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OVERVIEWofOurScience:

Brushingasidecenturiesofhomeremediesandprimitivesciencewhereharshandoftenineffectivechemicalswereusedforhygiene,sanitationandgeneralcleanup,thispaperintendstounveilanewandexcitingbodyofknowledgeinthefightofcellwallstructures.

Nearly200yearsagotwoscientists,MatthiasJakobSchleidenandTheodorSchwannfirstobservedthatalllivingtissueismadeupofcells.In1839,Schwannpublished"MicroscopicInvestigationsontheAccordanceintheStructureandGrowthofPlantsandAnimals."Hisworkwasthefirstpublicstatementofcelltheory,namely,thatcellsmakeupalllivingthings.

Scientistsapproachedthenewworldofcellularbiologywithunbridledpassion,andtheycommencedextensivetestingonalevelthatwaspreviouslyunheardof—allinsearchofthepropertiesofvariouschemicalsandtheireffects.Ofinteresttoourimmediatediscussionisthetestingthatwasdonetofirmlyestablishchlorineasauniversalsanitizer,areputationthathassurvivedtothisday.Likeotherchemicals,thescientistsoflongagoalsoobservedthatinadditiontoitsgreatdiseasefightingproperties,chlorinecouldbeusedasaweaponofwar.

Cellularresearchcontinued.Welearnedaboutpathogens,specificdiseases,viruses,moldsandfungusesanddiscoveredmoreabouttherelationshipofchemistrytocells.Thedevelopmentofchemicalscontinuedtoexpandanditwasnotlonguntilsciencerealizedthatchemicalsalltoooftenhaveadangeroussideeffectonhumans,plantsandanimals.

Frustratedbythedualnatureofmanychemicals,confoundedbytheircontrastingbrightandseeminglyinevitabledarkanddangeroussideeffects,scientistsbegantolongforanenduring,simplefixtotheseproblems.

“Therehastobeanewsubstancethatwehavenotfound,”manyreasoned.“Therehastobeasolutionforboththemedicalandtheindustrialfieldstoeliminate,onceandforall,thepathogenicorganismsandbacteriathatcausedisease,foulodors,hazardouswasteandenvironmentaldangers—anewsubstancewithnodarkordangeroussideeffectsandoneforwhichpathogenswillnotdevelopresistance.”

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AGRIX365ISNEWSCIENCE

Ourscienceinvolvesanewwayoflookingatthebuildingblocksoflifeandanewwayofthinkingabouthowlivingorganismsareaffectedbyvariouselementsintheenvironment.Ournewapproachinvolvesnovelwaysofenhancing,controllingandmanipulatingthebuildingblocksofcellsforpositiveandpredictableresults.Ourchemistshaveuncoveredmanymysteriesandcrackedcodesthatwerethoughttobeimpossible,givingustheabilitytounravelthestrandsofcountlessproteinsinordertostopandinmanycasesrepairthedamagedonetohealthycells.

Aplantbasedproductthatourresearchteamdevelopedusingwhatnaturegivesusinmanyessentialoilsandestersofplantstocreateauniqueformulationthatweconsideratradesecretofhowweareabletobondthem.

AGRIX365involveswhatwebelievearetheearliest,originalandnaturallyoccurringkeys,orwhatwecallprotokeysandprotocatalystsfromplants,thatallowproteinmoleculestobeopened,thusallowingotheragentstomanipulatetheprotein,andfortheveryfirsttime,tobreakdownthecellwalloftheproteinmoleculeandreduceittoitsbasicelements.Whilethekeysandcatalystshaveexistedsincethedawnofcreation,theprocesswherebythesekeysbecameactivatedisnew—totallynewandnothinglessthanrevolutionary.

AGRI X365 is changing how we look at the world around us. Through our formulations we aim to eliminate harmful, caustic and acid-based chemicals from the workplace and the home, and eventually replace them with safe, natural products that are in derived from plant derivatives known as esters.

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Ourproductisuniqueinthatthisformulationisnotablendofjustessentialoils,butit’sabouttheuniquenessofpreparationoftheestersandtheprocessitselfthatwhenwecreateourproprietaryformulathatitgoesthroughareactionduringourspecialprocessthatitistonotjustablendbutthroughthisreactionitbecomesitsownuniquemolecule.

WHATAREPROTEINS

Proteinsarelarge,complicatedmolecularstructuresthatdotheworkincells,andwithoutthemourbodytissuesandorganswouldhavenostructure.Withoutproteins,ourcellscouldnotfunction,andorganswouldceasetooperate.

