[{"_id":"project-settings","settings":{"translateMetaTags":true,"translateAriaLabels":true,"translateTitle":true,"showWidget":true,"customWidget":{"theme":"custom","font":"rgb(163, 163, 163)","header":"rgb(255, 255, 255)","background":"rgba(255, 255, 255,0.8)","position":"right","positionVertical":"bottom","border":"rgb(163, 163, 163)","borderRequired":true,"widgetCompact":true},"widgetLanguages":[{"code":"ar","name":"العربية"},{"code":"de","name":"Deutsch"},{"code":"es-LA","name":"Español (América Latina)"},{"code":"fr","name":"Français"},{"code":"it","name":"Italiano"},{"code":"ja","name":"日本語"},{"code":"ko","name":"한국어"},{"code":"pt","name":"Português"},{"code":"zh","name":"中文(简体)"}],"activeLanguages":{"ar":"العربية","de":"Deutsch","es-LA":"Español (América Latina)","fr":"Français","it":"Italiano","ja":"日本語","ko":"한국어","pt":"Português","zh":"中文(简体)","en":"English"},"enabledLanguages":["ar","de","en","es-LA","fr","it","ja","ko","pt","zh"],"debugInfo":false,"displayBranding":true,"displayBrandingName":false,"localizeImages":false,"localizeImagesLimit":false,"localizeAudio":false,"localizeAudioLimit":false,"localizeDates":false,"disabledPages":[],"regexPhrases":[],"allowComplexCssSelectors":false,"blockedClasses":false,"blockedIds":false,"phraseDetection":true,"customDomainSettings":[],"seoSetting":[],"translateSource":false,"overage":false,"detectPhraseFromAllLanguage":false,"googleAnalytics":false,"mixpanel":false,"heap":false,"blockedComplexSelectors":[]},"version":100711},{"_id":"en","source":"en","pluralFn":"return n != 1 ? 1 : 0;","pluralForm":2,"dictionary":{},"version":100711},{"_id":"outdated","outdated":{"#Bulgarian - български":1,"#Bengali - বাংলা":1,"#Belarusian - беларуская":1,"#Select to translate":1,"#Double-click":1,"#Yiddish - יידיש":1,"#Welsh - Cymraeg":1,"#Vietnamese - Tiếng Việt":1,"#Urdu - ‎‫اردو‬‎":1,"#Basque - euskara":1,"#Ukrainian - українська":1,"#Turkish - Türkçe":1,"#Thai - ไทย":1,"#Telugu - తెలుగు":1,"#Tamil - தமிழ்":1,"#Swedish - svenska":1,"#Swahili - Kiswahili":1,"#Spanish - español":1,"#Slovenian - slovenščina":1,"#Slovak - slovenčina":1,"#Azerbaijani - azərbaycanca":1,"#Serbian - Српски":1,"#Russian - русский":1,"#Romanian - română":1,"#Portuguese - português":1,"#Polish - polski":1,"#Persian - ‎‫فارسی‬‎":1,"#Norwegian - norsk":1,"#Maltese - Malti":1,"#Malay - Bahasa Melayu":1,"#Macedonian - македонски":1,"#Armenian - Հայերէն":1,"#Lithuanian - lietuvių":1,"#Latvian - latviešu":1,"#Latin - Lingua Latina":1,"#Korean - 한국어":1,"#Kannada - ಕನ್ನಡ":1,"#Japanese - 日本語":1,"#Italian - italiano":1,"#Irish - Gaeilge":1,"#Indonesian - Bahasa Indonesia":1,"#Icelandic - íslenska":1,"#Arabic - ‎‫العربية‬‎":1,"#Hungarian - magyar":1,"#Hindi - हिन्दी":1,"#Hebrew - ‎‫עברית‬‎":1,"#Haitian Creole - kreyòl ayisyen":1,"#Gujarati - ગુજરાતી":1,"#Greek - Ελληνικά":1,"#German - Deutsch":1,"#Georgian - ქართული":1,"#Galician - galego":1,"#French - français":1,"#Albanian - shqipe":1,"#Finnish - suomi":1,"#Estonian - eesti":1,"#Esperanto - esperanto":1,"#Dutch - Nederlands":1,"#Danish - dansk":1,"#Czech - čeština":1,"#Croatian - hrvatski":1,"#Chinese - 中文 (繁體中文)":1,"#Chinese - 中文（简体中文）":1,"#Catalan - català":1,"#translator":1,"#Increased Serum IgA And IgM Against LPS Of Enterobacteria In Chronic Fatigue Syndrome (CFS): Maes M, Mihaylova I, Leunis JC.  Click here to read the article":1,"#Environmental toxicants, as detected by our TOXDetect Profile, play a significant role in unders…":1,"#O próximo agente de ligação é um agente vegetal comum. Chlorella é um tipo de alga de água doce embalada em comprimidos, extratos líquidos e pós. Muitas vezes é considerado um superalimento devido ao seu perfil altamente nutritivo. É rico em proteínas, vitaminas A, C e E e é uma ótima fonte de fibras. Por causa de sua nutrição, a chlorella é conhecida por seu potencial cicatrizante, anticancerígeno, antienvelhecimento e de reforço imunológico. Na amamentação, a ingestão de clorela pela mãe aumentou as imunoglobulinas circulantes no leite materno. Esta planta é ótima como aglutinante de metais pesados e como aglutinante de <em ljsid-1=\"\">aflatoxinas</em> . Foi até demonstrado que inibe o câncer de fígado induzido pela aflatoxina B1.":1,"#Em nossos corpos, as toxinas são desintoxicadas e excretadas por algumas vias. <a ljsid-1=\"\">As vias de</a> <a ljsid-3=\"\">eliminação</a> incluem urina, fezes, bile e através da pele. Outras rotas incluem lágrimas e saliva, mas são insignificantes no domínio da desintoxicação. Outra via é o leite materno. Como o leite materno é uma via de excreção, isso significa que as toxinas podem ser transferidas para outra vida dessa forma. Este facto torna os ligantes ainda mais cruciais nas mulheres em idade fértil.":1,"#As vias de":1,"#Após um <a ljsid-1=\"\">Teste de Ácidos Orgânicos</a> <a ljsid-3=\"\">e</a> <a ljsid-5=\"\">Perfil MycoTOX</a> positivos, a presença de mofo e micotoxinas geralmente são respostas significativas para muitos clientes sintomáticos. Ao trabalhar com micotoxicose, a escolha do aglutinante correto pode ser um desafio. Muitas vezes me pergunto: qual aglutinante é correto para qual toxina? Como a pesquisa