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429 results on '"Tognetti L"'

4. Diagnostic criteria for melanocytic lesions in LC-OCT

Author

Pérez-Anker, M.J., primary, Soglia, S., additional, Lenoir, C., additional, Albero, R., additional, Alos, L., additional, Cinotti, E., additional, Pellegrino, L., additional, Tognetti, L., additional, Rubegni, P., additional, Suppa, M., additional, Perrot, J.L., additional, del Marmol, V., additional, Puig, S., additional, and Malvehy, J., additional

Published
2024
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6. Assessment of facial pigmented lesions using Line-field Confocal Optical Coherence Tomography and its correlation with Reflectance Confocal Microscopy and histopathology

Author

Lenoir, C., primary, Suppa, M., additional, Soglia, S., additional, Puig, S., additional, Tognetti, L., additional, Cinotti, E., additional, Orte Cano, C., additional, Diet, G., additional, Rubegni, P., additional, Perrot, J.-L., additional, del Marmol, V., additional, Malvehy, J., additional, and Pérez-Anker, J., additional

Published
2024
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7. Understanding the anatomy of dermoscopy of melanocytic skin tumours: Correlation in vivo with line‐field optical coherence tomography.

Author

Soglia, S., Pérez‐Anker, J., Albero, R., Alós, L., Berot, V., Castillo, P., Cinotti, E., Del Marmol, V., Fakih, A., García, A., Lenoir, C., Monnier, J., Perrot, J. L., Puig, S., Rubegni, P., Skowron, F., Suppa, M., Tognetti, L., Venturini, M., and Malvehy, J.

Subjects
OPTICAL coherence tomography, RETINAL imaging, DERMOSCOPY, CONFOCAL microscopy, ANATOMY, PANCREATIC cysts
Abstract

Background: Early melanoma detection is the main factor affecting prognosis and survival. For that reason, non‐invasive technologies have been developed to provide a more accurate diagnosis. Recently, line‐field confocal optical coherence tomography (LC‐OCT) was developed to provide an in vivo, imaging device, with deep penetration and cellular resolution in three dimensions. Combining the advantages of conventional OCT and reflectance confocal microscopy, this tool seems to be particularly suitable for melanocytic lesions. Objectives: The objective of this study was to identify and describe the correlation between specific dermoscopic criteria and LC‐OCT features in three dimensions associated with melanocytic lesions. Methods: Dermoscopic and LC‐OCT images of 126 melanocytic lesions were acquired in three different centres. The following dermoscopic criteria have been considered: reticular pattern, dots and globules, structureless areas, blue‐whitish veil, regression structures, negative network, homogeneous pattern, streaks and blotches. Results: 69 (55%) benign and 57 (45%) malignant lesions were analysed. A regular reticular pattern was found associated in the 75% of the cases with the presence of elongated rete ridges with pigmented cells along the basal layer, while atypical reticular pattern showed an irregular organization of rete ridges with melanocytic hyperplasia, broadened and fused ridges and elongated nests. Both typical and atypical dots and globules were found associated with melanocytic nests in the dermis or at the dermoepidermal junction (DEJ), as well as with keratin cysts/pseudocysts. Grey globules corresponded to the presence of melanin‐containing dermal inflammatory cells (melanophages) within the papillae. Structureless brown/black areas correlated with alterations of the DEJ. We observed the same DEJ alterations, but with the presence of dermal melanophages, in 36% of the cases of blue/white/grey structureless areas. A description of each LC‐OCT/dermoscopy correlation was made. Conclusions: LC‐OCT permitted for the first time to perform an in vivo, 3D correlation between dermoscopic criteria and pathological‐like features of melanocytic lesions. [ABSTRACT FROM AUTHOR]

Published
2024
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8. Understanding the anatomy of dermoscopy of melanocytic skin tumours: Correlation in vivo with line‐field optical coherence tomography

