[Cochlear implant and tinnitus].
Cochlear implant (CI) treatment is now established as a successful standard of care for auditory rehabilitation of profoundly deaf or severe hearing loss patients. CI candidates with tinnitus also ben...
Vaisseaux sanguins : Questions médicales fréquentes
Questions fréquentes et termes MeSH associés
Diagnostic 5
#1
Comment diagnostiquer une maladie des vaisseaux sanguins ?
Un diagnostic peut inclure des examens d'imagerie, des analyses sanguines et des tests de stress.
#2
Quels tests sont utilisés pour évaluer la circulation sanguine ?
Les tests incluent l'échographie Doppler, l'angiographie et les tests de pression artérielle.
#3
Quels signes indiquent une obstruction des vaisseaux sanguins ?
Des douleurs, des engourdissements ou des changements de couleur dans les membres peuvent indiquer une obstruction.
#4
Comment détecter une thrombose veineuse profonde ?
La thrombose veineuse profonde peut être détectée par échographie et évaluation clinique.
#5
Quels examens pour les maladies coronariennes ?
Les tests incluent l'électrocardiogramme, l'échocardiogramme et l'angiographie coronarienne.
Symptômes 5
#1
Quels sont les symptômes d'une insuffisance veineuse ?
Les symptômes incluent des jambes lourdes, des douleurs, des varices et des œdèmes.
#2
Comment reconnaître une embolie pulmonaire ?
Les symptômes incluent une douleur thoracique, un essoufflement et une toux avec du sang.
#3
Quels signes d'une maladie artérielle périphérique ?
Des douleurs dans les jambes lors de l'effort, des engourdissements et des plaies qui guérissent mal.
#4
Quels symptômes d'une rupture d'anévrisme ?
Une douleur intense et soudaine, souvent accompagnée de nausées et de vertiges.
#5
Quels symptômes d'une thrombose artérielle ?
Les symptômes incluent une douleur aiguë, une pâleur et une perte de sensation dans le membre affecté.
Prévention 5
#1
Comment prévenir les maladies vasculaires ?
Maintenir un mode de vie sain, faire de l'exercice et éviter le tabac sont essentiels.
#2
Quels aliments favorisent la santé vasculaire ?
Les aliments riches en oméga-3, fibres et antioxydants, comme le poisson et les fruits, sont bénéfiques.
#3
Comment réduire le risque de thrombose ?
Rester actif, s'hydrater et éviter de rester immobile longtemps aide à réduire le risque.
#4
Quel rôle joue l'exercice dans la santé vasculaire ?
L'exercice régulier améliore la circulation sanguine et réduit le risque de maladies vasculaires.
#5
Comment gérer le stress pour la santé vasculaire ?
Des techniques de relaxation comme le yoga et la méditation peuvent aider à gérer le stress.
Traitements 5
#1
Quels traitements pour les varices ?
Les traitements incluent des bas de compression, des scléroses et des interventions chirurgicales.
#2
Comment traiter une thrombose veineuse profonde ?
Le traitement comprend des anticoagulants et parfois des interventions chirurgicales.
#3
Quels médicaments pour l'hypertension artérielle ?
Les médicaments incluent des diurétiques, des bêta-bloquants et des inhibiteurs de l'ACE.
#4
Comment traiter une embolie pulmonaire ?
Le traitement comprend des anticoagulants et, dans certains cas, une intervention chirurgicale.
#5
Quelles interventions pour un anévrisme ?
Les interventions peuvent inclure la surveillance, la chirurgie ouverte ou la réparation endovasculaire.
Complications 5
#1
Quelles complications d'une maladie vasculaire ?
Les complications peuvent inclure des accidents vasculaires cérébraux, des infarctus et des amputations.
#2
Quels risques d'une thrombose non traitée ?
Une thrombose non traitée peut entraîner une embolie pulmonaire ou des lésions tissulaires.
#3
Quelles conséquences d'une hypertension non contrôlée ?
