




BulkSelankpeptideisasyntheticpeptidethatispopularinthenootropicmarketin recentyearsduetoitsnumeroushealthbenefitsBulkSelankwasdevelopedbythe InstituteofMolecularGeneticsoftheRussianAcademyofSciences.TheRussian nameofSelankpeptideisCеланк.
PeptideSelankpowderisasyntheticpeptidederivedfromtuftsinthatwasfirst discoveredin1983,andnamedafter“TuftsUniversity”
Selankpeptideisasyntheticcompoundderivedfromthenaturallyoccurring tetrapeptidetuftsin,whichisessentialforregulatingtheimmunesystem.Selankhas gainedpopularityforitsvarioushealthbenefits,includingenhancingcognitive function,reducinganxietyandstress,improvingmoodandsleep,andboostingthe immuneresponse.
Oneoftheprimarybenefitsofselankisitsabilitytoreduceanxietyandstresslevels ItachievesthisbystimulatingGABAreceptors,whichpromoterelaxationand calmnesswhilereducingtensionandrestlessness.Additionally,selankhelpsregulate cortisollevelsinthebody,whichareresponsibleforinducingstressresponses.
Furthermore,selankmaycontributetoimprovedmentalclarityandfocus,aswellas promotingbettersleepquality.Itisworthnotingthatwhileselankhasbeen approvedforuseinsomecountrieslikeUkraineandRussiafortreatinggeneralized
anxietydisorder(GAD),itremainsoutsidethesupervisionandregulationoftheFood andDrugAdministration(FDA)intheUnitedStates.
Tuftsinwasfirstdiscoveredin1983,isanendogenouspeptidewhichisanaturally occurringcompoundinthehumanbody,thatalsoshowsanxiolyticeffects.Tuftsin peptidewasnamedafter“TuftsUniversity”.
Usually,theamountandconcentrationofthenaturaltuftsinpeptideinourbodies areminimal.However,whenthebodyisunderstress,itreleasesmoretuftsintosettle downthestressorandcalmthebody
Unfortunately,thelifespanoftuftsinisveryshort,nomorethanseveralminutes, meaningitseffectsonournervoussystemistransient.Toprolongtheeffectsof tuftsin,scientistsareworkingonanothersyntheticpeptidethatmimicsitbutwith higherstability.ThatisSelankpeptide.
Clinicalstudieshaveshownthesimilarityofthespectrumofphysiologicaleffectsof Selankandclassicalbenzodiazepines,suchasdiazepamandphenazepam.These datasuggestthatthereisasimilarbasisoftheirmechanismofaction.Hereishow doesthenootropicpeptideSelankwork.
Fromapurelypharmacologicalstandpoint,peptpideselankmimicsalotofthe effectsoftuftsinwhichistheendogenouspeptideitisbaseduponTheseeffects includethebalanceofThelpercellsandthemodulationoftheexpressionof Interleukin-6.
Additionally,thereisevidencethatsuggestsnootropicselankmaymodulatethe expressionofbrain-derivedneurotropicfactor(BDNF).
