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1 ng regions included the armpit, forearm, and forehead.
2 d to the face, nostrils, forearms, neck, and forehead.
3 ad, and BCV with the Mini-Shaker 4810 on the forehead.
4 ip of the nose and another at the top of the forehead.
5 ent's headache and the mass on the patient's forehead.
6 blindness caused by filler injected into the forehead.
7 domized location on the immobilized wrist or forehead.
8 gs, and a thermoluminescent dosimeter on the forehead.
9 roencephalographic (EEG) recordings from the forehead.
10 els in the periorbital area, upper face, and forehead.
11 hand quickly toward their face and tap their forehead.
12 rtelorism or broadening of the nasal root or forehead.
13 electrode on the temple and the earth on the forehead.
14 one in the axilla and androstenedione on the forehead.
15  93 from blood, 92 from conjunctiva, 54 from forehead, 105 from mouth, 17 from the rectum, one from s
16                                              Forehead 11-deoxycortisol (-0.24, 95% CI = -0.42 to -0.0
17 station, including score of pigment spots on forehead (12.5% more spots per increase of IQR, P-value
18 oid (83-92%), the lowest with the B81 on the forehead (17-22%).
19  with guided care than only usual care: left forehead 32.4 versus 57.6 (%xmin, P<0.001), right forehe
20 ead 32.4 versus 57.6 (%xmin, P<0.001), right forehead 37.9 versus 62.6 (P<0.001), and forearm 14.8 ve
21 ed site) and facultative pigmentation on the forehead (a sun-exposed site) and calculated a sun expos
22 asures constitutive pigmentation) and on the forehead (a sun-exposed site) using reflectometry.
23 ese include a globular braincase, a vertical forehead, a dimunitive browridge, a canine fossa and a p
24 res of Keipert syndrome included a prominent forehead, a flat midface, hypertelorism, a broad nose, d
25 he supine position was attached to patients' forehead after surgery for 24 hours.
26 2 U of abobotulinumtoxinA on one side of the forehead and 2 U of onabotulinumtoxinA on the other side
27 cus was the most common genus present on the forehead and behind the ear.
28  77.5 Hz, delivered through a montage of the forehead and both mastoids was safe and effective in int
29 eatment of facial furrows, new techniques in forehead and brow suspension, the suborbicularis oculi f
30 hypertelorism, malformations of the nose and forehead and clefting of the facial midline.
31            Optical probes were placed on the forehead and EEG electrodes on the scalp.
32 e "baby schema", such as a relatively bigger forehead and eyes, and protruding cheeks), with an adapt
33 ing a broad/full nasal tip, narrowing of the forehead and full cheeks.
34 ars in good health and with moderate dynamic forehead and glabellar wrinkles.
35  found little evidence for remapping of both forehead and lips in amputees, with no significant relat
36 eveloped a skin rash on the hairlines of her forehead and nuchal region one month before her first vi
37                                   Given that forehead and palm are related to skin, as desired, SECOM
38 We test SECOM in two real data sets, namely, forehead and palm microbiome data from college-age adult
39 amic therapy for the treatment of AKs on the forehead and scalp.
40 receive 20 daily 40-min, 77.5 Hz, 15 mA, one forehead and two mastoid sessions of active or sham stim
41 oring of tissue oxygen saturation (bilateral forehead and unilateral forearm brachioradialis) and hae
42 hair with an blood agar plate secured to the forehead and wearing various face masks (no mask, loose
43 e. the foot was ~31% more sensitive than the forehead); and (iii) maximal exercise reduced cold-wetne
44  challenges: cold application to the hand or forehead, and a Valsalva maneuver.
45  B81 on the mastoid, BCV with the B81 on the forehead, and BCV with the Mini-Shaker 4810 on the foreh
46  (>/=20 cm) involving 80% of the scalp, left forehead, and left cheek, with no evidence of metastasis
47  irreversible blindness when injected in the forehead, and this possible adverse effect is not typica
48 ed microretrognathia, flat midface, receding forehead, and wide fontanelles.
49 I), palm, inner elbow, temple, fingertip and forehead, are demonstrated using a wideband THz sensing
50  skin secretions from the antecubital fossa, forehead, back, and axilla of 12 male and 10 female subj
51 rozygous for mutations of c-kit have a white forehead blaze and a white ventral spot, leading these m
52 pressing transgenic mice display a prominent forehead blaze and a white ventral spot.
53 ansgenic mice (hSCF220) display a pronounced forehead blaze, with additional white spots over the cer
54 test, it is found that the measurements from forehead BOI gives the best accuracy with mean heart rat
55 contains more pulsatile information from the forehead BOI than that in the rPPG signals in regular of
56 cial fillers are not approved for use in the forehead, but off-label use for enhancement in this regi
57 d mass protruding from the right side of her forehead, but there were no other notable abnormalities.
58 ght of as the syndrome of blunt force to the forehead causing visual loss, but iatrogenic injury is i
59                                  Intradermal forehead challenge infection with 107 metacyclic L. amaz
60 ographic sites were studied in each subject: forehead, cheek, inner and outer forearm surfaces, lower
61 parts of the body such as the volar forearm, forehead, cheeks, and hands.
62 an failure (POF) in women, as well as eyelid/forehead dysmorphology in both sexes (the 'blepharophimo
63 a learning-to-rank machine learning model of forehead electroencephalography signals.
