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1  pneumoniae (serotype 6B; 80,000 cfu in each nostril).
2 anxiolysis when administered to the dominant nostril.
3 ne carriage of Staphylococcus aureus in each nostril.
4 itored with a thermistor placed close to the nostril.
5  by using a sleeve catheter passed through 1 nostril.
6  nostril around the vomer, and out the other nostril.
7 ctory epithelia housed in the left and right nostrils.
8  in airflow alternate between left and right nostrils.
9 s were delivered to the left, right, or both nostrils.
10 rough the ports installed in the mannequin's nostrils.
11  different odorants are presented to the two nostrils.
12 s were restored when air was pulsed into the nostrils.
13 ith a nose piece inserted into the patients' nostrils.
14 tion that is induced by air flow through the nostrils.
15 dividual breath airflow signals from the two nostrils.
16  were introduced simultaneously to different nostrils.
17          Of those carrying S. aureus in both nostrils, 20% carried genetically distinct strains in ea
18  salt solution, two 42-micrograms sprays per nostril administered by metered pump spray; 2) control n
19 m gyrus are similar, albeit with a collapsed nostril and a larger interindividual variability in the
20 s had raised and erythematous edges over the nostril and a median (range) evolution time of 9 (2-24)
21 e administered complexes of DNA-lipid to one nostril and DNA alone to the other nostril in a randomiz
22 2 is through the initial colonization in the nostril and mouth region which is responsible for spread
23 ERT exhibited better performance in the left nostril and poorer performance in the right nostril on a
24 asal cavity remained nearly constant between nostril and posterior septum but dropped significantly a
25 pharyngeal swabs were obtained from the same nostril and tested for SARS-CoV-2 by reverse-transcripta
26 eshy appendages that fan out from around the nostrils and are covered with specialized epidermal sens
27         Flower mites emerge from hummingbird nostrils and disembark when the beak touches a flower.
28 1 mechanosensory appendages surrounding each nostril, and primary afferents from a single appendage-t
29 rences in the representation of the eyelids, nostrils, and mouth by the two camera systems.
30 t uni-nostril odor inputs to the ipsilateral nostril are encoded ~480-ms faster than odor inputs to t
31                The cleft lip area, bilateral nostril areas, and the nostril height and width were mea
32 rly positioned umbilical tape loops into one nostril around the vomer, and out the other nostril.
33 ncodes odor information arising from the two nostrils as integrated or distinct stimuli.
34 comparing performance within subjects across nostrils, as well as between subjects with age-matched a
35  NS, 12 x NS, 24 x NS) were sprayed into one nostril at 5-min intervals.
36 ing strengths of HTS were sprayed into their nostrils at 5-minute intervals.
37 unadjuvanted vaccine or placebo (one in each nostril) at months 4.5 and 5.0.
38                                              Nostrils belonging to a single individual should not be
39 s fluticasone propionate (FP), (both 1 spray/nostril bid), in children with allergic rhinitis (AR).
40                                              Nostril block does not severely disrupt more distant nav
41   The screening sites included the forehead, nostrils, buccal mucosa, axilla, antecubital fossa, groi
42 rant is determined by comparing input across nostrils, but it is unknown how this comparison is effec
43   Monitoring the breath information from two nostrils can detect breath-related health problems.
44                              Crusting of the nostrils cannot be considered an obligatory factor for t
45                                 Blocking one nostril causes moles to err in the direction of the open
46 r mammalian scent-tracking is aided by inter-nostril comparisons is unknown.
47 cally, (iv) scent-tracking is aided by inter-nostril comparisons.
48 he nose in a counterbalanced order, with the nostril contralateral to the tested site occluded.
49  sodium chloride (saline), 0.9%, 1 spray per nostril daily, dispensed in identical bottles.
50 nor saliva via the conjunctivae, tonsils, or nostrils did not become infected.
51 fluenced by estrogen, we assessed left:right nostril differences in two measures of olfactory functio
52 l delivery via an atomizer spray mist to the nostrils (dose estimated 1.0 microg/kg).
53 response to sensory challenges, we blocked a nostril for just one day, a naturally relevant manipulat
54 ticity in mice of either sex by blocking one nostril for one day, a minimally invasive manipulation t
55          The odorants were delivered to both nostrils for 1 s every 4 s during a 30 s 'on-period'.
56 antified via skin swabs applied to the face, nostrils, forearms, neck, and forehead.
57 neous papillae located around the oral disk, nostril, gill pores, and on the dorsal fins and that SCC
58 and 55 patients to receive NGI via the right nostril (Group O).
59 two different odorants separately to the two nostrils has now been shown to cause alternating odor pe
60 breath conditions between the right and left nostril have been recorded and analyzed for potential us
61                                          The nostrils have a rectangular medial wall and a funnel-lik
62 t lip area, bilateral nostril areas, and the nostril height and width were measured.
63 l nasal-polyp score (range, 0 to 4 [for each nostril]; higher scores indicate greater severity) and t
64 id to one nostril and DNA alone to the other nostril in a randomized, double-blind study.
