academic Press Limited. Londres, Inglaterarra.

Landmesser L. 1984. The development of specific motorpathways in the chick embryo. Trends inNeurosciences, 7:336-339.

Landmesser L, Dahm L, Schultz K, Rutishauser U. 1988.Distinct roles for adhesion molecules during inner-vation of embryonic chick muscle. DevelopmentalBiology, 130(2):645-70.

Lowrie M, Vrbov· G. 1992. Dependence of postnatalmotoneurones on their targets review and hypo-thesis. Trends in Neurosciences, 15(3):80-85.

Marie B, Blagburn J. 2003. Differential roles of engrailedparalogs in determining sensory axon guidance andsynaptic target recognition. The Journal ofNeuroscience, 23(21):7954-9862.

McLennan I. 1983. The development of the pattern ofinnervation in chicken hindlimb muscles: evidencefor specification of nerve-muscle connections.Developmental Biology, 97:229-238.

Milner L, Rafuse V, Landmesser L. 1998. Selectivefasciculation and divergent pathfinding decisions ofembryonic chick motor axons projecting to fast andslow muscle regions. The Journal of Neuroscience,18(9):3297-3313.

Mirnics K, Koerber R. 1995. Prenatal development ofrat primary afferent fibers: i. peripheral projections. The Journal of ComparativeNeurology, 355:589-600.

Montoya J, Ariza J, Sutachan J, Hurtado H. 2002.Relationship between functional deficiencies andthe contribution of myelin nerve fibers derivedfrom L4, L5 and L6 spinolumbar branches in adultrat sciatic nerve. Experimental Neurology,173(2):266-274.

Nakao T, Ishizawa A. 1994. Development of the spinalnerves in the mouse with special reference toinnervation of the axial musculature. Anatomy andEmbryology, 189:115-138.

Oldekamp J, Kr‰mer N, Alvarez-Bolado G, SkutellaT. 2004. Expression pattern of the repulsiveguidance molecules RGM A, B and C duringmouse development. Gene Expression Patterns,4(3):283-288.

Prophet E, Mill B, Arrington J, Sobin L(eds.). 1995. MÈ-todos histoembriolÛgicos. Registro de patologÌa delos Estados Unidos de AmÈrica (ARP). Washington,D. C., E. U. A.

Ross M, Romrell L, Kaye G. 1995. Nervous tissue. Pp. 256-300. En: Ross M, Romrell L, Kaye G. Histology. A textand atlas. Williams and Wilkins. Baltimore(Maryland), E. U. A.

Sanes D, Reh T, Harris W. 2000. Development of thenervous system. Academic Press. San Diego(California), E. U. A.

Sharman K, Frank E. 1998. Sensory axons are guided bylocal cues in the developing dorsal spinal cord.Development, 125(4):635-643.

Shimizu M, Murakami Y, Suto F, Fujisawa H. 2000.Determination of cell adhesion sites of neuropilin-1.The Journal of Cell Biology, 148:1283-1294.

Tannahill D, Cook G, Keynes R. 1997.Axon guidanceand somites. Cell and Tissue Research, 290:275-283.

Wahba G, Hostikka S, Carpenter E. 2001. Theparalogous Hox genes Hoxa10 and Hoxd10 interactto pattern the mouse hindlimb peripheral nervoussystem and skeleton. Developmental Biology,231(1):87-102.

Wanek N, Muneoka K, Holler-Dinsmore G, Burton R,Bryant S. 1989. A staging system for mouse limbdevelopment. The Journal of Experimental Zoology,249:41-49.

Wang G, Scott S. 1997. Muscle sensory innervationpatterns in embryonic chick hindlimbs following dor-sal root ganglion reversal. Developmental Biology,186:27-35.

Wang G, Scott S. 2000. The ìWaiting Periodî ofsensory and motor axons in early chick hindlimb:its role in axon pathfinding and neuronalmaturation. The Journal of Neuroscience,20(14):5358-5366.

Weisbroth S, Fudens J. 1972. Use of ketaminehydrochloride as an anesthetic in laboratory rabbits,rats, mice and guinea pigs. Laboratory AnimalScience, 22(6):804-806.

Wright D, White F, Gerfen R, Silos I, Snider W. 1995.The guidance molecule semaphorin III is expressedin regions of spinal cord and periphery avoided bygrowing sensory axons. The Journal of ComparativeNeurology, 361(2):321-333.

Yip J, Yip Y. 1992. Laminin-developmental expression androle in axonal outgrowth in the peripheral nervoussystem of the chick. Developmental Brain Research,68:23-33.