REFERÊNCI AS

1. Rosenbaum P, Paneth N, Le viton A, Goldste in M, Ba x M.

A report: the definition and classification of cerebral palsy. De v. Med.

Child. Neu rol. 2007; 49(s109 ):8 -14.

2. Paneth N, Hon g T, Korzen ie wski S. The descriptive epidemiolo gy of ce rebra l palsy. Clin. Perinato l. 2006 ; 33 (2)251 -67.

3. Kavcic A, Vodusek BD. A histo rical pe rspective on cereb ral palsy a s a con cept and a dia gnosis. Eur. J. Neu rol. 2005; 12(8):582 -7.

4. Awaad Y, Ta ynen H, Muno z S, Ham S, Michon AM, Awaa d R. Functiona l asse ssment follo win g intratheca l baclof en therap y in child ren with spastic ce rebra l pa lsy. J. Ch ild. Neu rol. 200 3; 18(1 ):26 -34.

5. Organiza ção Mu ndial de Saú de, Organizaçã o Panamericana d a saúde. Cla ssificação Inte rna cional de Funciona lidade, In capacidade e Sa úde. São Paulo: Editora da Unive rsidade de Sã o Paulo; 2003.

6. Mattern -Ba xte r K, Bellam y S, Man soor JK. Effects of intensive locomotor treadmill tra inin g o n young child ren with cereb ral palsy. Ped iatric Ph ys Ther. 2009; 21:3 08 -19.

7. Chaga s PSC, Mancini MC, Ba rbosa A, Silva PTG. Análise das intervenções u tilizadas pa ra a pro moção da marcha em criança s portadoras de pa ralisia cereb ral: uma revisão sistemática da lite ratura . Re r. Bra s. Fisio ter. 2004; 8(2):155 -63.

8. Bjornson KF, Belza B, Kartin D, Logsdon R, McLaugh lin JF. Ambulato ry ph ysic al activity performance in you th with cereb ral palsy and youth who are de velop in g typ ica lly. Ph ys. Ther. 2007; 87:

248-57.

9. Fo wle r EG, Knutso n LM, Demuth SK, Sieber KL , Simms VD, Su gi MH, Sou za RB, Ka rin E, Aze n SP. Pediatric en durance and limb strengthenin g (PEDALS) for children with cereb ral palsy usin g stationa ry cyclin g: a randomized controlled tria l. Ph ys. Ther. 2010;

90(3):367 -81.

10. Dodd KJ, Ta ylo r NF, Damiano DL. A systematic re vie w of the effectiveness of strength -train ing pro grams for people with cerebra l pa lsy. Arch. Ph ys. Med. Reh abil. 2002; 83:1157 -64.

11. Roge r A, Furler BL, Brinks S, Da rrah J. A systematic re vie w of the effectiness of aerobic e xercise inte rvention s for child ren with ce reb ral palsy: an AACPDM e vid ence report. De v. Med. Ch ild Neuro l. 2008; 50(1 1):808 -11.

12. Silva MS, Da ltrá rio SMB. Pa ralisia ce rebra l: desempenh o funcional após tre inamento da macrha em esteira. Fisiote r. Mo v.

2008; 21(3):109 -15 .

13. Prieto TE, Mykle bust JB, Hoffmann RG, Lo vett EG.

Measure s of postu ral stead iness: d ifferences between he alth y youn g and elderly adu lts. IEEE Transaction s on Biomedical Enginee ring.

1996; 43(9): 956 -9 66.

14. Chern g R, Su FC, Chen JJ, Kuan TS. Performance of static balance in child ren with spastic dip le gic ce rebra l palsy u nder altered sensory en vironme nts. Am J Ph ys Me d Rehabil.1999; 78 :336 -343.

15. Ove rstall PW . The use of balance train ing in e lderly people with falls. Re vie ws in Clin ica l Geronto logy.2003; 13:153 -1 61.

16. Shumwa y-Cook A, W oollacott MH. Co ntrole Moto r: Teoria e aplica ções p ráticas.São Paulo: Man ole,2003.p154.

17. Brauer S. Medio lateral postu ra l stability: chan ges with a ge and prediction of falle rs. 1998. 368f. Tese (Douto rado), Unive rsity of Queensland, Australia, 1998.

