73 research outputs found
Proposta di una cartella clinica precodificata per la raccolta dei dati nelle neoplasie laringee
No full textIf it can be done, it should be done,... or not? Response to Prof. Grotenhuis
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Transcanal endoscopic approach to the sinus timpani: a clinical report.
No full textObjectives: To investigate the anatomic limitations of the endoscopic transcanal approach to sinus tympani (ST), in particular, how this approach might allow a complete visualization of the ST recesses and to propose a morphologic classification of the ST using computed tomography and to examine if this could be useful for the surgeon in preoperative planning to decide the type of approach to the ST. Study Design: Case series. Patients and Methods: Forty patients affected by middle ear disease with ST involvement were included in our study. All patients underwent a preoperative computed tomographic scan of the temporal bone. All patients underwent tympanomastoid surgery with intraoperative use of the endoscope. We assessed the variation in depth of the ST area, analyzing the posterior and medial extension of the medial boundary of the ST, and performing a radiomorphologic classification of the ST. Results: Of the 40 patients, it has been possible to describe the detailed morphology of the shape of the ST in 38. We classified the depth of the ST into 3 types based on radiologic findings: Type A (a limited ST), Type B (a deep ST), and Type C (a deep ST with a posterior extension). Of 35 ST of Types A and B, there was good exposure of the medial boundary of the sinus using a transcanal endoscopic approach in 33 (94.2%), whereas in 3 (60%) of 5 patients of Type C, it was not possible to explore the complete depth of the sinus, especially the ST portion under and posterior to the facial nerve. Conclusion: The transcanal endoscopic approach to the ST is indicated in ST of Types A and B. In ST of Type C, it is not always possible to have good control of the ST; in these cases, a posterior retrofacial approach is suggested
Sulla diminuzione del tempo di coagulazione di base osservata nei pazienti ipoacusici trattati con coctail farmacologico a base di eparina
No full textCommando-operation: considerazioni preliminari sugli interventi eseguiti nel triennio ’75-’77 presso la II Cl. O.R.L. di Roma
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Radiological assessment of the sinus tympani: temporal bone HRCT analyses and surgically related findings
No full textTo evaluate the morphology of the sinus tympani (ST) based on computed tomography (CT) scans (axial view), describing the findings in a cohort of 148 patients (296 ears), and classifying the prevalence according to our ST classification. To evaluate the surgical prevalence based on the type of ST. To calculate the sensibility and positive predictive value (PPV) of high-resolution computed tomography (HRCT) scans for ST involvement by cholesteatoma.To evaluate the morphology of the sinus tympani (ST) based on computed tomography (CT) scans (axial view), describing the findings in a cohort of 148 patients (296 ears), and classifying the prevalence according to our ST classification. To evaluate the surgical prevalence based on the type of ST. To calculate the sensibility and positive predictive value (PPV) of high-resolution computed tomography (HRCT) scans for ST involvement by cholesteatoma. Methods: Retrospective review of the radiologic database and surgical reports. Results: In total, 98/296 (33.1 %) middle ears presented a radiologic morphology Type A; 185/296 (62.5 %) middle ears presented a radiologic morphology Type B; 13/296 (4.4 %) middle ears presented a radiologic morphology Type C; HRCT showed a sensibility of 91 %, specificity of 65 %, PPV of 68 % and negative predictive value (NPV) of 90 %. Conclusions: ST shape and depth can influence surgical preference in cholesteatoma surgery. In the case of a shallower ST, an exclusive endoscopic exploration is chosen; whereas in the case of a deeper ST, a retrofacial approach is usually preferred. HRCT scans demonstrated high sensibility and NPV for ST involvement by cholesteatoma
Facial sinus endoscopic evaluation, radiologic assessment, and classification
