5.44.5AntioxidativeDefense,SuppressedNitricOxideAccumulation,andSynthesisofProtectiveProteinsinRootsandLeavesContributetotheDesiccationToleranceoftheResurrectionPlantHaberlearhodopensisKatyaGeorgieva,GerganaMihailova,LilianaGigova,AntoanetaV.Popova,MayaVelitchkova,LyudmilaSimova-Stoilova,MátéSági-Kazár,HelgaZelenyánszki,KatalinSolymosiandÁdámSoltiSpecialIssueDesiccation/SalinityToleranceandtheCrosstalkThereinEditedbyProf.Dr.JillM.FarrantandDr.MariamAwliaArticlehttps://doi.org/10.3390/plants12152834Citation:Georgieva,K.;Mihailova,G.;Gigova,L.;Popova,A.V.;Velitchkova,M.;Simova-Stoilova,L.;Sági-Kazár,M.;Zelenyánszki,H.;Solymosi,K.;Solti,Á.AntioxidativeDefense,SuppressedNitricOxideAccumulation,andSynthesisofProtectiveProteinsinRootsandLeavesContributetotheDesiccationToleranceoftheResurrectionPlantHaberlearhodopensis.Plants2023,12,2834.https://doi.org/10.3390/plants12152834AcademicEditors:JillM.Farrant,MariamAwliaandDayongZhangReceived:19May2023Revised:27July2023Accepted:28July2023Published:31July2023Copyright:©2023bytheauthors.LicenseeMDPI,Basel,Switzerland.ThisarticleisanopenaccessarticledistributedunderthetermsandconditionsoftheCreativeCommonsAttribution(CCBY)license(https://creativecommons.org/licenses/by/4.0/).plantsArticleAntioxidativeDefense,SuppressedNitricOxideAccumulation,andSynthesisofProtectiveProteinsinRootsandLeavesContributetotheDesiccationToleranceoftheResurrectionPlantHaberlearhodopensisKatyaGeorgieva1,*,GerganaMihailova1,LilianaGigova1,AntoanetaV.Popova2,MayaVelitchkova2,LyudmilaSimova-Stoilova1,MátéSági-Kazár3,4,HelgaZelenyánszki3,4,KatalinSolymosi5andÁdámSolti31InstituteofPlantPhysiologyandGenetics,BulgarianAcademyofSciences,AcademicGeorgiBonchevStr.,Building21,1113Sofia,Bulgaria;gmihailova@bio21.bas.bg(G.M.);gigova01@gmail.com(L.G.);lsimova@mail.bg(L.S.-S.)2InstituteofBiophysicsandBiomedicalEngineering,BulgarianAcademyofSciences,AcademicGeorgiBonchevStr.,Building21,1113Sofia,Bulgaria;popova@bio21.bas.bg(A.V.P.);mayav@bio21.bas.b...
