Medicinal Plants as Anti-infectives: Current Knowledge and New Perspectives PDF
Preview Medicinal Plants as Anti-infectives: Current Knowledge and New Perspectives
MEDICINAL PLANTS AS ANTI-INFECTIVES This pageintentionallyleftblank MEDICINAL PLANTS AS ANTI- INFECTIVES Current Knowledge and New Perspectives Edited by F C RANC¸OIS HASSAGNE UMR152PharmaDev,IRD,UPS,Universite´deToulouse,Toulouse,France AcademicPressisanimprintofElsevier 125LondonWall,LondonEC2Y5AS,UnitedKingdom 525BStreet,Suite1650,SanDiego,CA92101,UnitedStates 50HampshireStreet,5thFloor,Cambridge,MA02139,UnitedStates TheBoulevard,LangfordLane,Kidlington,OxfordOX51GB,UnitedKingdom Copyright©2022ElsevierInc.Allrightsreserved. Nopartofthispublicationmaybereproducedortransmittedinanyformorbyanymeans,electronicormechanical, includingphotocopying,recording,oranyinformationstorageandretrievalsystem,withoutpermissioninwritingfromthe publisher.Detailsonhowtoseekpermission,furtherinformationaboutthePublisher’spermissionspoliciesandour arrangementswithorganizationssuchastheCopyrightClearanceCenterandtheCopyrightLicensingAgency,canbefound atourwebsite:www.elsevier.com/permissions. ThisbookandtheindividualcontributionscontainedinitareprotectedundercopyrightbythePublisher(otherthanasmay benotedherein). Notices Knowledgeandbestpracticeinthisfieldareconstantlychanging.Asnewresearchandexperiencebroadenour understanding,changesinresearchmethods,professionalpractices,ormedicaltreatmentmaybecomenecessary. Practitionersandresearchersmustalwaysrelyontheirownexperienceandknowledgeinevaluatingandusingany information,methods,compounds,orexperimentsdescribedherein.Inusingsuchinformationormethodstheyshouldbe mindfuloftheirownsafetyandthesafetyofothers,includingpartiesforwhomtheyhaveaprofessionalresponsibility. Tothefullestextentofthelaw,neitherthePublishernortheauthors,contributors,oreditors,assumeanyliabilityforany injuryand/ordamagetopersonsorpropertyasamatterofproductsliability,negligenceorotherwise,orfromanyuseor operationofanymethods,products,instructions,orideascontainedinthematerialherein. ISBN:978-0-323-90999-0 ForInformationonallAcademicPresspublications visitourwebsiteathttps://www.elsevier.com/books-and-journals Publisher:NikkiP.Levy AcquisitionsEditor:NancyJ.Maragioglio EditorialProjectManager:AndreaR.Dulberger ProductionProjectManager:SwapnaSrinivasan CoverDesigner:MilesHitchen TypesetbyMPSLimited,Chennai,India Contents List of contributors xi MammeaamericanaL.(Calophyllaceae) 49 Preface xv MacluratinctoriaL.D.DonexSteud. (Moraceae) 50 Conclusions 51 References 51 I 2. Plants used in Lebanon and the Middle Medicinal plants as anti-infectives: East as Antimicrobials 59 an appraisal of current RoulaM.Abdel-MassihandMarcElBeyrouthy knowledge worldwide Introduction:overviewonmedicinalplantsandtheir traditionalusesasantimicrobialsinLebanon 59 1. A review of medicinal plants used as Lebaneseplantswithantimicrobialactivity 62 antimicrobials in Colombia 3 Amaryllidaceae 62 YinaPa´jaro-Gonza´lez,Andre´sFelipeOliveros-D´ıaz, Anacardiaceae 63 Julia´nCabrera-Barraza,Jose´Cerra-Dominguez Apiaceae 64 andFredycD´ıaz-Castillo Asteraceae/Compositae 65 Berberidaceae 65 Introduction 3 Cannabaceae 66 Materialsandmethods 6 Cistaceae 67 PlantstraditionallyusedinColombiaas Conifers 67 antimicrobials 6 Lamiaceae 68 JacarandacaucanaPittier(Bignoniaceae) 22 Myrtaceae 73 SolanumnudumDunal(Solanaceae) 22 Portulacaceae 74 HymenaeacourbarilL.(Leguminosae) 22 Ranunculaceae 75 XanthiumstrumariumL.(Asteraceae) 23 Rutaceae 76 GuazumaulmifoliaLam.