ライフサイエンスコーパス: throat

1 ins causing pharyngitis (streptococcal "sore throat").

2 symptoms of a viral infection (cold and sore throat).

3 paresthesia of the tongue, sore and an itchy throat).

4 ained from the MICP method (quantifying pore throats).

5 intake, she felt a "strange pruritus" in the throat.

6 schoolchildren self-identifying with a sore throat.

7 al pungency sensed almost exclusively in the throat.

8 he former a more likely diagnosis for a sore throat.

9 (IB-LB) simulation of DMP passing through a throat.

10 with subjective fever, runny nose, and sore throat.

11 t are connected through nanometer-sized pore throats.

12 cute upper respiratory tract illnesses (sore throat, 34.3%; ear infection, 26.2%; and colds or flu, 1

13 s presenting to primary care with acute sore throat, a single dose of oral dexamethasone compared wit

14 to gastroenterology as well as ear, nose and throat, allergy, and asthma clinics.

15 defined as presence of fever and cough/sore throat) among the survey participants during periods of

16 The microbiota of 327 throat and 68 nasal samples from school-age farm and non

17 to lungs, stomach-intestine, liver, trachea-throat and blood at the end of the imaging period was un

18 male patient who presented with fever, sore throat and dizziness.

19 Intraoral, throat and facial swellings, but no systemic reaction we

20 lue for the diagnosis of mononucleosis; sore throat and fatigue are sensitive (range, 0.81-0.83) but

21 oms following the procedure were cough, sore throat and fatigue.

22 ; 11/20), and typical symptoms included sore throat and fever.

23 ected sequence-distinct virus populations in throat and lung samples from one patient, proving indepe

24 ncluding toothpastes, mouthwashes, lozenges, throat and nasal sprays, and as biocides.

25 Throat and nasal swab specimens were collected, combined

26 as established by blind testing of 328 nasal/throat and nasopharyngeal swab specimens from the United

27 Recent studies suggested the significance of throat and salivary glands as major sites of virus repli

28 reveals that a major transition between many throat and skin specialist haplotypes correlates with th

29 we compared culture-independent analyses of throat and sputum specimens to samples directly obtained

30 is region provides muscle precursors for the throat and tongue (hypopharyngeal/hypobranchial/hypoglos

31 The bacterium primarily infects the throat and upper airways and the produced diphtheria tox

32 is the superficial epithelial layers of the throat and/or skin.

33 ation occurs and blocks the entirety of pore throats and bodies, which results in a significant reduc

34 -like illness (fever including cough or sore throat) and all patient visits by age.

35 ites of infection and colonization (nose and throat) and were interviewed via structured questionnair

36 findings on exam (i.e., nasal discharge, red throat), and having a flush toilet in the home (likely a

37 were positive: 30.3% from stool, 13.2% from throat, and 0.9% from nares; 64.4% of patients had >1 po

38 eratitis, subconjunctival hemorrhage, a sore throat, and a transient increase in neutralizing antibod

39 d hiccups, anorexia, fatigue, vomiting, sore throat, and difficulty swallowing.

40 ssessed S. aureus colonization in the nares, throat, and perianal skin on the day of enrollment and 4

41 s tooth loss, tissue changes in the gums and throat, and possibly oral pharyngeal cancer.

42 ousand six hundred eighteen FSCs from nares, throat, and stool from 360 patients were processed.

43 BV) is transmitted orally, replicates in the throat, and then invades the B lymphocyte pool through a

44 ow in the matrix pores if the pores and pore throats are sufficiently large.

45 kely associated with a wide, nonmuscularized throat, as seen in extant reptiles.

46 ue, nocturnal cough, xerostomia, lump in the throat, asthma-like symptoms, recurrent sore throat, fre

47 ed cultures from nasal and extranasal sites (throat, axilla, inguinal, perirectal, and chronic wound

48 s affecting population dynamics of the black-throated blue warbler (Setophaga caerulescens), a double

49 ic-Neotropical migratory songbird, the black-throated blue warbler (Setophaga caerulescens).

50 n recruitment and population growth of black-throated blue warblers if food abundance is sustained in

51 We found that black-throated blue warblers initiated breeding earlier in war

52 by the formation of a pseudomembrane in the throat, but cutaneous infections are possible.