sobre a capacidade de ligação de cada aglutinante não é tão pesquisada quanto a de outros agentes, pode ser assustador examinar as informações. Abaixo está uma coleção de pesquisas que conectam as micotoxinas a uma boa escolha de aglutinante.":1,"#Quando se trata de pesquisa de ligação de micotoxinas, devemos ter em mente a natureza tóxica dessas toxinas. Sua toxicidade torna a pesquisa limitada a animais, ração animal e estudos in vitro. Devido à natureza antiética de expor humanos propositalmente a micotoxinas, há pesquisas limitadas sobre esses ligantes em humanos. Isso é aceitável, pois a capacidade de ligação ainda pode ser avaliada de forma eficiente. Em sua jornada para entender como nossos corpos processam micotoxinas, é crucial entender seu metabolismo. Saiba mais sobre o metabolismo das micotoxinas analisadas pela Mosaic Diagnostics: <strong ljsid-1=\"\">Propriedades e metabolismo das micotoxinas,</strong> <a ljsid-3=\"\"><strong ljsid-3-0=\"\">Parte 1</strong></a> <strong ljsid-5=\"\">e</strong> <a ljsid-7=\"\"><strong ljsid-7-0=\"\">Parte 2</strong></a> <strong ljsid-9=\"\">.</strong>":1,"#Ardeshir Mohaghegh, Mohammad Chamani, Mahmoud Shivazad, Ali Asghar Sadeghi e Nazar Afzali. “Efeito do glucomanano esterificado em frangos de corte expostos a dietas naturais contaminadas com micotoxinas.” Taylor &amp; Francis, <a ljsid-1=\"\">FONTE</a> .":1,"#Varrendo a comunidade da medicina funcional está o uso de esporos ou probióticos baseados no solo. A sua eficácia na diversificação do microbioma intestinal está bem documentada. Este tipo de probiótico também foi estudado como aglutinante de micotoxinas. Foi documentado que <em ljsid-1=\"\">B. subitillus</em> degrada a aflatoxina B1 em 76%, a zearalenona em 84% e o desoxinivalenol em 78%. Juntamente com outras espécies <em ljsid-3=\"\">de bacilos</em> ( <em ljsid-5=\"\">B. lincheniformis, B. megaterium, B. cereus</em> e <em ljsid-7=\"\">B. thuringiensis</em> ), esses probióticos à base de esporos são eficazes na ligação de micotoxinas com a adição de manganês <sup ljsid-9=\"\">9</sup> . O Mn2+ é proposto para trabalhar com o organismo <em ljsid-11=\"\">B. subitillus</em> para degradar micotoxinas através da peroxidase de manganês. Foi demonstrado que outra espécie, <em ljsid-13=\"\">B. coagulans</em>, inibe a produção de DON do fungo <em ljsid-15=\"\">Fusarium</em> <sup ljsid-17=\"\">1</sup> . Foi demonstrado que outras espécies de bacilos se ligam e inativam outras micotoxinas como T-2 e Patulina <sup ljsid-19=\"\">8</sup> . O T-2 também está ligado às espécies <em ljsid-21=\"\">Lactobacilos</em> e <em ljsid-23=\"\">Saccharomyces</em> <sup ljsid-25=\"\">7</sup> . Esta informação mostra-nos que uma variedade de probióticos são úteis no tratamento de suporte de pessoas expostas a micotoxinas.":1,"#às aflatoxinas":1,"#Form submitted successfully.\nA confirmation email was sent to coronelgabi118@gmail.com.":1,"#A confirmation email was sent to coronelgabi118@gmail.com.":1,"#You searched for ADN test - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">ADN test</span>":1,"#muffa <em ljsid-1=\"\">Aspergillus</em> <em ljsid-3=\"\">sp.</em>":1,"#<strong ljsid-0=\"\">solventi </strong>such as styrene and toluene<strong ljsid-2=\"\"> </strong>can also be reflected through organic acid values. <strong ljsid-4=\"\">Styrene</strong>, a neurotoxin used in the production of various materials and products, can lead to elevated levels of <strong ljsid-6=\"\">mandelic acid, </strong>which is a metabolite involved in the phenylalanine to dopamine pathway.<sup ljsid-8=\"\">28,29</sup> <strong ljsid-10=\"\">Hippuric acid</strong>, associated with dysbiosis on the <a ljsid-12=\"\">AVENA</a>, is a major metabolite to identify exposures to <strong ljsid-14=\"\">toluene, </strong>a reproductive toxin found in crude oil and various manufactured products.<sup ljsid-16=\"\">30</sup> <strong ljsid-18=\"\">Oxalic acid</strong> has a known relationship with foods and fungus; however, it can reflect exposures to <strong ljsid-20=\"\">ethylene oxide,</strong> a compound used in plastics, textiles, and antifreeze. <sup ljsid-22=\"\">31</sup>":1,"#<strong ljsid-0=\"\">Ftalati</strong>, which are endocrine disruptors found in numerous products throughout our environment, can raise <strong ljsid-2=\"\">quinolinic acid</strong> (QA) levels by inhibiting the enzyme that allows QA to convert to nicotinamide.<sup ljsid-4=\"\">26</sup> This backup in the pathway can produce excessive levels of QA, causing neuroinflammation.<sup ljsid-6=\"\">27</sup>":1,"#<strong ljsid-0=\"\">Pesticides</strong>, for example, can have a direct effect on dopamine metabolism, resulting in altered levels of <strong ljsid-2=\"\">HVA </strong>e <strong ljsid-4=\"\">DOPAC </strong>(3,4-dihydroxyphenylacetic acid).<sup ljsid-6=\"\">21</sup> They can also impact our microbiome by reducing beneficial bacteria contributing to occurrences of pathogenic dysbiosis.