None of the physicians quoted herein has ever received remuneration from Holorad or any related company.
• "A life sized anatomical representation sits in space in front of your eyes with an elegance that has never been witnessed in radiology." Dr. Murray Solomon, MD, Medical Director, Redwood City MRI.
• "[Holorad's] holographic images represent the only available technique which allows the surgeon to place his or her instruments into an exact replica of the three-dimensional surgical field…." Dr. William C. Bergman, MD, Associate Chief of Neurosurgery, Santa Clara Valley Medical Center, San Jose, CA, Assistant Professor, Stanford University.
• "This case shows the potential of the hologram which depicted the pathological anatomy clearly whereas the traditional imaging modalities did not … [the] discrepancy between the x-ray … and direct visual observation via the dorsal exposure was perplexing – [it] was resolved by hologram assessment." Holographic Definition of Pathological Spinal Anatomy: A Case Report; Benzel EC, Rupp FW, McCormack BM, et al, University of New Mexico – American Association of Neurological Surgeons, Orlando, FL, April 1995.
• "Holography is the method of choice for viewing MR angiographic data…. Its ability to easily merge life size true 3D data sets both from different modalities and different medical manufacturers is not available via any other technology." Dr. Jill V. Hunter, MD, Associate Professor of Radiology, University of Pennsylvania, Neuroradiologist, Children's Hospital of Philadelphia; now Chief of Neuroradiology, Texas Children's Hospital, Assistant Professor of Radiology, Baylor College of Medicine.
• "The hologram is a model for interactive maneuvers: templates for osteotomies and bone grafts, or for advancement/recession of skull components, can be put to trial on the hologram." Holograms for Evaluating Craniofacial Problems and for Planning Craniofacial Surgery, Furnas DW, Greene CS, et al, University of California Irvine – International Society for Craniofacial Surgery, Santa Fe, NM, September 1997.
• "Since I have been using Voxgram [images], I have found that there are anatomical relationships that I thought I understood but don't really understand—and didn't really appreciate until I saw them in different projections on the hologram. This true 3D display of anatomical interrelationships, with its intuitive visual perception, has taken our understanding of anatomy to a new dimension." Dr. Steven M. Wetzner, MD, Chairman of Radiology, New England Baptist Hospital Tufts University School of Medicine, Boston, MA.
• "...placement time (per cadaver) was 8 minutes for fluoroscopic placement and 3.6 minutes for holographic placement." A Comparison of Fluoroscopy and CT-Derived Volumetric Multiple Exposure Holography for the Guidance of Lumbar Pedicle Screw Insertion; Benzel EC, Rupp FW, McCormack BM, et al, University of New Mexico – Neurosurgery, 37:711-716, October 1995.
• "One can directly monitor depth on the hologram and compare that measurement to intraoperative measurements. Measurements that you can make on the patient can be directly cross-correlated to measurements you make on the Voxgram [image]. This makes the hologram more than just a diagnostic procedure—it's a valuable surgical tool." Dr. John J. Collins, MD, Chief of Neurosurgery, Tripler Army Hospital, Honolulu, HI, now Chief of Pediatric Neurosurgery, West Virginia University Medical Center.
• "This analysis demonstrates that the physical depth queues evoked by the transparent 3D holographic images result in a 3D positional accuracy virtually identical to the physical objects themselves." "For the comparison between a spine phantom and a hologram of that phantom, the standard deviation was 0.02 cm." A Quantitative Assessment of the Accuracy of Holographic Imaging for the Prediction of Pedicle Screw Placement, Fay LA, Benzel EC, Tessman C, et al, University of New Mexico – Congress of Neurological Surgeons, New Orleans, September 1997.