53 ics reduce the risk of complications of sore throat by at least 50%, but few trials for complications

54 , dissolution processes concentrated in pore throats can better explain the permeability enhancement

55 For example, colds develop more often than throat cancer, making the former a more likely diagnosis

56 98 ICU patients were screened for rectal and throat carriage of K. pneumoniae shortly after admission

57 ere were no significant group differences in throat, chest, or overall discomfort during placement.

58 ke symptoms, recurrent sore throat, frequent throat clearing, halithosis and dental erosion among oth

59 mucosal antibodies corresponded with reduced throat colonization after respiratory GAS challenge.

60 y, we developed a rodent model for S. aureus throat colonization and found that tea consumption reduc

61 found that tea consumption reduced S. aureus throat colonization via an isaA-dependent mechanism.

62 are many populations with reduced numbers of throat color morphs.

63 Throat coloration-the most striking plumage difference b

64 ented to our emergency room with fever, sore throat, cough and poor appetite for 2 weeks.

65 za-like illness (ILI; fever and >/=2 of sore throat, cough, muscle ache, or headache) and colds (no f

66 runny nose, nasal congestion, sneezing, sore throat, cough, swollen or tender neck glands).

67 ies: (1) empirical (treat all); (2) positive throat culture (culture all); (3) clinical decision rule

68 s, followed, in some clinical settings, by a throat culture for S. pyogenes to increase the sensitivi

69 screening 18.5% (95% CI, 7.4-33.2), and from throat cultures 17.5% (95% CI, 12.0-24).

70 ults were compared to the results of routine throat cultures on selective streptococcal blood agar pl

71 atients with negative RADTs and positive GAS throat cultures were assessed.

72 years, with negative RADTs and positive GAS throat cultures, was performed between 1 January 2000 an

73 in particular, those of the nose, mouth, and throat-deserves greater attention.

74 al pressure and the elastic modulus/particle-throat diameter ratio follows a power law.

75 The particle-throat diameter ratio shows a greater impact on the crit

76 l pressure of the DMP for different particle-throat diameter ratios and elastic modulus.

77 result in pore restriction and reduced pore throat diameter.

78 If patients aged 15 years or older with sore throat did not visit a clinician when the new score esti

79 with new or worsened cough, runny nose, sore throat, difficulty breathing or myalgia, and collected d

80 ences in their porosity, stiffness, and pore throat dimensions at equivalent yield strengths.

81 sensitivity to swallowing cold items (71%), throat discomfort (63%), or muscle cramps (42%).

82 accompanied with nasal discharge, sneezing, throat discomfort, swelling of the uvula.

83 Patients with HED have ear, nose and throat disease, but this has not been investigated in mi

84 present with an exudative tonsillitis, sore throat, dysphagia, and unilateral neck pain.

85 stock trends found that coral trout and red throat emperor, the two largest species by catch for the

86 Ear, nose, and throat (ENT) lesions are frequently involved in Stevens-

87 is to obtain the opinions of ear, nose, and throat (ENT) specialists located within New York state i

88 tem encompassing the digestive tract (mouth, throat, esophagus, stomach, small intestine, and colorec

89 Throat feather stable isotopes indicated that individual

90 ccal bacteria to colonize the human nose and throat for longer periods of time.

91 throat, asthma-like symptoms, recurrent sore throat, frequent throat clearing, halithosis and dental

92 ctures are colocalized in the fish mouth and throat, from the point of initiation through adulthood.

93 ween soft particle and fluid in complex pore-throat geometries, we perform an Immersed Boundary-Latti

94 related to fatigue or soreness in the mouth, throat, hands, or feet, during the first 6 months of tre

95 mately 1 in 13 patients presenting with sore throat has mononucleosis).

96 rmore, the laser-induced graphene artificial throat has the advantage of one-step fabrication, high e

97 fections, including strep throat, other sore throat, head or chest cold, influenza/pneumonia, sinus i

98 ne initiation preceded admission with a sore throat, headache, myalgia, and pyrexia.

99 esting, reporting head, ears, eyes, nose and throat (HEENT) symptoms (i.e., cough, runny nose), HEENT

100 In the throat, IgG was mostly bound to the bacterial surface vi

101 , and the most common side-effect was a sore throat in 63 (4%) of 1654 participants.

102 iae subsp. equisimilis colonization and sore throat in a study of 2,194 children of 3 to 15 years of

103 eness of oral corticosteroids for acute sore throat in the absence of antibiotics.