L'hypertension non contrôlée peut causer des maladies cardiaques, des AVC et des problèmes rénaux.
#4
Quels effets d'une insuffisance veineuse chronique ?
Elle peut entraîner des ulcères, des infections et des complications cutanées.
#5
Quelles complications d'un anévrisme non traité ?
Un anévrisme non traité peut se rompre, entraînant des hémorragies internes potentiellement mortelles.
Facteurs de risque 5
#1
Quels sont les facteurs de risque de maladies vasculaires ?
Les facteurs incluent le tabagisme, l'obésité, l'hypertension et le diabète.
#2
Comment l'âge influence-t-il les maladies vasculaires ?
Le risque de maladies vasculaires augmente avec l'âge en raison de l'usure des vaisseaux sanguins.
#3
Quel impact du diabète sur la santé vasculaire ?
Le diabète augmente le risque de maladies vasculaires en endommageant les vaisseaux sanguins.
#4
Comment le stress affecte-t-il les vaisseaux sanguins ?
Le stress chronique peut entraîner une hypertension et augmenter le risque de maladies vasculaires.
#5
Quel rôle joue la génétique dans les maladies vasculaires ?
Des antécédents familiaux de maladies vasculaires augmentent le risque individuel de développer ces maladies.
Contenu validé par Dr Olivier Menir
Expert en Médecine, Optimisation des Parcours de Soins et Révision Médicale
Validation scientifique effectuée le 15/02/2025
Contenu vérifié selon les dernières recommandations médicales
Sous-catégories
87 au total
└─
Artères
ArteriesD001158 -
A07.015.114
└─
Microvaisseaux
MicrovesselsD055806 -
A07.015.461
└─
Vaisseaux rétiniens
Retinal VesselsD012171 -
A07.015.611
└─
Tunique intime
Tunica IntimaD017539 -
A07.015.700
└─
Tunique moyenne
Tunica MediaD017540 -
A07.015.733
└─
Vasa nervorum
Vasa NervorumD014650 -
A07.015.765
└─
Vasa vasorum
Vasa VasorumD014651 -
A07.015.836
└─
Veines
VeinsD014680 -
A07.015.908
└─└─
Aorte
AortaD001011 -
A07.015.114.056
└─└─
Artère axillaire
Axillary ArteryD001366 -
A07.015.114.085
└─└─
Artère basilaire
Basilar ArteryD001488 -
A07.015.114.106
└─└─
Artère brachiale
Brachial ArteryD001916 -
A07.015.114.139
└─└─
Tronc brachiocéphalique
Brachiocephalic TrunkD016122 -
A07.015.114.145
└─└─
Artères bronchiques
Bronchial ArteriesD001981 -
A07.015.114.158
└─└─
Artères carotides
Carotid ArteriesD002339 -
A07.015.114.186
└─└─
Tronc coeliaque
Celiac ArteryD002445 -
A07.015.114.207
└─└─
Artères cérébrales
Cerebral ArteriesD002536 -
A07.015.114.228
└─└─
Artères ciliaires
Ciliary ArteriesD019842 -
A07.015.114.248
└─└─
Artères épigastriques
Epigastric ArteriesD019074 -
A07.015.114.330
└─└─
Artère fémorale
Femoral ArteryD005263 -
A07.015.114.351
└─└─
Artère gastrique
Gastric ArteryD000077426 -
A07.015.114.365
└─└─
Artère gastro-omentale
Gastroepiploic ArteryD024405 -
A07.015.114.379
└─└─
Artère hépatique
Hepatic ArteryD006499 -
A07.015.114.407
└─└─
Artère iliaque
Iliac ArteryD007083 -
A07.015.114.444
└─└─
Artère maxillaire
Maxillary ArteryD008438 -
A07.015.114.523
└─└─
Artères méningées
Meningeal ArteriesD008576 -
A07.015.114.545
