Patents

[1] Jorge Ripoll, Vasilis Ntziachristos and K. Madden,  “Imaging volumes with arbitrary geometries in contact and non-contact tomography”, PCT/US2003/017558, filed 04.06.2003 by VisEn Medical., Pub. No. WO/2003/102558. Pub. Date: 11.12.2003. Exploited by VisEn Medical, currently under exploitation by Perkin Elmer.

[2] Jorge Ripoll, and Vasilis Ntziachristos “Method and system for free space optical tomography of diffuse media” , PCT/US2004/003229, Filed: 05.02.2004 by Mass. Gen. Hospital, Harvard Medical School,  Pub. No. WO/2004/072906, Pub. Date: 26.08.2004. Exploited by VisEn Medical, currently under exploitation by Perkin Elmer.

[3] Vasilis Ntziachristos, Jorge Ripoll and Giannis Zacharakis, “Method and system for tomographic imaging using fluorescent proteins”, PCT/US2005/007652, Filing date: 10.03.2005 by Mass. Gen. Hospital, Harvard Medical School,  Pub. No: WO/2005/089637, Pub. Date: 29.09.2005. Licensed to Olympus.

[4] Jorge Ripoll  and Vasilis Ntziachristos, “Removal of boundaries in diffuse media”, PCT/GR2006/000068, Filed: 15.12.2006 by Foundation for Research and Technology-Hellas, Pub. No: WO/2007/072085, Pub. Date: 28.06.2007.

[5] Jorge Ripoll, Wael Yared, Joshua Kemper, ”Systems and methods for tomographic imaging in diffuse media using a hybrid inversion technique”, PCT/US2010/046973. Filed: 27.08.2010, by VisEn Medical, Pub. No: WO/2011/025950, Pub. Date: 03.03.2011. Exploited by VisEn Medical, currently under exploitation by Perkin Elmer.

[6] Jorge Ripoll, Wael Yared, Joshua Kemper,” Systems and methods for virtual index-matching  of diffusive media”, PCT/US2010/049831, filed 22.09.2010, Pub. No: WO/2011/038006, Pub. Date: 31.03.2011. Exploited by VisEn Medical, currently under exploitation by Perkin Elmer.

[7] Wael Yared, Joshua Kemper, Jorge Ripoll, Alicia Arranz, `SYSTEMS, METHODS, AND APPARATUS FOR IMAGING OF DIFFUSE MEDIA FEATURING CROSS-MODALITY WEIGHTING OF FLUORESCENT AND BIOLUMINESCENT SOURCES', PCT/US2013/065107, Filed 17.04.2014 by VisEn Medical. Exploited by VisEn Medical, currently under exploitation by Perkin Elmer.

[8] Jorge Ripoll and Alicia Arranz, “Microscopio y procedimiento para la generación de imágenes 3D de una colección  de muestras”, P201431546, filed 21/10/2014 by Universidad Carlos III de Madrid. PCT/ES2015/070455PCT/ES2015/070455 (10.06.2015) MICROSCOPE AND METHOD FOR GENERATING 3D IMAGES OF A COLLECTION OF SAMPLES. Exploited by Planelight, S. l.

[9] Jorge Ripoll, Alicia Arranz, and Cesar Nombela-Arrieta, P201730887, Dispositivo rotativo de cambio de objetivo para microscopio de haz láser plano. WO/2017/125635 AUTOMATIC LENS SWITCHING DEVICE FOR A PLANAR LASER BEAM MICROSCOPE.  PCT/ES2017/070028. Filed (4.07.2017) by 4D-Nature Imaging Consulting, S.L. Exploited by Planelight, S. L..

[10] Jorge Ripoll and Alicia Arranz, PCT/ES2016/070714 PCT/ES2016/070714 (07.10.2016) MULTIPLE-LOADING DEVICE FOR A FLAT LASER BEAM MICROSCOPE. P201531401 (01.10.2015)ES2607633 A1 (03.04.2017) Dispositivo de carga múltiple para microscopio de haz láser plano. Filed by Universidad Carlos III de Madrid. Exploited by Planelight, S. L..

[11] Jorge Ripoll and Alicia Arranz, PCT/ES2017/070184  (05.10.2017) WO/2017/168026 SAMPLE-HOLDING DEVICE FOR A MICROSCOPE. (29.10.2017) 2634913 Dispositivo de sujeción de muestras para microscopio. Filed by Universidad Carlos III de Madrid. Exploited by Planelight, S. L..

[12] Jorge Ripoll Lorenzo, ES2749742A1, Microscopio y procedimiento de haz láser plano para muestras extensas (Light Sheet Microscope and procedure for  extended samples), filed  21/09/2018 by UC3M. Under negotiation with Planelight S. L.

[13] Jorge Ripoll Lorenzo, ES2749734A1, P201830913, Dispositivo móvil de generación de imágenes 3D mediante haz láser plano (Mobile 3D imaging system based on light sheet microscopy), filed  21/09/2018 by UC3M.

[14] Asier Marcos; Jorge Ripoll; Roberto Fernández, Procedimiento para corregir el efecto de la dispersión de la luz en medidas de microscopio de haz láser plano (Procedure to correct for the effect of scattering in light sheet microscopy), P202030209, filed 12/03/2020 by UC3M. Currently under negotiation with Planelight S. L.

[15] Roberto Fernández; Jorge Ripoll; Asier Marcos, Dispositivo y método para caracterizar el perfil rugoso de una mues- tra de tejido (System and method to characterize the rough profile of a tissue sample), P202030210, filed 12/03/2020 by UC3M.