function FileData_Pairs(x)
{
x.t("four","equal");
x.t("four","right");
x.t("four","distinct");
x.t("four","rods");
x.t("four","faces");
x.t("equal","axes");
x.t("equal","number");
x.t("equal","length");
x.t("equal","square");
x.t("equal","sides");
x.t("centers","align");
x.t("active","substance");
x.t("active","power");
x.t("active","process");
x.t("serves","balance");
x.t("shortest","dimension");
x.t("nanostructures","consist");
x.t("moisture","simulate");
x.t("composition","properties");
x.t("composition","sample");
x.t("composition","structure");
x.t("composition","elements");
x.t("liquid","dissolves");
x.t("liquid","within");
x.t("liquid","normal");
x.t("liquid","gas");
x.t("liquid","encapsulation");
x.t("liquid","colloid-sol");
x.t("liquid","gel");
x.t("liquid","phases");
x.t("liquid","dispersion");
x.t("liquid","fullerene");
x.t("liquid","medium");
x.t("liquid","solid");
x.t("liquid","phase");
x.t("liquid","complement");
x.t("atoms","molecule");
x.t("atoms","molecules");
x.t("atoms","documented");
x.t("atoms","per");
x.t("atoms","radicals");
x.t("atoms","comprising");
x.t("solute","dispersion");
x.t("solute","dissolved");
x.t("co-stimulatory","molecules");
x.t("non-covalent","interactions");
x.t("non-covalent","binding");
x.t("fluid","continuous");
x.t("fluid","state");
x.t("fluid","fluid-gas");
x.t("fluid","gaseous");
x.t("characterizes","secondary");
x.t("lc50","concentration");
x.t("heart","vascular");
x.t("stroke","joint");
x.t("nuclide","attached");
x.t("example","2-fluoro-2-deoxy-d-glucose");
x.t("amino","nitrogen");
x.t("amino","acids");
x.t("amino","acid");
x.t("particularly","amount");
x.t("particularly","rates");
x.t("probe","label");
x.t("probe","general");
x.t("label","viral");
x.t("proceeding","official");
x.t("complex","organic");
x.t("root","mean");
x.t("root","arithmetic");
x.t("unlike","enzymes");
x.t("dissolves","capable");
x.t("congruent","square");
x.t("axes","right");
x.t("slender","fiber");
x.t("slender","bar");
x.t("slender","cylindrical");
x.t("shaped","spheroid");
x.t("method","indication");
x.t("method","entails");
x.t("method","process");
x.t("method","used");
x.t("study","properties");
x.t("study","scfv");
x.t("study","mechanisms");
x.t("study","animal");
x.t("human","diseases");
x.t("human","subjects");
x.t("human","iga1");
x.t("human","subclass");
x.t("human","origin");
x.t("human","animal");
x.t("possible","electron");
x.t("possible","amount");
x.t("possible","values");
x.t("construct","closed");
x.t("construct","extends");
x.t("construct","clinical");
x.t("indicator","granulopoiesis");
x.t("provide","amazingly");
x.t("provide","information");
x.t("properties","fluid");
x.t("properties","construct");
x.t("properties","parameter");
x.t("properties","sample");
x.t("properties","chemical");
x.t("properties","reproducibility");
x.t("properties","polyvalent");
x.t("properties","surface");
x.t("properties","activities");
x.t("properties","entity");
x.t("properties","nanoparticle");
x.t("monomer","found");
x.t("monomer","chemical");
x.t("cytokines","derived");
x.t("cytokines","chemokines");
x.t("glands","cytotoxic");
x.t("signifies","user");
x.t("monodispersity","molecules");
x.t("dissimilar","exposed");
x.t("immunoglobulin","antibody");
x.t("immunoglobulin","entities");
x.t("immunoglobulin","secreted");
x.t("immunoglobulin","isotype");
x.t("immunoglobulin","subclass");
x.t("structural","components");
x.t("structural","type");
x.t("structural","chemical");
x.t("structural","damage");
x.t("nanometer","statc");
x.t("nanometer","range");
x.t("nanometer","shorter");
x.t("nanometer","square");
x.t("malleability","luster");
x.t("capturing","images");
x.t("institute","cell");
x.t("placed","external");
x.t("determined","analytical");
x.t("determined","monitoring");
x.t("determined","genome");
x.t("wavelength","range");
x.t("wavelength","incident");
x.t("spectrometer","back");
x.t("spectrometer","return");
x.t("spectrometer","decay");
x.t("anion","radicals");
x.t("parameter","measured");
x.t("parameter","used");
x.t("2d-parallelogram","quadrilateral");
x.t("right","angles");
x.t("anything","similar");
x.t("necrosis","apoptosis");
x.t("necrosis","pathologic");
x.t("necrosis","pathological");
x.t("balance","favor");
x.t("balance","mitosis");
x.t("measure","ability");
x.t("measure","degree");
x.t("measure","range");
x.t("measure","average");
x.t("measure","dispersion");
x.t("measure","amount");
x.t("measure","distribution");
x.t("rather","x-rays");
x.t("rather","deoxyribose");
x.t("rather","living");
x.t("rather","specialized");
x.t("digital","object");
x.t("publisher","chooses");
x.t("publisher","may");
x.t("publisher","administrative");
x.t("editors","conversion");
x.t("editors","given");
x.t("entrapment","molecular");
x.t("advantages","smaller");
x.t("role","ige");
x.t("role","initiation");
x.t("role","atopy");
x.t("role","nanoparticle");
x.t("avidity","multiple");
x.t("hydrocarbon-containing","organic");
x.t("spheres","within");
x.t("genus","nonmotile");
x.t("detected","scanner");
x.t("detected","gamma");
x.t("peak1","peak");
x.t("digestion","ingested");
x.t("clot","thrombus");
x.t("ligands","relaxivity");
x.t("pattern","shape");
x.t("compression","tend");
x.t("accelerating","electrons");
x.t("200","nanometers");
x.t("every","cell");
x.t("every","point");
x.t("equatorial","diameter");
x.t("intended","functionality");
x.t("atrophy","serves");
x.t("within","liquid");
x.t("within","few");
x.t("within","substance");
x.t("within","drugs");
x.t("within","living");
x.t("within","material");
x.t("within","biological");
x.t("within","cfu_gm");
x.t("within","category");
x.t("functional","characteristics");
x.t("functional","protein");
