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<article documenttype="Original" productfree="no" id="a006041" articleid="006041" coverdate="February 2011" copyrightowner="Rasha Noori Kalaf and Khalifa Sifaw Ghenghesh" doi="10.3402/ljm.v6i0.6041" tagger="Datapage" numcolorpages="0" yearofpub="2011">
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		<journalcode>LJM</journalcode>
		<issn type="print">1993-2820</issn>
		<issn type="electronic">1819-6357</issn>
		<coden>Libyan Journal of Medicine, Vol. 6, No. 0, February 2011, pp. 1&ndash;2</coden>
		<sici>sici</sici>
		<pubitemid>xxx</pubitemid>
		<pubmedabbrev>PUBMED Abbreviation</pubmedabbrev>
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		<production-dates webpubdate="18Feb2011"/>
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	<journaltitle>Libyan Journal of Medicine</journaltitle>
	<supertitle>Letter to the Editor</supertitle>
	<title>Rotavirus in children with diarrhea in Tripoli, Libya</title>
	<shorttitle>Letter to the Editor</shorttitle>
	<intro/>
	<section1>
		<title></title><para>The most common cause of acute diarrhea in young children in developed and developing countries are rotaviruses. In developing countries, it is estimated that 20&ndash;70% of hospitalizations and close to one million children below the age of five die annually because of rotavirus infections <citationref linkend="CIT0001">1</citationref>. Of the seven groups (A&ndash;G) of rotaviruses, group A is usually the cause of rotavirus-associated diarrhea. Infections due to rotaviruses occur via the fecal&ndash;oral route. Previous studies from Libya showed that rotavirus is the leading cause of infectious diarrhea. However, these studies were carried out more than a decade ago <refrange text="2&ndash;4"><citationref linkend="CIT0002">2</citationref><citationref linkend="CIT0003">3</citationref><citationref linkend="CIT0004">4</citationref></refrange>.</para><para>Two hundred stool samples were collected between September 2008 and May 2009 from children aged a few days to 60 months with acute gastroenteritis attending the Aljalla Pediatric Hospital, Tripoli, Libya. Samples were examined for group A rotavirus antigens using ELISA (Rotavirus IDEIA Dako, UK). The Epi-2000 software (Centers for Disease Control and Prevention, Atlanta, GA, US) was employed for statistical analysis. <i>P</i>-values were calculated using &khgr;<sup>2</sup>-test and <i>P</i>&lt;.05 was considered statistically significant.</para><para>Rotavirus was detected in 33% (66/200) of children examined. Rotavirus was observed at closely similar rates among male and female patients, 33.6% (40/119) and 32.1% (26/81), respectively. However, the virus was detected significantly more frequently (<i>P</i>&lt;.04, OR&hairsp;=&hairsp;2.64) among diarrheic children aged &le;24 months (36.1%, 60/166) than among diarrheic children aged &gt;24 months (17.6%, 6/34). Seventy percent (140/200) of diarrheic children required hospitalization. Rotavirus was detected significantly more frequently (<i>P&hairsp;&lt;&hairsp;</i>.002, OR&hairsp;=&hairsp;3.33) among hospitalized children (40%, 56/140) than among non-hospitalized children (16.7%, 10/60). It should be noted that hospitalization was not based on ELISA results. The highest frequencies of the virus were detected in December (50%, 3/6), February (37.5%, 24/64), and March (45.2%, 19/42). <tableref linkend="T0001">Table 1</tableref> shows the distribution of rotavirus infection among diarrheic children during the study period of 9 months.