104 which induces the formation of cavities and throats in between of less than 29 nm, with a curvature

105 of change in total bacterial counts in pore throats in low permeability regions containing attractan

106 of nine patients), myalgia (in three), sore throat (in two), and malaise (in two), were also observe

107 on the surface of sand grains and into pore throats, indicating that small amounts of precipitation

108 o ineligibility arising from a streptococcal throat infection and one in the lumacaftor and ivacaftor

109 found that individuals with a streptococcal throat infection had elevated risks of mental disorders,

110 OCD was more elevated after a streptococcal throat infection than after a nonstreptococcal infection

111 However, nonstreptococcal throat infection was also associated with increased risk

112 OCD and tic disorders, after a streptococcal throat infection.

113 ; 3.81 (95% CI 3.11-4.67) for ear, nose, and throat infection; 2.85 (95% CI 2.21-3.70) for ear, nose,

114 al infections (64 [8%]), eye, ear, nose, and throat infections (55 [7%]), urinary tract infections (3

115 ry (12%); solid cancer (11%); ear, nose, and throat infections (7%); and immunomodulating treatments

116 sis is usually associated with streptococcal throat infections and mainly occurs in HLA-Cw6(+) patien

117 for sleep-disordered breathing and recurrent throat infections is performed.

118 oriasis can be associated with streptococcal throat infections, and T cells that respond to peptide s

119 liver disease, disorders of the stomach and throat infections.

120 ncluded neurosurgery; cancer; ear, nose, and throat infections; and immunomodulating treatments.

121 Here, we discover rare throat-innervating neurons (~100 neurons/mouse) that gua

122 The most frequent AEs were throat irritation and oral pruritus.

123 reported adverse events were oral pruritus, throat irritation, and nasopharyngitis.

124 3% for the placebo group), mouth edema, and throat irritation.

125 bjects say 'ah' about 100 times with minimal throat, jaw and tongue movements (Talk condition).

126 rge increase in bacterial counts in the pore throats just outside the low permeability region was als

127 CARTE, of 12,829 adults presenting with sore throat (</= 2 weeks duration) in primary care.

128 Localized disease (ocular +/- ear-nose-throat/lung) was observed in 57%, and generalized diseas

129 March 2013, patients presenting with a sore throat meeting criteria for GAS testing and not meeting

130 to quantify the association between the nose/throat microbiome and susceptibility to influenza virus

131 luenza infection is associated with the nose/throat microbiome at the time of exposure.

132 Previous studies suggest that the nose/throat microbiome may play an important role in shaping

133 The dynamics and ecology of the throat microbiome were examined following an experimenta

134 The throat microbiota is resilient to influenza infection, i

135 Alterations in nasal microbiota but not of throat microbiota were associated with asthma.

136 w (n = 8), stool (n = 2), urine (n = 1), and throat (n = 1) samples; these isolates comprised serotyp

137 ngitidis is enriched for colonization in the throat, N. flavescens and N. subflava populate the tongu

138 ndividual VAS symptoms (rhinorrhea, mucus in throat, nasal blockage, and sense of smell), patient-rep

139 ychosocial disorders and rheumatic, ear-nose-throat, neurocognitive, and ophthalmologic complications

140 ains from different host environments (i.e., throat, normally sterile sites) have distinct patterns o

141 e RT-PCR was used to detect viral RNA from a throat+nose self-swab.

142 Nausea/vomiting or sore throat/nose occurred in 17 of the 409 children who recei

143 rformance was evaluated in residual combined throat/nose swabs and compared to that of the Public Hea

144 presentation to primary care with acute sore throat not requiring immediate antibiotic therapy.

145 high viral loads in swabs from the nose and throat of all of the macaques, as well as in bronchoalve

146 egion (i.e., light areas) around the corolla throat of M. lewisii flowers by diverting dihydroflavono

147 ere was evidence of viral excretion from the throats of 2 of 6 animals in the prime-boost Imvamune gr

148 ren with otitis media than in those from the throats of healthy children.