x.t("functional","(qualitative)");
x.t("movement","orientation");
x.t("trials","research");
x.t("trials","epidemiologic");
x.t("hormones","produced");
x.t("breaking","chemical");
x.t("full","summary");
x.t("full","amount");
x.t("organic","compounds");
x.t("organic","compound");
x.t("organic","macromolecules");
x.t("clear","detailed");
x.t("hydroxyl","radical");
x.t("hydroxyl","radicals");
x.t("nteraction","virus-infected");
x.t("applied","electromagnetic");
x.t("medical","dictionary");
x.t("quantum","dot");
x.t("dot","quantum");
x.t("dot","nanometer-sized");
x.t("dot","polymer");
x.t("kinetic","energy");
x.t("ultraviolet","invisible");
x.t("ultraviolet","spectrum");
x.t("2d-square","plane");
x.t("3d-polyhedron","solid");
x.t("blood","contact");
x.t("blood","coat");
x.t("blood","supply");
x.t("blood","clotting");
x.t("blood","blood-borne");
x.t("blood","cell");
x.t("blood","cells");
x.t("spaced","sites");
x.t("contact","assays");
x.t("effects","treatments");
x.t("effects","immune");
x.t("effects","characterization");
x.t("effects","something");
x.t("effects","caused");
x.t("delivery","drug");
x.t("delivery","vesicles");
x.t("subclasses","igg1");
x.t("situation","outside");
x.t("preserve","perishable");
x.t("nano","material");
x.t("peaks","extreme");
x.t("evaluating","physical");
x.t("complementary","sequences");
x.t("complementary","monomers");
x.t("cadmium","selenide");
x.t("cadmium","telluride");
x.t("cadmium","toxicity");
x.t("cadmium","sulfide");
x.t("formulation","base");
x.t("tiny","loose");
x.t("solubility","context");
x.t("table","surface");
x.t("having","provided");
x.t("having","highly");
x.t("having","sample");
x.t("having","neither");
x.t("having","six");
x.t("having","fixed");
x.t("b-lymphocyte","response");
x.t("binding/internalization","test");
x.t("divide","repair");
x.t("layer","film");
x.t("layer","diffuse");
x.t("layer","comprise");
x.t("once","activated");
x.t("(mcp)","critical");
x.t("regulator","aimed");
x.t("attraction","dissimilar");
x.t("attraction","attraction");
x.t("attraction","weak");
x.t("attraction","two");
x.t("matter","having");
x.t("matter","solid");
x.t("matter","phase");
x.t("normal","aging");
x.t("normal","room");
x.t("freeze","thaw");
x.t("iga","immunoglobulin");
x.t("iga","iga");
x.t("administered","during");
x.t("administered","peer");
x.t("administered","patient");
x.t("insoluble","water");
x.t("nonmotile","facultatively");
x.t("various","targeting");
x.t("swelling","nuclear");
x.t("(anti-electrons)","within");
x.t("subjected","scrutiny");
x.t("always","involves");
x.t("key","feature");
x.t("required","transition");
x.t("oxidizing","agents");
x.t("moderate","stress");
x.t("weighted","mean");
x.t("deviates","distribution's");
x.t("mechanism","degree");
x.t("angles","2d-ellipse");
x.t("angles","four-sided");
x.t("angles","3d-cylinder");
x.t("angles","square");
x.t("angles","two");
x.t("straight","sides");
x.t("regular","atomic");
x.t("regular","solid");
x.t("regular","polygon");
x.t("perpendicular","magnetic");
x.t("perpendicular","given");
x.t("polar","diameter");
x.t("antibody","fluid");
x.t("antibody","lc50");
x.t("antibody","antibody");
x.t("antibody","molecule");
x.t("antibody","type");
x.t("antibody","binds");
x.t("antibody","fragment");
x.t("antibody","consisting");
x.t("antibody","system");
x.t("antibody","offers");
x.t("foreign","substance");
x.t("foreign","material");
x.t("differentiated","cells");
x.t("responsible","physiological");
x.t("components","quantum");
x.t("components","sample");
x.t("components","contribute");
x.t("components","cell");
x.t("components","(nci)");
x.t("components","living");
x.t("components","deposit");
x.t("components","without");
x.t("components","platelets");
x.t("arguments","result");
x.t("ability","magnetic");
x.t("ability","sample");
x.t("ability","fix");
x.t("ability","cell");
x.t("ability","bind");
x.t("ability","quantity");
x.t("defense","provides");
x.t("few","thousand");
x.t("few","minutes");
x.t("parts","sample");
x.t("parts","prefix");
x.t("parts","constituents");
x.t("molecule","monomer");
x.t("molecule","molecule");
x.t("molecule","absorbs");
x.t("molecule","smiles");
x.t("molecule","low");
x.t("molecule","usually");
x.t("molecule","chemical");
x.t("molecule","biotin");
x.t("molecule","interest");
x.t("molecule","similar");
x.t("molecule","x-ray");
x.t("molecule","structure");
x.t("molecule","highly-");
x.t("drug","delivery");
x.t("drug","carriers");
x.t("drug","cellular");
x.t("drug","surface");
x.t("energy","required");
x.t("energy","x-rays");
x.t("energy","emitted");
x.t("energy","transitions");
x.t("energy","shorter");
x.t("energy","transverse");
x.t("energy","storage");
x.t("energy","system");
x.t("energy","nuclear");
x.t("energy","levels");
x.t("energy","agitate");
x.t("energy","gamma");
x.t("energy","difference");
x.t("electrostatic","attraction");
x.t("electrostatic","potential");
x.t("electrostatic","unit");
x.t("absorbed","emitted");
x.t("summary","view");
x.t("summary","characterizations");
x.t("likely","cause");
x.t("depository","short");
x.t("depository","long");
x.t("bases","hydroxyl");
x.t("bases","protein");
x.t("subunit","undergo");
x.t("observed","ascertained");
x.t("favor","former");
x.t("metabolically","active");
x.t("(fdg)","similar");
x.t("extreme","possible");
x.t("nitrogen","second");
x.t("phagosomes","fuse");
x.t("bleeding","disorders");
x.t("bleeding","occurs");
x.t("bleeding","platelet");
x.t("tumors","areas");
x.t("distribution's","standard");
x.t("distribution's","mean");
x.t("spherical","shape");
x.t("spherical","carbon");
x.t("unprocessed","antigens");
x.t("bacterial/yeast/mold","test");
x.t("permanently","established");
x.t("deficiency","electrons");