Author

Soglia, S., primary, Pérez‐Anker, J., additional, Albero, R., additional, Alós, L., additional, Berot, V., additional, Castillo, P., additional, Cinotti, E., additional, Del Marmol, V., additional, Fakih, A., additional, García, A., additional, Lenoir, C., additional, Monnier, J., additional, Perrot, J. L., additional, Puig, S., additional, Rubegni, P., additional, Skowron, F., additional, Suppa, M., additional, Tognetti, L., additional, Venturini, M., additional, and Malvehy, J., additional

Published
2023
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9. Comparaison de la microscopie confocale ex vivo et de la LC-OCT ex vivo dans 7 tumeurs pigmentées

Author

Fakih, A., primary, Cinotti, E., additional, Tognetti, L., additional, Suppa, M., additional, Perez, J., additional, Malvehy, J., additional, Ravni, E., additional, Dorado Cortez, C., additional, David-Ferreira, C., additional, Jebli, Y., additional, Le Louet, A., additional, Venturi, A., additional, Vanlerberghe, F., additional, Thibaud, C., additional, and Perrot, J.L., additional

Published
2023
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10. Prise en charge du lentigo matin selon la technique du spaghetti guidée par microscopie confocale. Premier suivi à long terme de 70 patients

Author

Lemay, O., primary, Chauvel-Picard, J., additional, Habougit, C., additional, Bourgea, C., additional, Dorado Cortez, C., additional, Couty, E., additional, Fakih, A., additional, Ravni, E., additional, David-Ferreira, C., additional, Tognetti, L., additional, Cinotti, E., additional, and Perrot, J.L., additional

Published
2023
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13. Quality of life measurement in teledermatology. Position statement of the European Academy of Dermatology and Venereology Task Forces on Quality of Life and Patient Oriented Outcomes and Teledermatology.

Author

Chernyshov, P. V., Finlay, A. Y., Tomas‐Aragones, L., Tognetti, L., Moscarella, E., Pasquali, P., Manolache, L., Pustisek, N., Svensson, A., Marron, S. E., Bewley, A., Salavastru, C., Suru, A., Koumaki, D., Linder, D., Abeni, D., Augustin, M., Blome, C., Salek, S. S., and Evers, A. W. M.

Subjects
QUALITY of life measurement, TASK forces, QUALITY of life, DERMATOLOGY, CHRONICALLY ill
Abstract

Many events, including the COVID‐19 pandemic, have accelerated the implementation of teledermatology pathways within dermatology departments and across healthcare organizations. Quality of Life (QoL) assessment in dermatology is also a rapidly developing field with a gradual shift from theory to practice. The purpose of this paper organized jointly by the European Academy of Dermatology and Venereology (EADV) Task Force (TF) on QoL and patient‐oriented outcomes and the EADV TF on teledermatology is to present current knowledge about QoL assessment during the use of teledermatology approaches, including data on health‐related (HR) QoL instruments used in teledermatology, comparison of influence of different treatment methods on HRQoL after face‐to‐face and teledermatology consultations and to make practical recommendations concerning the assessment of QoL in teledermatology. The EADV TFs made the following position statements: HRQoL assessment may be an important part in most of teledermatology activities; HRQoL assessment may be easily and effectively performed during teledermatology consultations. It is especially important to monitor HRQoL of patients with chronic skin diseases during lockdowns or in areas where it is difficult to reach a hospital for face‐to‐face consultation; regular assessment of HRQoL of patients with skin diseases during teledermatology consultations may help to monitor therapy efficacy and visualize individual patient's needs; we recommend the use of the DLQI in teledermatology, including the use of the DLQI app which is available in seven languages; it is important to develop apps for dermatology‐specific HRQoL instruments for use in children (for example the CDLQI and InToDermQoL) and for disease‐specific instruments. [ABSTRACT FROM AUTHOR]

Published
2024
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14. Line‐field confocal optical coherence tomography: New insights for psoriasis treatment monitoring.

Author

Orsini, C., Trovato, E., Cortonesi, G., Pedrazzani, M., Suppa, M., Rubegni, P., Tognetti, L., and Cinotti, E.

