ライフサイエンスコーパス: contralateral

1 -11; 70.5) pg/mL (n = 6) when the sample was contralateral.

2 CT skin surface when compared to the healthy contralateral.

3 ng the tumor hemisphere (connectivity seeded:contralateral = 1.34 nontumor vs 1.38 tumor hemisphere s

4 below baseline levels (homolateral -11% and contralateral -14%).

5 deviation): 12.87 m (+/-4.5), CST wiring: 9 contralateral, 9 ipsilateral, 6 bilateral) compared to 6

6 similar pattern of greater ipsilateral than contralateral abnormalities, but less marked than those

7 tional belts whilst simultaneously releasing contralateral adhesions across the centre of the tissue.

8 In contrast, although contralateral alpha-activity was enhanced for attended v

9 ry and retrosplenial inputs to the PPC while contralateral and frontal projections were preserved.

10 gmented patches, forming a mosaic pattern of contralateral and ipsilateral axon-termination zones.

11 eactive oxygen species were observed in both contralateral and ipsilateral hemispheres up to 5 wk pos

12 1 largely retains its representations of the contralateral and ipsilateral limbs.SIGNIFICANCE STATEME

13 mice, whereas it induces activation of both contralateral and ipsilateral muscles in mice with corti

14 and anterior insula lesions reduce tactile, contralateral and ipsilateral pleasantness sensitivity,

15 pecific axon guidance cues that discriminate contralateral and ipsilateral RGC axons have long been p

16 itional label in the dLGN that discriminates contralateral and ipsilateral RGC axons, and that it pla

17 Lastly, we identified the contralateral and ipsilateral subspaces during the unima

18 We show here that PB contralateral and ipsilateral to an inflammatory insult

19 ll effects were present for stimulation both contralateral and ipsilateral to the moving arm.

20 ectomy regardless of genetic predisposition; contralateral annual mammogram may be offered to men wit

21 e (conditioning stimulus) was applied to the contralateral antebrachium for 2 minutes, followed by MQ

22 The proportion of labeled neurons in the contralateral area 3b hand cortex was not correlated wit

23 ominately distributed in the hand regions of contralateral areas 3b, 3a, 1 and 2, parietal ventral (P

24 ven consecutive days of repeated RIPC on the contralateral arm.

25 ndependent of the M1 activity related to the contralateral arm.

26 signaling at the optic chiasm and ipsi- and contralateral axon organization in the optic tract prior

27 icted L4 connectivity emerges when exuberant contralateral axons are refined in an area- and layer-sp

28 tion leads to the expected activation of the contralateral barrel cortex in lightly sedated mice, whi

29 The significant risk of a contralateral BC (CBC), especially in young women, and t

30 ng postnatal development to establish normal contralateral bias in mouse V1 without much impact on OD

31 Despite the weaker contralateral bias, H1aKOs undergo largely normal OD pla

32 ed that IT inactivation resulted in reliable contralateral-biased subtask-selective behavioral defici

33 Taken together, our results suggest that a contralateral bone fracture and TBI alter the local neur

34 Contralateral BPE, BPU, and FGT are decreased in breast

35 ble delineation of ipsilateral (infarct) and contralateral brain regions of interest (ROIs).

36 eased TSPO tracer uptake in infarcted versus contralateral brain tissue.

37 have primarily focused on estimates from the contralateral breast at the time of diagnosis.

38 PRS of 313 germline variants (PRS(313)) and contralateral breast cancer (CBC) risk.

39 lower risks of breast cancer recurrence and contralateral breast cancer compared with placebo.

40 stic accuracy for additional ipsilateral and contralateral breast cancer in women with nondense breas

41 Efficacy of letrozole versus tamoxifen for contralateral breast cancer varied significantly over ti

42 ated PRS have an elevated risk of developing contralateral breast cancer, and that the PRS can consid

43 Tamoxifen decreased contralateral breast events by 75% (three v 12 events; h

44 ied in the normal regions of interest in the contralateral breast parenchyma to assess the mammograph

45 whether the addition of radiomic analysis of contralateral breast parenchyma to the characterization

46 rs as early as 2 h after injection (tumor-to-contralateral breast ratio, 37 +/- 19 vs. 5 +/- 2; P < 0

47 The tumor-to-contralateral breast ratios for HER2-positive tumors wer

48 al SUVs and ratios to nontumor tissue in the contralateral breast were determined at baseline and aft

49 umor was indistinguishable from the ratio to contralateral breast.