<sup ljsid-8=\"\">22,23</sup><strong ljsid-9=\"\"> </strong>Both <strong ljsid-11=\"\">glyphosate </strong>e <strong ljsid-13=\"\">organophosphates</strong> have been shown to influence Clostridia bacteria, measured on the <a ljsid-15=\"\">AVENA</a> by <strong ljsid-17=\"\">4-hydroxyphenylacetic acid</strong>,<strong ljsid-19=\"\"> HPHPA </strong>(3-(3-hydroxyphenyl)-3-hydroxypropionic acid), <strong ljsid-21=\"\">4-cresol</strong>e <strong ljsid-23=\"\">3-Indolacetic acid</strong>.<sup ljsid-25=\"\">24,25</sup>":1,"#Although there are a number of reasons why <strong ljsid-1=\"\">homovanillic (HVA)</strong> o <strong ljsid-3=\"\">vanillylmandelic acid (VMA)</strong> can be elevated, toxic <strong ljsid-5=\"\">metal </strong>exposure has been shown to be one causation.<sup ljsid-7=\"\">15,16</sup> Similarly, <strong ljsid-9=\"\">pyruvic acid </strong>can be elevated by several metals such as <strong ljsid-11=\"\">arsenic</strong>, <strong ljsid-13=\"\">cadmium</strong>, <strong ljsid-15=\"\">mercury, </strong>e <strong ljsid-17=\"\">antimony</strong>.<sup ljsid-19=\"\">17,18,19, 20 </sup><strong ljsid-20=\"\">Citric acid</strong>, specifically can be elevated due to arsenic exposure due to arsenics ability to decrease the activity of the enzyme aconitase, which converts cirate to isocitrate.<sup ljsid-22=\"\">21</sup>":1,"#Heavy metals are pervasive sources of toxin exposure, and the <a ljsid-1=\"\">AVENA</a> may reflect this exposure through specific organic acids.":1,"#Additionally, both <strong ljsid-1=\"\">citramalic </strong>e <strong ljsid-3=\"\">tartaric acid </strong>have also been reported to be <strong ljsid-5=\"\"><em ljsid-5-0=\"\">Aspergillus </em></strong>byproducts and thus may reflect exposure.<sup ljsid-7=\"\">9,10,11,12</sup> However, since other fungi can also produce these markers, they should be used in conjunction with other mold-related markers for further insight when assessing mold exposure.<sup ljsid-9=\"\">13,14</sup>":1,"#<em ljsid-0=\"\">Fusarium </em>mold exposure can also be indicated on the <a ljsid-2=\"\">AVENA</a>. <strong ljsid-4=\"\">Tricarballylic acid</strong>, can increase due to exposure to fumonisins, a type of mycotoxin produced by <strong ljsid-6=\"\"><em ljsid-6-0=\"\">Fusarium</em></strong><em ljsid-7=\"\"> </em>mold, which is commonly found in corn products.<sup ljsid-9=\"\">5</sup> Additional effects, such as influences on dopamine metabolism, as well as dysbiosis, can result from mycotoxin exposure; yet, due to the numerous other variables that can influence these markers, assessing them from a mold standpoint should be done in the context of an exposure.<sup ljsid-11=\"\">6,7,8</sup>":1,"#Specific organic acid markers such as <strong ljsid-1=\"\">5-Hydroxymethyl-2-furoic acid (HMFA)</strong>, <strong ljsid-3=\"\">Furan-2,5-dicarboxylic acid</strong>e<strong ljsid-5=\"\"> Furancarbonylglycine,</strong> are byproducts of <strong ljsid-7=\"\"><em ljsid-7-0=\"\">Aspergillus</em> <em ljsid-7-2=\"\">sp.</em> mold, </strong>and can give potential insights into its activity.<sup ljsid-9=\"\">1,2,3</sup> Humans can encounter <em ljsid-11=\"\">Aspergillus </em>commonly through contaminated food and water-damaged buildings, as well as outdoor environments.<sup ljsid-13=\"\">4</sup>":1,"#Il <a ljsid-1=\"\">AVENA</a> provides a comprehensive overview of multiple metabolic pathways and can be a valuable tool in identifying potential exposures to various environmental toxins. Once the <a ljsid-3=\"\">AVENA</a> reveals potential exposures to toxin burden, further testing can be done to quantify specific toxin exposures. MosaicDX offers several tests such as <a ljsid-5=\"\">TOXDetect Profile</a>, <a ljsid-7=\"\">Profilo MycoTOX</a>, <a ljsid-9=\"\">Il glifosato test</a>e <a ljsid-11=\"\">Metals tests</a> to evaluate specific toxicants.":1,"#<strong ljsid-0=\"\">Pyroglutamic acid </strong>is a metabolite that reflects glutathione (GSH) status, and when elevated, it can indicate insufficient glutathione levels, or a high demand for glutathione.<sup ljsid-2=\"\">47</sup> Exposures to <strong ljsid-4=\"\">toxicants</strong>, <strong ljsid-6=\"\">heavy metals</strong>e <strong ljsid-8=\"\">micotossine </strong>can influence glutathione levels, either through oxidative stress, increased demands on detoxification, or even by blocking GSH pathways, all of which can lead to potential insufficiencies.<sup ljsid-10=\"\">48,49,50</sup>":1,"#Il <a ljsid-1=\"\">AVENA</a> can also offer insight into detoxification processes, which can be influenced by toxic chemical exposure.":1,"#While many factors, including toxic chemicals, can affect mitochondria, one enzyme is especially vulnerable: succinate dehydrogenase. This enzyme, responsible for converting <strong ljsid-1=\"\">succinate </strong>to fumarate, has been shown to be inhibited by various toxic substances such as <strong ljsid-3=\"\">chemical toxicants, mycotoxins, </strong>e <strong ljsid-5=\"\">heavy metals</strong>.<sup ljsid-7=\"\">41,42,43,44,45</sup> Succinate is an important part of the connection between the Krebs cycle and the Electron Transport Chain (ETC) and can significantly influence energy production.