└─└─
Artères mésentériques
Mesenteric ArteriesD008638 -
A07.015.114.565
└─└─
Artère ophtalmique
Ophthalmic ArteryD009880 -
A07.015.114.622
└─└─
Artère poplitée
Popliteal ArteryD011150 -
A07.015.114.681
└─└─
Artère pulmonaire
Pulmonary ArteryD011651 -
A07.015.114.715
└─└─
Artère radiale
Radial ArteryD017534 -
A07.015.114.740
└─└─
Artère rénale
Renal ArteryD012077 -
A07.015.114.745
└─└─
Artère splénique
Splenic ArteryD013157 -
A07.015.114.814
└─└─
Artère subclavière
Subclavian ArteryD013348 -
A07.015.114.839
└─└─
Artères thoraciques
Thoracic ArteriesD013895 -
A07.015.114.891
└─└─
Artères tibiales
Tibial ArteriesD016909 -
A07.015.114.895
└─└─
Artère ulnaire
Ulnar ArteryD017535 -
A07.015.114.920
└─└─
Artère utérine
Uterine ArteryD055988 -
A07.015.114.940
└─└─
Artère vertébrale
Vertebral ArteryD014711 -
A07.015.114.955
└─└─
Artérioles
ArteriolesD001160 -
A07.015.461.080
└─└─
Anastomose artérioveineuse
Arteriovenous AnastomosisD001163 -
A07.015.461.085
└─└─
Vaisseaux capillaires
CapillariesD002196 -
A07.015.461.165
└─└─
Artère centrale de la rétine
Retinal ArteryD012161 -
A07.015.611.647
└─└─
Veine axillaire
Axillary VeinD001367 -
A07.015.908.077
└─└─
Veine azygos
Azygos VeinD001401 -
A07.015.908.106
└─└─
Veines brachiocéphaliques
Brachiocephalic VeinsD016121 -
A07.015.908.130
└─└─
Veines de l'encéphale
Cerebral VeinsD002550 -
A07.015.908.155
└─└─
Vaisseaux coronaires
Coronary VesselsD003331 -
A07.015.908.194
└─└─
Sinus veineux crâniens
Cranial SinusesD003392 -
A07.015.908.224
└─└─
Veine fémorale
Femoral VeinD005268 -
A07.015.908.314
└─└─
Veines hépatiques
Hepatic VeinsD006503 -
A07.015.908.380
└─└─
Veine iliaque commune
Iliac VeinD007084 -
A07.015.908.427
└─└─
Veines jugulaires
Jugular VeinsD007601 -
A07.015.908.498
└─└─
Veine poplitée
Popliteal VeinD011152 -
A07.015.908.641
└─└─
Système porte
Portal SystemD011168 -
A07.015.908.670
└─└─
Veines pulmonaires
Pulmonary VeinsD011667 -
A07.015.908.713
└─└─
Veines rénales
Renal VeinsD012082 -
A07.015.908.752
└─└─
Veine centrale de la rétine
Retinal VeinD012169 -
A07.015.908.783
└─└─
Veine saphène
Saphenous VeinD012501 -
A07.015.908.819
└─└─
Veine subclavière
Subclavian VeinD013350 -
A07.015.908.877
└─└─
Veines caves
Venae CavaeD014684 -
A07.015.908.949
└─└─
Valves veineuses
Venous ValvesD055422 -
A07.015.908.950
└─└─
Veinules
VenulesD014699 -
A07.015.908.952
└─└─└─
Aorte abdominale
Aorta, AbdominalD001012 -
A07.015.114.056.205
└─└─└─
Aorte thoracique
Aorta, ThoracicD001013 -
A07.015.114.056.372
└─└─└─
Sinus de l'aorte
Sinus of ValsalvaD012850 -
A07.015.114.056.847
└─└─└─
Artère carotide commune
Carotid Artery, CommonD017536 -
A07.015.114.186.200
└─└─└─
Sinus carotidien
Carotid SinusD002346 -
A07.015.114.186.456
└─└─└─
Artère cérébrale antérieure
Anterior Cerebral ArteryD020771 -
A07.015.114.228.100
└─└─└─
Cercle artériel du cerveau
Circle of WillisD002941 -
A07.015.114.228.351
└─└─└─
Artère cérébrale moyenne
Middle Cerebral ArteryD020768 -
A07.015.114.228.550
└─└─└─
Artère cérébrale postérieure
