Home Corrigendum to: Genetic associations of leukoaraiosis indicate pathophysiological mechanisms in white matter lesions etiology
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Corrigendum to: Genetic associations of leukoaraiosis indicate pathophysiological mechanisms in white matter lesions etiology

This erratum corrects the original online version which can be found here: https://doi.org/10.1515/revneuro-2014-0082
  • Qing Lin , Wen-Qing Huang and Chi-Meng Tzeng EMAIL logo
Published/Copyright: August 12, 2015
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Corrigendum to: Qing Lin, Wen-Qing Huang and Chi-Meng Tzeng, Genetic associations of leukoaraiosis indicate pathophysiological mechanisms in white matter lesions etiology. Rev. Neurosci. 26 (2015), pp. 343–358. DOI: 10.1515/revneuro-2014-0082.

During the proofreading process of the paper several inaccuracies escaped the authors’ attention and were transferred into the final article. The following list indicates the location and type of correction to the paper. The authors apologize for the inconvenience.

PageText in the paperCorrection
343, Introduction, 14th line from bottomtechniquetechniques
343, Introduction, 9th line from bottomParkinson’Parkinson’s
344, Introduction, the first line in the last paragraphfocusesfocused
346, Genetics of LA, 14th line from topcorrelatescorrelations
348, left side, 28th line from topWBP2WBP2
348, right side, 24th line from topfunctionfunctions
348, right side, 25th line from topisare
348, right side, 26th line from topneedsneed
348, right side, 27th line from toppavedcould pave
349, left side, 25th line from topthese genes variantsthese genes
349, right side, 34th line from bottomWM(L)WM(C)
349, right side, 31th line from bottomgenes of known function aregenes
349, right side, 18th line from bottomsuggestedshowed
349, right side, 7th line from bottomprovidesprovided
349, right side, 1–2 lineth line from bottomcontribute to the pathogenesis of WML and are needed to search for the cause and as targets for future studies.contribute to the pathogenesis of WML.
350, right side, 23th line from topinflammatoryinflammation
350, right side, last linecontributesmay contribute
351, left side, 23th line from bottomthe ischemiathe ischemia (or potential microbleeding)
351, left side, 15th line from bottominflammation (neuroinflammatory)inflammation
351, left side, 14th line from bottomcoexist and playcoexisted and played
351, left side, 12th line from bottomalso showedshowed
351, left side, 2th line from bottomplaysplayed
351, right side, 12th–13th line from topin response to the development of ischemia and to disturb the balance of (de)myelinationin response to the development of ischemia (or putative microbleeding) and distrubed the balance of (de)myelination
351, right side, 19th line from bottomPotential LA pathogenesis genesPotential pathogenic genes of LA
351, right side, 16th–17th line from bottomas shown in Figure 2 under a complicated mechanism.as shown in Figure 2.
351, right side, 2th–3th line from bottominvestigating the correlation between

genetic polymorphisms and mutations
investigating the correlation of genetic

variants
352, Figure 2, the third line from topis considered asare considered as
352, Figure 2, the 8th line from topin response to incomplete ischemiain response to incomplete ischemia or microbleeding
352, left side, the 5th line from bottomandwith
353, left side, the 11th line from topdementia and strokedementia
353, from the last line in the left side to the first line in the right sideas a WML neuroimaging in the elders (micro-bleeding and

demyelination) but also implying

caused by
as a WML neuroimaging in the elders but also implying microbleeding (or putative ischemia) and demyelination caused by
353, right side, the third line from topfunctionfunctions
353, right side, the 4th line from topwith respect toimplicated in
353, right side, the 11th line from topbiomarkerbiomarkers
358, Bionotes (Qing Lin), left side, the 7th line from bottomMaster’sMaster
358, Bionotes (Qing Lin), left side, the 5th line from bottomlieslay
358, Bionotes (Qing Lin), right side, the third line from topidentifying idiopathic normal

pressure
idiopathic normal pressure
358, Bionotes (Wen-Qing Huang), right side, the 10th line from topcollaborating with The First Affiliated Hospital of Xiamen Universitycollaborating with Dr. Lin from The First Affiliated Hospital of Xiamen University
358, Bionotes (Chi-Meng Tzeng), right side, from the first line to the fourth lineChi-Meng Tzeng received comprehensive graduate training in

Tsinhua University (Radiation Biology, advised by Dr. Rong-Long Pan) and Stanford University (Medical School in Biochemistry, advised by Dr. Arthur Kornberg) in the 1990s.
Chi-Meng Tzeng received comprehensive graduate training in the College of Nuclear Science in National Tsing Hua University (Radiation Biology, advised by Dr. Rong-Long Pan) and Stanford University (Structural biology and Biochemistry, advised by Dr. Peter Parham and Dr. Arthur Kornberg) in the 1990s.
358, Bionotes (Chi-Meng Tzeng), right side, 9th–10th line from bottomCenter of Translational

Medicine Research, Institute for
Translational Medicine Research Center (TMRC)
358, Bionotes (Chi-Meng Tzeng), right side, 8th line from bottomCollege of PharmacySchool of Pharmaceutical Sciences
358, Bionotes (Chi-Meng Tzeng), right side, 3th–4th line from bottomand leukoaraiosis (genetic diagnosis or prognosis).leukoaraiosis (genetic

diagnosis or prognosis) and cell therapy (T-cell and MSC).
358, Bionotes (Chi-Meng Tzeng), right side, the last linenew drug applicationsnew drug or cancer vaccination applications

Corresponding author: Chi-Meng Tzeng, Translational Medicine Research Center (TMRC), School of Pharmaceutical Sciences, Xiamen University, Xiamen, Fujian 361102, China, e-mail:
aThese authors contributed equally to this article.
Published Online: 2015-8-12
Published in Print: 2015-10-1

©2015 by De Gruyter

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