No full textObjectives: To describe facial sinus anatomy from an endoscopic perspective and present a radiologic classification. Methods: Facial sinus was studied by endoscopy and high-resolution computed tomography (HRCT) scan in 39 temporal bones that underwent exclusive transcanal endoscopic approach. A radiomorphologic classification based on the relationship between the facial sinus and the mastoid portion of the facial nerve is created as follows. In type A facial sinus, the pneumatization of the facial sinus did not extend medially or posteriorly to the mastoid portion of the facial nerve. In type B facial sinus, the pneumatization extended posteriorly to the mastoid portion of the facial nerve. In type C facial sinus, the pneumatization extended posteriorly and medially to the mastoid portion of the facial nerve. Results: In all the specimens that underwent HRCT (n = 31), facial sinus could be identified, and its depth classified, in relation to the facial nerve. In this group, 58% type A, 29% type B, and 13% type C facial sinuses were identified. In all the specimens (n = 39), the facial sinus could be assessed by means of an exclusive endoscopic transcanal approach, and anatomical variants of the chordiculus, previously known as chordal ridge, could be described: ridge (39%), bridge (18%), incomplete (15%), and absent (28%). Conclusion: Endoscopic exploration of the retrotympanum guarantees a very good exposure of the facial sinus, allowing detailed anatomic descriptions of its conformation and relationships with other structures. Improvement in our knowledge of its anatomy might decrease the possibility of residual disease during cholesteatoma surgery. Angled endoscopes (e.g. 45 °, 70 °) can guarantee a better view of the facial sinus. Level of Evidence: NA. Laryngoscope, 128:2397–2402, 2018
Erratum to “Surgical outcomes in the treatment of temporal bone cerebrospinal fluid leak: A systematic review” [Auris Nasus Larynx 45 (2018) 903–910](S038581461730994X)(10.1016/j.anl.2018.03.006)
No full textThe publisher regrets that the abstract was missing in the original publication of this article. The publisher would like to apologise for any inconvenience caused. Objective: Temporal bone CSF leak represents a rare condition that may be associated to some particular symptoms as hearing loss, otorrhea and tinnitus. In the opinion of many authors a surgical treatment is mandatory to avoid serious consequences as meningitis. Middle cranial fossa (MCF), transmastoid (TM) and combined approaches are all described to manage this condition. The objective of this paper was firstly to analyze the overall outcomes of this surgery. Our second aim was to make a comparison between different surgical modalities on the basis of their rate of success and complications. Methods: A search thorough Ovid MEDLINE was organized in January 2017 to enroll all eligible articles. A statistical analysis of the obtained data was performed. Results: Thirtythree studies comprising a total of 873 procedures were included. The overall rate of success resulted 95.6% (94.1–96.8). The rate of major complications analyzed for 818 procedures was 3.4% (2.3–4.8). Subgroups analysis showed a success rate of 97.1% (90.7–99.5) for TM approach. A success rate of 94.1% (89.1–97.3) was calculated for MCF approach. Combined procedure (TM + MCF) showed a success rate of 97.9% (92.9–99.7). Conclusion: The results of our review showed as the surgical treatment for CSF leak of temporal bone origin represents a safe option with high rate of success. Moreover our statistical data suggested that no significant differences are present in terms of outcomes between the analyzed surgical approaches
Endoscopic evaluation of middle ear ventilation routes blockage.
No full textObjectives: To describe middle ear ventilation route blockage, relieved during middle ear endoscopic surgery, and to analyze its association with mastoid hypopneumatization/sclerotization.
Study design: Prospective case series with intraoperative analyses, and with a case-control computed tomographic scan comparison.
Methods: Intraoperative findings during endoscopic middle ear surgery are described. Patients with middle ear ventilation route blockage were included in the study group (22 patients), while patients without middle ear ventilation route blockage were included in the control group (16 patients). An intra-patient and inter-group comparison of evaluated mastoid pneumatization was performed from the preoperative computed tomographic scans.
Results: Middle ear ventilation route blockage was classified into three types (A, B, C) according to intraoperative findings. lntrapatient and intergroup comparisons showed that the presence of blockages of middle ear ventilation trajectories is associated with a statistically significantly higher prevalence of hypopneumatization/sclerotization of the mastoid in the study group, a typical sign of middle ear dysventilation pathologies.
Conclusions: Intraoperative evaluation of the middle ear anatomy during endoscopic surgery for inflammatory pathology allows us to clearly visualize the presence of anatomic blockages of the middle ear ventilation trajectories. These blockages might provoke a sectorial dysventilation of the middle ear, with consequent reduction of pneumatization of the mastoid. Further studies will be able to clarify to what extent selective dysventilation phenomena could be a principal factor in influencing middle ear pressure homeostasis
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