x.t("coat","thin");
x.t("colloid-emulsion","suspension");
x.t("continuous","liquid");
x.t("continuous","amorphous");
x.t("derived","immune");
x.t("user","read-only");
x.t("user","submits");
x.t("topic","current");
x.t("topic","during");
x.t("current","event");
x.t("stabilize","emulsion");
x.t("gram-negative","require");
x.t("gram-negative","bacteria");
x.t("container","i.e");
x.t("gas","plasma");
x.t("gas","used");
x.t("(heat)","freeze");
x.t("tables","window");
x.t("refers","functional");
x.t("refers","blood");
x.t("refers","ability");
x.t("refers","document");
x.t("refers","degree");
x.t("fluorescein","stretches");
x.t("contaminants","heterogeneous");
x.t("contaminants","submitted");
x.t("vibrational","rotational");
x.t("nature","effects");
x.t("treatments","poisons");
x.t("wt/vol","percent");
x.t("statc","statcoulomb");
x.t("3d-fibril","small");
x.t("fiber","filament");
x.t("polyhedron","having");
x.t("polyhedron","containing");
x.t("substance","fluid");
x.t("substance","example");
x.t("substance","administered");
x.t("substance","physical");
x.t("substance","tends");
x.t("substance","initiates");
x.t("substance","suspended");
x.t("substance","form");
x.t("substance","tendency");
x.t("substance","functions");
x.t("substance","present");
x.t("substance","may");
x.t("substance","(antigen)");
x.t("substance","ready");
x.t("substance","greater");
x.t("substance","emulsion");
x.t("substance","performed");
x.t("substance","generally");
x.t("cytoplasm","including");
x.t("sites","aspect");
x.t("sites","occurs");
x.t("sites","endonucleolytic");
x.t("aspect","ratio");
x.t("granulopoiesis","reconstitution");
x.t("line","permanently");
x.t("nanoscale","entities");
x.t("technologies","study");
x.t("mediators","increase");
x.t("mediators","differ");
x.t("article","subjected");
x.t("article","journal");
x.t("article","summarizes");
x.t("article","publication");
x.t("article","web");
x.t("leading","potential");
x.t("leading","pathogens");
x.t("absorbs","high-energy");
x.t("thaw","act");
x.t("igd","immunoglobulin");
x.t("igg1","igg2a");
x.t("x-rays","provide");
x.t("x-rays","approximately.01");
x.t("x-rays","produced");
x.t("x-rays","similar");
x.t("x-rays","electromagnetic");
x.t("x-rays","gamma");
x.t("goods","depository");
x.t("mri","imaging");
x.t("uses","radiofrequency");
x.t("uses","sound");
x.t("magnetic","field");
x.t("magnetic","compounds");
x.t("magnetic","resonance");
x.t("magnetic","conditions");
x.t("field","spectrometer");
x.t("field","rather");
x.t("field","applied");
x.t("field","prior");
x.t("field","oscillating");
x.t("weight","determined");
x.t("weight","measure");
x.t("weight","indicates");
x.t("weight","sum");
x.t("weight","average");
x.t("weight","divided");
x.t("weight","per");
x.t("peroxide","species");
x.t("subject","given");
x.t("fluorine","atom");
x.t("sequences","(hybridize)");
x.t("equilibrium","value");
x.t("equilibrium","terminal");
x.t("remote","data");
x.t("moles","masses");
x.t("moles","vol");
x.t("boundary","nanoparticle");
x.t("boundary","three-dimensional");
x.t("until","systems");
x.t("kda","kilodaltons");
x.t("weak","attraction");
x.t("center","2d-diamond");
x.t("center","3d-tetrahedron");
x.t("center","object");
x.t("curve","resulting");
x.t("circular","plate");
x.t("circular","cone");
x.t("3d-hexadron","polyhedron");
x.t("bar","3d-sphere");
x.t("physical","properties");
x.t("physical","state");
x.t("physical","connection");
x.t("physical","assay");
x.t("physical","association");
x.t("physical","magnitude");
x.t("physical","biological");
x.t("physical","phenomenon");
x.t("physical","forces");
x.t("serve","drug");
x.t("serve","model");
x.t("antigens","b-lymphocyte");
x.t("antigens","apoptosis");
x.t("support","growth");
x.t("state","having");
x.t("state","matter");
x.t("state","substance");
x.t("state","indication");
x.t("state","certain");
x.t("state","thermal");
x.t("atom","iga");
x.t("atom","directly");
x.t("atom","living");
x.t("atom","hydrogen");
x.t("(subclass)","characterizes");
x.t("(subclass)","isotype");
x.t("ige","immunoglobulin");
x.t("ige","receptors");
x.t("central","role");
x.t("press","refers");
x.t("nonpolar","solvents");
x.t("radiofrequency","waves");
x.t("mitochondria","live");
x.t("mode","modifier");
x.t("mode","value");
x.t("supply","generally");
x.t("positrons","detected");
x.t("positrons","(anti-electrons)");
x.t("nanometer-sized","semiconductor");
x.t("provided","short");
x.t("smiles","strings");
x.t("smiles","specification");
x.t("necessary","record");
x.t("highly","regular");
x.t("dissolve","particular");
x.t("sample","composition");
x.t("sample","determined");
x.t("sample","formulation");
x.t("sample","bacterial/yeast/mold");
x.t("sample","sample");
x.t("sample","nanoparticle-containing");
x.t("sample","pdi");
x.t("sample","synthesis");
x.t("sample","able");
x.t("sample","treated");
x.t("sample","preparation");
x.t("sample","gene");
x.t("sample","characterization");
x.t("sample","exposure");
x.t("sample","microbiological");
x.t("sample","small");
x.t("sample","ultrasound");
x.t("sample","realize");
x.t("sample","enzyme");
x.t("sample","control");
x.t("sample","function");
x.t("sample","contaminated");
x.t("sample","bind");
x.t("sample","interest");
x.t("sample","added");
x.t("sample","physico-chemical");
x.t("sample","raman");
x.t("sample","made");
x.t("sample","concentration");
x.t("sample","undergo");
x.t("sample","interacts");
x.t("sample","modality");
x.t("sample","platelet");
x.t("sample","percentage");
x.t("sample","mitochondrial");
x.t("sample","used");
x.t("sample","chemically");
x.t("sample","nanoparticle");
x.t("sample","attachment");
x.t("encapsulation","activation");
x.t("encapsulation","process");