<sup ljsid-9=\"\">46</sup>":1,"#<strong ljsid-0=\"\">Parabens</strong>, a toxicant used as a preservative, can be measured by <strong ljsid-2=\"\">4-idrossibenzoico</strong> e <strong ljsid-4=\"\">4-Hydroxyhippuric acids</strong>, which are additionally used as a dysbiosis marker on the <a ljsid-6=\"\">AVENA</a>. <sup ljsid-8=\"\">32,33,34</sup>":1,"#Mold exposure, often an overlooked influence on chronic illness, can be challenging to detect. The <a ljsid-1=\"\">AVENA</a> can further assist in this detection process by looking at fungal activity and mycotoxin metabolism versus exclusive excretion of mycotoxins.":1,"#http://www.ncbi.nlm.nih.gov/pubmed/1381936":1,"#Schrauzer G.N., Shrestha K.P., Flores-Arce M.P. Lithium in scalp hair of adults, students and violent criminals. Effects of supplementation and evidence for interactions of lithium with Vitamin B and other trace elements. Biological Trace Element Research, 1992 Aug 34 (2): 161 – 76.":1,"#http://www.ncbi.nlm.nih.gov/pubmed/11838882":1,"#Schrauzer GN. Lithium: occurrence, dietary intakes, nutritional essentiality. J Am Coll Nutr. 2002 Feb;21(1):14-21.":1,"#http://www.ncbi.nlm.nih.gov/pubmed/11072948":1,"#Moore GJ, et al. Lithium-induced increase in human brain grey matter. Lancet. 2000 Oct 7; 356(9237): 1241-2.":1,"#, is board certified in the fields of clinical chemistry and toxicology by the American Board of Clinical Chemistry. Before he founded The Great Plains Laboratory, Inc., Dr. Shaw worked for the Centers for Disease Control and Prevention (CDC), Children’s Mercy Hospital, University of Missouri at Kansas City School of Medicine, and Smith Kline Laboratories.t is possible that this factor might in fact be equal in importance to mercury exposure as an autism risk factor.":1,"#) coincides nearly exactly with an approximate ten-fold increase in autism incidence over the same time period. I":1,"#image 1":1,"#The tenfold increase in bottled water consumption (":1,"#锂缺乏症：常见于精神疾病和社会疾病 - MosaicDX --- Lithium Deficiency: Common In Mental Illness And Social Ills - MosaicDX":1,"#You searched for criptopirrol - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">criptopirrol</span>":1,"#You searched for prueba kryptopyrrol - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">prueba kryptopyrrol</span>":1,"#You searched for prueba krp - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">prueba krp</span>":1,"#You searched for evaluaciòn de neurotoxinas - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">evaluaciòn de neurotoxinas</span>":1,"#Laboratories often do not test for the full extent of the antibodies that have been associated with <a ljsid-1=\"\">lima</a>. The well-known bull’s-eye rash resulting from a tick bite is only present in 70% of patients according to the CDC, but other sources say 40%, and many Lyme sufferers have no recollection of a tick bite.":1,"#esplora il nostro <a ljsid-1=\"\">Organici Acidi (OAT)</a> . L' <a ljsid-3=\"\">AVENA</a> è un potente strumento che misura i prodotti a valle del metabolismo nel corpo. La valutazione dei metaboliti da vari percorsi metabolici può fornire informazioni chiave relative alla salute intestinale, alla funzione mitocondriale, al percorso dei neurotrasmettitori e allo stato nutrizionale. Oltre a questi processi metabolici, l' <a ljsid-5=\"\">AVENA</a> può anche aiutare a potenziali esposizioni a varie sostanze tossiche, tra cui micotossine, metalli pesanti, pesticidi e altri tossici ambientali.":1,"#Form submitted successfully.\nA confirmation email was sent to mef2000@hotmail.com.":1,"#A confirmation email was sent to mef2000@hotmail.com.":1,"#explore notre <a ljsid-1=\"\">test des acides organiques (OAT)</a> . L' <a ljsid-3=\"\">OAT</a> est un outil puissant qui mesure les produits en aval du métabolisme dans le corps. L'évaluation des métabolites de diverses voies métaboliques peut fournir des informations clés sur la santé intestinale, la fonction mitochondriale, la voie des neurotransmetteurs et l'état nutritionnel. En plus de ces processus métaboliques, l' <a ljsid-5=\"\">OAT</a> peut également aider à identifier les expositions potentielles à diverses substances toxiques, notamment les mycotoxines, les métaux lourds, les pesticides et d'autres substances toxiques environnementales.":1,"#Tag: <span ljsid-1=\"\">Colesterol</span>":1,"#You searched for Test DNA - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Test DNA</span>":1,"#Ves a l'URL original":1,"#Per protegir la teva seguretat mentre fas servir el Traductor de Google, no enviïs informació mitjançant aquest tipus de formulari.":1,"#No s'admet aquest formulari":1,"#In our new blog series, we dive deep into becoming a TOXDetective, offering fresh perspectives and actionable insights to the <strong ljsid-1=\"\"><a ljsid-1-0=\"\">Perfil de detección de TOX</a></strong>. This series will cover in-depth reviews of toxicant detoxification and health implications, followed by avoidance strategies and tools for tackling exposures. Ready to learn more? <strong ljsid-3=\"\">Start with our “<a ljsid-3-1=\"\">Important Clinical Considerations</a></strong>” blog and take the first step toward informed environmental health.":1,"#Form submitted successfully.