Hundredsandthousandsofaminoacidsfrom20differentbasicaminotypesarerequiredtobuildasingleprotein,andtheseacidsareboundtooneanotherinlongchains,inspecificsequencesthatdeterminetheuniquethree-dimensionalstructureandfunctionofeachprotein.

THEROLEOFAGRIX365INRELATIONTOPROTEINS

Whatroledoesproteinsplayinthenatureofdisease,decay,odor,pollution,waste,etc.?

ProteinsarederivedfromDNAsourceswheretheDNAmoleculeisunraveledatkeylocations.Afterpairingofthousandsofaminoacids,theproteinsaresplitoff,andareusedfordifferingpurposes.Someproteinstransportionsacrossthecellmembrane,whileothershelptransportwastes.Someactlikegluetoholdcertaincompoundstogethertokeepthecellstructureintact.

DiseasedcellsoftenharborimproperproteinsduetodamagedDNAinthesenseofapathogenorviralinfection.VirusesarestraystrandsofDNAthatbehavelikealivingorganismswhentheycrossthecellwallbarrier,andthenstartreplicatingthemselves.Diseasedcellsoftenhaveproteinsthatwilltransportpoisonsintothehealthycell,aswellasproteinsthatprotrudethroughthesidewallsofthecell.

Proteinsleftoverfromdeadcellshaveaminoacidsthatcontainsulfur,whichcertainbacteriauseasfood,producingfoulsmellingsubstancesknownasmercaptansandhydrogensulfides(H2S).Proteinaceouswastematerialsaresomeof the hardest substances to control as they grow bacteria faster than most other materials.

HOWOURFORMULATIONSAFFECTPROTEINS

Ourplantbasedformulascatalyticallydegradeproteinsandbreakchemicalbondswithinthataminoacidstructurethatholdthemtogether.Whenproteinsmakeupthesurfaceofthecelloforganisms,ourformulawilldegradethesurfaceofthecellandcausethecelltobecompromised.Surprisingly,asifbysomemiracle,thisprocessisselectiveviathesaltmarkerwithintheproteinitself.Thisprocessisbasicallythesameinsidethehumanbodyaswellasoutsideinanindustrialenvironment.

ISTHERE“GOODANDBAD”PROTEINS?

Yes,therearegoodproteinsthatservestosupportcellfunctionandbadproteinswhichisnamelyproteinthathasbeenproducedbyapathogenorvirusthatdoesnotproperlyserveacell’sneedsandinfectsthecell’s DNA. Bad proteins can mean death to a cell or cause the cell to mutate and overproduce itself—otherwise known as cancer.

Whyisalltheaboveimportant?Itisimportantbecauseproteinsareverydifficulttocontrol.

Onceavirusentersacell,iteitherdestroysthecellovertime,orleavesthecellweakuntiltheforeignproteinisdestroyed.Anti-viralmedicationsarerareanddifficulttomanufacture,andmustbespecifictotheviralstrainthatneedstobekilled.AGRIX365candestroystrangeproteinswithoutbeingquicklyusedup,thusreturningweakcellstoahealthystatusandpreventingpropagationofvirusstrainsandunhealthybacteria.

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Inanutshell,AGRIX365reactswiththeunhealthyproteinsandpreventsharmtohealthycellsallbyrecognizingthesaltbasemarkerwithinthatprotein.Theseproteinsthatdonothaveasaltbasecannotputuparesistancetoourformulation;andunliketheold“wonderdrugs”thathavelosttheirefficacybecausevirusesandpathogensbuildanimmunitytothem,whenAGRIX365basedformulationsworktheyalwayswork.

UNDERSTANDINGTHEROLEOFSALTASABONDINGAGENTINPROTEINS

Cellsuseproteinsasnutrienttransportsystemstoimportfood,vitamins,mineralsandoxygenintothecellandexportcarbondioxideandwastesoutofthecellularprocesses.Mammals,fishandreptilesusesimilarprocessestocreateanduseenergyfromfood,whileprocessingionsandoxygenforuseincellularrespirationandreplication;andorganismsofthesekindshavespecialpurposesbutasorgansystemsallaredesignedtoworktogetherforthebestoftheanimal.

Plantshavesimilarnutrienttransportsystems,withsomedifferencesinrespirationsystemsthatworktogetherforthehealthoftheplant.Incontrasttotheseprocessesaresystemsthatworkonlyforthemselves,suchassinglecellorganisms.Someofthesebacteria,yeasts,andmoldsusedifferentchemicalprocessesforrespirationandhavedifferentcellularstructures.Suchopportunisticorganismsusewasteproductsandothersourcesoffoodtolive.Theyoftenhavedifferentcellularstructuresanddifferentcellwalls.