18. Bro gren E, Fo rssb erg H, Hadde r s-Algra. Postu ral control in sittin g children with cereb ral palsy. Neuroscien ce and Biobeha vio ra l Re vie ws. 1998; 22:591 -596.

19. Stagg CJ, Bachtiar V, O’Shea J, Allman C, Bosnell RA, Kisch ka U, Matth e ws PM, Johanse n -Berg H. Cortica l activation changes underlyin g stimulation induced behaviora l ga in s in chron ic stroke. Bra in. 2012 ; 135:276 -84.

20. Hummel F, Cohen L . Non -in vasive b rai n stimulation: a new strate gy to impro ve neurorehabilitation after stroke? L ancet Neuro l.

2006; 5:708 -12.

21. Smania N, Bonetti P, Gandolfi M et al. Impro ved gait after repetitive locomoto r train in g in ch ild ren with ce rebra l p alsy. Am. J.

Phys. Med. Rehab i l. 2011; 90:137 -49.

22. Reid DT. The influence of virtua l rea lity on pla yfulness in child ren with ce reb ral palsy: a pilot stu dy. Occup. Ther. 20 04; 11:131 -144.

23. Deutsch JE, Borbe ly M, Fille r J, Huhn K, Guarre ra -Bo wlb y P. Use of a lo w-cost, commercia lly a va ilab le gamin g console (W ii) for rehabilitation of an adolescent with ce rebral palsy. Ph ys. Ther. 2008;

88:1196-1207.

24. W eiss P, Rand D, Katz N, Kizon y R. Video captu re virtu al reality as a fle xible and effective re habilitation too l. J. Neuroen g.

Rehabil. 2004; 1:1 2.

25. Sve istrup H. Moto r rehabilitation using virtual reality:

re vie w. J. Neu roen g. Rehabil. 2004; 1 :10 -18.

26. Lange B, Flynn S, Proffitt R, Ch ang CY, Rizzo AS.

De velopment of an intera ctive game based rehabilita tion tool for dynamic ba lan ce trainin g. Top Stro ke Rehabil. 2010; 17(5):345 -52.

27. Baile y BW , Mclnnis K. Energy co st of exe rgamin g: a comparison of the e nergy co st of 6 forms of exe rgam in g. Arch. Pediatr.

Adolesc. Med. 201 1; 165(7):597 -602.

28. Abdalla TCR, Pru dente COM, Ribeiro MFM, Sou za JS.

Analysis of the evolution of standing balance in child ren with ce rebra l palsy under virtual rehabilitation, aqu atic therap y and p hysiothe rap y traditional. Re v. Mov. 2010; 3(4 ):181 -86.

29. Cla rk RA, Bryant AL, Yon ghao P, McCrory P, Bennell K , Hunt M. Validity an d reliability of the Nintendo W ii Balance Board for assessment os sta nding ba lance. Gait Posture. 2010; 31 (3):307 -10.

30. Hurkmans HL, Rib bers GM, Streu r -Kranenburg MF, Stam HJ, van den Be rg-Emons RJ. Ene rgy e xpenditu re in ch ronic stro ke patients pla yin g W ii Sports: a pilo t stud y. J. Neu ro eng. Rehabil.

2011;14:8-38.

31. Rizzo A, Kim GJ. A SW OT analysis of the field of virtu al reality rehab ilitatio n and therapy. Presence: Teleoper Virtual Environ.

2005; 14:119 -46.

32. Salem Y, Gropack SJ, Coffin D, God win EM. Effective ne ss of a low-cost virtu al rea lity system for child ren with deve lopmental dela y: a pre liminary randomised sin gle -blind con trolled tria l.

Physiothe rap y. 201 2 Sep;98(3):189 -95 . Epub 2012 Jul 31.

