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1 nation that provoked severe inflammation and bruise.
2 for the yellow color of jaundice and healing bruises.
3 atigue, diarrhea, muscle spasms, nausea, and bruising.
4 -destructively detect and quantify blueberry bruising.
5 nsible skin, abnormal wound healing and easy bruising.
6 ved as skin depressions developed days after bruising.
7 d pigmentation is secondary to ecchymosis or bruising.
8 least 1 condition predisposing them to easy bruising.
9 d pigmentation is secondary to ecchymosis or bruising.
10 iprocedural pain, analgesic requirement, and bruising.
11 mmonly used as a result of frequent pain and bruising.
12 d to render an opinion regarding soft-tissue bruising.
13 ing, severe menstrual bleeding, and frequent bruising.
14 es needle risk as well as risk of ptosis and bruising.
15 ociated with temporary sleep disturbance and bruising.
16 recognition of abuse in young children with bruising.
17 igue (21 [54%]), neutropenia (20 [51%]), and bruising (20 [51%]), and the most common adverse event a
18 cations based on a postdonation interview as bruise (23%), sore arm (10%), fatigue (80/%), and vasova
19 strointestinal bleeding (2.6% vs 2.7%), easy bruising (24.8% vs 25.1%), and stomach upset or pain (35
25 tion on sustained injuries was limited, with bruises and scrapes being the most common, and only 4 fr
29 istory, physical findings such as petechiae, bruising and mucous membrane bleeding, examination of pe
32 , bruises on the buttocks or neck, patterned bruises, and subconjunctival hemorrhage in young childre
33 123 children were consecutively screened for bruising, and 2161 patients (mean [SD] age, 2.1 [1.1] ye
38 h skin changes such as facial plethora, easy bruising, and purple striae and with metabolic manifesta
39 nts' perception of pain, swelling, bleeding, bruising, and root sensitivity. The impact of periodonta
41 eks [fleshy], eyelids, and subconjunctivae), bruising anywhere on an infant 4.99 months and younger,
42 bnormal platelet count (aOR, 2.14; P=.0002), bruising (aOR, 3.17; P=.0059), abnormal white blood cell
44 (interquartile range) percentage above-knee bruise area was greater after EVLT 3.85% (6.1) than afte
48 ty to recognise suspicious injuries, such as bruising, bite marks, burns, bone fractures, or trauma t
49 ations of this condition include nosebleeds, bruising, bleeding from minor wounds, menorrhagia or pos
50 f anticonvulsants used between patients with bruising/bleeding and those without this symptom, althou
56 with more mild to moderate bleeding (mainly bruising) compared with prasugrel 5 mg and clopidogrel.
65 stics in 34 discrete body regions, patterned bruising, cumulative bruise counts, and patient's age.
70 Glanzmann's thrombasthenia usually includes bruising, epistaxis, gingival hemorrhage, and menorrhagi
71 ld woman who presented with fatigue and easy bruising, eventually became pancytopenic, and was diagno
72 eutic diary outcomes, subjects reported less bruising, facial swelling, and use of ice pack for the E
73 ality of mechanically damaged 'Fard' bananas bruised from 20, 40, 60 cm drop heights by 66, 98, and 1
75 es causes the postharvest browning of cut or bruised fruit, but the native physiological functions of
76 all of them included skin injuries, such as bruises, hematoma, or burns, but only 8 guidelines (50%)
80 ns (dehiscence, haematoma, seroma, bleeding, bruising), length of stay in hospital, and rates of dres
81 disorder is characterized clinically by easy bruising, life-threatening bleeding with trauma or surge
83 values using machine vision to describe the bruise magnitude and quality of mechanically damaged 'Fa
84 study was highly effective in describing the bruising magnitude of bananas under different conditions
85 ptoms (n = 23, 79.3%); excessive bleeding or bruising (n = 20, 69%); fatigue (n = 20, 69%); gastroint
89 ysical examination that reveals oral injury, bruises on the buttocks or neck, patterned bruises, and
90 nulum (positive LR, 6.6 [95% CI, 3.2-14.0]), bruising on the buttocks (positive LR range, 15-83) or n
91 visible evidence (ie, fracture, dislocation, bruise or hematoma, laceration, and reddened area) (medi
92 ed fractures (n = 39), dislocations (n = 6), bruises or hematomas (n = 105), lacerations (n = 113), a
93 d past diet-treated patients for symptoms of bruising or bleeding through chart review and prospectiv
96 fference in the frequency of adverse events, bruising, or clinically significant falls in serum corti
98 neck (positive LR range, 2.2-84), patterned bruises (positive LR range, 2.0-66), and subconjunctival
99 dverse events were localized swelling, pain, bruising, pruritus, and transient regional lymph-node en
100 icted firmness in regard to effectiveness of bruise quantification, and the bruise ratio index had a
102 m was developed to automatically calculate a bruise ratio index (ratio of bruised to whole fruit area
103 Therefore, the proposed approach and the bruise ratio index are effective to non-destructively de
104 ectiveness of bruise quantification, and the bruise ratio index had a strong correlation with human a
105 The statistical results showed that the bruise ratio index was equivalent to the measured firmne
106 ure suggests that estimation of the age of a bruise should not rely solely on color, but rather shoul
110 lly calculate a bruise ratio index (ratio of bruised to whole fruit area) for bruise quantification.
111 ive control outcomes (cough/cold and scrapes/bruises) to assess potential bias from residual confound
112 from nonabusive trauma based on body region bruised (torso, ear, neck, frenulum, angle of jaw, cheek
113 the LUCAS-2 group (three patients with chest bruising, two with chest lacerations, and two with blood
114 ve patients had posteromedial tibial plateau bruises: Two had bruises at the tendon insertion site.
116 Conventional analyses like bruise area (BA), bruise volume (BV), and bruise susceptibility (BS) were
120 over, we identified a new disorder, "pinkish-bruising", which is manifested in astringent fruit.