\nA confirmation email was sent to ed@explainervision.com.":1,"#A confirmation email was sent to ed@explainervision.com.":1,"#explore notre <a ljsid-1=\"\">test des acides organiques (OAT)</a> . L' <a ljsid-3=\"\">AVOINE</a> est un outil puissant qui mesure les produits en aval du fragmentaire dans le corps. L'évaluation des métabolites de diverses voies métaboliques peut fournir des informations clés liées à la santé intestinale, à la fonction mitochondriale, à la voie des neurotransmetteurs et à l'état nutritionnel. En plus de ces processus métaboliques, l' <a ljsid-5=\"\">AVOINE</a> peut également aider à identifier les expositions potentielles à diverses substances toxiques, notamment les mycotoxines, les métaux, les pesticides et d'autres substances toxiques environnementales.":1,"#Mitochondrial Dysfunction and Autism – Revisited Join us for a compelling webinar on the topic of mitochondrial dysfunction and autism, as we revisit the latest research and findings in this field. Learn":1,"#要約 <…":1,"#Pillai HK, Fang M, Beglov D, et al<a ljsid-1=\"\">. Ligand Binding and Activation of PPARγ by Firemaster® 550: Effects on Adipogenesis and Osteogenesis in Vitro.</a> <em ljsid-3=\"\">Perspectivas de salud ambiental</em>. 2014;122(11):1225-1232. doi:10.1289/ehp.1408111":1,"#Belcher SM, Cookman CJ, Patisaul HB, Stapleton HM. <a ljsid-1=\"\">In vitro assessment of human nuclear hormone receptor activity and cytotoxicity of the flame retardant mixture FM 550 and its triarylphosphate and brominated components.</a> <em ljsid-3=\"\">Cartas de toxicología</em>. 2014;228(2):93-102. doi:10.1016/j.toxlet.2014.04.017":1,"#Meeker JD, Stapleton HM. <a ljsid-1=\"\">House Dust Concentrations of Organophosphate Flame Retardants in Relation to Hormone Levels and Semen Quality Parameters.</a> <em ljsid-3=\"\">Perspectivas de salud ambiental</em>. 2010;118(3):318-323. doi:10.1289/ehp.0901332":1,"#Centers for Disease Control and Prevention (CDC) <a ljsid-1=\"\">Hoja informativa sobre perclorato</a> [Internet]. 2021 [cited 2024 Feb 8].":1,"#<strong ljsid-0=\"\">Carga de EnviroTOX:</strong> <a ljsid-2=\"\">Perfil de detección de TOX</a>, <a ljsid-4=\"\">Prueba Glifosato</a>, <a ljsid-6=\"\">Perfil MycoTOX</a>y <a ljsid-8=\"\">Metals – Toxic Elements</a>":1,"#Departamento de Salud y Servicios Humanos de EE. UU. Servicio de Salud Pública Agencia de Sustancias Tóxicas y Registro de Enfermedades (ATSDR). <a ljsid-1=\"\">ToxGuide™ para cloruro de vinilo</a>. [citado el 7 de febrero de 2024].":1,"#Oh J, Choi JW, Ahn YA, Kim S. <a ljsid-1=\"\">Pharmacokinetics of bisphenol S in humans after single oral administration.</a> <em ljsid-3=\"\">Medio Ambiente Internacional</em>. 2018;112:127-133. doi:10.1016/j.envint.2017.11.020":1,"#Departamento de Salud y Servicios Humanos de EE. UU. Servicio de Salud Pública Agencia de Sustancias Tóxicas y Registro de Enfermedades (ATSDR). <a ljsid-1=\"\">Volatile organic compounds</a> [cited 2023 Nov 8].":1,"#Genuis SJ, Beesoon S, Lobo RA, Birkholz D. <a ljsid-1=\"\">Human Elimination of Phthalate Compounds: Blood, Urine, and Sweat (BUS) Study.</a> <em ljsid-3=\"\">La revista científica mundial</em>. 2012;2012:1-10. doi:10.1100/2012/615068":1,"#Van Ravenzwaay B, Hardwick TD, Needham D, Pethen S, Lappin GJ. <a ljsid-1=\"\">Metabolismo comparativo del ácido 2,4-diclorofenoxiacético (2,4-D) en rata y perro.</a> <em ljsid-3=\"\">Xenobiotica</em>. 2003;33(8):805-821. doi:10.1080/0049825031000135405":1,"#Wilson NK, Strauss WJ, Iroz-Elardo N, Chuang JC. <a ljsid-1=\"\">Exposures of Preschool Children to Chlorpyrifos, Diazinon, Pentachlorophenol, and 2,4-dichlorophenoxyacetic Acid Over 3 years From 2003 to 2005: A Longitudinal Model.</a> Revista de ciencia de exposición y epidemiología ambiental. 2 de septiembre de 2009;20(6):546–58.":1,"#Kedderis GL, Batra R, Koop DR. <a ljsid-1=\"\">Epoxidation of acrylonitrile by rat and human cytochromes P450.</a> <em ljsid-3=\"\">Investigación Química en Toxicología</em>. 1993;6(6):866-871.":1,"#Dubois JL, Kaliaguine S. <a ljsid-1=\"\">Dos rutas alternativas para un acrilonitrilo más sostenible: acrilonitrilo de origen biológico.</a>v En: <em ljsid-3=\"\">Química verde industrial</em>. De Gruyter; 2020:31-62. Consultado el 4 de diciembre de 2023. <a ljsid-5=\"\">http://dx.doi.org/10.1515/9783110646856-002</a>":1,"#Kaneko Y, Omae K. <a ljsid-1=\"\">Effect of Chronic Exposure to Acrylonitrile on Subjective Symptoms.</a> <em ljsid-3=\"\">La revista de medicina Keio</em>. 1992;41(1):25-32. doi:10.2302/kjm.41.25":1,"#Departamento de Salud y Servicios Humanos de EE. UU. Servicio de Salud Pública Agencia de Sustancias Tóxicas y Registro de Enfermedades (ATSDR). <a ljsid-1=\"\">ToxGuide<sup ljsid-1-1=\"\">MT</sup> for Acrylonitrile</a>.[cited 2024 Oct]":1,"#Mendrala AL, Langvardt PW, Nitschke KD, Quast JF, Nolan RJ. <a ljsid-1=\"\">In vitro kinetics of styrene and styrene oxide metabolism in rat, mouse, and human.</a> <em ljsid-3=\"\">Archivos de Toxicología</em>. 1993;67(1):18-27. doi:10.1007/bf02072030":1,"#Departamento de Salud y Servicios Humanos de EE. UU. Servicio de Salud Pública Agencia de Sustancias Tóxicas y Registro de Enfermedades (ATSDR). <a ljsid-1=\"\">Toxicological Profile for Styrene.