Posterior Cerebral ArteryD020769 -
A07.015.114.228.700
└─└─└─
Artères temporales
Temporal ArteriesD013699 -
A07.015.114.228.868
└─└─└─
Artère mésentérique inférieure
Mesenteric Artery, InferiorD017537 -
A07.015.114.565.510
└─└─└─
Artère mésentérique supérieure
Mesenteric Artery, SuperiorD017538 -
A07.015.114.565.755
└─└─└─
Artères mammaires
Mammary ArteriesD008323 -
A07.015.114.891.525
└─└─└─
Sinus coronaire
Coronary SinusD054326 -
A07.015.908.194.500
└─└─└─
Sinus caverneux
Cavernous SinusD002426 -
A07.015.908.224.334
└─└─└─
Sinus sagittal supérieur
Superior Sagittal SinusD054063 -
A07.015.908.224.667
└─└─└─
Sinus transverses
Transverse SinusesD054064 -
A07.015.908.224.833
└─└─└─
Veines mésentériques
Mesenteric VeinsD008642 -
A07.015.908.670.385
└─└─└─
Veine porte
Portal VeinD011169 -
A07.015.908.670.567
└─└─└─
Veine liénale
Splenic VeinD013162 -
A07.015.908.670.730
└─└─└─
Veine cave inférieure
Vena Cava, InferiorD014682 -
A07.015.908.949.648
└─└─└─
Veine cave supérieure
Vena Cava, SuperiorD014683 -
A07.015.908.949.815
└─└─└─└─
Artère carotide externe
Carotid Artery, ExternalD002342 -
A07.015.114.186.200.210
└─└─└─└─
Artère carotide interne
Carotid Artery, InternalD002343 -
A07.015.114.186.200.230
Auteurs principaux
Laura E Niklason
2 publications dans cette catégorie
Affiliations :
- Departments of Anesthesiology and Biomedical Engineering, Yale University, New Haven, CT, USA. laura.niklason@yale.edu lawson@humacyte.com.
- Humacyte Inc., Durham, NC 27713, USA.
Publications dans "Vaisseaux sanguins" :
-
Bioengineered human blood vessels.
Science (New York, N.Y.)
-
Bioengineered human acellular vessels recellularize and evolve into living blood vessels after human implantation.
Science translational medicine
Jeffrey H Lawson
2 publications dans cette catégorie
Affiliations :
- Humacyte Inc., Durham, NC 27713, USA. laura.niklason@yale.edu lawson@humacyte.com.
- Department of Surgery, Duke University, Durham, NC, USA.
Publications dans "Vaisseaux sanguins" :
-
Bioengineered human blood vessels.
Science (New York, N.Y.)
-
Bioengineered human acellular vessels recellularize and evolve into living blood vessels after human implantation.
Science translational medicine
Richard P Tan
2 publications dans cette catégorie
Affiliations :
- School of Medical Science, Faculty of Health and Medicine, The University of Sydney, Sydney, Australia.
- Charles Perkins Centre, The University of Sydney, Sydney, Australia.
Publications dans "Vaisseaux sanguins" :
-
Bioengineering silk into blood vessels.
Biochemical Society transactions
-
Bioengineering artificial blood vessels from natural materials.
Trends in biotechnology 2021-12-06
Nianji Yang
2 publications dans cette catégorie
Affiliations :
- School of Medical Science, Faculty of Health and Medicine, The University of Sydney, Sydney, Australia.
- Charles Perkins Centre, The University of Sydney, Sydney, Australia.
Publications dans "Vaisseaux sanguins" :
-
Bioengineering silk into blood vessels.