50 mes increased for orientation changes in the contralateral but not ipsilateral visual field.

51 ation of D1 and D2 dopamine receptors in the contralateral (but not ipsilateral) Acb, mitigated the a

52 plus baclofen injections into the OFC in the contralateral, but not ipsilateral, hemisphere decreased

53 The inactivation of contralateral, but not ipsilateral, PB interfered with n

54 n vitro, Nell2 exerted inhibitory effects on contralateral, but not ipsilateral, RGC axons.

55 s pattern of connectivity is mirrored in the contralateral callosal connections.

56 can be improved by temporarily occluding the contralateral carotid artery.

57 is, we find that DA signals are modulated by contralateral choice in a manner that is distinct from R

58 Midbrain neurons were activated before contralateral choices and were suppressed before ipsilat

59 emi-circular canals with minor spread to the contralateral cochlea.

60 hought to project to inferior colliculus and contralateral cochlear nucleus, respectively.

61 isual nuclei of the dorsal thalamus, with no contralateral connections to the visual thalamus being o

62 es, were identified in both the BIA-ALCL and contralateral control breast.

63 between patients with BIA-ALCL-affected and contralateral control breasts, this study provides insig

64 injury to the sciatic nerve (DMG) and in the contralateral control leg (CTRL) (n = 7) to investigate

65 ared more slowly from OA knees than from the contralateral control, with particles clearing more slow

66 n-to-treat analysis between treated eyes and contralateral controls.

67 ceived injection of control vectors into the contralateral cord.

68 blished anatomical principles, including the contralateral correspondence between the spinal hemicord

69 ospital stroke was defined as ipsilateral or contralateral, cortical or vertebrobasilar, and ischemic

70 present study describes the ipsilateral and contralateral cortico-cortical and cortico-thalamic conn

71 present study describes the ipsilateral and contralateral corticocortical and corticothalamic connec

72 present study describes the ipsilateral and contralateral corticocortical and corticothalamic connec

73 f its extensive spinal branching compared to contralateral corticospinal tract.

74 E patients had significantly higher rates of contralateral (CTL) TLH (p = 0.016).

75 We examined the contralateral delay activity (CDA), a waveform typically

76 biting SC during this 100-ms period caused a contralateral detection deficit, whereas inhibition imme

77 hibitory inputs from the ipsilateral and the contralateral ear, respectively.

78 Blood flow did not change in the contralateral ear.

79 erature usually reduced the frequency of the contralateral emissions.

80 amined motor evoked potentials (MEPs) in the contralateral erector spinae (ES) muscle before and afte

81 Limbal biopsies were obtained from the contralateral eye and their outgrowths after 2-week cult

82 blishing normal OD in V1 of mice, which show contralateral eye dominance.

83 egion is nearly exclusively dominated by the contralateral eye even though it is richly innervated by

84 ateral axon to fire, whereas stimulating the contralateral eye excites all other RGC inputs to the te

85 its interaction with mGluR5 in strengthening contralateral eye inputs during postnatal development to

86 e of mGluR5-H1a interaction in strengthening contralateral eye inputs to V1 during postnatal developm

87 Contralateral eye muscle in third nerve palsy with aberr

88 erve palsy with aberrant innervation who had contralateral eye muscle surgery in 2 different centers.

89 the ipsi axon were exclusively increased by contralateral eye stimulation, which was enhanced by exp

90 The study eye was the contralateral eye that was free of nAMD with a minimum f

91 e eye and toric Artiflex implantation in the contralateral eye to correct myopic astigmatism.

92 rm (2-3 d) monocular deprivation (MD) of the contralateral eye with lid suture.

93 5D contact lens on their right eye (plano on contralateral eye) for 8 weeks.

94 reduction in the strength of inputs from the contralateral eye, which is normally dominant in mice.

95 Blockade of ChC elimination resulted in a contralateral eye-dominated V1 and deficient binocular v

96 als to primary visual cortex (V1), such that contralateral eye-dominated V1 neurons respond to higher

97 while stimulating either the ipsilateral or contralateral eye.

98 V1 neurons exhibit a strong bias toward the contralateral eye.

99 ultraviolet-A (9 mW/cm(2)) irradiation while contralateral eyes served as controls.

