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1                                              Auricular acupuncture (AA) is a simple, low-cost, and we
2 mized 2:2:1 to electroacupuncture (n = 145), auricular acupuncture (n = 143), or usual care (n = 72).
3   Patients were randomly assigned to receive auricular acupuncture (n = 222), a needle-insertion cont
4 e mild; 15 of 143 (10.5%) patients receiving auricular acupuncture and 1 of 145 (0.7%) patients recei
5                        TA included full body/auricular acupuncture and joint-specific point prescript
6 ANTS: The Personalized Electroacupuncture vs Auricular Acupuncture Comparative Effectiveness (PEACE)
7                                     However, auricular acupuncture did not demonstrate noninferiority
8                                              Auricular acupuncture is widely used to treat cocaine ad
9 musculoskeletal pain, electroacupuncture and auricular acupuncture produced greater pain reduction th
10 nts (97.5% CI, 1.4-2.4 points; P < .001) and auricular acupuncture reduced by 1.6 points (97.5% CI, 1
11                            Noninferiority of auricular acupuncture to electroacupuncture was not demo
12                            Noninferiority of auricular acupuncture to electroacupuncture was tested i
13 comparison procedure, electroacupuncture and auricular acupuncture were compared with usual care usin
14  10 weekly sessions of electroacupuncture or auricular acupuncture.
15 hesize that using transcutaneous VNS via the auricular afferent branch could achieve a selective anti
16 ch patient in the acupuncture group received auricular and body acupuncture with indwelling intraderm
17 tation that causes cerebral, ocular, dental, auricular and skeletal (CODAS) syndrome, which ablated i
18 ption at 800 nm was delivered into human pre-auricular and swine sebaceous glands in vivo, using mech
19 trix protein found uniquely in the tracheal, auricular, and nasal cartilage of adults.
20 r characterized by cerebral, ocular, dental, auricular, and skeletal anomalies.
21               Most malignant diseases of the auricular apparatus are treated by a combination of surg
22 ngs found in AI: diverticula (30), accessory auricular appendages (5), septal aneurysms (8), septal b
23 tion models, LacZ expression in host-derived auricular blood vessels was specifically induced by the
24 s) and applying FG crystals to the posterior auricular branch of the facial nerve (PA neurons).
25 uses electrical stimulation that targets the auricular branch of the vagus nerve at the cymba conchae
26 on (taVNS) targets subcutaneous axons in the auricular branch of the vagus nerve at the outer ear.
27 t significantly different from native bovine auricular cartilage after 3 months.
28 nt approach based on a bioprinted autologous auricular cartilage construct (EarCartilage) combined wi
29  inhibitor treatment enabled regeneration of auricular cartilage.
30 ans should respond aggressively to potential auricular chondritis and consider Pseudomonas a possible
31                         Later development of auricular chondritis confirmed the diagnosis of RP using
32                        The susceptibility to auricular chondritis in NOD.DQ8 mice can be attributed t
33  develop severe experimental polychondritis, auricular chondritis, and polyarthritis, with clinical a
34 hondritis, exhibiting both polyarthritis and auricular chondritis.
35                     In contrast, adhesion of auricular chondroblasts to fibrillin-1 was only partiall
36   Here, we show that Prrx1 genetically marks auricular chondrocytes in adult mice.
37                        Ablation of Bmpr1a in auricular chondrocytes led to chondrocyte atrophy and mi
38                 Half were seeded with bovine auricular chondrocytes.
39 the secretory pathway in intact fetal bovine auricular chondrocytes.
40 ous anomalies (cervical, infra- and/or supra-auricular defects, often with dermal thymus), ocular ano
41 ical technique to correct certain congenital auricular deformities.
42 reveals that ZIKV can induce grossly visible auricular dermatitis and blepharitis, mediated by ZIKV-s
43 e complex biomechanical properties of native auricular elastic cartilage while avoiding the morbidity
44  of BMP5 in expansion and differentiation of auricular elastic cartilage.
45 ilateral transcutaneous stimulation of vagal auricular innervation, applied for 30 min daily for 7 da
46                                         Most auricular malignant diseases occur in adulthood; only th
47 to the medial subnucleus, which supplied the auricular musculature.
48                            Chondritis of the auricular, nasal, and tracheal cartilages predominates i
49 epending on its functionality) and the great auricular nerve (GAN) as a free nerve graft.
50 electrical stimulation (LLTS) of the greater auricular nerve in a pilot trial including patients unde
51                          LLTS of the greater auricular nerve may be a potential therapy for POAF.
52 The effects of partial division of the great auricular nerve of adult rabbits were evaluated on the r
53                            The rate of great auricular nerve preservation was higher in the SDLP grou
54  indicated that a central punch spanning the auricular nerve provided the most consistent detection o
55 e embryos possess only a vestigial posterior auricular nerve, and general somatosensory neurons in th
56 stematic reviews of acupuncture (whole body, auricular, or electroacupuncture) for adult health condi
57 col consisted of 6 acupuncture points on the auricular pavilion chosen according to the diagnosis of
58 volved in ear development and syndromes with auricular phenotypes.
59 nt-specific tissue-engineered constructs for auricular reconstruction which largely mimic the native
60 ecific tissue-engineered anatomically proper auricular reconstructions in the future.
61 ed in a C shape extending from the posterior auricular region.
62                               Less commonly, auricular signs and symptoms are the result of non-neopl
63 c review and meta-analysis of transcutaneous auricular stimulation safety.
64  technique of matrix production of a porcine auricular subunit graft has been translated to a human f
65 hods were used to assess rib end morphology, auricular surfaces, pubic symphyseal face, and cranial s
66 ulation was delivered to cervical (tcVNS) or auricular (taVNS) branches of the vagus nerve while part
67 cervical implanted (iVNS) and transcutaneous auricular (taVNS) vagus nerve stimulation using intracra
68 ely from ischaemia-reperfusion injury during auricular tragus vagal stimulation and remote ischaemic
69 rolled experiments examining the efficacy of auricular tVNS (taVNS: Experiment (1) and cervical tVNS
70 e anti-inflammatory effect of transcutaneous auricular vagus nerve stimulation (taVNS) and its abilit
71               The efficacy of transcutaneous auricular vagus nerve stimulation (taVNS) as a non-invas
72 pplied continuous noninvasive transcutaneous auricular vagus nerve stimulation (taVNS) during exposur
73                               Transcutaneous auricular vagus nerve stimulation (taVNS) has been inves
74                               Transcutaneous auricular vagus nerve stimulation (taVNS) has been propo
75                               Transcutaneous auricular vagus nerve stimulation (taVNS) has shown prom
76                               Transcutaneous auricular vagus nerve stimulation (taVNS) is a promising
77                               Transcutaneous auricular vagus nerve stimulation (taVNS) offers a non-i
78 ficacy of nightly, bilateral, transcutaneous auricular vagus nerve stimulation (taVNS) on insomnia an
79                               Transcutaneous auricular vagus nerve stimulation (taVNS) targets subcut
80 efore compared the effects of transcutaneous auricular vagus nerve stimulation (taVNS, Cerbomed Nemos
81          These observations demonstrate that auricular vagus nerve stimulation holds promise for impr
82 udy, we show that noninvasive transcutaneous auricular VN stimulation enhances recollection-based mem