149 PD)-associated bronchitis than in those from throats of healthy individuals (97% versus 78.1%, P < 0.

150 adily isolated from samples derived from the throat or lung, but not from stool samples-in spite of h

151 Overall, throat or mouth irritation was reported more frequently

152 eference for causing infection at either the throat or the skin ("specialist" strains) is associated

153 lungs (OR = 4.73; 95% CI: 3.10, 7.22), sore throat (OR = 4.66; 95% CI: 2.89, 7.51), dizziness (OR =

154 strongest associations for burning in nose, throat, or lungs (OR = 4.73; 95% CI: 3.10, 7.22), sore t

155 rongest association for burning in the nose, throat, or lungs [adjusted PR (aPR)=1.61 (95% CI: 1.42,

156 mptoms, such as those provoked by ear, nose, throat, or respiratory disorders.

157 f extracutaneous infections, including strep throat, other sore throat, head or chest cold, influenza

158 d here as self-reported fever and cough/sore throat, over several influenza seasons allows for estima

159 analysis revealed that the AUC for mouth and throat pain reduction was greater for doxepin (-9.1) tha

160 that patients experienced greater mouth and throat pain reduction with doxepin (intrapatient changes

161 The most common infections involve the throat (pharyngitis) or skin (impetigo); however, the fa

162 Mendelian recessive inheritance of the black-throated phenotype characteristic of golden-winged warbl

163 articulate with the skull, hyper-expandable throat pleats, or ventral groove blubber, and a rigid y-

164 Acute sore throat poses a significant burden on primary care and is

165 le populations, with narrow sedimentary pore throats promoting coarser bubbles with diminished connec

166 re positively correlated with porosity, pore throat radius and withdrawal efficiency and negatively r

167 elve hydrophilic sedimentary rocks with pore-throat radius between 1.2 and 10 mum, which are quantita

168 and it increases with the decreasing of pore-throat radius.

169 Specimens from the nares, throat, rectum, and groin of case subjects with a closed

170 .8 degrees C, headache, myalgia, cough, sore throat, runny nose and sputum), paucisymptomatic (1 symp

171 Among them, deep throat saliva and induced sputum are desired for RT-qPCR

172 We tested nose and throat samples for influenza virus by reverse transcript

173 Nose and throat samples obtained during influenza-like illnesses

174 f viral replicative RNA intermediates in the throat samples.

175 s, positive tuberculosis test results, strep throat, scarlet fever, pneumonia, bacterial meningitis,

176 MRI experiments have revealed how throat singers from Tuva produce their characteristic so

177 The pore size, pore throat size and coordination number obey normal distribu

178 ly related to capillary pressure and pore-to-throat size ratio; while interstitial material is negati

179 t on pore pressure in the reservoir and pore throat size, which is overestimated by low-pressure labo

180 Opioid analgesic use, average mouth and throat soreness scores, and chemoradiotherapy compliance

181 ating fatigue, hand/foot soreness, and mouth/throat soreness.

182 nversion polymorphism (ZAL2(m)) in the white-throated sparrow (Zonotrichia albicollis) is linked to v

183 In the white-throated sparrow (Zonotrichia albicollis), a chromosomal

184 A new white-throated sparrow song has overtaken most of Canada in le

185 divergent behavioral phenotypes in the white-throated sparrow, a common backyard songbird.

186 lei causing aggressive behavior in the white-throated sparrow.

187 ated avian species, namely chicken and white-throated sparrow.

188 factory sensory systems in experienced white-throated sparrows (Zonotrichia albicollis) captured in s

189 Our results suggest that white-throated sparrows may fall back to a simple constant-vec

190 re, we exposed estrogen-primed, female white-throated sparrows to conspecific male song and looked fo

191 In female nonbreeding white-throated sparrows treated with E2, the density of fibers

192 We showed previously that in white-throated sparrows, immediate early gene responses in the

193 evolutionary history of a supergene in white-throated sparrows, Zonotrichia albicollis.

194 d with hearing problems to an Ear, Nose, and Throat specialist ( n = 110) or a hearing aid dispenser

195 discrete clusters, whereas strains with the throat specialist biomarker are highly diverse.

196 y seen by a stomatologist, an ear, nose, and throat specialist, and a urologist; women were systemati

197 Nasal and throat specimens obtained with swabs were tested for HMP

198 rep A agar can improve detection of GAS from throat specimens, and they compared favorably to molecul

199 group A streptococcal antigen test to screen throat specimens, followed, in some clinical settings, b

200 ) to detect group A Streptococcus (GAS) from throat specimens.

201 , 100%, 100%, and 97%, respectively) than in throat strains (80%, 92%, 93%, and 85%, respectively) of

202 e ear strains from children with AOM and 235 throat strains from healthy children.