65 t-learning naps, odors were presented to one nostril in non-rapid eye movement (NREM) sleep.
66      Furthermore, odor sampling from the two nostrils in the behavioral task was highly lateralized.
67                                Mn (30 mg/kg, nostril instillation, daily for 3 weeks) caused motor de
68 n catheter, passing the catheter through the nostrils, into the oropharynx, and retrieving the ends f
69 ted - or dominant - state, the contralateral nostril is congested, or non-dominant.
70 l sulcus representing the medial wall of the nostril is rectangular, whereas the side of the nostril
71 s of the ipsilateral (but not contralateral) nostril, known to abolish gamma oscillations in the piri
72 ccess of stressors was reduced by blocking a nostril (naris occlusion).
73 chine-learning approaches and found that uni-nostril odor inputs to the ipsilateral nostril are encod
74                       During naturalistic bi-nostril odor sampling, odor information emerged in two t
75 ial reactions upon ammonia delivery near the nostril of alert, head-restrained rats.
76                    Traditionally, the fleshy nostril of dinosaurs has been placed in the back of the
77  study, xylitol sprayed for 4 days into each nostril of normal volunteers significantly decreased the
78  brain homogenate was placed inferior to the nostrils of hamsters, where it was immediately sniffed i
79 hy appendages, or rays, surround each of the nostrils of the star-nosed mole.
80 inoculated intranasally with 0.5 ml (0.25 ml/nostril) of either sterile SP4 broth (control group; n =
81 ive either two intranasal doses (0.25 mL per nostril) of LAIV H5N2 (101 participants) or placebo (51
82  nostril and poorer performance in the right nostril on an odor memory/discrimination test.
83 faster than odor inputs to the contralateral nostril on average.
84 pretreated with 0.5 ml of 1% acetic acid per nostril on days -2 and -1 of the study.
85  47) or placebo nasal spray (n = 48) in each nostril once daily for 21 days; all received 2 puffs of
86 for 7 days and 200 mug of budesonide in each nostril once per day for 10 days.
87  an atomizer for 12 weeks (1 application per nostril, once per day) and supplemental 3-mL sodium chlo
88 d to the dominant, rather than non-dominant, nostril (p = 0.034, etap(2) = 0.113).
89 atment received 367 microg of tremacamra per nostril per dose for a total of 4.4 mg/d.
90                  The use of swabs to culture nostrils, pharynx, and skin surface of various anatomica
91 nd detection that functionally connects each nostril primarily to the contralateral cerebellum.
92 was delivered to one nostril while the other nostril received placebo for 1 wk.
93                                 The putative nostril representation is an oblique sulcus running from
94                                     During a nostril's decongested - or dominant - state, the contral
95  they improve with practice, (iii) the human nostrils sample spatially distinct regions separated by
96 her other intranasal psychotropic drugs have nostril-specific effects might benefit clinical practice
97                                     We found nostril-specific responses in primary olfactory cortex t
98 suction with a bulb syringe of the mouth and nostrils (suction group).
99 r by exhaling and reinhaling air through the nostrils, suggesting olfaction plays an important role i
100 tril is rectangular, whereas the side of the nostril sulcus representing the lateral wall is funnel-l
101                              The side of the nostril sulcus representing the medial wall of the nostr
102  observed in rodents, Layer 4 is thin in the nostril sulcus.
103 cantly more likely to carry S. aureus in one nostril than in both.
104  receptor neurons located just inside of the nostrils that project axons to a unique domain of interc
105 inct representations of odor input from each nostril through temporal segregation, highlighting an ol
106 dentified a pathway from chemosensors in the nostrils through the muralis subnucleus and onto both th
107 .3-mm endoscope was placed through the other nostril to obtain a retroflexed view of the cardia.
108 adaptations include retraction of the fleshy nostrils to a position near the mid-region of the skull
109 received a single application (one spray per nostril) to assess any acute effects, followed by a wash
110 of 1:2.3:3.1 from the surface nearest to the nostril, to the middle part of ray, to the ray tip, resp
111 uffs of xylometazoline hydrochloride in each nostril twice daily for 3 days and 250 mg of cefuroxime
112  virus replication in both the lungs and the nostrils upon challenge with the pathogenic SARS-CoV-2 D
113                       Crossing inputs to the nostrils using plastic tubes causes a local repulsion fr
114                                    A rostral nostril was, and remains, a virtually invariant rule of
115                              Crusting of the nostrils was observed in 64.3% of the patients.
116 e cued hemisphere (ipsilateral to stimulated nostril) was improved after local TMR during sleep.
117 ected brain homogenate was placed below each nostril, where it was immediately inhaled into the nasal
118 given intranasally (0.4 mL delivered to each nostril), whereas Tdap was given intramuscularly.
119  84 microg twice a day, was delivered to one nostril while the other nostril received placebo for 1 w
120 es moles to err in the direction of the open nostril with strongest effect within 4-5 cm of the stimu
121  peptide vaccine (400, 800, or 1,600 mug per nostril) with cholera toxin (20 mug) as the adjuvant.
122 level that can parse odor information across nostrils within the course of a single inhalation.

 
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