</para><formaltable id="T0001" doi="10.3402/ljm.v6i0.6041-T0001">
			<title>Table 1.&emsp;Distribution of rotavirus infection among diarrheic children</title>
			<table frame="topbot" orient="port">
				<tgroup cols="3">
					<colspec colnum="1" colname="c1" colwidth="1*"/>
					<colspec colnum="2" colname="c2" colwidth="1*"/>
					<colspec colnum="3" colname="c3" colwidth="1*"/>
					<thead>
						<row><entry colname="c1" rowsep="1" align="left"><para>Month of study</para></entry>
							<entry colname="c2" rowsep="1" align="center"><para>No. tested</para></entry>
							<entry colname="c3" rowsep="1" align="center"><para>No. positive (%)</para></entry>
						</row>
					</thead>
					<tbody>
						<row><entry colname="c1" align="left"><para>September</para></entry>
							<entry colname="c2" align="char" char="."><para>7</para></entry>
							<entry colname="c3" align="char" char="."><para>1 (14.3)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>October</para></entry>
							<entry colname="c2" align="char" char="."><para>5</para></entry>
							<entry colname="c3" align="char" char="."><para>1 (20.0)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>November</para></entry>
							<entry colname="c2" align="char" char="."><para>16</para></entry>
							<entry colname="c3" align="char" char="."><para>5 (31.3)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>December</para></entry>
							<entry colname="c2" align="char" char="."><para>6</para></entry>
							<entry colname="c3" align="char" char="."><para>3 (50.0)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>January</para></entry>
							<entry colname="c2" align="char" char="."><para>35</para></entry>
							<entry colname="c3" align="char" char="."><para>12 (34.3)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>February</para></entry>
							<entry colname="c2" align="char" char="."><para>64</para></entry>
							<entry colname="c3" align="char" char="."><para>24 (37.5)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>March</para></entry>
							<entry colname="c2" align="char" char="."><para>42</para></entry>
							<entry colname="c3" align="char" char="."><para>19 (45.2)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>April</para></entry>
							<entry colname="c2" align="char" char="."><para>17</para></entry>
							<entry colname="c3" align="char" char="."><para>1 (5.9)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>May</para></entry>
							<entry colname="c2" align="char" char="."><para>8</para></entry>
							<entry colname="c3" align="char" char="."><para>0 (0.0)</para></entry>
						</row>
						<row><entry colname="c1" align="left"><para>Total</para></entry>
							<entry colname="c2" align="char" char="."><para>200</para></entry>
							<entry colname="c3" align="char" char="."><para>66 (33)</para></entry>
						</row>
					</tbody>
				</tgroup>
			</table>
		</formaltable>
		<para>A review of the literature <citationref linkend="CIT0005">5</citationref> showed prevalence rates of 24%&ndash;31% for rotavirus in Libyan children with diarrhea. A rate of 33% was found among the population studied in the present investigation. In addition, a significant association of rotavirus with diarrheic children requiring hospitalization was observed. A study from Zliten in Libya reported that 98% of rotavirus-positive children with diarrhea were dehydrated <citationref linkend="CIT0003">3</citationref>. Our findings and those of others from Libya <refrange text="2&ndash;4"><citationref linkend="CIT0002">2</citationref><citationref linkend="CIT0003">3</citationref><citationref linkend="CIT0004">4</citationref></refrange> indicate that rotavirus may be responsible for a large part of the morbidity and mortality associated with this syndrome in this country. Such findings support the urgent need to introduce a rotavirus vaccination program in Libya to protect the pediatric population <citationref linkend="CIT0006">6</citationref>. In addition, the health authorities and other related agencies should promote the benefits of breastfeeding and good personal hygiene among child-bearing mothers using the media and other venues (e.g. maternity clinics) to reduce the incidence of rotavirus-associated diarrhea in children less than 2 years of age.</para><para><i>Rasha Noori Kalaf</i><br/>School of Basic Sciences, Academy of Graduate Studies Tripoli, Libya<br/>
			<i>Omar R. Elahmer</i><br/>Faculty of Medical Technology, Al-Fateh University Tripoli, Libya;<br/>
			<i>Abdulaziz A. Zorgani</i><br/>Faculty of Medicine, Al-Fateh University Tripoli, Libya<br/>
			<br/>
			<br/>
			<i>Khalifa Sifaw Ghenghesh</i><br/>Department of Microbiology and Immunology<br/>Faculty of Medicine<br/>Al-Fateh University<br/>Tripoli, Libya<br/>Email: ghenghesh_micro@yahoo.com</para>
	</section1>
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