203 ns were more prevalent among middle ear than throat strains.

204 ngiva, hard palate; saliva, tongue, tonsils, throat; sub- and supra-gingival plaques; and stool.

205 ), which most commonly consisted of ear-nose-throat surgery (19 of 49 episodes [29%]) and remote head

206 ; 2.85 (95% CI 2.21-3.70) for ear, nose, and throat surgery; 15.6 (95% CI 9.57-25.4) for congenital h

207 cross four sites in the United States, and a throat swab in liquid Amies medium was obtained.

208 , with a peak at 7.11 x 10(8) RNA copies per throat swab on day 4.

209 monstrate the detection of influenza H1N1 in throat swab samples at loads as low as 10 TCID(50), 4 or

210 se 2019 (COVID-19)-in 154 nasopharyngeal and throat swab samples collected at Siriraj Hospital, Thail

211 es were detected in 5/310 (1.6%) of nose and throat swab samples collected from children in a pediatr

212 firmed COVID-19 pneumonia (ie, with maternal throat swab samples that were positive for severe acute

213 Nasal and throat swab samples were tested for HRV and other viruse

214 a RADT and standard culture in 361 pediatric throat swab samples.

215 vice to detect RNA-based virus directly from throat swab samples.

216 in amniotic fluid, cord blood, and neonatal throat swab samples.

217 es, we evaluated whether nasopharyngeal (NP)/throat swab specimens can be pooled and tested for the p

218 Of 623 throat swab specimens from patients with pharyngitis (93

219 Dual throat swab specimens in either liquid Amies or Stuart m

220 ted PCR assay for direct detection of GAS in throat swab specimens in less than 2 h with minimum hand

221 Seven hundred fifty-seven throat swab specimens were tested by both methods.

222 d real-time PCR assay for GAS detection from throat swab specimens within approximately 70 min.

223 ndent amplification (HDA) method using 1,082 throat swab specimens.

224 V, or Mycoplasma pneumoniae infections using throat swab virus cultures, real-time PCR, DNA sequencin

225 A nose/throat swab was tested for influenza virus by reverse tr

226 Amniotic fluid, cord blood, neonatal throat swab, and breastmilk samples from six patients we

227 iption polymerase chain reaction analysis of throat swab, blood, urine, and cerebrospinal fluid speci

228 coronavirus 2 on RT-PCR assay from a nose or throat swab.

229 ial routinely collected by combined nose and throat swabbing and establish a statistically significan

230 In our unique setting of a school-based throat swabbing program, the illumigene assay did not pe

231 4 [95%]), rectal swabs (35 of 37 [95%]), and throat swabs (33 of 39 [85%]) rather than in cerebrospin

232 For this study, throat swabs (Copan ESwabs) were collected from schoolch

233 n of nine virus types by the use of nose and throat swabs (NTS) and sputum samples from patients admi

234 verse transcriptase PCR (RT-PCR) of nose and throat swabs (NTS) is useful for patient care by informi

235 aliva at enrollment and daily nasopharyngeal/throat swabs (NTSs) for RT-PCR testing.

236 Throat swabs (TS) and oral fluid (OF) samples were colle

237 t 128 nasopharyngeal aspirates (NPA) and 162 throat swabs (TS) tested with the Diagenode multiplex as

238 ted for approximately 1 year, with nasal and throat swabs analyzed by polymerase chain reaction.

239 Throat swabs and oral fluid samples were tested by quant

240 Across 33 farms, throat swabs and rectal swabs were collected from 191 pe

241 At enrollment, combined nose and throat swabs and sputum samples were collected for RT-PC

242 Traditionally, throat swabs are inoculated onto agar plates for isolati

243 We re-analysed 640 throat swabs collected from patients in Wuhan with influ

244 viewed medical records, and tested nasal and throat swabs for EV-D68 using real-time reverse- transcr

245 reaction identified viral pathogens in nasal/throat swabs from 556 episodes of moderate-to-severe ILI

246 participating healthcare practitioners sent throat swabs from patients with influenza-like illness (

247 These samples were obtained by throat swabs of adults without a psychiatric disorder or

248 assays with independent RNA extraction from throat swabs or reactivity on enzyme-linked immunosorben

249 was evaluated in 172 residual combined nose/throat swabs provided by the Clinical Microbiology and P