</a>":1,"#Departamento de Salud y Servicios Humanos de EE. UU. Servicio de Salud Pública Agencia de Sustancias Tóxicas y Registro de Enfermedades (ATSDR). <a ljsid-1=\"\">ToxGuide™ for 1,3-Butadiene</a>. [citado el 7 de febrero de 2024].":1,"#الأطفال الذين يعانون من مرض التوحد قد يكون مشكلة أكثر شدة مع نقص الكالسيوم. ذكرت ماري كولمان، MD (2) أن الأطفال المصابين بالتوحد الذين تعاني من نقص الكالسيوم هم أكثر عرضة بكثير لكزة من عيونهم وعدد كبير من الأطفال المصابين بالتوحد قد فعلت ذلك. لقد تحدثت إلى العديد من آباء وأمهات الأطفال المصابين بالتوحد والتي بدأت للمس عيونهم بعد بدء تشغيل نظام غذائي خال من الكازين. ويرتبط هذا السلوك الشاذ مع انخفاض الكالسيوم البول. وكانت مستويات الكالسيوم في الدم عادة طبيعية. كان هرمون الغدة الدرقية، الكالسيتونين، وفيتامين (د) عن الطبيعي في المرضى الذين يعانون من مرض التوحد ولكن كان كل منهم منخفض البول الكالسيوم. المعاملة مع مكملات الكالسيوم يمنع هذا السلوك ولكن المكملات الغذائية مع الأطعمة عالية من الكالسيوم لا. (وأظن أن هذا السلوك يرجع إلى زيادة ألم في العين بسبب الودائع عالية من بلورات أكسالات في العين. الأوكزالات هي عالية في عينات البول من الأطفال المصابين بالتوحد، ويمكن أن تودع في العديد من الأنسجة بما في ذلك العينين. انخفاض الكالسيوم قد تعمل على تكثيف هذا الألم وبدس العين يخفف الألم.) كما وجدت الدكتور كولمان أن خطاب تطورت بسرعة جدا بعد مكملات الكالسيوم في جزء من الأطفال المصابين بالتوحد البكم الذين لديهم انخفاض البول الكالسيوم. في حالة واحدة، وفقا لأحد الوالدين الذي اتصل بي، طفلها بالتوحد استمر في بدس في العينين حتى بعد عين واحدة قد مطعون جزئيا من وجراحيا إعادة زرعها. توقف مكملات الكالسيوم هذا السلوك فورا. وأنا أدرك العديد من الأطفال الآخرين مع السلوك العين بدس التي مكملات الكالسيوم توقف هذا السلوك في أقل من يومين. اللفظية ويقول الأطفال الذين يعانون من التوحد أن الألم أعينهم شديد وتوقف أن مكملات الكالسيوم آلامهم بسرعة. في دراسة كولمان من 78 طفلا يعانون من مرض التوحد، كان 20٪ القيم الكالسيوم البول اثنين الانحرافات المعيارية أدناه مجموعة من الطفل العادي لالبول الكالسيوم. بوضوح، تتطلب هذه المجموعة منخفضة للغاية مع مكملات الكالسيوم. أوصي مكملات الكالسيوم لأي طفل أقل من متوسط الكالسيوم قيمة البول للأطفال العادي من نفس الفئة العمرية.":1,"#لفطر الرشاشيات":1,"#لعفن <em ljsid-1=\"\">فطر الرشاشيات</em> <em ljsid-3=\"\">اس بي</em> ،":1,"#Because of the immunosuppressive abilities of mycotoxins released from <em ljsid-1=\"\">Aspergilo </em>and other colonizing mold species, <em ljsid-3=\"\">Candida </em>can frequently coinfect a patient.<sup ljsid-5=\"\">23</sup> Species of <em ljsid-7=\"\">Candida </em>are frequently opportunistic pathogens that may cause various infections from oral candidiasis to systemic blood stream infections.<sup ljsid-9=\"\">24</sup> There are over 200 species of invasive <em ljsid-11=\"\">Candida. Candida </em>albicans is the most prevalent fungal pathogen of humans, however <em ljsid-13=\"\">Candida glabrata</em>, <em ljsid-15=\"\">Candida krusei</em>, <em ljsid-17=\"\">Candida tropicalis</em>y <em ljsid-19=\"\">Candida parapsilosis </em>can also cause human candidiasis.<sup ljsid-21=\"\">25</sup> <em ljsid-23=\"\">Candida </em>can colonize skin, mucosal surfaces, and the gastrointestinal tract. As a marker for <em ljsid-25=\"\">Candida </em>colonization, we measured citramalic acid, which has been shown to be produced by various species of yeast.<sup ljsid-27=\"\">26</sup>":1,"#Studies have shown that multiple species of mold can colonize different tissues in the body including the lungs, gastrointestinal tract, and sinus cavities and a recent study found <em ljsid-1=\"\">Aspergilo </em>y <em ljsid-3=\"\">Penicillium </em>species to be present in the gastrointestinal tracts of healthy volunteers.<sup ljsid-5=\"\">19</sup> Some of the most frequently diagnosed fungal pathogens come from the genera <em ljsid-7=\"\">Aspergilo </em>y <em ljsid-9=\"\">Candida</em>. To test for colonization of <em ljsid-11=\"\">Aspergillus, </em>we measured 5-hydroxymethyl-2-furoic and furan-2,5-dicarboxylic acids.<sup ljsid-13=\"\">20-21</sup> We measured tricarballylic to indicate the presence of<em ljsid-15=\"\">Fusarium </em>species.<sup ljsid-17=\"\">22</sup>":1,"#Monitoring mycotoxins and their metabolites in human samples to assess the exposure of individuals to mold is one of the first steps in determining the proper treatment for these patients. Recent advances in LC-MS/MS techniques now allow urinary biomarker assessments at environmentally relevant concentrations.10,15-17 Studies have shown that mycotoxins are produced by multiple species of mold, including those from <em ljsid-1=\"\">Stachybotrys, Aspergillus, Fusarium, and Penicillium</em><sup ljsid-2=\"\">9</sup><em ljsid-3=\"\"> </em>genera. Some of the important mycotoxins produced by these molds include aflatoxin M1 (AFM1) and ochratoxin A (OTA) from <em ljsid-5=\"\">Aspergilo </em>y <em ljsid-7=\"\">Penicillium</em>, zearalenone (ZEA) and enniatin B (ENB) from <em ljsid-9=\"\">Fusarium</em>, sterigmatocystin (STC) from <em ljsid-11=\"\">Penicillium</em>, roridin E (ROE) and verrucarin A (VER) from <em ljsid-13=\"\">Stachybotrys</em>).<sup ljsid-15=\"\">15</sup> Urine has been determined to be the preferred matrix for mycotoxin analysis because most mycotoxins are metabolized and excreted via urine.