x.t("type","dna");
x.t("type","indication");
x.t("type","polymer");
x.t("type","function");
x.t("type","protein");
x.t("type","constant");
x.t("type","expression");
x.t("type","tomography");
x.t("programmed","characterized");
x.t("distinctive","characteristics");
x.t("distinctive","morphologic");
x.t("thing","average");
x.t("potent","system");
x.t("expresses","mcp");
x.t("responses","cytokines");
x.t("responses","lymphoid");
x.t("responses","speculated");
x.t("responses","isotype");
x.t("synthesized","secreted");
x.t("synthesized","monomers");
x.t("tree-like","architecture");
x.t("tends","flow");
x.t("(longer-wavelength)","photon");
x.t("igg3","mouse");
x.t("adverse","effects");
x.t("initiates","facilitates");
x.t("neutrons","during");
x.t("antimicrobial","cellular");
x.t("aging","synonymous");
x.t("sugar","glucose");
x.t("quanta","higher");
x.t("solid-granule","small");
x.t("calculations","involving");
x.t("response","foreign");
x.t("response","igm");
x.t("response","recognition");
x.t("response","recognizing");
x.t("response","general");
x.t("response","producing");
x.t("immune","responses");
x.t("immune","response");
x.t("immune","cell");
x.t("immune","non-immune");
x.t("immune","stimuli");
x.t("immune","system");
x.t("dna","bases");
x.t("dna","dna");
x.t("dna","fragmentation");
x.t("dna","long");
x.t("dna","rna");
x.t("dna","possesses");
x.t("dna","template");
x.t("dna","containing");
x.t("fragmentation","internucleosomal");
x.t("suspended","liquid");
x.t("suspended","within");
x.t("suspended","sort");
x.t("suspended","emulsifying");
x.t("suspended","dispersed");
x.t("rings","caspase");
x.t("particles","sample");
x.t("particles","suspended");
x.t("particles","z-score");
x.t("particles","temperature");
x.t("particles","solid");
x.t("particles","used");
x.t("examined","expresses");
x.t("genetic","structural");
x.t("genetic","information");
x.t("photons","ends");
x.t("igg","immunoglobulin");
x.t("time","size");
x.t("time","takes");
x.t("time","lyophilization");
x.t("external","magnetic");
x.t("external","cell");
x.t("external","surface");
x.t("carriers","imaging");
x.t("nanoparticle-containing","sample");
x.t("neutron","scattering");
x.t("2-fluoro-2-deoxy-d-glucose","(fdg)");
x.t("alpha-carboxyl","oxygen-bearing");
x.t("hydrogen-ion","concentration");
x.t("net","nuclear");
x.t("drawings","three-dimensional");
x.t("contribute","function");
x.t("tend","deform");
x.t("i.e","liquid");
x.t("i.e","monomer");
x.t("i.e","cleavage");
x.t("i.e","optical");
x.t("cleavage","breaking");
x.t("cleavage","regularly");
x.t("cleavage","bond");
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x.t("lipids","insoluble");
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x.t("molecules","spect");
x.t("molecules","release");
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x.t("rna","dna");
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x.t("rna","nucleic");
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x.t("isotype","genetic");
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x.t("isotype","fixing");
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x.t("whose","base");
x.t("whose","opposite");
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x.t("apoptosis","cell");
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x.t("upon","size");
x.t("upon","chemical");
x.t("upon","emission");
x.t("upon","material");
x.t("upon","differential");
x.t("upon","nanoparticle");
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x.t("greater","amount");
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x.t("event","electromagnetic");
x.t("pseudomonas","neisseria");
x.t("bodies","molecule");
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x.t("iga1","iga2");
x.t("e.g","hydroxyl");
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x.t("together","site");
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x.t("offspring","protein");
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x.t("made","bone");
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x.t("concentration","chemical");
x.t("concentration","concentration");
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x.t("concentration","hydrogen");
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x.t("concentration","quantity");
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x.t("iga2","igd");
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x.t("semiconductor","material");
x.t("semiconductor","particle");
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x.t("relaxation","rate");
x.t("relaxation","rates");
x.t("z-score","measurement");
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x.t("mechanisms","human");
x.t("mechanisms","cell");
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x.t("organism","vivo");
x.t("organism","e.g");
x.t("organism","physiological");
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x.t("imaging","agents");
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x.t("imaging","nanoparticles");
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x.t("imaging","agent");
x.t("imaging","(mri)");
x.t("fragment","antibody");
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x.t("include","functioning");
x.t("include","lymphocytes");
x.t("layers","lipid");
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x.t("amount","substance");
x.t("amount","mixture");
x.t("amount","extent");
x.t("amount","sonication");
x.t("amount","value");
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x.t("alpha-l-amino","acids");
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x.t("alter","behavior");
x.t("2nd","pp693-5");
x.t("stern","layer");
