109 research outputs found
Hierarchical regression explaining reading comprehension from one of three cognitive skills with IQ and other variables controlled.
<p>Note. IQ = Raven’s Standard Progressive Matrices (raw scores); MA = morphological awareness (including HPA = Homophone awareness; CWP = Compound word production; HGA = Homograph awareness); PD = phonological awareness (including SD = Syllable deletion; PD = Phoneme deletion); OA = orthographical awareness.</p><p>*** <i>p</i><. 001;</p><p><i>** p</i><. 01.</p><p>Hierarchical regression explaining reading comprehension from one of three cognitive skills with IQ and other variables controlled.</p
Correlations for Observed Variables for Grade 2.
<p>Note. IQ = Raven’s Standard Progressive Matrices (raw scores); SD = Syllable deletion; PD = Phoneme deletion; HPA = Homophone awareness; CWP = Compound word production; HGA = Homograph awareness; OA = orthographical awareness; SRF = Silent reading fluency; RC = Reading comprehension.</p><p>*** <i>p</i><. 001;</p><p><i>** p</i><. 01;</p><p><i>* p</i> <. 05.</p><p>Correlations for Observed Variables for Grade 2.</p
Correlation of the final visual acuity category with the Ocular Trauma Score in 3219 eyes.
<p>(Spearman’s correlation coefficient = 0.655, <i>P</i><0.001).</p
Non-surgical and surgical management reports from initial presentation to final follow up in eye injury cases.
<p>Non-surgical and surgical management reports from initial presentation to final follow up in eye injury cases.</p
Causative agents of the most frequent injury categories by gender.
<p>Causative agents of the most frequent injury categories by gender.</p
Frequency of types of eye injuries by age and gender.
<p>The majority of injuries (56.2%) occurring in males were distributed in the 15–44 age groups; the most frequent injury cause were related to work (70.0%), violence (16.3%), and road traffic (6.2%). The majority of injuries (36.0%) occurring in females were distributed in the 0–14 age group; the most frequent injury cause were related to the home (72.1%), violence (9.6%), and sports (3.8%).</p
A comparison of final visual acuity and presenting visual acuity.
<p>(Spearman’s correlation coefficient = 0.659, <i>P</i><0.001).</p><p>425<sup>a</sup>: includes the patients who were too young to receive the visual acuity examination and those with presenting symptoms that were too serious to apply to the visual acuity examination.</p><p>392<sup>b</sup>: includes the patients who were too young to receive the visual acuity examination, those transferred to another health care facility, receiving home health care, not adhering to medical advice or with missing/unrecorded data, and death.</p
Characteristics of patients hospitalized with eye injury diagnoses over a 10-year period (1stJanuary 2001–31stDecember 2010).
<p>ICD-10-AM Code = International Classification of Diseases, Tenth Revision.</p><p>SD <sup>a</sup>: Standard Deviation.</p><p>IOFB <sup>b</sup> = Intraocular Foreign Body.</p
Diagnoses of major pediatric eye injuries by age and gender.
a<p>Percentages are over total 100.0% because one participant might have more than one type of injury according to the primary and/or secondary diagnosis.</p>b<p>Includes a foreign body on the external eye, injury to the optic nerve and pathways, injury to the oculomotor, trochlear, or abducens nerve, and conjunctival injuries.</p
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