(Malvaceae) 23 Rosaceae 77 Cymbopogoncitratus(DC.)Stapf(Poaceae) 23 Conclusion 77 Austroeupatoriuminulaefolium(Kunth) Acknowledgment 84 R.M.King&H.Rob.(Asteraceae) 23 References 84 Biologicalevaluationasantimicrobialsofplant extractsinColombia 24 3. Medicinal plants in the Balkans with Antibacterialactivity 44 Antiviralactivity 47 antimicrobial properties 103 Antibacterialevaluationof25nativeplantsofthe SarahShabih,AvniHajdari,BehxhetMustafa ColombianCaribbeanregionagainststrainsof andCassandraL.Quave Escherichiacoli,Klebsiellapneumonia,and Introduction 103 Pseudomonasaeruginosaresistantto Medicinalplantswithantimicrobialproperties 104 carbapenemsandStaphylococcusaureusresistant tomethicillin(Colciencias,Projectcode: Amaryllidaceae 104 Apiaceae 127 110777757752) 47 v vi Contents Asteraceae 127 Erythrinalysistemon 169 Betulaceae 128 Galeniaafricana 170 Lamiaceae 129 Melianthuscomosus 170 Malvaceae 130 Plectranthusfruticosus 171 Pinaceae 131 Sutherlandiafrutescens 171 Rosaceae 131 Discussion 172 Urticaceae 132 Conclusion 175 Conclusions 133 Index 175 References 133 Glossary 175 References 176 4. Medicinal plants used in South Africa 5. The use of South African as antibacterial agents for medicinal plants in the pursuit to wound healing 139 treat gonorrhea and other SamanthaRaeLoggenberg,DanielleTwilley, sexually transmitted diseases 183 MarcoNunoDeCanhaandNamritaLall TanyaradzwaTiandraDembetembe,NamritaLall Introduction 139 andQuentonKritzinger Pathophysiologyofwoundhealing 141 Woundinfection 142 Introduction 183 Currentlyavailabletreatmentsandproducts 142 Backgroundongonorrhea 185 Topicalcreams 142 Thecausalagent:Neisseriagonorrhoeae 185 Transdermaldrugdeliverysystems 143 Statusofavailabletreatmentsforgonorrhea 189 Bacteriaassociatedwithinfectionsof SelectedSouthAfricanplantsusedintraditional dermalwounds 143 medicineforthetreatmentofsexually Bacillussubtilis 144 transmitteddiseasesandtheirbioactivity 192 Staphylococcusaureus 144 Aloeferox 192 Staphylococcusepidermidis 145 Cassiaabbreviata 194 Pseudomonasaeruginosa 145 Combretummolle 194 SouthAfricanmedicinalplantspecieswithactivity Elaeodendrontransvaalense 195 againstwound-associatedbacteria 146 Hypoxishemerocallidea 195 AloebarberaeDyer 146 Peltophorumafricanum 196 AloeexcelsaBerger 147 Tabernaemontanaelegans 197 AloeferoxMiller 161 Terminaliasericea 198 Elephantorrhizaelephantina(Burch.)Skeel 162 Conclusion 198 ErythrinalysistemonHutch 162 References 199 GaleniaafricanaL 163 GrewiaoccidentalisL 163 6. Antibacterial activity of some selected MelianthuscomosusVahl. 164 medicinal plants of Pakistan 209 PlectranthusfruticosusL’He´r 164 ZiaUrRehmanMashwani,RahmatWali,MuhammadFarazKhan, Polystichumpungens(Kaulf.)C.Presl 165 FoziaAbasi,NadiaKhalidandNaveedIqbalRaja Sutherlandiafrutescens(L.)R.Br. 165 UrticaurensL. 166 Introduction 209 Compoundspresentinplantstraditionallyusedfor Antibacterialpropertiesofdifferentmedicinalplants woundhealinginSouthAfrica 166 fromPakistan 210 Aloespecies 166 Conclusion 232 Elephantorrhizaelephantina 167 References 232 vii Contents 7. Medicinal plants used as antidiarrheal TraditionaluseofmedicinalplantsinWest agents in the lower Mekong basin 235 Africa 269 Plantextractsandplantcompoundsvalidatedby Franc¸oisChassagne invitroand/orinvivoapproach 270 Invitroantimalarialevaluationof Introduction 235 plantextracts 272 Traditionalmedicinefordiarrhealdiseasesinthe Invivoantimalarialevaluationof MekongBasin 237 plantextracts 273 Theroleoftraditionalmedicineinthe