33. C. Gordon, S. Roo pchand -Ma rtin ∗, A. Gre gg. Potentia l of the Nintendo W iiTM as a rehabilita tio n tool for child ren with cereb ral palsy in a de ve loping country: a pilot stud y. Ph ysiothe ra py 98 (2012 ) 238–242

34. Barcala L, Co lella F, Araujo MC, Salga do ASI, Oliveira CS.

Balance ana lysis in hemiparetics patients after train ing with W ii Fit program. Fisioter. Mo v. 2011; 24 (2):3 37 -43.

35. Garn AC, Bake r BL, Beasle y EK, Solmo n MA. W hat are the benefits of a commercia l e xe rgamin g p latform for college students?

Exam inin g ph ysica l activity, enjo yment, and future intentio ns. J. Phys.

Act Hea lth. 2012; 9 (2):311 -8.

36. Duclo s C, Mié ville C, Gagnon D, L eclerc C. Dynamic stability re qu ireme nts during gait and standin g e xe rgam es on the W ii Fit system in the elderly. J. Neuroen g Rehabil. 2012; 9:2 8.

37. Guderian B, Bo rre son LA, Sle tten LE, Cable K , Stecker TP, Probst MA, Dalleck LA. The card io vascular and metabolic re sponses to W ii Fit video game pla yin g in middle -a ged and o ld er adults. J.

Sports. Med. ph ys. Fitness. 2010; 50 (4):436 -42.

38. Douris PC, McDon ald B, Vespi F, Ke lle y NC, Herman L . Comparison betwe en Nintendo W ii Fit aerobics and traditional aerobic exe rcise in sedentary youn g adults. J. Stren gth. Cond. Res. 2012;

26(4):1052 -7

39. Pereira E, Rueda MF, Die go A, Cue rda CG, De Mau ro A, Page MJC. Use of virtual rea lity syste ms as proprio ception method in cerebra l pa lsy: clin ical practice gu ideline. Neuro lo gia. 20 12; 16.

40. Fre gni F, Gimenes R, Valle AC, Fe rreira MJ, Ro cha RR, Natalle L, Bra vo R, Rigonatti SP, Fre edman S, Nitsche M, Pa scual

-Leone A, Boggio PS. A randomized, sham -controlle d, proof of principle stud y of transcran ial dire ct cu rrent stimula tion for the treatment of pain in fibrom yalgia. Arthritis and Rheuma t ism, 2006;

54:3988-98.

41. Fre gni F, Bossio PS, Brunoni AR. Neu romodulação terapêutica: Prin cípios e avan ços da estimulação cerebra l não in vasiva em neurologia , reabilitação, psiquiatria e neuropsico lo gia.

Sarvier. São Pau lo, 2012.

42. Mendonça ME, Fre gn i F. Neuromodulação com estimulação ce rebral não in vasiva: a plica ção no aciden te vascu lar encefálico, doença de Parkin son e dor crônica. In.:ASSIS, R.D.

Condutas prá tica s em fisioterapia neu roló gica. Manole. São Paulo, p.

307-39, 2012.

43. Miranda PC, Loma re v M, Ha llett M. Modelin g the curre nt distribution du rin g tran scranial d ire ct cu rrent stimulation. Clin Neuroph ysio l. 2006 ; 117(7):1623 -9.

44. W agner T, Fregn i F, Fecteau S, Gro dzinsky A, Zahn M, Pascual Leone A. T ranscrania l d ire ct curr ent stimulation: A computer -based human model stud y. Neu roima ge 2007; 35:1113 -24 .

45. Nitsche MA, Pau lu s W . Sustained e xcitability e le vation s induced b y transcrania l DC motor corte x stimu lation in humans.

Neuro lo gy. 2001; 2 7(10):1899 -901.

46. Creutzfeldt OD, Fromm GH, Kapp H. Influence of transco rtical d -c currents on co rtica l neuronal activity. Exp Neu ro l.

1962; 5:436 -52.

47. Goldring S, O’Leary JL. Summation of certain enduring seque lae of cortica l activation in the rabbit. Ele ctroen cep halogr Clin Neuroph ysio l. 1951 ; 3(3):329 -40.

48. Ne zu A, Kimura S, Takeshita S, Ta naka M. Functiona l reco ve ry in hemip legic ce rebra l pa lsy: ipsilate ral electro myo graphic responses to f ocal t ranscrania l ma gnetic stimu lation. B rain De v. 1999;

21(3):162 -5.

