MiRus Siegel™ TAVR System FIH Results

Yadav P., et.al

NY Heart Valves Annual Meeting.
June 6, 2024; New York, NY

Molybdenum-rhenium(MoRe®) rods in complex adult spine surgery without rod fractures: a multicenter retrospective case series.

Enguidanos S., et.al

Congress of Neurological Surgeons (CNS) Annual Meeting.
September 13, 2023; Washington DC.

Enguidanos MoRe Rod Fracture ePoster CNS 2023 Final

Characterization of Ion Release from a Novel Biomaterial, Molybdenum-47.5Rhenium, in Physiologic Environments

Mok J., et.al

Lumbar Spine Research Society (LSRS) 16th Annual Meeting.
May 11, 2023; Chicago, Illinois.

MoRe Ion Release ePoster

Characterization of Ion Release from a Novel Biomaterial, Molybdenum-47.5Rhenium, in Physiologic Environments

Mok J., Poelstra K., Ammar K., McGirt M., Cormier J., Hart R., Bauman J., Cowart P., Sheth I., Singh P. and Yadav J. 

The Spine Journal. January 24, 2023; https://doi.org/10.1016/j.spinee.2023.01.007.

Low Profile 4.5mm Molybdenum-Rhenium System for MIS Single Position Prone Lateral Spine Surgery

Cormier J.
AANS/CNS Joint Section Spine Summit 2023 Annual Meeting;
March 16-19, 2023

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Biological Fixation of 3DR™ Randomized Printed Implants in a Vertebral Defect Ovine Model

Mok J , et. al.

North American Spine Society (NASS) Annual Meeting
September 30, 2021

3DR™ Printed Lumbar Interbody Fusion System provides an Advanced Option for Circumferential Fusion of the Lumbar Spine

Mok J, et al.

North American Spine Society
October 2020

Validation of a Wireless, Non-Optical System for Measurement of Intra-Operative Spine Alignment

Nottmeier E, et al.

AANS/CNS Spine Joint Section Meeting
March 2019

Validation of a Wireless, Non-Optical System for Measurement of Intra-Operative Spine Alignment

Daftari T, et al.

Southern Orthopaedic Society Annual Meeting
July 2019

Semi-automated Method for Calculation of Sagittal Alignment from CT Scans

Nottmeier E, et al.

AANS/CNS Spine Joint Section Meeting
March 2019

Molybdenum-Rhenium (MoRe®) Alloy and Novel Sensor Technology allows for a Mechanically and Biologically Superior Option for Spinal Implants and Remote Real-Time Monitoring of Bone Growth Across a Fixated Motion Segment

Poelstra K, et al.

EOA Annual Meeting
October 2018

Molybdenum-Rhenium (MoRe®) Alloy and Novel Sensor Technology Allows for a Mechanically and Biologically Superior Option for Spinal Implants and Remote Real-time Monitoring of Bone Growth Across a Fixated Motion Segment

McGirt M, et al.

CNS Annual Meeting
October 2018

Molybdenum Rhenium (MoRe®) as a Biologically Superior Alloy for Foot and Ankle Implants

Pedowitz, D.  et. al.

AOFAS Annual Meeting
July 2018

Metallurgical Properties of MO-47.5RE Implant Alloy

Disegi J.

Materials and Surface Technology for Implants: Meet the Expert (Implants), Olten, Switzerland
March 13, 2018

MiRus™ Spine Alignment Monitoring System Utilizing Miniaturized Wireless MEMS Sensors Provides real-time, Precise and Safe Measurement of Intra-opertive Spine Alignment

Larson J, et al.

North American Spine Society (NASS) Annual Meeting,
October 26, 2017

Mechanically and Biologically Superior Molybdenum Rhenium (MoRe®) Alloy Provides an Advanced Option for Spinal Implants

Poelstra K, et al.

North American Spine Society (NASS) Annual Meeting
October 25, 2017

Real-time 3D Navigation of Rod Insertion and Passage in MIS Spine Surgery

Dorchak J, et al.

North American Spine Society (NASS) Annual Meeting. October 25, 2017

A Wireless, Non-optical System for Measuring Intra-operative Spine Alignment

Larson J, Poelstra K.

Society for Minimally Invasive Spine Surgery (SMISS) Annual Meeting September 16, 2017

Molybdenum-Rheium (MoRe®) Alloy as a Superior Alloy for MIS Spinal Implants

Poelstra K, Larson J.

Society for Minimally Invasive Spine Surgery (SMISS) Annual Meeting. September 16, 2017