Invitroandinvivoevaluationofantimalarial managementofdiarrhea 237 compounds 273 Theculturalbeliefsystemofpeoplelivingin Clinicaltrialsinhumansfortheevaluationof theMekongarea 238 antimalarialplantsandcompounds 295 Pharmacologicalvalidationofplants ThecaseofArtemisiainWestAfrica 298 usedfordiarrhea 239 Conclusion 300 Modelsassessingtheeffectofplantsonthesigns References 300 andsymptomsofdiarrhea 240 Antidiarrhealeffect 240 Spasmolyticactivity 240 Modelsassessingtheantimotilityandantisecretory II activities 241 Antimotilityactivity 241 Medicinal plants as anti-infectives: Antisecretoryactivity 241 recent innovations Modelsassessingtheantiinfectiveproperties 242 and regulations Antibacterialactivity 242 Antiviralandantiparasiticactivity 243 Othermodels 243 9. Mycobacterial quorum quenching and Medicinalplantsusedfordiarrheainthelower biofilm inhibition potential of Mekongbasin 243 medicinal plants 309 Literaturesearchmethodology 243 Overviewofthedataset 244 JonathanL.Seaman,CarelB.Oosthuizen,LydiaGibango andNamritaLall Discussionofsomeselectedplantspecies 248 Psidiumguajava 248 Introduction 309 Chromolaenaodorata 249 Significanceofquorumquenchingresearch 311 Alstoniascholaris 250 Currentstateofquorumquenchingresearch 312 Alliumsativum 250 Quorumsensingversusquorumquenching 315 Centellaasiatica 251 Biofilms 315 Punicagranatum 251 Backgroundonbiofilms 315 Caesalpiniasappan 252 BiofilmsandMycobacteriumtuberculosis 317 Mangiferaindica 252 Virulencefactors 319 Holarrhenapubescens 253 Backgroundonvirulencefactors 319 Oroxylumindicum 254 VirulencefactorsandMycobacterium Conclusion 254 tuberculosis 319 References 255 Medicinalplantsasquorumquenchingagents 321 Medicinalplantsandmycobacterialquorum 8. Medicinal plants from West Africa used quenching 322 as antimalarial agents: an overview 267 Phytochemicalsusedinbacterialquorum quenching 326 Agne`sAubouy,AissataCamaraandMohamedHaddad Conclusion 329 Introduction 267 References 329 viii Contents 10. Untargeted metabolomics for the study 12. Fungal endophytes: a source of of antiinfective plants 335 antibacterial and antiparasitic compounds 383 JoshuaJ.Kellogg RominaPacheco,SergioOrtiz,MohamedHaddad Introduction 335 andMariekeVansteelandt Plantsassourcesofantiinfectiveagents 335 Bioassay-guidedfractionation 336 Introduction 383 Metabolomics 336 Currentsituationofmicrobialinfections 383 Methodsofdetection 338 Microbialnaturalproductsassourcesof Dataanalysis 339 newdrugs 384 Biochemometrics 339 Endophyticfungi 385 Metabolomics-drivenantiinfectivediscovery Antimicrobialcompoundsfrom fromplants 340 endophyticfungi 388 Challengesandfuturedirections 345 Antibacterialcompounds 388 Metabolomecoverage 345 Antivirulencecompounds 404 Annotation/identification 349 Antiparasiticcompounds 405 Synergy 352 Discussionandconclusion 425 Conclusions 352 References 428 References 353 13. Antiviral potential of medicinal plants: a case study with guava tree against dengue 11. Value chains and DNA barcoding for virus using a metabolomic approach 439 the identification of antiinfective medicinal plants 361 ThomasVial,ChiobouaphongPhakeovilay,SatoruWatanabe, KittiWingKiChan,MinhuaPeng,EricDeharo,Franc¸oisChassagne, SeethapathyG.Saroja,RemyaUnnikrishnan,SanthoshKumarJ. SubhashG.VasudevanandGuillaumeMarti Urumarudappa,XiaoyanChenandJiangnanPeng Introduction 439 Introduction 361 Denguedisease 439 TaxonomyandDNAbarcoding 361 Conventionaltreatment 441 Infectiousdiseasesandantiinfective Medicinalplants 442 plants 362 