x.t("tools","terms");
x.t("similar","human");
x.t("similar","complementary");
x.t("similar","dna");
x.t("similar","shape");
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x.t("tissue","turnover");
x.t("tissue","cell");
x.t("tissue","positron");
x.t("tissue","imaging");
x.t("tissue","location");
x.t("tissue","containing");
x.t("tissue","cells");
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x.t("main","sections");
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x.t("named","buckminster");
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x.t("value","time");
x.t("value","occurs");
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x.t("value","relaxation");
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x.t("sterol","growth");
x.t("far","direction");
x.t("far","red");
x.t("additional","components");
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x.t("specific","antigen");
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x.t("charge","franklin");
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x.t("polyvalent","array");
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x.t("involves","spatial");
x.t("involves","temporary");
x.t("involves","initiation");
x.t("re-emits","lower-energy");
x.t("several","smaller");
x.t("several","stable");
x.t("several","classes");
x.t("little","known");
x.t("affinity","ige");
x.t("affinity","convert");
x.t("affinity","high");
x.t("igg2a","igg2b");
x.t("constant","region");
x.t("measured","nanometer");
x.t("measured","particles");
x.t("measured","nanometers");
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x.t("free","contaminants");
x.t("free","form");
x.t("free","radicals");
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x.t("making","substance");
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x.t("receptors","unlike");
x.t("receptors","regulate");
x.t("receptors","(fceri)");
x.t("radiation","energy");
x.t("radiation","absorbed");
x.t("radiation","neutrons");
x.t("radiation","antimicrobial");
x.t("radiation","reaching");
x.t("radiation","wavelengths");
x.t("radiation","produced");
x.t("radiation","radiation");
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x.t("radiation","gamma");
x.t("condition","enclosed");
x.t("forms","carbon");
x.t("forms","e.g");
x.t("forms","electromagnetic");
x.t("igg2b","igg3");
x.t("temporary","non-covalent");
x.t("modality","specific");
x.t("lack","true");
x.t("generated","factors");
x.t("generated","ion");
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x.t("radio","nuclide");
x.t("radio","labeling");
x.t("radio","nuclides");
x.t("rates","surrounding");
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x.t("isotope","molecule");
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x.t("plane","rectangle");
x.t("plane","figure");
x.t("plane","polygons");
x.t("plane","cutting");
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x.t("mold","bioluminescence");
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x.t("services","research");
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x.t("dimers","mucosa");
x.t("systems","reach");
x.t("systems","vitro");
x.t("systems","affected");
x.t("acids","linked");
x.t("acids","glycerides");
x.t("acids","smarts");
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x.t("distribution","individual");
x.t("distribution","molecular");
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x.t("template","several");
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x.t("surface","every");
x.t("surface","sample");
x.t("surface","proteins");
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x.t("surface","area");
x.t("surface","nanoparticles");
x.t("surface","groups");
x.t("surface","formed");
x.t("surface","extended");
x.t("surface","receptors");
x.t("surface","chemistry");
x.t("surface","larger");
x.t("surface","surface");
x.t("surface","equidistant");
x.t("surface","nanoparticle");
x.t("surface","outline");
x.t("elicits","immune");
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x.t("medium","colloid-emulsion");
x.t("medium","space");
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x.t("chemotaxis","characteristic");
x.t("along","igm");
x.t("along","chemical");
x.t("research","coagulation");
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x.t("fluid-vapor","gaseous");
x.t("fullerenes","variable");
x.t("electronegative","atom");
x.t("major","immunoglobulin");
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x.t("transfer","electrons");
x.t("tested","leukocycte");
x.t("lymphocytes","neutrophils");
x.t("strong","magnetic");
x.t("metabolizing","enzymes");
x.t("atomic","masses");
x.t("atomic","units");
x.t("atomic","nuclei");
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x.t("nmr","physical");
x.t("hyperoxia","pdi");
x.t("location","metabolically-active");
x.t("phagocytosis","endocytosis");
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x.t("site","injury");
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x.t("thermal","equilibrium");
x.t("mole","percent");
x.t("coulomb","esu");
x.t("esu","electrostatic");
x.t("x-ray","gamma");
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x.t("obtuse","angles");
x.t("biopolymer","type");
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x.t("epidemiologic","behavior");
x.t("host","defense");
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x.t("host","cells");
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x.t("attached","deoxyribose");
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x.t("temperature","fluorescence");
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x.t("glucose","addition");
