2017
DOI: 10.1038/srep44087
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A reduced lymphocyte ratio as an early marker for predicting acute pancreatitis

Abstract: The early diagnosis and severity grading for acute pancreatitis (AP) are difficult to determine because of the complexity and differences in disease process. To date, few studies have investigated the role of lymphocyte ratio (LR) in AP. Therefore, the objective of the present study was to investigate the prognostic value of LR as an indicator in AP, as well as determine an optimal cut-off value for the severity prediction. There were two hundred four patients involved in this study, ninety-two of whom had sev… Show more

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Cited by 12 publications
(8 citation statements)
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“…[ 20 ] A study examining the result of lymphocyte percentage on prognosis in AP patients shows that the percentage of lymphocytes could be differentiated between mild and severe AP, and a lower lymphocyte ratio was detected in severe AP patients. [ 21 ]…”
Section: Discussionmentioning
confidence: 99%
“…[ 20 ] A study examining the result of lymphocyte percentage on prognosis in AP patients shows that the percentage of lymphocytes could be differentiated between mild and severe AP, and a lower lymphocyte ratio was detected in severe AP patients. [ 21 ]…”
Section: Discussionmentioning
confidence: 99%
“…Some scholars found that lymphocyte ratio is markedly different between SAP and MAP patients and is valuable for the early differential diagnosis of SAP. [ 14 ] It is known that Th17 and Treg cells play an essential role in various immune processes, especially inflammation, as well as progression of illness. [ 15 ] Loos et al found that Th17 cells play an important role in the pathogenesis of autoimmune pancreatitis.…”
Section: Discussionmentioning
confidence: 99%
“…Weitz G (28) 2014 391 Severity Classification Germany Karabulut U (29) 2014 98 Severity Classification Brazil Murilo GB (30) 2016 58 Severity Classification Brazil Sun Y (31) 2015 43 Severity Classification China Zhu Y (32) 2017 3260 Severity Classification China Zeng Y (33) 2014 90 Severity Classification China Li G (34) 2016 35 Diagnosis China Deng LH (16) 2017 70 Severity Classification China Lin S (35) 2017 671 Severity Classification China Qi X (36) 2017 204 Severity Classification China Jia R (37) 2015 85 Severity Classification China Xiao S (38) 2015 153 Diagnosis China Joon HC (39) 2015 153 Severity Classification South Korea Huh JH (40) 2018 191 Severity Classification South Korea Kim BG (41) 2013 50 Severity Classification / Diagnosis South Korea Cho JH (42) 2018 60 Severity Classification South Korea Mikolasevic (43) 2016 198 Severity Classification Croatia Mikolasevic (44) 2016 609 Severity Classification / Diagnosis Croatia Trgo G (45) 2016 40 Severity Classification Croatia Vujasinovic (46) 2014 100 Severity Classification Slovenia María CP (47) 2016 56 Severity Classification Spain Bozhychko (48) 2017 233 Severity Classification Spain Ellery KM (49) 2017 122 Severity Classification / Diagnosis USA Sugimoto M (50) 2015 663 Severity Classification USA Gougol A (51) 2017 500 Severity Classification USA Vipperla K (52) 2017 121 Severity Classification USA Vlada AC (53) 2013 67 Severity Classification USA Buxbaum J (54) 2014 25 Severity Classification USA Buxbaum J (55) 2016 60 Severity Classification USA Dimagno M (56) 2014 223 Diagnosis USA Bishu S (57) 2018 357 Severity Classification USA Bem MD (58) 2016 175 Severity Classification USA Nieminen A …”
Section: Author Publication Year Number Of Participants Adopted Atlanta Revision Criteria Nationalitymentioning
confidence: 99%