#HOLODECK4D The 4D VR Holographic Desk for Clinical Diagnosis in Nuclear Medicine

Jorge R. López Benito@jrlopezbenito

www.creativitic.com

VIRUSES INMERSIVE RESEARCHING UNIT

www.creativitic.com

VIRUSES

E-HEALTH NATIONAL PROJECT 2013/15

VIRUSES E-HEALTH NATIONAL PROJECT 2013/15

VIRUSES E-HEALTH NATIONAL PROJECT 2013/15

VIRUSES E-HEALTH NATIONAL PROJECT 2013/15

VIRUSES E-HEALTH NATIONAL PROJECT 2013/15

HOLODECK4D 2016

#HOLODECK

‘HoloDeck’ is a 4D immersive visualization system to improve the accuracy, speed and efficiency for clinical diagnosis in Nuclear Medicine. This system integrates a workbench and a virtual reality (VR) Headset that generates interactive and gesturally operable 3D models, based on the two-dimensional images coming from the existing PET/TC systems. This prototype is a collaborative R&D project developed between CreativiTIC and CIBIR (Center for Biomedical Research of La Rioja - Rioja Health Foundation).

HOLODECK4D 2016

The images coming from PET/TC & Confocal microscopy are processed, transformed into 3D models and displayed in the Holodeck workbench.

HOLOLUS 3D

SOFTWARE

The models (generated by layers and independently operable and printable) are manipulated with tactile screens and gestural computation devices.

#HOLODECK The Multipurpose #4DHolographic Viewer!

HOLODECK4D 2016

OTHER SOLUTIONS IN THE MARKET

Medical SW with 3D

Visualization

Virtual Reality

Tools for medicine

Work with real patients’ info

Validated by professionals

Virtual & Immersive experience

Real 3D view (not video/simulation)

Gestural computation

Used in clinical diagnosis

#HOLODECK is more!

Medical SW with 3D

Visualization

Virtual Reality

Tools for medicine

Work with real patients’ info

Validated by professionals

Virtual & Immersive experience

Real 3D view (not video/simulation)

Gestural computation

Used in clinical diagnosis

Generates 3D models by layers for

biomaterial 3D printers

Transferred to confocal microscopy

Scalable to other sectors (e.g. industry,

education etc.)

HOLODECK4D 2016

#HOLODECK NEW FEATURES

Used in industry for rapid prototyping and machinery

condition simulation

Improved detection accuracy working with complex areas

i.e. head & neck

Used in surgical and nursery training as replacement of

cadaver rooms

Automatized predictive algorithms for tumor

detection in prediagnosis

Direct connection to real time scanners (e.g. gamma cameras)

for live 3D visualization

Interconnected systems for collaborative diagnosis

around the world

Connection to portable systems (tablets) for mobility

HOLODECK4D 2016

HOLODECK4D 2016

HOLODECK4D 2016

HOLODECK4D 2016

#HOLODECK Global Market

Tourism & Museums

eHealth

Industry 4

Education

BioScience & Research

www.creativitic.comHOLODECK4D 2016

www.creativitic.cominfo@creativitic.com

facebook.com/creativiticLocation

LA RIOJA & BASQUE COUNTRY (SPAIN)

COMPANY #founders

www.creativitic.com

Jorge R. López Benito, CEO linkedin.com/in/jrlopezbenito

Enara Artetxe González, CTO linkedin.com/in/eartetxe

#eHealth #edTech #bioTech

Álvaro Pérez Sala, Computer EngineerProcessing of biomedical images at CIBIR

Holographic 3D visualization Gestual computation

eHealth #TEAM

Eduardo Mirpuri Merino, PhD, MBA, CSOBiomedical Research Coordinator at CIBIRCenter for Biomedical Research of La Rioja (Spain)

Roberto Delgado Bolton, MD, PhDHead / Chair of the Department of DiagnosticImaging (Radiology) and Nuclear Medicineat San Pedro Hospital, La Rioja (Spain)EANM Oncology Committee - Vienna

Héctor Busto Sancirian, PhDUniversity of California, Berkeley, SecondmentMaster and postgraduate Faculty Director atUniversity of La Rioja (Spain)

#ADVISORY Board

Andoni Eguiluz Moran, PhDMassachusetts Institute of Technology (MIT) Secondment

DeustoTech Principal Researcher and Lecturer atUniversity of Deusto (Spain)

Ana Laín Torre, PhDRare Diseases Researcher at CIC bioGUNE

Expert Evaluator H2020 at European Commision

Andreu Veà y Baró, PhDInternet Research Invited Scholar at Stanford UniversityDigital CHAMPION of SPAIN at European CommisionEminent Expert UN World Summit Award (WSA)

Holodeck (Figure 1) is an immersive visualization system that provides with a medical imaging software to improve the accuracy, speed and efficiency for clinical diagnosis in Nuclear Medicine (MRI/MRT) and Confocal Microscopy. This system integrates a workbench that generates interactive and gesturally operable 3D real models, based on the two-dimensional images coming from the existing PET/TC and Confocal systems, with total access for a cross-disciplinary tele-collaboration. This prototype is a collaborative R&D project developed between CreativiTIC and CIBIR (Centre for Biomedical Research of La Rioja - Rioja Health Foundation).

HOLODECK Jorge R. López Benito1 (jrlopez@creativitic.es), Enara Artetxe González1 (eartetxe@creativitic.es), Eduardo Mirpuri Merino2

(emirpuri@riojasalud.es), Álvaro Pérez Sala2 (aperez.ext@riojasalud.es), Roberto Delgado-Bolton2,3 (rcdelgado@riojasalud.es)

The 4D Holographic Desk for Clinical Diagnosis in Nuclear Medicine

1 2 3

The images coming from PET/TC (Figure 2) & Confocal microscopy (Figure 3) are processed, transformed into 3D models and displayed in the Holodeck workbench. The models (generated by layers and independently operable and printable) are manipulated with tactile screens and gestural computation devices.

Fig. 3 - ConfocalFig. 2 – PET/TC

Fig. 1 – HoloDeck, a multipurpose 4D holographic viewer