Publications by authors named "P Perez Jorge"

: This study compared diagnostic methods for meniscal ramp injury (magnetic resonance imaging [MRI], arthrotomography, and arthroscopy) to determine the most sensitive and the agreement level between them.  We studied 21 patients, all young athletes with suspected anterior cruciate ligament (ACL) injury after trauma for at least 3 months and no evidence or history of other osteoarticular injuries in the knee. The patients underwent MRI and arthrotomography.

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Chronic compartment syndrome (CCS) is a pressure increase within a non-expandable fibro-osseous space resulting from continuous and intense physical activity. Its symptoms usually improve with rest or reduced activity. It is a critical cause of lower limb pain in athletes and the second most common cause of effort-related leg pain.

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Background: Orofacial cleft is the most common craniofacial deformity, resulting in facial anatomical disorders.

Aim: To evaluate maxillary dental arch symmetry of children with unilateral complete cleft lip, alveolus, and palate before and after primary surgeries.

Design: A total of 27 dental casts were analyzed: (T1) Presurgical; (T2) Postsurgical 1; and (T3) Postsurgical 2.

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Article Synopsis
  • Intracytoplasmic sperm injection (ICSI) relies on the health of both oocytes and cumulus cells; this study investigates the role of DNA damage in these cumulus cells as it relates to fertilization success.
  • Using the alkaline comet assay, researchers compared DNA damage levels in cumulus cells and whole blood from potentially fertile and infertile females, finding significant differences.
  • Results indicate that higher DNA damage in cumulus cells correlates with lower fertilization success in females with ovulatory dysfunction, suggesting DNA damage could be a useful biomarker for predicting oocyte competence.
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Combining data from different sensing modalities has been a promising research topic for building better and more reliable data-driven models. In particular, it is known that multimodal spectral imaging can improve the analytical capabilities of standalone spectroscopy techniques through fusion, hyphenation, or knowledge distillation techniques. In this manuscript, we focus on the latter, exploring how one can increase the performance of a Laser-induced Breakdown Spectroscopy system for mineral classification problems using additional spectral imaging techniques.

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