250 Polymerase chain reaction testing from throat swabs to detect 4 species of bacteria and signs a

251 Nasal/throat swabs were collected and tested for rhinovirus an

252 Two hundred and forty one throat swabs were collected as a surrogate for lower air

253 Combined nose/throat swabs were collected from febrile children with I

254 Conjunctival, nasal and throat swabs were collected from the non-MK groups on a

255 Nasal and throat swabs were collected to determine colonization at

256 Isolates from throat swabs were obtained and were emm typed.

257 Throat swabs were obtained from contacts in whom symptom

258 2006 through May 2012), only 13 (0.3%) nasal/throat swabs were positive for influenza C.

259 21 January 2020 and found that 9 of the 640 throat swabs were positive for SARS-CoV-2 RNA by quantit

260 Nasal and/or throat swabs were tested by qRT-PCR for common respirato

261 Nasal/throat swabs were tested for influenza, RSV, and HMPV wi

262 Pooled nasal and throat swabs were tested using multiplex real-time PCR f

263 nical samples (384 sera, 92 pooled nasal and throat swabs, 10 stools, and 6 cerebrospinal fluid sampl

264 ervations, radiographs, viral load in blood, throat swabs, and selected tissues, vaccinia virus-speci

265 Viral shedding measured from nasal and throat swabs, bronchoalveolar lavages, and tissues was n

266 Applying our methods to clinical throat swabs, we generated influenza virus reads for 27/

267 in the community had a median Ct of 21.5 for throat swabs.

268 omparing it to culture using 437 consecutive throat swabs.

269 testing of sputum, nasopharyngeal swabs, or throat swabs.

270 f the current standard of nasopharyngeal and throat swabs.

271 rine samples, 4.3% in anal swabs and 0.5% in throat swabs] and remained unchanged at 6 months whether

272 mergency department with a 5-hour history of throat swelling and pain and difficulty breathing that w

273 s (TEAEs), local allergic swelling (mouth or throat), systemic allergic reactions, and asthma-related

274 are over 8 times more likely to be from the throat than either otitis media or COPD isolates.

275 cent and adult patients presenting with sore throat, the presence of posterior cervical, inguinal or

276 e transport mode is observed in a contracted throat, the relationship between the critical pressure a

277 lated to study drug (shortness of breath and throat tightness after severe coughing bouts).

278 de of life, and subjective symptoms (nausea, throat tightness, and dizziness) were prevalent later in

279 DNA tumor virus infecting cervix, mouth, and throat tissues.

280 rs on infected individuals' hands, feet, and throats to infections with severe neurological complicat

281 umps when the meniscus passes from a narrow "throat" to a wide "body", with jump velocities as high a

282 f infections from simple pharyngitis ("strep throat") to invasive conditions, including necrotizing f

283 lf-limiting pharyngitis (also known as strep throat) to severely invasive necrotizing fasciitis (also

284 By day 4, vDNA was detected in the throat, tonsil, and spleen, and monkeypox antigen was de

285 characteristic of habitat groupings such as throat, tonsils, tongue dorsum, hard palate, and saliva.

286 strains having the genotypic biomarkers for throat versus skin infection specialists.

287 assist for the disabled, because the simple throat vibrations such as hum, cough and scream with dif

288 pheral blood, which correlated with both the throat viral load and the duration of viral shedding.

289 ASC responses significantly correlated with throat viral load, fever duration, and serological genog

290 n also be for self-powered anti-interference throat voice recording and recognition, as well as high-

291 Mycoplasma canis strain PG14(T) from a dog's throat was compared to those of isolates from the genita

292 Active replication in the throat was confirmed by the presence of viral replicativ

293 Percentage of pruritus of ear and throat was significantly low in pediatric group.

294 dy aimed to characterize BKPyV isolated from throat wash (TW) samples from HIVSGD patients.

295 iasis and history of exacerbation after sore throat were randomly assigned to tonsillectomy (n = 15)

296 stigation showed that fever, cough, and sore throat were the three most common respiratory symptoms o

297 ntelligent laser-induced graphene artificial throat, which can not only generate sound but also detec

298 dence that the notable inflammation of strep throat, which presents with significant swelling, pain,

299 More importantly, the intelligent artificial throat will significantly assist for the disabled, becau

300 tra-aortic mycotic aneurysm following a sore throat without demonstrable bacteremia where identificat