Eric H Ledet
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Explore the profile of Eric H Ledet including associated specialties, affiliations and a list of published articles.
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26
Citations
293
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Recent Articles
1.
Capogna E, Brown E, Walrath E, Furst W, Dong Q, Zhou C, et al.
Eur Spine J
. 2022 May;
31(5):1088-1098.
PMID: 35524071
Background: The intervertebral disc degenerates with age and has a poor propensity for regeneration. Small molecule transport plays a key role in long-term degradation and repair. Convection (bulk flow), induced...
2.
Kerr H, Ledet E, Hahn J, Hollowood-Jones K
Sports Health
. 2022 Feb;
14(6):875-884.
PMID: 35120415
Background: Determining when athletes are able to return to sport after sports-related concussion (SRC) can be difficult. Hypothesis: A multimodal algorithm using cognitive testing, postural stability, and clinical assessment can...
3.
Smart fracture plate for quantifying fracture healing: Preliminary efficacy in a biomechanical model
Ledet E, Caparaso S, Stout M, Cole K, Liddle B, Cady N, et al.
J Orthop Res
. 2022 Jan;
40(10):2414-2420.
PMID: 34989023
The diagnosis of fracture nonunion following plate osteosynthesis is subjective and frequently ambiguous. Initially following osteosynthesis, loads applied to the bone are primarily transmitted through the plate. However, as callus...
4.
Costi J, Ledet E, OConnell G
JOR Spine
. 2021 Mar;
4(1):e1138.
PMID: 33778410
Biomechanical testing methodologies for the spine have developed over the past 50 years. During that time, there have been several paradigm shifts with respect to techniques. These techniques evolved by...
5.
Ledet E, Liddle B, Kradinova K, Harper S
Innov Entrep Health
. 2018 Sep;
5:41-51.
PMID: 30246037
Smart implants are implantable devices that provide not only therapeutic benefits but also have diagnostic capabilities. The integration of smart implants into daily clinical practice has the potential for massive...
6.
Drazan J, Abdoun O, Wassick M, Dahle R, Beardslee L, Marcus G, et al.
Med Eng Phys
. 2018 Aug;
59:81-87.
PMID: 30064939
Smart implants have the potential to enable personalized care regimens for patients. However, the integration of smart implants into daily clinical practice is limited by the size and cost of...
7.
Peterson J, Chlebek C, Clough A, Wells A, Batzinger K, Houston J, et al.
Spine (Phila Pa 1976)
. 2018 Mar;
43(18):E1069-E1076.
PMID: 29557926
Study Design: Real time in vivo measurement of forces in the cervical spine of goats following anterior cervical discectomy and fusion (ACDF). Objective: To measure interbody forces in the cervical...
8.
Peterson J, Chlebek C, Clough A, Wells A, Ledet E
Spine (Phila Pa 1976)
. 2018 Mar;
43(18):E1061-E1068.
PMID: 29547464
Study Design: In vitro biomechanical testing of human cadaveric cervical and goat cervical motion segments. Objective: The aim of this study was to measure the effects of plate stiffness on...
9.
Ledet E, Sanders G, DiRisio D, Glennon J
Spine J
. 2018 Feb;
18(7):1222-1230.
PMID: 29452282
Background Context: Achieving a successful spinal fusion requires the proper biological and biomechanical environment. Optimizing load-sharing in the interbody space can enhance bone formation. For anterior cervical discectomy and fusion...
10.
Drazan J, Abdoun O, Wassick M, Marcus G, Dahle R, Beardslee L, et al.
Annu Int Conf IEEE Eng Med Biol Soc
. 2017 Mar;
2016:1930-1933.
PMID: 28268705
Passive, LC resonators have the potential to serve as small, robust, low cost, implantable sensors to wirelessly monitor implants following orthopedic surgery. One significant barrier to using LC sensors is...