100 volume (1 set, LOW) resistance training in a contralateral fashion for 12 weeks (2-3 sessions per wee

101 contralateral visual fields instead of just contralateral fields, often had activity over large move

102 itude, defined as the RMT, was evoked at the contralateral flexor pollicis brevis muscle.

103 microstimulation induces activation of only contralateral forelimb muscles in control mice, whereas

104 ipsilateral inferior parietal (p = 0.04) and contralateral frontal pole (p = 0.04).

105 FOs preceded movement onset at predominantly contralateral frontoparietal motor regions, recordings i

106 rain oscillatory activity in a predominantly contralateral frontoparietal network predicted rest-peri

107 ex (V1) through the convergence of ipsi- and contralateral geniculocortical inputs as well as transca

108 tween tumor cells and MSCs injected into the contralateral gland, as evidenced by the lack of tumor f

109 thy eye was served as the study, control and contralateral groups.

110 MBF was measured on the contralateral hand by photoplethysmography, and cardiac

111 nting, including subtle actions in which the contralateral hand is used, and in which the body silhou

112 caused a significant decrease in MBF in the contralateral hand within seconds of stimulus applicatio

113 were measured at the same time points on the contralateral hand.

114 of HT in primary position, ipsilateral gaze, contralateral head tilt and IOOA.

115 ups in correction of HT in ipsilateral gaze, contralateral head tilt and SOUA.

116 in correction of HT in ipsilateral gaze and contralateral head tilt while there was no statistical d

117 tiparametric (18)F-FDG PET/MRI biomarkers of contralateral healthy breast tissue in patients with ben

118 preoperative status of affected eye, and the contralateral healthy eye was served as the study, contr

119 P) in owl monkeys, and represents the entire contralateral hemifield as V3A does.

120 strongly to good than to bad objects in the contralateral hemifield.

121 the penumbra (group A), CBF relative to the contralateral hemisphere (AUC 0.80) showed the best esti

122 on within functionally eloquent areas of the contralateral hemisphere are likely related to decreased

123 cific to the visual system and larger in the contralateral hemisphere of the attended visual field.

124 treatment also extended perturbation in the contralateral hemisphere of these rats, such as increase

125 U exposure are of greater magnitude than the contralateral hemisphere, and persist for up to three mo

126 ted through transcallosal connections to the contralateral hemisphere, is involved in maintaining nor

127 eral limb movements are solely driven by the contralateral hemisphere, it appears that the ipsilatera

128 tion produces lateralized suppression in the contralateral hemisphere.

129 of the presynaptic neural population in the contralateral hemisphere.

130 lly, we failed to find signals unique to the contralateral hemisphere.

131 ateral to the injection site compared to the contralateral hemisphere.

132 There was negligible signal observed in the contralateral hemisphere.

133 ds in parallel spatial channels, one in each contralateral hemisphere.

134 ted by activity in either the ipsilateral or contralateral hemisphere.

135 ns, was also evident in both ipsilateral and contralateral hemispheres, suggesting that ICH also indu

136 ce neuroactivity between the ipsilateral and contralateral hemispheres, while the rate of bi-hemisphe

137 with excitatory/anodal-tDCS, or targeted the contralateral homolog areas with inhibitory/cathodal-tDC

138 Median z scores did not improve in contralateral homolog regions for verb generation (from

139 ata were extracted from relevant regions and contralateral homologs were seeded by a neuroradiologist

140 ilateral tumor control with the induction of contralateral hypertrophy to facilitate lobar resection.

141 urogenesis that give rise to ipsilateral and contralateral identity are described.

142 Functional disconnection of PL-RMTg via contralateral inactivation markedly increased cue-induce

143 No paninsular spread occurred; contralateral insular spread was very early.

144 Contralateral invasion is suppressed by extracellular ma

145 ic or cholinergic and mainly directed to the contralateral IP.

146 inal tract (CST)-wiring patterns may differ (contralateral, ipsilateral or bilateral), partially dete

147 Early in development, contralateral, ipsilateral, or binocular stimulation eac

148 Contralateral joints were injected with saline.

149 The contralateral kidney was removed.

150 Contralateral labeling occurred in the lateral sectors o

151 the dorsolateral and ventromedial sectors of contralateral lamina VII.

