1. Hoffman MH.: Medical education in the 90's: Developing network compatible instructional resources for UCSD'S cor curricuJum. Proceedings of the first Medicine Meets Virtual Reality Conference. June 1992, Plastic Surgery Research Foundation. OCME, UCSD

2. Hoffmann HM, Irwin E A.: Incorporating advanced technology into the medical curriculum. Implications for students and organizational resources. 180. Sympusium on computer applications in medical care. Nov.1994.

3. Satava R, Morgan K, Sieburg HB, Mattheus R; Christense J.P.: Interactive Technology and the new paradigm for healthcare. lOS Press 1995.168-172.

4. Satava RM.: Telepresence surgery. Cybersurgery: Advanced technologies for surgical 3 practice. Wiley-Liss, 1998.

5. Satava MR.: Medicine 2001. The King is dead. Interactive technology and the new paradigm for healthcare. lOS Press and Ohmsha,1995.

6. Boppart S A, Deutsch T F, et al.: Optical imaging technology in minimally invasive surgery. Surg Endosc (1999) 13:718-722.

7. Carbajal RA.:Tecnocirugía: 2001. Sepulveda A, Lizana C. Tomo II. Cirugía laparoscópica avanzada. Ed. Videocirugía Ltda. Santiago, Chile,1997.

8. Carbajal R A.: Interfase quirúrgica digital. Galenos, año 12 num. 57, México 1998.

9. Carbajal RA.: Bases fisicas de la tercera dimensión en cirugía. Galenus, año 12, num. 59, México,1998

10. Wood R, Cochran W.: Stereo endoscopy gives surgeons normal vision. Photonic Spectra. Sept. 1993.

11. Jones D B, Brewer J D, et al. : The influence of three-dimensional video systems on laparoscopic task performance. Surg Laparosc & Endosc Vol. 6, No.3, 191-197.

12. Bergen P van, Kunert W, Bessell J, Buess G F.: Comparative study or two-dimensional an three dimensional vision systems for minimally invasive surgery .Surg Endosc (1998) 12: 948-954.

13. Muller MD, Camartin C, Dreher E, Hanggi W.: Three dimensionallaparoscopy. Gadget or progress? Surg Endosc (1999) 13:469-472.

14. Carbajal RA.: Año 2001: Las fronteras en medicina. Heredia M, Bautista G, Fernández o. Cirugia de invasión mínima para enfermeras y técnicos. Intersistemas, México D.F. 1966.

15. Carbajal RA.: La cirugía en el tercer milenio. Heredia M, Bautista G, Fernández 0, Fuentes JL. Cirugía de invasión mínima 2a. Ed. Intersistemas, México D.F. 1997.

16. Carbajal RA, Gutiérrez L, Nuñez E.: Equipo e instrumental en cirugía de invasión mínima. Cueto J, Weber A. Cirugía laparoscópica 2a. Ed. McGraw-Hilllnteramericana, 1997.

17. Sackier M J.: Future horizons of minimally access surgery. Problems in General Surgery. 8 (3) 507-510 July-Sept. 1991.

18. Or Manager. : Robotic Assistant for Laparoscopic Surgery .Vol. 10 (1 ), Junuary Pag 1-3. 19. Sackier J.: The next wave in minimally invasive surgery: Robotics. General surgery-Laparoscopic News. April 1994.

20. Satava R M.: High Teck Surgery: Speculations on future directions. Minimally Invasive Surgery. Sackier J, Hunter J. McGraw-Hill, 1993. 339-347.

21. Sackier J.: New technology and future directions in endoscopic surgery .Surg Endosc Vol. 8(5), 1994,535.

22. Unger S W, Unger H M, Bass R T.: AESOP Robotic arm. Surg Endosc (1994) 8: 1131.

23. Sackier J M, Wang Y.: Robotically assited laparoscopic surgery. Surg Endosc 8: 63 -66, 1994.

24. Lewis AM, Bekey GA.: Automation and robotics in neurosurgery: Prospects and problems. Apuzzo M. Neurosurgery for the third millennium. American Association of Neurological surgeons. 1992.

25. Bronson R.: Computer simulation. What it is and how irs done. Byte, march 1984, Page 95-102.

26. Noard MD.: Endoscopy Simulation: A new brave world ? Endoscopy, 1991 (23): 147-149. 27. Charnia K E, Mcdermot't D.: Artificiallntelligence. Addison-Weslley 1986.

28. Stampe D, Roehl B, Eagan J.: Virtual Reality. Creations. The Waite group. 1993.

29. Satava R M.: Virtual reality surgical simulation. The First Steps. Surg Endosc. 1993,7(3): 203-205.

30. Pimentel IK, Teixeira k.: Virtual Reality. Intel, Windcrest, and McGrawHill, 1993.

31. Green S P, Hill JW, Gorfu Y, Jensen JF.: Telepresence: Advance teleoperatortechnology for minimally invasive surgery. Medicine Meets Virtual Reality. Jun 28-30, 1992 San Diego Ca.

32. Satava R, Simon L.: Endoscopy for the year 2000. Gastrointest Endosc 4(2) Apri11994. 397 Endosc(1996) 10:866.

33. Schenker P, Kim WS, Bejczy A.: Remote robotic operations at 3000 miles-Dexterous telemanipulation with time-delay via calibrated virtual reality task display. Medicine Meets Virtual Reality II. Jun 27-30,1994.

34. Jensen JF, Hill JW .: Advanced telepresence surgery system development. Health care in the information age. lOS Press and Ohmsha.1996.

35. Licini A, Lirici M M, Rovetta A.: Telerobotics and minimal invasive surgery: Feasibility and present limits. Surg Endosc. Vol. 8(5) 1994,535.

36. Begin E, Gagner M, et al.: A robotic camera for laparoscopic surgery: Conception an experimental results. Surg Laparosc & Endosc Vol. 5, (1 )19956-11.

37. Schurr M O, Breitwieser H, Ing. Melser A, et al. : Experimental telemanipulation in endoscopic surgery. Surg Laparosc & Endosc VoI6(3), 1996, 167-175.

38. Jacobs L K, Shayani V, Sackier MJ.: Determination of the learning curve of the AESOP robot. Surg Endosc (1997) 11: 54 -55.

39. Kassell NF, Hunter J,graves S.: Telepresence in neurosurgery: The integrated remote neurosurgical system. Medicine metts virtual reality. lOS Press, 1997.

40. Cassak D.: Has the real MIS revolution finally arrived ? IN VIVO. The bussines and medicine report. Dec 1997,49-60.

41. Himpens J, Lemon G, Cadiere GB.: Telesurgicallaparoscopic cholecystectomy. Surg Endosc (1998) 12:1091.

42. Cubano M, Poulose B K, Talamini M A, et al.: Long distance telementoring. Surg Endosc (1999) 3: 673-678

43. Drexler E.: La Nanotecnología. Gedisa Editorial. (1993) 138-59

44. Crandall BC.: Nanotechnology. The MIT PRESS (1996) 1-46

45. Lee T.: El proyecto genoma. Gedisa Editorial.(1994) 183-206

46. Schuler G, et al.: The human transcript map. Science (1996) 247:547-62

47. Carbajal RA, y cols.: Proyecto D'Vinci. En prensa (1999)