2017
DOI: 10.1016/j.ejor.2016.10.005
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Recycled incomplete identification procedures for blood screening

Abstract: The operation of blood bank systems is characterized by two crucial factors: testing procedures and perishability. We propose a new testing procedure that we term Recycled Incomplete Identification Procedure (RIIP). In RIIP, groups of pooled blood units which are found contaminated in a so-called ELISA test are divided into smaller subgroups and again group-tested by ELISA, and so forth, until finally a so-called PCR test is conducted for those subgroups which are found clean. We analyze and optimize the perfo… Show more

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Cited by 7 publications
(6 citation statements)
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“…Group testing is concerned with finding efficient algorithms to test groups of individual samples that provide these identifications with a minimum number of tests. Group testing (GT) procedures are cost- and time-saving identification procedures that have broad applications to blood screening for HIV, hepatitis, and other infectious diseases (Gastwirth and Johnson 1994; Bilder, Tebbs, and Chen 2010; Stramer et al 2011; Tebbs, McMahan, and Bilder 2013; Bar-Lev et al 2017), quality control in product testing (Sobel and Groll 1959; Bar-Lev, Boneh, and Perry 1990), veterinary medicine (Graaesbøll et al 2016), drug discovery (Zhu, Hughes-Oliver, and Young 2001), DNA screening (Du and Hwang 2006; Cao and Sun 2016), communication and security networks (Wolf 1985; Laarhoven 2013), and experimental physics (Brady and Greighton 2000; Meinshausen, Bickel, and Rice 2009), among others.…”
Section: Introductionmentioning
confidence: 99%
“…Group testing is concerned with finding efficient algorithms to test groups of individual samples that provide these identifications with a minimum number of tests. Group testing (GT) procedures are cost- and time-saving identification procedures that have broad applications to blood screening for HIV, hepatitis, and other infectious diseases (Gastwirth and Johnson 1994; Bilder, Tebbs, and Chen 2010; Stramer et al 2011; Tebbs, McMahan, and Bilder 2013; Bar-Lev et al 2017), quality control in product testing (Sobel and Groll 1959; Bar-Lev, Boneh, and Perry 1990), veterinary medicine (Graaesbøll et al 2016), drug discovery (Zhu, Hughes-Oliver, and Young 2001), DNA screening (Du and Hwang 2006; Cao and Sun 2016), communication and security networks (Wolf 1985; Laarhoven 2013), and experimental physics (Brady and Greighton 2000; Meinshausen, Bickel, and Rice 2009), among others.…”
Section: Introductionmentioning
confidence: 99%
“…Their engagement has resulted in several papers, (c.f., (Bar-Lev et al, 2009;2017;2017a;2017b;Bar-Lev and Perry, 1989;Bar-Lev et al, 2005;2007;2013;. Other works can be found in (Abolnikov and Dukhovny, 2003;Kopach et al, 2008;Beliën and Forcé, 2012;Civelek et al, 2015;Ghandforoush and Sen, 2010;Karaesmen et al, 2011;Marshall et al, 2004;Sebastian et al, 2012;Shi and Zhao, 2010;Deniz et al, 2010;Blake and Hardy, 2014;Xie et al, 2012).…”
Section: Some Research Work Related To the Stochastic Approachmentioning
confidence: 98%
“…The idea of an Incomplete Identification group testing Procedure (IIP) was first introduced in (Bar-Lev et al, 1990) for some industrial problem and was subsequently further developed for blood screening (e.g. (Bar-Lev et al, 2017a;). An IIP starts as above by first testing groups of size m in the ELISA station.…”
Section: Complete Versus Incomplete Identificationmentioning
confidence: 99%
“…To date, GT has exploited a wide range of applications in biology [2,3], communication theory [4][5][6][7], signal processing [8], computer science [9][10][11], and mathematics [12]. The use of fundamental GTs extend to error correction code [13], identifying available multiple access channel [14,15], recovering sparse signals [1,8], detecting malicious attacks in security networks [16], testing good quality of products [17], and many others.…”
Section: Introductionmentioning
confidence: 99%