<sup ljsid-17=\"\">18</sup>":1,"#Patients that were exposed to mold also had a higher instance of yeast colonization, which was measured by increased levels of the yeast metabolite citramalic. The mitochondrial marker lactic acid was significantly elevated in patients exposed to mold. Oxalic acid, a toxic metabolite of <em ljsid-1=\"\">Aspergilo</em>, was elevated in the patients who were colonized. Oxalic acid has been shown to have toxic effects on virtually every organ of the human body including urinary tract, cardiovascular system, brain, muscles, thyroid gland, and eyes.<sup ljsid-3=\"\">44</sup> Lastly, pyroglutamic, a glutathione usage deficiency marker, was elevated in the patients exposed to mold versus our control samples. This was expected because glutathione is depleted in the detoxification of many mycotoxins.":1,"#For biomarker analysis by GC/MS, there were several significant differences between the exposed group versus the control group (Table 2). The <em ljsid-1=\"\">Aspergilo </em>y <em ljsid-3=\"\">Fusarium </em>markers 5-hydroxymethyl-2-furioc, furan-2,5-dicarboxylic, and tricarballylic acids were all significantly elevated in patients with mold exposure. A previous study indicated that one site of mold colonization was the gastrointestinal tract that was ascertained by treatment with the antifungal drug nystatin, which is not absorbed from the gastrointestinal tract. The fact that the mold markers in that study were significantly reduced (56-63%) after 10 days of nystatin indicated that at least a substantial portion of the molds producing these markers was from the gastrointestinal tract.<sup ljsid-5=\"\">43</sup> The fact that the gastrointestinal tract was colonized with mold species also indicates that patients exposed to mold that has colonized the gastrointestinal tract might continue to have severe symptoms long after moving out of a mold-contaminated environment unless treated with antifungal agents to kill gastrointestinal molds.":1,"#To determine if markers for <em ljsid-1=\"\">Aspergilo </em>o <em ljsid-3=\"\">Fusarium </em>growth is more abundant in patients exposed to mycotoxins vs controls, we decided to measure the amounts of three different markers. Two metabolites, 5-hydroxymethyl-2-furoic and furan- 2,5-dicarboxylic acids, were analyzed as markers for <em ljsid-5=\"\">Aspergilo </em>(Figure 2) and tricarballylic measurements were used as an indicator for <em ljsid-7=\"\">Fusarium </em>(Figure 3). The 5-hydroxymethyl-2-furoic acid values were higher in patients exposed to mold vs the control patients (9.11 vs 2.91 mmol/mol of creatinine) (p value= 0.00075). Furan 2,5-dicarboxylic acid was also found to be higher in patients exposed to mold. In the mold-exposed patients, furan-2,5-dicarboxylic acid was 8.23 and in the control group it was 4.32 ng/g creatinine (p value = 0.00904). The tricarballylic acid mean was found to be twice as much in the mold-exposed group versus the control group (0.46 vs 0.22 mmol/mol of creatinine) (p value = 0.0493). One additional marker that we measured was oxalic acid. Oxalic acid is a biproduct from <em ljsid-9=\"\">Aspergillus.</em><sup ljsid-10=\"\">40</sup> Oxalic acid in the colonized group was significantly higher than the control group (Figure 4) (137.7 vs 72.6 mmol/mol of creatinine) (p value=0.0029).":1,"#Mycotoxin exposure can affect many different systems in the body. Measurements of these effects on patients can help in treatment. Utilizing GC/MS, we measured other markers that could be altered by exposure to mycotoxins. The markers that we were most interested in testing were related to <em ljsid-1=\"\">Aspergilo </em>colonization, yeast colonization, mitochondrial status, and glutathione status.":1,"#Seven different mycotoxins, including aflatoxin M1, ochratoxin A, sterigmatocystin, zearalenone, roridin E, verrucarin A, and enniatin B1 that have been associated with human illness were tested by LC/MS/ MS in urine samples of a control group of 89 healthy adult volunteers and 103 adult patients suspected of mold illness based on clinical symptoms assessed by their physicians and findings of mold growth in their homes or offices. In addition, markers of gastrointestinal mold and yeast colonization, mitochondrial function, and glutathione status markers were assessed in the same urine samples by GC/MS. Values for all the mycotoxins tested were significantly increased in the mold patient group compared to the control group. Markers for mold colonization of the gastrointestinal tract were all significantly more elevated in the mold-exposed group compared to the control group. Lactic acid, oxalic acid, and pyroglutamic acid were all significantly higher in the mold- exposed patient group compared to the control group. Succinic acid, a marker of mitochondrial function was also higher in the mold- exposed group but did not reach statistical significance. Elevated markers of <em ljsid-1=\"\">Fusarium </em>y <em ljsid-3=\"\">Aspergilo </em>gastrointestinal colonization in mold- exposed patients indicates a need for antifungal treatment for successful treatment of mold-exposed patients.":1,"#Li Q, Csanády GA, Kessler W, Klein D, Pankratz H, Pütz C, et al. <a ljsid-1=\"\">Cinética do etileno e do óxido de etileno em frações subcelulares de pulmões e fígados de camundongos machos B6C3F1 e ratos machos Fischer 344 e de fígados humanos</a>. Ciências Toxicológicas. 