64 ial autonomic features included rhinorrhoea, forehead/facial sweating, itching eye, eyelid oedema, se
65 al autonomic features include eyelid oedema, forehead/facial sweating, sense of aural fullness and pe
66  rotation, modified rhomboid, and paramedian forehead flaps were primarily utilized, with basal cell
67         The central and upper midface (nose, forehead, glabella, frontal) were the most common sites
68 skin, lips, and facial rhytids (ie, overall, forehead, glabella, lateral periorbital area, lips, and
69          Patients with a CM localized on the forehead have an increased risk of developing a neurocut
70 e dilated engorged veins were visible on the forehead; however, there was no evidence of abnormal ski
71  eyelid edema (5%), blepharoptosis (5%), and forehead hyperemia (2%).
72 zed by defects in eye development, prominent forehead, hypertelorism, short stature and brachydactyly
73 ere measured by a FD-DOS probe placed on the forehead in 1-month-old swine (8-11 kg; n = 52) during s
74 when described, were nose in 90 cases (40%); forehead in 56 cases (25%); glabella in 26 cases (12%);
75 ing that the laser-induced heat on the human forehead is not a mechanistic source causing increases i
76 the location of the cortical neighbour - the forehead - is shown to shift away from the deprived hand
77  Periocular crow's feet lines and horizontal forehead lines are also amenable to treatment with the b
78 otonumeric scales (Griffiths scale, Allergan forehead lines scale, melomental folds scale, and crow's
79 ffiths scale: chi2 = 0.01, P = .93; Allergan forehead lines scale: chi2 = 0.18, P = .67; melomental f
80 ffiths scale: chi2 = 1.39, P = .24; Allergan forehead lines scale: chi2 = 0.64, P = .43; melomental f
81 ffiths scale: chi2 = 3.11, P = .08; Allergan forehead lines scale: chi2 = 0.89, P = .34; melomental f
82 e all-in-one wearable device, mounted on the forehead, measures clinical-grade brain and cardiorespir
83 ps with low exposure in the first trimester (forehead), moderate to high exposure in the first trimes
84 system features a chest-mounted biopatch and forehead-mounted pulse oximeter, streaming real-time dat
85 ed and tested axillary, blood, conjunctival, forehead, mouth, rectal, semen, urine, and vaginal speci
86 s taken from the axilla, blood, conjunctiva, forehead, mouth, rectum, and urine of the same participa
87 ney transplant recipients in five locations (forehead, nasolabial area, axillary, backhand, and palm)
88 henhydramine, taken orally, were detected in forehead, nasolabial, and hand samples, whereas N-acetyl
89 ity to cold, neutral and warm wetness of the forehead, neck, underarm, lower back and dorsal foot in
90 s were asked to move different facial parts (forehead, nose, lips, tongue) during functional MRI (fMR
91             The screening sites included the forehead, nostrils, buccal mucosa, axilla, antecubital f
92 nd near-infrared spectroscopy and EEG on the forehead of 22 healthy participants at rest.
93 ollected by swiping a glass slide across the forehead of consenting adults.
94 issue-like phantoms, and measurements on the forehead of three human subjects.
95 ly observed for Staphylococcus aureus on the foreheads of seropositive individuals.
96      Samples of RSSC were collected from the foreheads of type-1 diabetic (n = 55) and non-diabetic (
97 anted after tumour excision under paramedian forehead or nasolabial flaps, as in standard reconstruct
98  (grade 2-4 kidney cysts or angiomyolipomas, forehead plaques, retinal hamartomas, and liver angiomyo
99 e found that a small rectangular area on the forehead plus an area including the middle part of the n
100 d dysmorphic facial appearance with receding forehead, prominent nose, and micrognathia.
101 ugator supercilii (frowning), and frontalis (forehead raising).
102 tal plane with the use of a bite plate and a forehead rest.
103  on 5 of the 6 rhytids scales (exception was forehead rhytids) (range, -0.28 to -0.65; P = .03 to <.0
104  alterations through continuous, noninvasive forehead sensors.
105 (2) (~ 75.8%), while the thenar eminence and forehead showed the lowest.
106 ment is based on collecting three sequential forehead skin wipes, each hypothesized to remove polluta
107  incorporated yellowness indicators from the forehead, sternum, and abdomen.
108 toid caused higher asymmetry compared to BCV forehead stimulation.
109 s RNA was detected in stool, oral, nasal and forehead swab specimens of 354 (89%).
110                                              Forehead swabs were collected to assess skin contaminati
111      Recurrent dysmorphisms included a broad forehead, synophrys, and digital anomalies.
112 ng a tone conditioned stimulus and a midline forehead tap as an unconditioned stimulus.
113               The KTER extinguished when the forehead tap did not reinforce it.
114 ry eyeblinks which were initiated before the forehead tap.
115 ry eyeblinks which were initiated before the forehead tap.
116 ture and technology, from the furrows on our foreheads to crinkly plant leaves, from ripples on plast
117 d toe webs with separate rayon swabs and the forehead, upper arm, and thigh with separate sponges.
118 nal cerebral oxygenation on the left lateral forehead using near-infrared spectroscopy for the first
119 38) spatial incongruence of touch (cheek vs. forehead) was used as a control condition instead of tem
120  features of brachycephaly; a prominent high forehead with synophrys or striking full and broad eyebr

 
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