Biochemical Society transactions
-
Bioengineering artificial blood vessels from natural materials.
Trends in biotechnology 2021-12-06
Jelena Rnjak-Kovacina
2 publications dans cette catégorie
Affiliations :
- Graduate School of Biomedical Engineering, University of New South Wales, Sydney, Australia.
Publications dans "Vaisseaux sanguins" :
-
Bioengineering silk into blood vessels.
Biochemical Society transactions
-
Bioengineering artificial blood vessels from natural materials.
Trends in biotechnology 2021-12-06
Steven G Wise
2 publications dans cette catégorie
Affiliations :
- School of Medical Science, Faculty of Health and Medicine, The University of Sydney, Sydney, Australia.
- Charles Perkins Centre, The University of Sydney, Sydney, Australia.
- The University of Sydney Nano Institute (Sydney Nano), The University of Sydney, Sydney, Australia.
Publications dans "Vaisseaux sanguins" :
-
Bioengineering silk into blood vessels.
Biochemical Society transactions
-
Bioengineering artificial blood vessels from natural materials.
Trends in biotechnology 2021-12-06
Kai Wang
2 publications dans cette catégorie
Affiliations :
- Department of Physiology and Pathophysiology, School of Basic Medical Sciences, Peking University, Beijing, China.
- Key Laboratory of Molecular Cardiovascular Science, Ministry of Education, Beijing, China.
Publications dans "Vaisseaux sanguins" :
-
Angiorganoid: vitalizing the organoid with blood vessels.
Vascular biology (Bristol, England) 2022-09-12
-
PLCL-TPU bi-layered artificial blood vessel with compliance matching to host vessel.
Journal of biomaterials applications 2023-07-05
Josef M Penninger
2 publications dans cette catégorie
Affiliations :
- Institute of Molecular Biotechnology of the Austrian Academy of Sciences, Vienna (K.S., J.M.P.).
- Department of Medical Genetics, Life Sciences Institute, University of British Columbia, Vancouver, Canada (J.M.P.).
Publications dans "Vaisseaux sanguins" :
-
Blood Vessel Organoids for Development and Disease.
Circulation research 2023-02-16
-
Human blood vessel organoids as a model of diabetic vasculopathy.
Nature 2019-01-16
Qian Li
2 publications dans cette catégorie
Affiliations :
- School of Mechanics and Safety Engineering, National Center for International Research of Micro-nano Molding Technology, Zhengzhou University, Zhengzhou 450001, China.
Publications dans "Vaisseaux sanguins" :
-
Nonlinear Elasticity of Blood Vessels and Vascular Grafts.
ACS biomaterials science & engineering 2024-05-30
-
Biologically Functionalized Expanded Polytetrafluoroethylene Blood Vessel Grafts.
Biomacromolecules 2020-08-21
Michiya Matsusaki
2 publications dans cette catégorie
Affiliations :
- Department of Applied Chemistry, Graduate School of Engineering, Osaka University, Suita, Osaka, Japan.
- The Consortium for Future Innovation by Cultured Meat, Graduate School of Engineering, Osaka University, Suita, Osaka, Japan.
Publications dans "Vaisseaux sanguins" :
-
Biofabrication of engineered blood vessels for biomedical applications.
Science and technology of advanced materials 2024-03-21
-
A Near-Infrared Organic Fluorescent Probe for Broad Applications for Blood Vessels Imaging by High-Throughput Screening via 3D-Blood Vessel Models.
Small methods 2021-06-16
Mona Sharifi Sarabi
2 publications dans cette catégorie
Affiliations :
- USC Stevens Neuroimaging and Informatics Institute, University of Southern California, Los Angeles, CA, USA.
Publications dans "Vaisseaux sanguins" :
-
Vessel Density Mapping of Small Cerebral Vessels on 3D High Resolution Black Blood MRI.