Unhealthycellsandcertainpathogenicbacterianormallyhaveonethingincommon:extraneousproteins.ForAGRIX365,theextraneousproteinsappearasreactantsthattheformulacandevourandtherebyneutralize.

AGRIX365recognizeswhetherthecellhasasaltmarkerornot.Ifthecelldoesnothaveasaltmarkeritwillbreakthebondsoftheaminoacidsmakinguptheproteinsthatholdittogetherandifitdoeshaveasaltmarker(healthycells),itwillstrengthentheproteinsthatcellwallconsistsofimprovingthehealthofthatcell.

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MELTINGPROTEINS

Howdowemeltproteins?Meltisactuallyapoorchoiceofwordsbecausewedon’tmeltit,webreakdownitscellstructureoftheaminoacidsbondingtheprotiens,but“melt”isthesimplestforminwhichtoexplainandforpeopletoeasilygraspwhathappens.

Proteinsareverylongchainmolecules,solongthattheyonlybehaveassolidswhentheyaredissolvedinwaterorbodilyfluids—andaccordinglytheymustbedecreasedinchainlengthtodissolvetheproteinscompletely.Proteinsareoftenstructural,providingthegluethatholdsthingstogether.Breakingthisgluewhenitdoesnotdissolveisajobthatscientistspreviouslythoughtcouldonlybedonebyenzymes.Forinstance,removingabloodstainfromclothingrequiresadetergentwithenzymesthatwillbreakdowntheproteinsinthecongealedblood—becauseagain,itcannotdissolvewithoutfirstbreakingdown.AGRIX365formulationsareuniqueintheirabilitytobehavelikeenzymesandcarryouttheproteinmeltingprocess.

“Meltingproteins”again,isafigureofspeech,astechnicallyproteinsdonotmeltperse,butsimplythebondholdingittogether(thecellwall)degradestothepointthatitisnolongerthecellitwas.Proteinsmustbelysed“chemicallymodified”andadhesionsbrokeninordertobedegraded.Normally,specificenzymesmustbeaddedtoachieveanyproteindegradation.Historically,chemicalshavenotbeenaviableoptioninproteindegradation,andthustheabilityofNewTeran’sresearchandthedevelopmentofourproductsrepresentanhistoricmilestoneinthehistoryofchemistry.Ourbreakthroughabilityto

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breakdowntheaminoacidstructurethatrepresentthecellwallsinproteinsallowsourformulationstomanipulate,controlandcorrectcellsandtheiractivities.

WhatdoesitmeanwhenwesaythatAGRIX365“opens”theproteinmolecule?Proteinmoleculesareoftenboundtogetherwithlinkingpairsofaminoacidsandimmobilesulfurbonds.Ourformulationsbreakthesulfurbondsrenderingthemreactivesothatotherenzymescanbreakdowntheaminoacidsthatarenolongerlinked.Ourformulationsalsocatalyticallybreakdownproteinslikeanenzyme,withinsitureactantmatricesthatencourageregenerationofthehealthycellsandbreakuptheaminoacidchainofunhealthycellsallbyrecognizingthismarker.

THEVALUEFORFOODPROCESSING

WhatdoesmeltingproteinbondsmeanfortheFoodProcessingIndustry?AGRIX365formulationswillhaveahugeimpactonthefoodindustry.ImagineaworldwerepathogenssuchasE.coli,Campylobacter,Listeria,Salmonellatomentionafewwerenolongerathreattothefoodindustry!

AGRIX365wasdesignedtokillpathogens,moldsandvirusesandhasbeenconfirmedbymultipletopresearchfacilitiesintheU.S.asdoingso.Thisispossiblebecausepathogensdonothaveasaltbasistotheirbondasacellstructure.WhenpathogenscomeincontactwithourAGRIX365formulationseveninadilutedstate,thecellwallthatholdsthestructureofthepathogentogetherisbrokendown(melted)completely.Whenthefoundationforthecell(thecellwall)thatbondsthestructuretogethertomakeitwhatitis,isbrokendown,thereisnofoundationtoholdthecelltogethersoiteitherreturnstoitsbasicelementorinthecaseofpathogensthereisnobasicelementsoitisthereforedissolvedcompletely.ThusfarALLpathogensthathavebeentestedwithAGRIX365havebeencompletelydestroyedwithinminutestoamaximumof48hours.Thepartthathasbaffledmanyscientistsmindisthatinallcasestodatethisprocesshasleftzerobackgrounddebrisofthepathogentoevaluate.