Dernières Publications

Articles

• Decer­e­brate mouse mod­el for stud­ies of the spinal cord cir­cuits.
  Mee­han CF, Mayr KA, Manuel M, Nakan­ishi ST, Whe­lan PJ : Nat Pro­toc, 2017
• Seg­re­ga­tion of glu­ta­mater­gic and cholin­er­gic trans­mis­sion at the mixed motoneu­ron Ren­shaw cell synapse.
  Lam­otte d\\’Incamps B, Bhum­bra GS, Fos­ter JD, Beato M, Asch­er P : Sci Rep, 2017
• Mod­el­ing amy­otroph­ic lat­er­al scle­ro­sis in pure human iPSc-derived motor neu­rons iso­lat­ed by a nov­el FACS dou­ble selec­tion tech­nique.
  Toli D, Buttigieg D, Blan­chard S, Lemon­nier T, Lam­otte d’Incamps B, Bel­louze S, Bail­lat G, Bohl D, Haase G : Neu­ro­bi­ol Dis, 2015
• Fir­ing prop­er­ties of Ren­shaw cells defined by Chrna2 are mod­u­lat­ed by hyper­po­lar­iz­ing and small con­duc­tance ion cur­rents Ih and ISK.
  Per­ry S, Gezelius H, Larham­mar M, Hilsch­er MM, Lam­otte d’Incamps B, Leao KE, Kul­lan­der K : Eur J Neu­rosci, 2015
• Is hyper­ex­citabil­i­ty real­ly guilty in amy­otroph­ic lat­er­al scle­ro­sis?
  Leroy F, Zyt­nic­ki D : Neur­al Regen Res, 2015
• Potas­si­um cur­rents dynam­i­cal­ly set the recruit­ment and fir­ing prop­er­ties of F-type motoneu­rons in neona­tal mice.
  Leroy F, Lam­otte d’Incamps B, Zyt­nic­ki D : J Neu­ro­phys­i­ol, 2015
• MuSK friz­zled-like domain is crit­i­cal for mam­malian neu­ro­mus­cu­lar junc­tion for­ma­tion and main­te­nance.
  Messéant J, Dob­bertin A, Girard E, Del­ers P, Manuel M, Man­gione F, Schmitt A, Le Den­mat D, Mol­gó J, Zyt­nic­ki D, Scha­ef­fer L, Legay C, Strochlic L : J Neu­rosci, 2015
• Ear­ly intrin­sic hyper­ex­citabil­i­ty does not con­tribute to motoneu­ron degen­er­a­tion in amy­otroph­ic lat­er­al scle­ro­sis.
  Leroy F, Lam­otte d’Incamps B, Imhoff-Manuel RD, Zyt­nic­ki D : Elife, 2014
• Elec­tro­phys­i­o­log­i­cal rep­re­sen­ta­tion of scratch­ing CpG activ­i­ty in the cere­bel­lum.
  Martínez-Sil­va L, Man­jar­rez E, Gutiér­rez-Ospina G, Queve­do JN : PLoS One, 2014
• Presy­nap­tic actions of tran­scra­nial and local direct cur­rent stim­u­la­tion in the red nucle­us.
  Bączyk M, Jankows­ka E : J Phys­i­ol, 2014
• Facil­i­ta­tion of ipsi­lat­er­al actions of cor­ti­cospinal tract neu­rons on feline motoneu­rons by tran­scra­nial direct cur­rent stim­u­la­tion.
  Bączyk M, Pet­ters­son LG, Jankows­ka E : Eur J Neu­rosci, 2014
• Adult spinal motoneu­rones are not hyper­ex­citable in a mouse mod­el of inher­it­ed amy­otroph­ic lat­er­al scle­ro­sis
  Delestrée N, Manuel M, Igle­sias C, Elba­siouny SM, Heck­man CJ, Zyt­nic­ki D : J Phys­i­ol, 2014
• The den­drit­ic loca­tion of the L-type cur­rent and its deac­ti­va­tion by the somat­ic AHP cur­rent both con­tribute to fir­ing bista­bil­i­ty in motoneu­rons
  Manuel M, Zyt­nic­ki D, Meu­nier C : Front Com­put Neu­rosci, 2014
• Char­ac­ter­i­za­tion of motor units in behav­ing adult mice shows a wide pri­ma­ry range
  Rit­ter LK, Tresch MC, Heck­man CJ, Manuel M, Tys­sel­ing VM : J Neu­ro­phys­i­ol, 2014
• High affin­i­ty and low affin­i­ty het­eromer­ic nico­tinic acetyl­choline recep­tors at cen­tral synaps­es
  d’Incamps BL, Asch­er P : J Phys­i­ol, 2014
• The influ­ence of a 5-wk whole body vibra­tion on elec­tro­phys­i­o­log­i­cal prop­er­ties of rat hindlimb spinal motoneu­rons.
  Baczyk M, Hałusz­ka A, Mrów­czyńs­ki W, Celi­chows­ki J, Krut­ki P : J Neu­ro­phys­i­ol, 2013
• Sub­cor­ti­cal effects of tran­scra­nial direct cur­rent stim­u­la­tion in the rat.
  Bol­zoni F, Bączyk M, Jankows­ka E : J Phys­i­ol, 2013
• Adap­ta­tions in phys­i­o­log­i­cal prop­er­ties of rat motor units fol­low­ing 5 weeks of whole-body vibra­tion.
  Lochyńs­ki D, Bączyk M, Kacz­marek D, Rędow­icz MJ, Celi­chows­ki J, Krut­ki P : Appl Phys­i­ol Nutr Metab, 2013
• Sub­unit com­po­si­tion and kinet­ics of the Ren­shaw cell het­eromer­ic nico­tinic recep­tors
  Lam­otte d’Incamps B, Asch­er P : Biochem Phar­ma­col, 2013