A Practical Approach to Ocular Pain for the Non-Ophthalmologist

Waldman, Corey W.; Waldman, Steven D.; Waldman, Reid A.

doi:10.2217/pmt.14.38

Cited by 7 publications

(4 citation statements)

References 59 publications

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“…13. By using data required from papers [32][33], we elaborated the approximate shape of the torn cartilage, and then, in the cartilage.catpart entity we reproduced it, result presented in Fig. 14.…”

Section: Fig 12 Sectioned View Of Femurmentioning

confidence: 99%

CAD modelling of the human femur taking into account the structure of the bone

et al. 2021

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The use of 3D models of the human bone system has great utility in the biomechanical study, due to the fact that these structures cannot be analyzed or tested in vivo. Within this paper, taking into consideration its real bone structure, the human femur CAD modelling is established. Firstly, a preliminary anatomical study is done, in order to highlight the fact that the thigh bone is a heterogeneous structure, consisting of several entities with different mechanical characteristics. The modelling starts from a homogenous 3D model of the femur, from which, every single separate entity is designed and finally they are assembled within a single product assembly. Therefore, the final result ensures a complex CAD structure, able to get assigned different material properties, specific for each entity this modelling furtherly allows the characteristic pathological structures studies of the referred entity or to simulate specific surgical interventions.

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Section: Fig 12 Sectioned View Of Femurmentioning

confidence: 99%

CAD modelling of the human femur taking into account the structure of the bone

et al. 2021

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“…C.3 Los síndromes Del Seno Cavernosos como tumores, fístulas o trombosis son patologías que pueden comprometer la vida del paciente y necesitan un tratamiento precoz. Dentro de sus manifestaciones clínicas se describe dolor ocular o periocular, oftalmoplejía , proptosis y pérdida visual 15 .…”

Section: C-dolor Ocular Referidounclassified

¿Cómo abordar el dolor ocular en consultorio?

Chang

Merino

2022

Interciencia méd.

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Introducción: consulta oftalmológica ambulatoria, es por ello la importancia en tener en consideración las diferentes patologías que pueden estar asociadas a esta dolencia Objetivos: Realizar una revisión acerca de los tipos de dolor ocular que podemos identificar y patologías más frecuentes asociadas a cada uno de ellos Desarrollo: El V par craneal, es el encargado de brindar inervación sensitiva a las estructuras del rostro y entre ello al globo ocular. Por lo tanto, la respuesta ante una noxa en los propios tejidos oculares como estructuras aledañas pueden causar dolor. Es importante reconocer las características del dolor, la limitación que produce en el paciente y los signos oculares que podemos encontrar a la evaluación para poder llegar al un correcto diagnostico y brindar al paciente un tratamiento adecuado Conclusiones: Es muy interesante estudiar las patologías que pueden provocar dolor ocular, y que en algunas oportunidades representa un reto en el tratamiento del mismo. Por ello es necesario abordar al paciente de forma integral, realizando una exploración detallada y contando también con la evaluación conjunta con otras especialidades que están relacionadas en el campo del dolor ocular.

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“…or infections such as herpes simplex virus (HSV) keratitis can lead to nerve damage, with resultant pain. Conditions of the posterior segment, such as scleritis or idiopathic orbital inflammation, can lead to deep ocular pain that may be severe [59]. Also relating to the posterior segment, optic neuritis, characterized by inflammation of the optic nerve, may be painful (particularly with eye movement) [60].…”

Section: Ocular Disease and Ocular Painmentioning

confidence: 99%

Potential for endocannabinoid system modulation in ocular pain and inflammation: filling the gaps in current pharmacological options

Lafreniere

Kelly

2018

Neuronal Signaling

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Challenges in the management of ocular pain are an underappreciated topic. Currently available therapeutics lack both efficacy and clear guidelines for their use, with many also possessing unacceptable side effects. Promising novel agents would offer analgesic, anti-inflammatory, and possibly neuroprotective actions; have favorable ocular safety profiles; and show potential in managing neuropathic pain. Growing evidence supports a link between the endocannabinoid system (ECS) and a range of physiological and disease processes, notably those involving inflammation and pain. Both preclinical and clinical data suggest analgesic and anti-inflammatory actions of cannabinoids and ECS-modifying drugs in chronic pain conditions, including those of neuropathic origin. This review will examine existing evidence for the anatomical and physiological basis of ocular pain, specifically, ocular surface disease and the development of chronic ocular pain. The mechanism of action, efficacy, and limitations of currently available treatments will be discussed, and current knowledge related to ECS-modulation of ocular pain and inflammatory disease will be summarized. A perspective will be provided on the future directions of ECS research in terms of developing cannabinoid therapeutics for ocular pain.

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A Practical Approach to Ocular Pain for the Non-Ophthalmologist

Cited by 7 publications

References 59 publications

CAD modelling of the human femur taking into account the structure of the bone

CAD modelling of the human femur taking into account the structure of the bone

¿Cómo abordar el dolor ocular en consultorio?

Potential for endocannabinoid system modulation in ocular pain and inflammation: filling the gaps in current pharmacological options

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