NeuroImage 2024-01-10
-
Vessel Density Mapping of Cerebral Small Vessels on 3D High Resolution Black Blood MRI.
bioRxiv : the preprint server for biology 2023-03-21
Samantha J Ma
2 publications dans cette catégorie
Affiliations :
- Siemens Healthcare USA, Los Angeles, CA, USA.
Publications dans "Vaisseaux sanguins" :
-
Vessel Density Mapping of Small Cerebral Vessels on 3D High Resolution Black Blood MRI.
NeuroImage 2024-01-10
-
Vessel Density Mapping of Cerebral Small Vessels on 3D High Resolution Black Blood MRI.
bioRxiv : the preprint server for biology 2023-03-21
Kay Jann
2 publications dans cette catégorie
Affiliations :
- USC Stevens Neuroimaging and Informatics Institute, University of Southern California, Los Angeles, CA, USA.
Publications dans "Vaisseaux sanguins" :
-
Vessel Density Mapping of Small Cerebral Vessels on 3D High Resolution Black Blood MRI.
NeuroImage 2024-01-10
-
Vessel Density Mapping of Cerebral Small Vessels on 3D High Resolution Black Blood MRI.
bioRxiv : the preprint server for biology 2023-03-21
John M Ringman
2 publications dans cette catégorie
Affiliations :
- Department of Neurology, University of Southern California, Los Angeles, CA, USA.
Publications dans "Vaisseaux sanguins" :
-
Vessel Density Mapping of Small Cerebral Vessels on 3D High Resolution Black Blood MRI.
NeuroImage 2024-01-10
-
Vessel Density Mapping of Cerebral Small Vessels on 3D High Resolution Black Blood MRI.
bioRxiv : the preprint server for biology 2023-03-21
Danny J J Wang
2 publications dans cette catégorie
Affiliations :
- USC Stevens Neuroimaging and Informatics Institute, University of Southern California, Los Angeles, CA, USA.
Publications dans "Vaisseaux sanguins" :
-
Vessel Density Mapping of Small Cerebral Vessels on 3D High Resolution Black Blood MRI.
NeuroImage 2024-01-10
-
Vessel Density Mapping of Cerebral Small Vessels on 3D High Resolution Black Blood MRI.
bioRxiv : the preprint server for biology 2023-03-21
Yonggang Shi
2 publications dans cette catégorie
Affiliations :
- USC Stevens Neuroimaging and Informatics Institute, University of Southern California, Los Angeles, CA, USA. Electronic address: yshi@loni.usc.edu.
Publications dans "Vaisseaux sanguins" :
-
Vessel Density Mapping of Small Cerebral Vessels on 3D High Resolution Black Blood MRI.
NeuroImage 2024-01-10
-
Vessel Density Mapping of Cerebral Small Vessels on 3D High Resolution Black Blood MRI.
bioRxiv : the preprint server for biology 2023-03-21
Ljuba C Ponomarev
1 publication dans cette catégorie
Affiliations :
- Department of Cardiovascular Sciences, Center for Molecular and Vascular Biology (CMVB), KU Leuven, Herestraat 49 Box 911, 3000 Leuven, Belgium.
Publications dans "Vaisseaux sanguins" :
-
The BMP Pathway in Blood Vessel and Lymphatic Vessel Biology.
International journal of molecular sciences 2021-06-14
Jakub Ksiazkiewicz
1 publication dans cette catégorie
Affiliations :
- Department of Cardiovascular Sciences, Center for Molecular and Vascular Biology (CMVB), KU Leuven, Herestraat 49 Box 911, 3000 Leuven, Belgium.
Publications dans "Vaisseaux sanguins" :
-
The BMP Pathway in Blood Vessel and Lymphatic Vessel Biology.
International journal of molecular sciences 2021-06-14
Michael W Staring
1 publication dans cette catégorie
Affiliations :
- Department of Cardiovascular Sciences, Center for Molecular and Vascular Biology (CMVB), KU Leuven, Herestraat 49 Box 911, 3000 Leuven, Belgium.