49. Garve y MA, Mall V. Transcrania l ma gnetic stimu lation in child ren. Clin. Neurophysio l. 2008; 11 9(5):973 -84.

50. Vry J, L inder -Luch t M, Berweck S, Bonati U, Hodapp M, Uhi M, Faist M, Ma ll V. Altered cortica l inh ibito ry function in ch ild ren with spa stic dip legia: a TMS stud y . Exp. Bra in. Res. 2008;

186(4):611 -8.

51. Valle AC, Dionisio K, Pitske l NB, Pa scual -Leone A, Orsati F, Fe rre ira MJ, Bo ggio PS, Lima MC, Rigonatti SP, Fre gni F. Lo w and high frequen cy re petitive transcranial magnetic stimulation for the treatment of spast icity. De v. Med. Ch ild. Neu rol. 2007; 4 9(7):534 -8.

52. Kesar TM, Sa waki L, Burdette JH, Ca brera MN, Kola ski K, Smith BP, O’Shea TM, Koman LA, Wittenberg GF. Motor cortical functional geometry in cereb ral pa lsy and its re lation ship to disability.

Clin. Neu roph ysio l. 2012; 123(7):1383 -90.

53. Palisano R, Ro sen baum P, W alter S, Russel D, W ood E, Galuppi B. De ve lo pment and reliab ility of a system to classif y gro ss motor function in child ren with ce re bral palsy. De v. Med. Child.

Neuro l. 1997; 39(4 ):214 -23.

54. Hiratuka E, Matsukura TS, Pfeifer LI. Cro ss -cultu ra l adaptation of the Gross Moto r Fun ction Classification System into Bra zilianPo rtu gue se (GMFCS). Re v. Bras. Fisioter. 2010; 14(6):537 -44.

55. Grahan HK, Ha rve ry A, Rodda J, Nattrass GR, Pirp iris M.

The Functional Mobility Scale (FMS). J. Pedia tr. Orthop. 2004;

24:514-20.

56. Lílian G. K. Ries, Stella M. Michaelsen, Patrícia S. A.

Soares, Vane ssa C. Monteiro, Kátia M. G. Alle gretti. Adaptação cultu ral e aná lise d a confiabilidade da versão brasileira d a Escala de Equilíb rio Ped iátrica(EEP) Re v Bra s Fisiote r. 2012;16(3 ):205 -15.

57. Kurz MJ; Co rr B; Stuberg W ; Volkman KG; Smith N.

Ava lia ção da pressão inferior do co rp o positivo suportado treino em esteira para crian ças com paralisia cerebra l. Pediatr Ph ys Ther , 23 (3): 232 -9, 2011.

58. Nobre A, Monteiro FF, Golin MO, Biasotto -Gon za le z D, Corrêa JC, O live ira CS. Analysis of postural oscillation in child ren with cerebra l pa lsy. Ele ctrom yo gr Clin Neu roph ysiol. 2010; 50(5):239 -44.

59. Oliveira, L.F., Simp son , D.M., Nadal, J. Ca lcula tion of a rea of stabilometric signals usin g principa l component analysis.

Physio lo gical Measurement 1996; 17:305 -312.

60. Do yle, T.L., Ne wton, R.U., Bu rnett, A.F. Reliability o f traditional and fractal dimension mea sures of quie t stan ce center of pressu re in youn g, health y people. Archives of Ph ysical Medica l and Rehabilitation 2005 ; 86:2034 -40.

61. Baratto L, Mora sso PG, Re C, Spad a G. A ne w look a t posturo graph ic ana lysis in the clin ica l context: swa y -den sity ve rsu s other parame te riza tion techn iques. Motor Contro l. 2002; 6:246–270.

62. Mathia s S, Na yak U, Isaacs B. Ba lance in elde rly patients:

the “Get-Up and Go” test. Arch P1hys Med Rehab il. 1986;67:387 -389.

63. Podsiadlo D, Richardson S. The Timed “Up & Go”: a test of basic fu nctional mobility for frail elderly pe rsons. J Am Geriatr Soc.1991;39:142 -1 48.