Casestudy:metabolomicsrevealantidengue Herbalproducts,commercialization, compoundsisolatedfromPsidiumguajava 442 andqualityissuesofantiinfective Introduction 442 plants 363 Objectives 445 Advancementsinqualitycontrol Results 445 methods 363 Discussion 451 Materialsandmethods 365 Materialsandmethods 452 Resultsanddiscussion 365 Acknowledgments 455 Embeliaribes—anthelminticplant 365 References 455 Swertiachirayita—antiviralplant 367 Picrorhizakurroa—antiviralplant 369 14. How history can help present research Parispolyphylla—anthelminticplant 370 of new antimicrobial strategies: the case of Saussureacostus—anthelminthic/antiparasitic cutaneous infections’ remedies containing plant 372 Syzygiumaromaticum—antimicrobial metals from the Middle Age Arabic plant 373 pharmacopeia 459 Andrographispaniculata—antimicrobial Ve´roniquePitchon,EloraAubert,CatherineVonthron plant 374 andPierreFechter Futureperspectives 375 References 376 Introduction 459 ix Contents BriefhistoryofArabicmedicine 460 16. Selecting the most promising local PrinciplesofArabmedicine:theoretical treatments: retrospective aspects 461 treatment-outcome surveys and Arabsourcesofpharmacology:theaqra¯ba¯dh¯ın, reverse pharmacology 501 aconstitutedliterature 462 Cutaneousinfectionsandmedications 463 Joe¨lleHouriet,Jean-LucWolfenderandBertrandGraz Thespecificityofskinandeyediseasesinthe Introduction 501 pharmacopeiasandthenatureofthe Clinicalefficacy 503 diseasestreated 463 Reversepharmacologyapproach 504 Plantsandmetalsusefulforskin Step1:Retrospectivetreatmentoutcome diseases 464 study 505 Toxicityofmetals 468 Renewedinterestinmetal(cid:1)organic Steps2and3:clinicalevaluations 508 Step4:Laboratorystage 509 moleculecombinations 470 Newandpromisingapproachesforthelaboratory Elementarymetalparticle 470 stageinareversepharmacologyapproach 510 Organometallicmolecule 472 Changesofparadigms 511 Metalnanoparticles 473 Characterizationofplant(cid:1)metal Pharmacokinetics 513 Modelstostudyabsorptionand combinations 474 biotransformationofnaturalproductsand Conclusion 475 herbalpreparations 514 References 475 Decipheringthemodeofactionofherbal preparations:successesandlimitations 516 15. Improved traditional medicine for Examplesofapplicationofmetabolomicstudies infectious disorders in Mali 479 inhuman 517 RokiaSanogo,MahamaneHa¨ıdaraand Casestudy:perspectivesonthePhalerianisidai AdamaDe´nou decoctionstudy 519 Conclusionandperspectives 520 Introduction 479 Acknowledgments 522 Generalinformationonimprovedtraditional References 522 medicines 480 Definition 480 17. Nagoya Protocol and access to Regulatoryframework 480 genetic resources 529 Categoriesofimprovedtraditional medicines 481 BrunoDavid MarketingauthorizationfilesforITMs inMali 481 Introduction 529 HistoricaldevelopmentofITMsinMali 484 Historyandevolutionofconcepts 529 ITMsinthemanagementofinfectious Developmentofenvironmental diseases 484 awareness 529 ITMsforthemanagementofmalaria 485 Conceptofbiodiversity 530 ITMforthemanagementofdysentery 489 TheConventiononBiodiversity 531 ITMforthemanagementofviral ProblemsleftunsolvedbytheCBD 533 hepatitis 490 TheNagoyaProtocol 534 ITMforthemanagementofgastriculcer Thenationalbiodiversitylegislations 536 associatedwithHelicobacterpylori 491 Practicaladvice 538 ITMforthemanagementof Discussion 540 dermatosis 492 Nonstabilizedandheterogeneous Conclusionandperspectives 493 regulations 540 IndexofITMs 494 Ambiguities 541 References 494 Someparadoxicaleffects 543
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