Publications dans "Vaisseaux sanguins" :
-
The BMP Pathway in Blood Vessel and Lymphatic Vessel Biology.
International journal of molecular sciences 2021-06-14
Aernout Luttun
1 publication dans cette catégorie
Affiliations :
- Department of Cardiovascular Sciences, Center for Molecular and Vascular Biology (CMVB), KU Leuven, Herestraat 49 Box 911, 3000 Leuven, Belgium.
Publications dans "Vaisseaux sanguins" :
-
The BMP Pathway in Blood Vessel and Lymphatic Vessel Biology.
International journal of molecular sciences 2021-06-14
Sources (10000 au total)
The hidden cochlear implant.
The hidden cochlear implant concept has two data transmission methods: Bluetooth low energy and transtympanic optical data transfer systems. This study aimed to present the hidden cochlear implant and... The Bluetooth low energy module was implanted into the implant bed. For the transtympanic optical data transfer tests, a receiver was passed through the posterior tympanotomy, and the transmitter was ... The Bluetooth low energy module range was 5.2-17.5 m. Transtympanic optical data transfer reached a rate of 1 Mbit/s and had 99.22 per cent accuracy. Despite various obstacles, the accuracy of the tra... Bluetooth low energy is suitable to be used transcutaneously. Transtympanic optical data transfer is an effective and promising technology. Hidden use cochlear implants aim to have the aesthetics of a...
Determinants of Cochlear Implant Satisfaction and Decisional Regret in Adult Cochlear Implant Users.
Determine associations expected and actual cochlear implant (CI) outcomes, decisional regret, and satisfaction in experienced adult CI users.... Cross-sectional cohort study.... Tertiary medical center.... Thirty-nine adult CI users meeting traditional bilateral hearing loss indications with ≥12 months CI experience.... Patients completed the validated Satisfaction with Amplification in Daily Living and Decisional Regret instruments. Pre- and post-CI outcomes (CI Quality of Life [CIQOL]-Expectations; CIQOL-35 Profile... Using established cutoff scores, 29% of patients reported a substantial degree of post-CI decisional regret. For each CIQOL domain, patients without decisional regret obtained post-CI outcome scores c... Patients with better alignment of their pre-CI expectations and post-CI outcomes and greater pre-/post-CIQOL improvement had lower decisional regret and higher satisfaction. This emphasizes the import...
The effect of cochlear implant age and duration of intervention on ESRT in children with cochlear implant.
To study the effect of cochlear implant age and duration of the intervention (auditory rehabilitation post-cochlear implantation) on ESRT in children with cochlear implants.... A total of 90 pre-lingual cochlear implant users were included. For the measurement of ESRTs the recipient's processor was connected to the programming pod and electrode numbers 22, 11 and 3 (apical, ... There were significant differences in the measured T, C and ESRT levels with respect to the duration of the intervention (auditory rehabilitation post-cochlear implantation) and cochlear implant age o... The differences in the T, C and ESRT levels after continued device usage and after attending auditory rehabilitation sessions post-cochlear implantation are subjected to optimal benefit from implantat... The differences in T, C and ESRT levels can be utilised clinically to study the importance of duration of cochlear implant device usage and the importance of auditory rehabilitation post-cochlear impl...
Development of an Optimized Protocol for Cochlear Implant Care to Increase Cochlear Implant Access.
To develop an evidence-based protocol for audiology-based, cochlear implant (CI) programming in the first year after activation.... Retrospective case review.... CI program at a tertiary medical center.... One-hundred seventy-one patients (178 ears; mean age at implantation, 62.3 yr; 44.4% female) implanted between 2016 and 2021 with postlingual onset of deafness and no history of CI revision surgery. P... Consonant-nucleus-consonant monosyllabic word recognition scores in the CI-alone and bilateral best-aided conditions at five time points: preoperative evaluation, and 1, 3, 6, and 12 months after acti... For both the CI-alone and bilateral best-aided conditions, consonant-nucleus-consonant word recognition significantly improved from preoperative evaluation to all postactivation time points. For the C... Based on the current data set and associated analyses, CI centers programming adult patients could eliminate either the 3- or 6-month visit from their clinical follow-up schedule if patient mapping of...