Subjects
OPTICAL coherence tomography, PSORIASIS, CELL imaging, ARTIFICIAL intelligence
Abstract

Background: Line‐field confocal optical coherence tomography (LC‐OCT) is a new, valid means for a rapid and non‐invasive in vivo examination of the epidermis and upper dermis, allowing digital interpretation and measurement of high‐resolution images on a cellular level. Given these properties, it may represent a valid tool for monitoring psoriasis during treatment, allowing a new method to set a precise objective severity of the disease. Objectives: We aimed to investigate the potentialities of LC‐OCT in the non‐invasive monitoring of microscopical changes associated with moderate–severe plaque psoriasis (PP) during the treatment with the most common biological drugs. Materials and Methods: We performed LC‐OCT imaging of PP lesions from 17 patients before and after 8 weeks of treatment. The clinical severity of the single lesions was evaluated using a lesion score (LS), designed considering three parameters: erythema, desquamation and infiltration. LC‐OCT images were segmented by artificial intelligence and evaluated based on three microscopic criteria: the thickness of the stratum corneum, the thickness of the living epidermis and the undulation of the dermo‐epidermal junction. Results: Line‐field confocal optical coherence tomography digital analysis allowed recognition and quantification of the three microscopic criteria, showing a reduction of all these during the follow‐up. Furthermore, a high correlation between change in LS and the thickness of the stratum corneum and the thickness of the living epidermis was found. Conclusion: Line‐field confocal optical coherence tomography can non‐invasively monitor the response of PP to different treatments. Morphometric changes occurring in the psoriatic lesion during the 8‐week treatment period were identified by in vivo LC‐OCT and measured by using artificial intelligence. Although future studies are required, based on these preliminary results, LC‐OCT may represent a valid potential tool for precise monitoring of therapeutic response. [ABSTRACT FROM AUTHOR]

Published
2024
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23. Évaluation de la technique d’exérèse du lentigo malin par la méthode du spaghetti avec identification des marges par microscopie confocale : à propos de 70 patients, recul à plus de 6 ans

Author

Lemay, O., primary, Chauvel-Picard, J., additional, Perrot, J.L., additional, Habougit, C., additional, Freitas Planello Eloire, J., additional, Ravni, E., additional, David-Ferreira, C., additional, Tognetti, L., additional, Thibaud, C., additional, and Cinotti, E., additional

Published
2022
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24. Évaluation de l’effet biologique, dans la réparation des dommages causés à l’ADN, d’un écran solaire à large spectre contenant du nicotinamide et du panthénol à l’aide de la tomographie par cohérence optique 3D à champ linéaire

Author

Pérez, J., primary, Alejo, B., additional, Iglesias, P., additional, Roses, P., additional, Bérot, V., additional, Cano, C., additional, Cinotti, E., additional, Del Marmol, V., additional, Fontaine, M., additional, Miyamoto, M., additional, Monnier, J., additional, Perrot, J., additional, Rubegni, P., additional, Tognetti, L., additional, Suppa, M., additional, Malvehy, J., additional, and Puig, S., additional

Published
2022
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35. Line‐field confocal optical coherence tomography for actinic keratosis and squamous cell carcinoma: a descriptive study

Author

Cinotti, E., primary, Tognetti, L., additional, Cartocci, A., additional, Lamberti, A., additional, Gherbassi, S., additional, Orte Cano, C., additional, Lenoir, C., additional, Dejonckheere, G., additional, Diet, G., additional, Fontaine, M., additional, Miyamoto, M., additional, Perez‐Anker, J., additional, Solmi, V., additional, Malvehy, J., additional, del Marmol, V., additional, Perrot, J. L., additional, Rubegni, P., additional, and Suppa, M., additional

Published
2021
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36. Line‐field confocal optical coherence tomography of actinic keratosis: a case series