152 Segmentally, the CSP to contralateral laminae VII and IX preferentially innervat

153 All patients had contralateral lateral rectus recession and medial rectus

154 bout of unilateral resistance-type exercise (contralateral leg acting as resting control).

155 easured by a goniometer or compared with the contralateral leg.

156 identification of additional ipsilateral and contralateral lesions in women with newly diagnosed brea

157 For diagnosis of contralateral lesions, AUC of DM plus DBT verus DM was 0

158 more of the bimanual variance related to the contralateral limb (97%) than the ipsilateral limb (66%)

159 ads for the ipsilateral limb (~25%) than the contralateral limb (~9%).

160 We show that activity related to the contralateral limb is maintained between unimanual and b

161 lesion and the microbiota of the unaffected, contralateral limb was seen.

162 x (M1) represents information related to the contralateral limb, its downstream target, but also refl

163 and MVA vaccines in the same rather than the contralateral limb.

164 le-hemisphere populations go from preferring contralateral loud sounds to a symmetric preference acro

165 mesenchymal stem cells (MSCs) injected into contralateral mammary gland, evidenced by the lack of tu

166 cells significantly decreased in treated and contralateral medial rectus muscles.

167 Both CVM mismigration and TVM contralateral merging are attenuated by restoring FGF si

168 egrin specifically to the TVM attenuates the contralateral merging phenotype.

169 l mutants also exhibit TVM defects including contralateral merging.

170 d up to 73% of the cells that project to the contralateral MG.

171 ing scattering of dorsal cells and defective contralateral migration of ventral subnuclei.

172 d accumulated duration of beta bursts in the contralateral motor cortex before the go-cue, but not wi

173 Decreased beta-band power over contralateral motor cortex was associated with a focal s

174 et by half a gamma cycle for ipsilateral vs. contralateral movements, indicating that relative spike

175 Contralateral muscles injected with empty vector served

176 lateral FEF and large saccades combined with contralateral neck and shoulder movements encoded in dor

177 No patient had contralateral neck PORT.

178 Instead, across longer time scales, a contralateral negative-going potential and EEG oscillati

179 However, across longer time scales, a contralateral negative-going potential and oscillatory E

180 pidural space, ipsilateral neuroforamen, and contralateral neuroforamen in every cervical interlamina

181 pread were 0.6 level for VES, 1.9 levels for contralateral neuroforamen, 2.1 levels for ipsilateral n

182 Animals developed contralateral neurological deficits but were ambulatory.

183 paring the FUS-sonicated brain area with the contralateral non-sonicated area.

184 EDL) was isolated from stimulated (Stim) and contralateral non-stimulated (Ctrl) legs.

185 ival and reduced growth of both injected and contralateral noninjected tumors in a manner dependent o

186 polarized (13)C-KIC via BCAT compared to the contralateral normal-appearing brain, and an increase in

187 pRGCs and conventional RGCs across ipsi- and contralateral nuclei differ.

188 This Auditory-evoked Contralateral Occipital Positivity (ACOP) appears betwee

189 ned how astrocyte-derived metabolites in the contralateral optic projection responded.

190 he AMPA receptor antagonist NBQX (1 mM) into contralateral or ipsilateral RMTg.

191 one before and after the inactivation of PB, contralateral or ipsilateral to an inflamed paw [1 h, 1

192 ificantly increased detection thresholds for contralateral orientation changes.

193 robustly increased sprouting of both spared contralateral-originating rVRG axons and serotonergic fi

194 lateral to the needle approach compared with contralateral (P < .001).

195 ell density than that of the control and the contralateral (P < 0.001) groups.

196 correlated positively with metabolism of the contralateral PAC but not with metabolism of the ipsilat

197 decreased [(11)C]carfentanil binding) in the contralateral parahippocampus (P = 0.002) compared to HC

198 quantitative radiomic data from tumors with contralateral parenchyma characterizations may improve d

199 -to-noise ratio (DeltaCNR) between tumor and contralateral parenchyma were calculated at each time po

200 sory neurons innervating the ipsilateral and contralateral paw.

201 The lesioning of contralateral PB before CFA injection prevented this rec

202 These experiments show that contralateral PB is required to initiate hyperalgesia, w

203 While the contralateral PB, the target of the major spinoparabrach

204 MEs are sleep-promoting morning cells, while contralateral PDFMEs are activity-promoting evening cell

205 As ipsilateral PDFMEs express excitatory and contralateral PDFMEs inhibitory PDF autoreceptors, diurn

206 eactivities, and with terminals of ipsi- and contralateral PDFMEs.