x.t("graph","multiple");
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x.t("measurement","electrical");
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x.t("agent","immune");
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x.t("opposite","sides");
x.t("solid","liquid");
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x.t("solid","matter");
x.t("solid","substance");
x.t("solid","state");
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x.t("solid","pulverized");
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x.t("solid","irregular");
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x.t("solid","figure");
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x.t("suspension","liquid");
x.t("colloid-gel","jelly");
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x.t("polygon","3d-cone");
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x.t("tissues","mediating");
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x.t("values","value");
x.t("values","numbers");
x.t("macromolecule","bulk");
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x.t("structure","chemical");
x.t("structure","nanotube");
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x.t("structure","defects");
x.t("structure","becomes");
x.t("structure","solid-fibril");
x.t("2d-trapezoid","four-sided");
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x.t("biological","molecule");
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x.t("submitted","publication");
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x.t("solidification","chemical");
x.t("statcoulomb","microgram");
x.t("microgram","ug/ml");
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x.t("two","liquid");
x.t("two","atoms");
x.t("two","possible");
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x.t("two","molecules");
x.t("two","ions");
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x.t("two","light");
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x.t("two","layers");
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x.t("pathologic","processes");
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x.t("amorphous","substance");
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x.t("3d-oblate","spheroid");
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x.t("deviation","zeta");
x.t("deviation","statistic");
x.t("sides","four");
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x.t("sides","parallel");
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x.t("tetrahedral","arrangement");
x.t("functionalizing","entity");
x.t("rotating","machine");
x.t("complement","components");
x.t("complement","activation");
x.t("complement","classical");
x.t("complement","system");
x.t("complement","alternative");
x.t("inadvertent","complement");
x.t("doi","consists");
x.t("doi","agency");
x.t("giving","opinion");
x.t("photon","energy");
x.t("photon","allows");
x.t("photon","re-emits");
x.t("causes","health");
x.t("causes","transition");
x.t("hydrogen","peroxide");
x.t("hydrogen","atom");
x.t("hydrogen","acid");
x.t("hydrogen","ion");
x.t("hydrogen","bond");
x.t("subclass","differentially");
x.t("subclass","associated");
x.t("750","nanometers");
x.t("vitro","assay");
x.t("vitro","characterization");
x.t("interacting","objects");
x.t("valuable","diagnosis");
x.t("joint","musculoskeletal");
x.t("particle","determines");
x.t("particle","metal");
x.t("particle","dispersion");
x.t("particle","solid-powder");
x.t("particle","whose");
x.t("particle","made");
x.t("particle","nanoparticle");
x.t("involving","mechanical");
x.t("involving","interaction");
x.t("burst","process");
x.t("naturally","occurring");
x.t("sulfide","(cds)");
x.t("created","computer");
x.t("order","recurrent");
x.t("envelops","object");
x.t("definite","size");
x.t("solid-fibril","small");
x.t("numbers","standard");
x.t("special","rectangle");
x.t("circles","given");
x.t("contained","plane");
x.t("contained","enhanced");
x.t("sufficiently","similar");
x.t("model","antibody");
x.t("white","blood");
x.t("system","once");
x.t("system","until");
x.t("system","particles");
x.t("system","consists");
x.t("system","requires");
x.t("system","fires");
x.t("system","mimics");
x.t("system","capable");
x.t("system","elicits");
x.t("system","transfer");
x.t("system","infrared");
x.t("either","t-lymphocyte");
x.t("either","toward");
x.t("either","radioactively");
x.t("either","nanomaterial");
x.t("either","positive");
x.t("entity","blood");
x.t("entity","sample");
x.t("entity","i.e");
x.t("entity","component");
x.t("entity","functionalizing");
x.t("entity","therapeutic");
x.t("carries","unpaired");
x.t("carries","target");
x.t("backbone","found");
x.t("diagnostic","procedures");
x.t("diagnostic","imaging");
x.t("used","capturing");
x.t("used","measure");
x.t("used","preserve");
x.t("used","calculations");
x.t("used","biomedical");
x.t("used","comparative");
x.t("used","adjective");
x.t("used","core");
x.t("used","express");
x.t("used","experimental");
x.t("used","publishers");
x.t("used","specify");
x.t("offers","advantages");
x.t("room","temperature");
x.t("individual","detailed");
x.t("individual","molecular");
x.t("genetically","encoded");
x.t("genetically","engineered");
x.t("draft","submitted");
x.t("following","transfer");
x.t("storage","molecules");
x.t("storage","act");
x.t("vacuum","mri");
x.t("elements","characterized");
x.t("elements","experimental");
x.t("acid","amino");
x.t("acid","molecule");
x.t("acid","form");
x.t("acid","sequence");
x.t("acid","quantity");
x.t("mitochondrial","swelling");
x.t("mitochondrial","function");
x.t("mitochondrial","membrane");
x.t("oscillating","particular");