Author

Lenoir, C., primary, Cinotti, E., additional, Tognetti, L., additional, Orte Cano, C., additional, Diet, G., additional, Miyamoto, M., additional, Rocq, L., additional, Trépant, A.‐L., additional, Perez‐Anker, J., additional, Puig, S., additional, Malvehy, J., additional, Rubegni, P., additional, Perrot, J.‐L., additional, Marmol, V., additional, and Suppa, M., additional

Published
2021
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40. Line‐field confocal optical coherence tomography of sebaceous hyperplasia: a case series

Author

Lenoir, C., primary, Diet, G., additional, Cinotti, E., additional, Tognetti, L., additional, Orte Cano, C., additional, Rocq, L., additional, Trépant, A.‐L., additional, Monnier, J., additional, Perez‐Anker, J., additional, Rubegni, P., additional, Puig, S., additional, Malvehy, J., additional, Perrot, J.‐L., additional, Marmol, V., additional, and Suppa, M., additional

Published
2021
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42. Line‐field confocal optical coherence tomography of basal cell carcinoma: a descriptive study

Author

Suppa, M., primary, Fontaine, M., additional, Dejonckheere, G., additional, Cinotti, E., additional, Yélamos, O., additional, Diet, G., additional, Tognetti, L., additional, Miyamoto, M., additional, Orte Cano, C., additional, Perez‐Anker, J., additional, Panagiotou, V., additional, Trepant, A.L., additional, Monnier, J., additional, Berot, V., additional, Puig, S., additional, Rubegni, P., additional, Malvehy, J., additional, Perrot, J.L., additional, and Marmol, V., additional

Published
2020
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43. La tomographie confocale à cohérence optique en ligne de la peau saine du visage : première étude descriptive

Author

Perrot, J.-L., primary, Suppa, M., additional, Cinotti, E., additional, Fontaine, M., additional, Dejonckheere, G., additional, Tognetti, L., additional, Rubegni, P., additional, Diet, G., additional, Miyamoto, M., additional, Orte Cano, C., additional, Monnier, J., additional, Bérot, V., additional, Puig, S., additional, Perez Anker, J., additional, Malvehy, J., additional, Del Marmol, V., additional, Forestier, S., additional, Cazorla, G., additional, and Chauvel Picard, J., additional

Published
2020
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45. Line-field confocal optical coherence tomography (LC-OCT), une nouvelle technique d’imagerie cutanée non invasive pour le diagnostic du mélanome : une série de 27 lésions mélanocytaires

Author

Monnier, J., primary, Perez, J., additional, Suppa, M., additional, Cinotti, E., additional, Tognetti, L., additional, Berot, V., additional, Rubegni, P., additional, Del Marmol, V., additional, Perrot, J.-L., additional, Puig, S., additional, and Malvehy, J., additional

Published
2020
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46. La tomographie confocale à cohérence optique en ligne du carcinome basocellulaire : première étude descriptive

Author

Suppa, M., primary, Fontaine, M., additional, Dejonckheere, G., additional, Cinotti, E., additional, Tognetti, L., additional, Rubegni, P., additional, Diet, G., additional, Miyamoto, M., additional, Orte Cano, C., additional, Trépant, A.L., additional, Panagiotou, V., additional, Monnier, J., additional, Bérot, V., additional, Yélamos, O., additional, Perez Anker, J., additional, Puig, S., additional, Malvehy, J., additional, Del Marmol, V., additional, and Perrot, J.-L., additional

Published
2020
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50. In vivo characterization of healthy human skin with a novel, non‐invasive imaging technique: line‐field confocal optical coherence tomography

Author

Monnier, J., primary, Tognetti, L., additional, Miyamoto, M., additional, Suppa, M., additional, Cinotti, E., additional, Fontaine, M., additional, Perez, J., additional, Orte Cano, C., additional, Yélamos, O., additional, Puig, S., additional, Dubois, A., additional, Rubegni, P., additional, Marmol, V., additional, Malvehy, J., additional, and Perrot, J.L., additional

Published
2020
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