207 epresentation of the exenteration socket and contralateral periocular region was captured through non

208 tently encoded choice in cued tasks, whereas contralateral PFC-projecting neurons most potently encod

209 nes, new patterns of cortical projections to contralateral pre-motor cortex, and upregulation of CREB

210 and the neurons showed visual responses with contralateral preferences.

211 iation ("delayed movement," DM), whereas the contralateral premolar was extracted 1 week before ("ear

212 y between the ipsilateral cerebellum and the contralateral primary and bilateral secondary somatosens

213 alone, indicating that both ipsilateral and contralateral projections from PL to RMTg have an inhibi

214 synaptic strength from sensory, but not from contralateral, projections in stress-exposed animals.

215 tal US fusion biopsy was matched with normal contralateral prostate parenchyma.

216 2, we observed a representation of the lower contralateral quadrant that represented the vertical mer

217 (PPD = 5 to 8 mm) in at least 2 pockets per contralateral quadrants within the same arch.

218 <=1.2 and planar grade 3 uptake or heart to contralateral ratio >=2.0 were always associated with ne

219 Planar grade 0 uptake or heart to contralateral ratio <=1.2 and planar grade 3 uptake or h

220 or planar grades 1 and 2 uptake and heart to contralateral ratio 1.3 to 1.9, SPECT was needed to make

221 nsidered positive) and quantitative heart to contralateral ratios (>=1.5 considered positive) were us

222 Contralateral RD was more frequent in pseudophakic than

223 Here, 34 untrained individuals performed contralateral resistance training with moderate and low

224 d the basis of mirror movements, involuntary contralateral responses that mirror voluntary unilateral

225 In Nell2 mutant mice, contralateral RGC axons abnormally invaded the ipsilater

226 d regulate the navigation of ipsilateral and contralateral RGC axons at the optic chiasm, are natural

227 as observed in the ipsilateral compared with contralateral ROI (SUV(Th), 50-60 min summed data) at ac

228 ed connectivity to somatomotor areas such as contralateral S1BC, primary motor cortex (M1) and second

229 in the superior colliculus (SC), and induces contralateral saccades.

230 CBCT) reduces the occurrence of metachronous contralateral (second) germ cell testicular cancer (TC).

231 laterality (i.e., eye-specific or ipsi- and contralateral segregation).

232 g-range input neurons in the frontal but not contralateral sensory area are spatially organized into

233 totopically organized in a single map in the contralateral SI.

234 eter compared to healthy controls and to the contralateral side (p < 0.05).

235 ginally significant increase compared to the contralateral side (p = 0.05).

236 cortex (M1) almost exclusively controls the contralateral side of the body.

237 terministic fiber tracking and compared with contralateral side of the brain in each epileptic group:

238 de of the brain stem, in the cerebellum, and contralateral side of the forebrain/midbrain, suggesting

239 (15 affected IAN and 15 unaffected IAN from contralateral side) were examined on a 3 T scanner (Elit

240 mm(3) +/- 14, P < .001; mean difference for contralateral side, 109 mm(3) +/- 14, P < .001) and help

241 0 mm(3) +/- 13, P = .40; mean difference for contralateral side, 43 mm(3) +/- 13, P = .004).

242 5 mm(3) +/- 15, P < .01; mean difference for contralateral side, 66 mm(3) +/- 15, P < .001) and parti

243 rface was based on the mirrored image of the contralateral side, and the posterior surface contour wa

244 action (affected side, r = 0.557, p = 0.020; contralateral side, r = 0.627, p = 0.007) and the Oswest

245 digits of the injured hand compared with the contralateral side.

246 lar disease and viral reactivations from the contralateral side.

247 s by exposure of their axons to light on the contralateral side.

248 pontaneous mast cell tumor (MCT), using skin contralateral sites as intra-animal healthy controls.

249 elative R2* in the ipsilateral compared with contralateral SN.