x.t("(mri)","nanoparticle");
x.t("biotransformation","excretion");
x.t("corresponding","gene");
x.t("daltons","proteins");
x.t("probability","absorption");
x.t("percent","weight");
x.t("percent","total");
x.t("percent","solar");
x.t("percent","mole");
x.t("franklin","gram");
x.t("van","der");
x.t("experimental","situation");
x.t("experimental","sample");
x.t("experimental","studies");
x.t("experimental","material");
x.t("experimental","agent");
x.t("experimental","system");
x.t("cutting","completely");
x.t("faces","3d-needle");
x.t("faces","3d-prolate");
x.t("faces","three");
x.t("faces","3d-tetrapod");
x.t("containing","four");
x.t("containing","atoms");
x.t("containing","positron");
x.t("containing","ribose");
x.t("principle","substance");
x.t("principle","magnetic");
x.t("death","method");
x.t("death","occurs");
x.t("death","living");
x.t("death","caused");
x.t("death","animals");
x.t("using","short");
x.t("using","dynamic");
x.t("using","rotating");
x.t("using","visible");
x.t("class","hydrocarbon-containing");
x.t("class","soluble");
x.t("highly-","branched");
x.t("electromagnetic","energy");
x.t("electromagnetic","field");
x.t("electromagnetic","waves");
x.t("electromagnetic","spectrum");
x.t("electromagnetic","radiation");
x.t("bonds","sample");
x.t("bonds","peptide");
x.t("bonds","ranging");
x.t("general","igg");
x.t("general","term");
x.t("ionic","bond");
x.t("proliferation","growth");
x.t("play","crucial");
x.t("play","important");
x.t("nuclear","magnetic");
x.t("nuclear","spin");
x.t("nuclear","transitions");
x.t("nuclear","transition");
x.t("nuclear","flocculation");
x.t("calculated","weight");
x.t("calculated","logarithm");
x.t("scanner","revealing");
x.t("ion","accumulation");
x.t("ion","dilute");
x.t("monoclonal","antibodies");
x.t("rms-size","root");
x.t("solid-glass","brittle");
x.t("arithmetic","mean");
x.t("setting","method");
x.t("hour","coulomb");
x.t("duration","complete");
x.t("terms","referred");
x.t("terms","different");
x.t("expressed","moles");
x.t("expressed","units");
x.t("expressed","part");
x.t("expressed","naive");
x.t("per","unit");
x.t("per","100");
x.t("per","liter");
x.t("per","millilieter");
x.t("per","volume");
x.t("per","microliter");
x.t("per","milliliter");
x.t("intersection","circular");
x.t("bond","always");
x.t("bond","physical");
x.t("bond","release");
x.t("bond","formed");
x.t("bond","formation");
x.t("bond","following");
x.t("chemically","peptide");
x.t("chemically","alter");
x.t("chemically","associated");
x.t("portion","sunlight");
x.t("portion","electromagnetic");
x.t("portion","emulsion");
x.t("portion","accounts");
x.t("series","identical");
x.t("series","analytical");
x.t("series","two-dimensional");
x.t("construed","excess");
x.t("electrons","possible");
x.t("electrons","positrons");
x.t("electrons","chemical");
x.t("electrons","critical");
x.t("electrons","chemotaxis");
x.t("electrons","two");
x.t("electrons","gamma");
x.t("development","new");
x.t("microscopic","spheres");
x.t("microscopic","particles");
x.t("dosage","carries");
x.t("gaseous","state");
x.t("subsequent","translation");
x.t("translation","functional");
x.t("alternative","pathway");
x.t("myeloid","cells");
x.t("initiator","substance");
x.t("across","membranes");
x.t("oxidation","products");
x.t("gamma","rays");
x.t("gamma","cameras");
x.t("gamma","photon-emitting");
x.t("gamma","radiation");
x.t("collisions","electrons");
x.t("adherence","platelets");
x.t("levels","using");
x.t("agitate","disrupt");
x.t("genome","sequence");
x.t("acronyms","objects");
x.t("three-dimensional","architecture");
x.t("three-dimensional","models");
x.t("three-dimensional","image");
x.t("three-dimensional","object");
x.t("associated","sample");
x.t("associated","element");
x.t("associated","tumor");
x.t("associated","antibody-mediated");
x.t("associated","severe");
x.t("associated","transmission");
x.t("associated","entity");
x.t("act","nonenzymatically");
x.t("act","affixing");
x.t("act","safekeeping");
x.t("act","event");
x.t("act","process");
x.t("molecular","editors");
x.t("molecular","components");
x.t("molecular","weight");
x.t("molecular","vibrations");
x.t("molecular","weights");
x.t("molecular","interaction");
x.t("molecular","biology");
x.t("emulsion","suspended");
x.t("emulsion","usually");
x.t("emulsion","suspension");
x.t("emulsion","emulsion");
x.t("emulsion","nanoparticle");
x.t("emulsion","contains");
x.t("centrifugal","force");
x.t("simulate","gravitational");
x.t("nanoparticle","nano");
x.t("nanoparticle","physical");
x.t("nanoparticle","dissolve");
x.t("nanoparticle","sample");
x.t("nanoparticle","consists");
x.t("nanoparticle","preparation");
x.t("nanoparticle","results");
x.t("nanoparticle","lipid");
x.t("nanoparticle","composed");
x.t("nanoparticle","polymer");
x.t("nanoparticle","imparts");
x.t("nanoparticle","represented");
x.t("nanoparticle","platform");
x.t("nanoparticle","surface");
x.t("nanoparticle","facilitate");
x.t("nanoparticle","defined");
x.t("nanoparticle","solid");
x.t("nanoparticle","itself");
x.t("nanoparticle","initiator");
x.t("nanoparticle","nanoparticle");
x.t("origin","investigator");
x.t("origin","gamma");
x.t("behavior","health");
x.t("behavior","target");
x.t("behavior","nanoparticle");
x.t("terminal","group");
x.t("directed","exact");
x.t("directed","tumor-specific");
x.t("volume","wt/vol");
x.t("volume","weight");
x.t("volume","able");
x.t("volume","a.u");
x.t("volume","editorial");
x.t("volume","fluid-vapor");
x.t("wall","gram-negative");
x.t("outline","container");
x.t("outline","specific");
x.t("pure","forms");
x.t("stress","resists");
x.t("stress","include");
x.t("stress","disturbance");
x.t("stress","occurring");