The remaining obstacles for a totally implantable cochlear implant.
For years, the development of a totally implantable cochlear implant (TICI) has faced several technical challenges hindering any prototypes from reaching full commercialization. This article aims to r... The literature review highlights how research efforts to generate sufficient power to supply a fully implantable CI could take advantage of microelectromechanical systems (MEMS)-based energy harvester... Recent breakthroughs in power supply using MEMS-based energy harvesting technologies and piezoelectric implantable microphones may make TICIs become a more practical reality in the foreseeable future....
Cochlear implant in tinnitus management.
To evaluate whether cochlear implantation can mitigate tinnitus perception and its discomfort among patients with severe-to-profound hearing loss, in order to provide an answer on a possible treatment... Tinnitus can develop after peripheral hearing loss and is associated with altered auditory processing. It does not only involve auditory structures but also aberrant neural activity and interaction wi... Recent studies investigated the changes in tinnitus perception among patients who underwent cochlear implantation and demonstrated a postoperative decrease. Hence, patients with severe-to-profound sen...
Monopolar Electrosurgery With Cochlear Implants.
To evaluate safety of monopolar electrosurgery (MES) in patients with cochlear implants (CIs) by reporting outcomes of a series of patients who underwent MES after CI.... Retrospective case series.... Tertiary referral center.... Patients with indwelling CI subsequently undergoing surgery with operative note specifically detailing MES use.... Adverse outcomes in post-operative audiology/otolaryngology documentation; speech recognition scores.... Thirty-five patients (10 with bilateral CI) experienced 63 unique MES exposure events, 85.7% below and 14.3% above the clavicle. No adverse events or decreased performance due to MES use were reported... No adverse events resulted from MES use in CI patients. Given the increased prevalence and expansion of indications for CIs, and widespread utility of MES, we suggest clarification and improved guidan... 4 Laryngoscope, 133:933-937, 2023....
Predictive Ability of First-Side Cochlear Implant Performance in Adult Sequential Bilateral Cochlear Implantation.
Predictors of second-side cochlear implant performance have not been well studied. We sought to assess whether speech recognition scores from first-side cochlear implant (CI1) could predict second-sid... Retrospective review using a prospectively collected database.... Academic tertiary care hospital.... Fifty-seven adults with postimplantation speech recognition testing performed at least 12 months after CI2.... Sequential bilateral CI.... CI2 performance at ≥12 months as measured using consonant-nucleus-consonant (CNC) words and AzBio sentences in quiet and +10 dB signal-to-noise ratio (S/N).... CI1 performance scores at ≥12 months were independently associated with CI2 performance scores at ≥12 months for CNC words (β = 0.371 [0.136-0.606], p = 0.003), AzBio sentences in quiet (β = 0.614 [0.... CI1 performance is an independent predictor of second-side performance as measured ≥12 months postimplantation. This may be a clinically useful metric when considering adult sequential bilateral impla...
Cochlear implantation programming characteristics and outcomes of cochlear nerve deficiency.
Due to the specificity of cochlear implantation (CI) programming parameters and outcomes in cochlear nerve deficiency (CND) patients, this study aimed to investigate the correlation between programmin... Ninety (95 ears) CND patients (normal cochlea, 39; malformed cochlea, 56) and seventy-nine (81 ears) normal cochlea patients who underwent CI surgery with either Med-El or Cochlear devices were includ... In the CND group, a reduced stimulation rate, higher pulse width, and triphasic pulse were needed in some cases. The stimulus levels of the CND group were significantly higher than that of the normal ... The CI programming parameters of some CND patients need to be adjusted, and a slower stimulation rate and higher pulse width are required sometimes. CND patients need a higher stimulus level than norm...