250 o after transplantation, host neurons in the contralateral somatosensory cortex receive monosynaptic

251 has been extensively studied in humans, via contralateral sound suppression, the cochlear projection

252 e steps for RGC specification into ipsi- and contralateral subtypes will facilitate differentiation o

253 nable spatial readout of visual features and contralateral suppression-mechanisms that transform visu

254 DCN, which was was performed by transferring contralateral supraorbital and supratrochlear nerves.

255 t project to ipsilateral optic tectum or the contralateral tegmentum.

256 ection of the brainstem and infection of the contralateral TG.

257 (TGCT) are at increased risk of developing a contralateral TGCT (CTGCT).

258 We found stronger modulation in contralateral than ipsilateral visual regions, and highe

259 creases in repetition accuracy, decreases in contralateral theta (4-7 Hz) and coarse-scale MSE (slow

260 lateral thumb (-32%, -32%, respectively) and contralateral thumb (-34%, -21%, respectively).

261 the homolateral thumb (access site) with the contralateral thumb (comparator) during radial access as

262 usion difference between the homolateral and contralateral thumb during radial access (217; interquar

263 erive primarily from the cortical hemisphere contralateral to a moving limb, substantial cortical act

264 that alpha is suppressed over the hemisphere contralateral to a to-be-attended location, suggesting t

265 bone formation after TBI when injuries occur contralateral to each other, rather than ipsilateral, su

266 each electrode contact in brain hemispheres contralateral to the affected hemibody.

267 Alpha desynchronization over the hemisphere contralateral to the attended side of space is a reliabl

268 t gazes evoked N170 mainly in the hemisphere contralateral to the cueing face; (2) effects of target

269 crease of alpha activity over the hemisphere contralateral to the direction of orienting.

270 e occipital-parietal areas of the hemisphere contralateral to the direction of spatial attention.

271 silateral (31%) to the infarct compared with contralateral to the infarct (12%; p = 0.0005).

272 ld be higher ipsilateral to the infarct than contralateral to the infarct in CS and higher in CS comp

273 ctive of whether the visual cue was ipsi- or contralateral to the lesion site, showing this is not du

274 the IC and the PAC was significantly reduced contralateral to the most hearing-impaired ear compared

275 amples from the uterine vein (ipsilateral or contralateral to the placental insertion) during caesare

276 orsomedial striatum are modulated by choices contralateral to the recording side.

277 rgic fastigial neurons either ipsilateral or contralateral to the seizure focus is able to inhibit se

278 o both TG, but with delay in reaching the TG contralateral to the side of lip infection.

279 tivity that was greatest over the hemisphere contralateral to the target (which we call "target-elici

280 revealed that the cerebellum ipsilateral and contralateral to the tumor was the dominant interictal s

281 the in-vivo growth of treated and untreated, contralateral tumor growth in a syngeneic B16F10 mouse m

282 (18)F-FDG PET/MRI biomarkers, obtained from contralateral tumor-free breast tissue, exist between pa

283 th cancer demonstrating decreased BPE in the contralateral tumor-free breast.

284 ing imaging biomarkers were recorded for the contralateral (tumor-free) breast: breast parenchymal up

285 L-12 and IL-17 in lymph nodes of treated and contralateral tumors suggesting a systemic response.

286 nilateral inhibition of Chx10 neurons causes contralateral turning movements.

287 pared with swabs from identical sites on the contralateral unaffected limbs and with swabs obtained f

288 detected VZV- and HCMV-infected cells in the contralateral, uninoculated xenografts, suggesting disse

289 mTBI led to decreased bone porosity on the contralateral (untouched) side.

290 ning of one limb improves performance of the contralateral, untrained limb, a phenomenon known as cro

291 hile still carrying a full-term fetus in the contralateral uterus.

292 tin remodeling is mechanically responsive to contralateral variation morphogenesis, and Fibronectin-m

293 igate whether this cross-modal activation of contralateral visual cortex is influenced by visual expe

294 s suggest that the cross-modal activation of contralateral visual cortex triggered by peripheral soun

295 lectively when attention was directed to the contralateral visual field.

296 ed before saccades to ipsilateral as well as contralateral visual fields instead of just contralatera

297 n similar retinotopic representations of the contralateral visual hemifield.

298 pha and suppression of the representation of contralateral visual space.

299 of interest on cancer-suspicious lesions and contralateral visually normal TZs (NTZs) on MR fingerpri

300 y chosen side received 10% phenytoin USP and contralateral wounds received carrier alone.