x.t("millimeter","visible");
x.t("analysis","vibrational");
x.t("analysis","sample");
x.t("analysis","biological");
x.t("performed","testing");
x.t("performed","studying");
x.t("bone","marrow");
x.t("lysis","unprogrammed");
x.t("extracellular","event");
x.t("accounts","three");
x.t("ug/ul","micrograms");
x.t("visibility","access");
x.t("without","exception");
x.t("purity","sample");
x.t("purity","context");
x.t("2d-triangle","three-sided");
x.t("3d-rod","object");
x.t("effect","nanoparticles");
x.t("effect","organism");
x.t("effect","result");
x.t("effect","experimental");
x.t("effect","animal");
x.t("including","components");
x.t("including","exposure");
x.t("including","cancer");
x.t("including","chromatin");
x.t("including","monoclonal");
x.t("endonucleolytic","cleavage");
x.t("attachment","drug");
x.t("attachment","variety");
x.t("attachment","act");
x.t("cfu_gm","functional");
x.t("cylinders","ends");
x.t("therapy","clinical");
x.t("microorganisms","cell");
x.t("microorganisms","cells");
x.t("double-stranded","polymer");
x.t("achieved","iterative");
x.t("iterative","reactions");
x.t("publishers","identification");
x.t("suffix","assigned");
x.t("describe","something");
x.t("measures","interaction");
x.t("measures","ratio");
x.t("disruption","integrity");
x.t("basophils","induce");
x.t("igg1-4","human");
x.t("roles","living");
x.t("roles","protein");
x.t("roles","include");
x.t("stability","test");
x.t("bonding","subunits");
x.t("progressive","degradation");
x.t("released","oxidative");
x.t("pet","technique");
x.t("peak","graph");
x.t("labeled","either");
x.t("biology","cell");
x.t("patterns","molecule");
x.t("vol","percent");
x.t("completely","especially");
x.t("animal","study");
x.t("animal","serve");
x.t("animal","amenable");
x.t("animal","tissues");
x.t("genomic","dna");
x.t("conditions","within");
x.t("conditions","sample");
x.t("conditions","e.g");
x.t("conditions","biopolymer");
x.t("conditions","including");
x.t("platelets","form");
x.t("platelets","clump");
x.t("platelets","red");
x.t("forces","compression");
x.t("forces","often");
x.t("forces","charge");
x.t("directional","movement");
x.t("quantified","context");
x.t("quantified","based");
x.t("dendrimer","composition");
x.t("dendrimer","polymeric");
x.t("dendrimer","gsh");
x.t("dendrimer","dendrimer");
x.t("isotopes","display");
x.t("catalytic","activity");
x.t("category","appear");
x.t("pathway","two");
x.t("pathway","even");
x.t("even","lacks");
x.t("lacks","ability");
x.t("visible","light");
x.t("visible","spectrum");
x.t("visible","incident");
x.t("decay","observed");
x.t("decay","zero");
x.t("particulate","material");
x.t("particulate","surface");
x.t("lysosomes","result");
x.t("affected","absorption");
x.t("ranging","size");
x.t("near-infrared","size");
x.t("engineered","antibody");
x.t("grainlike","particle");
x.t("therapeutic","function");
x.t("therapeutic","agent");
x.t("therapeutic","applications");
x.t("ampere","hour");
x.t("microliter","van");
x.t("microliter","microliter");
x.t("comprise","electrical");
x.t("ratio","longest");
x.t("ratio","assay");
x.t("ratio","reduced");
x.t("ratio","expressed");
x.t("ratio","ratio");
x.t("object","shaped");
x.t("object","consists");
x.t("object","short");
x.t("object","journal");
x.t("object","comprised");
x.t("object","resembling");
x.t("object","identifier");
x.t("object","bounded");
x.t("object","indispensable");
x.t("object","surface");
x.t("object","resembles");
x.t("object","associated");
x.t("3d-tetrapod","geometry");
x.t("cells","cadmium");
x.t("cells","refers");
x.t("cells","neutron");
x.t("cells","artificial");
x.t("cells","intercellular");
x.t("cells","diverse");
x.t("cells","nearly");
x.t("cells","infection");
x.t("cells","crosslinked");
x.t("cells","died");
x.t("cells","multicellular");
x.t("cells","destroy");
x.t("cells","exposure");
x.t("cells","cell");
x.t("cells","superoxide");
x.t("cells","appears");
x.t("cells","book");
x.t("cells","made");
x.t("cells","include");
x.t("cells","buds");
x.t("cells","specific");
x.t("cells","along");
x.t("cells","tested");
x.t("cells","cytokine");
x.t("cells","basophils");
x.t("cells","cells");
x.t("generally","protein");
x.t("generally","associated");
x.t("stimulates","immune");
x.t("producing","antibodies");
x.t("producing","chemical");
x.t("contains","substance");
x.t("consist","graphene");
x.t("consist","two");
x.t("pentagonal-shaped","rings");
x.t("quantity","specimen");
x.t("quantity","unbalanced");
x.t("quantity","dimension");
x.t("quantity","nanoparticle");
x.t("negative","construed");
x.t("clinical","trials");
x.t("clinical","setting");
x.t("composing","element");
x.t("radicals","chemical");
x.t("radicals","powerful");
x.t("radicals","generated");
x.t("radicals","mitochondrial");
x.t("linear","notation");
x.t("linear","double-stranded");
x.t("linear","polymers");
x.t("polymers","desirable");
x.t("polymers","molecules");
x.t("polymers","alpha-l-amino");
x.t("polymers","pet");
x.t("content","digital");
x.t("item","deviates");
x.t("item","intellectual");
x.t("difference","absorbed");
x.t("difference","energy");
x.t("difference","absorption");
x.t("comprising","fullerenes");
x.t("naive","cells");
x.t("binding","sites");
x.t("binding","elimination");
x.t("binding","assay");
x.t("binding","two");
x.t("infrared","electromagnetic");
x.t("electric","potential");
x.t("interruption","blood");
x.t("detail","tissue");
x.t("gram","atoms");
x.t("gram","g/ml");
x.t("fuse","lysosomes");
x.t("bacterial","colonies");
x.t("cdse","bulk");
x.t("monochromatic","light");
x.t("higher","energy");
x.t("specify","substructural");
x.t("(vh)","light");
x.t("milliliter","kda");
x.t("milliliter","millivolt");
}