ReferencedCitations
[1]UchakinaON,UchakinPN,MiasoedovNF,AndreevaLA,ShcherbenkoVE,Me zentsevaMV,etal.(2008)."[Immunomodulatoryeffectsofselankinpatientswi thanxiety-asthenicdisorders]".ZhurnalNevrologiiIPsikhiatriiImeniS.S.Korsak ova.108(5):71–75.PMID18577961
[2]NarkevichVB,KudrinVS,KlodtPM,PokrovskiĭAA,KozlovskaiaMM,Maĭskiĭ AI,RaevskiĭKS(2008)"[Effectsofheptapeptideselankonthecontentofmono aminesandtheirmetabolitesinthebrainofBALB/CandC57Bl/6mice:acom parativestudy]".Eksperimental'naiaiKlinicheskaiaFarmakologiia.71(5):8–12.P MID19093364
[3]SemenovaTP,KozlovskiĭII,ZakharovaNM,KozlovskaiaMM(August2010)." [Experimentaloptimizationoflearningandmemoryprocessesbyselank]".Eksp erimental'naiaiKlinicheskaiaFarmakologiia.73(8):2–5.PMID20919548
[4]SemenovaTP,KozlovskiĭII,ZakharovaNM,KozlovskaiaMM(2009)"[Compari sonoftheeffectsofselankandtuftsinonthemetabolismofserotonininthe brainofratspretreatedwithPCPA]".Eksperimental'naiaiKlinicheskaiaFarmakol ogiia.72(4):6–8.PMID19803361
[5]InozemtsevaLS,KarpenkoEA,DolotovOV,LevitskayaNG,KamenskyAA,An dreevaLA,GrivennikovIA(2008)."IntranasaladministrationofthepeptideSela nkregulatesBDNFexpressionintherathippocampusinvivo".DokladyBiologi calSciences421:241–243doi:101134/s0012496608040066PMID18841804S2 CID40709909
[6]KostNV,SokolovOI,GabaevaMV,GrivennikovIA,AndreevaLA,Miasoedov
NF,ZozuliaAA(2001)."Semaxandselankinhibittheenkephalin-degradingenz ymesfromhumanserum".BioorganicheskaiaKhimiia(inRussian).27(3):180–1 83doi:101023/A:1011373002885PMID11443939S2CID26029820
[7]Solov'evVB,GenginMT,SollertinskaiaTN,LatynovaIV,ZhivaevaLV(2012)" [Effectofselankonthemaincarboxypeptidasesintheratnervoustissue]"Zh urnalEvoliutsionnoiBiokhimiiIFiziologii(inRussian).48(3):254–257.PMID22 827026
[8]SarkisovaKI,KozlovskiĭII,KozlovskaiaMM(2008)."[Effectsofheptapeptides elankongenetically-basedandsituation-provokedsymptomsofdepressionin behaviorinWAG/RijandWistarrats,andinBALB/cmice]".ZhurnalVyssheiNe rvnoiDeiatelnostiImeniIPPavlova(inRussian).58(2):226–237.PMID186617 85
[9]“СЕМАКС:лекарственноесредствоширокогоспектрадействияэффективн ыйстимуляторнервнойсистемы”[SEMAX:abroad-spectrumdrugeffectives timulantofthenervoussystem].InstituteofMolecularGenetics(inRussian).M oscow.Archivedfromtheoriginalon2011-07-22
[10]Solov’evVB,GenginMT,SollertinskaiaTN,LatynovaIV,ZhivaevaLV(2012). “[Effectofselankonthemaincarboxypeptidasesintheratnervoustissue]”. ZhurnalEvoliutsionnoiBiokhimiiIFiziologii(inRussian)48(3):254–257PMID 22827026
[11]KorneevEA,KazakovaTB(1999).“Currentapproachestotheanalysisofth eeffectsofstressonmetabolicprocessesincellsofthenervousandimmune systems”.Med.Immunology.1(1–2):17–22
[12]DolotovOV,KarpenkoEA,InozemtsevaLS,SeredeninaTS,LevitskayaNG,R ozyczkaJ,etal.(October2006).“Semax,ananalogofACTH(4-10)withcogniti veeffects,regulatesBDNFandtrkBexpressionintherathippocampus”.Brain Research1117(1):5460doi:101016/jbrainres200607108PMID16996037S2CI D27592503
[13]EreminKO,KudrinVS,GrivennikovIA,MiasoedovNF,RayevskyKS(2004).E
ffectsofSemaxondopaminergicandserotoninergicsystemsofthebrain.Dokl adyBiologicalSciences.394(1–6):1–3.doi:10.1023/b:dobs.0000017114.24474.40. PMID15088389S2CID12955434
[14]Jumpupto:abEreminKO,KudrinVS,SaransaariP,OjaSS,GrivennikovIA, MyasoedovNF,RayevskyKS(December2005)“Semax,anACTH(4-10)analogu ewithnootropicproperties,activatesdopaminergicandserotoninergicbrainsy stemsinrodents”.NeurochemicalResearch.30(12):1493–1500.doi:10.1007/s1 1064-005-8826-8.PMID16362768.S2CID38202287
[15]PaeCU(January2008).“Therapeuticpossibilityof“Semax”fordepression” . CNSSpectrums.13(1):2021.doi:10.1017/S1092852900016102.PMID18204410