23 de julho de 2011;123(2):384–98.":1,"#Association AL. <a ljsid-1=\"\">Melhore a qualidade do ar interno</a> [Internet]. American Lung Association. [cited 2023 Nov 8].":1,"#You searched for enviro tox - MosaicDX":1,"#The EnviroTOX suite offers practitioners a comprehensive set of panels for detecting and assessing toxic exposures and their health impacts. The EnviroTOX Burden panel is a key component, combining multiple profiles – including the TOXDetect Profile, Glyphosate Test, MycoTOX Profile, and Metals – Toxic Elements – to provide an extensive screening for a wide range […]":1,"#Search Results for: <span ljsid-1=\"\">enviro tox</span>":1,"#Li Q, Csanády GA, Kessler W, Klein D, Pankratz H, Pütz C, et al. <a ljsid-1=\"\">Cinética del etileno y del óxido de etileno en fracciones subcelulares de pulmones e hígados de ratones macho B6C3F1 y ratas macho Fischer 344 y de hígados humanos</a>. Ciencias Toxicológicas. 23 de julio de 2011;123(2):384–98.":1,"#Tag: <span ljsid-1=\"\">Organische Säuren</span>":1,"#This herb, also known as Juglans nigra, is widely known and used as an antiparasitic agent. It is also a potent antifungal herb. The active component is called juglone. <mark ljsid-1=\"\">Juglone is a type of organic compound called naphthoquinone. It has shown antifungal properties against topical, intestinal and vaginal candida overgrowth.</mark> This compound, in its nanoparticle form, has shown promising efficacy against aspergillus and fusarium mold species. When acting, the juglone also increases cellular catalase and superoxide dismutase. These are common defense enzymes that act at the cellular membrane of the fungal cell to cause damage and death.":1,"#4-Cresol (<em ljsid-1=\"\">C. 디피</em>)":1,"#Form submitted successfully.\nA confirmation email was sent to v58mar@adinet.com.uy.":1,"#A confirmation email was sent to v58mar@adinet.com.uy.":1,"#. Toxicological Sciences. 2011 Jul 23;123(2):384–98.":1,"#Kinetics of Ethylene and Ethylene Oxide in Subcellular Fractions of Lungs and Livers of Male B6C3F1 Mice and Male Fischer 344 Rats and of Human Livers":1,"#You searched for Costo de estudios - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Costo de estudios</span>":1,"#You searched for glisofato - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">glisofato</span>":1,"#You searched for Micotox - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Micotox</span>":1,"#Bei der Erforschung der Mykotoxinbindung müssen wir die toxische Natur dieser Toxine im Auge behalten. Aufgrund ihrer Toxizität beschränkt sich die Forschung auf Tiere, Tierfutter und In-vitro-Studien. Da es unethisch ist, Menschen absichtlich Mykotoxinen auszusetzen, gibt es nur begrenzte Forschung zu diesen Bindemitteln beim Menschen. Dies ist akzeptabel, da die Bindungskapazität immer noch effizient bewertet werden kann. Um zu verstehen, wie unser Körper Mykotoxine verarbeitet, ist es entscheidend, ihren Stoffwechsel zu verstehen. Erfahren Sie mehr über den Stoffwechsel der von Mosaic Diagnostics analysierten Mykotoxine: <strong ljsid-1=\"\">Eigenschaften und Stoffwechsel von Mykotoxinen,</strong> <a ljsid-3=\"\"><strong ljsid-3-0=\"\">Teil 1</strong></a> <strong ljsid-5=\"\">und</strong> <a ljsid-7=\"\"><strong ljsid-7-0=\"\">Teil 2</strong></a> <strong ljsid-9=\"\">.</strong>":1,"#und":1,"#Fusarientoxine":1,"#Eigenschaften und Stoffwechsel von Mykotoxinen,":1,"#FUNDADOR DE LA ACADEMIA DE MEDICINA INTEGRATIVA<br ljsid-1=\"\"> Kurt N. Woeller, DO ha sido médico de medicina integrativa y especialista biomédico en autismo durante más de 20 años. Es autor de varios libros sobre salud, entre ellos <em ljsid-3=\"\">Autismo: el camino hacia la recuperación</em>, <em ljsid-5=\"\">Terapia de metil-B12 para el autismo, metil-B12 para la enfermedad de Alzheimer y la demencia</em>y <em ljsid-7=\"\">5 cosas que DEBE hacer ahora mismo para ayudar con su artritis reumatoide</em>. Es un orador, educador y médico clínico en ejercicio internacional que ofrece intervenciones especializadas para personas con afecciones médicas complejas. Su práctica de consultoría de salud únicamente para el autismo es multinacional con familias de varios países. El Dr. Woeller se desempeña como consultor clínico y de laboratorio para las rondas clínicas de medicina funcional, además de ofrecer seminarios educativos para Mosaic Diagnostics (anteriormente Great Plains Laboratory). Es cofundador de la Academia de Medicina Integrativa (<a ljsid-9=\"\">www.IntegrativeMedicineAcademy.com)</a>, que es una academia de capacitación en línea para profesionales de la salud que aprenden medicina integrativa.":1,"#<a ljsid-0=\"\">\"Mitochondrial Dysfunction and Chronic Health Problems\" by Dr. Woeller</a> from <a ljsid-2=\"\">Diagnóstico mosaico</a> on <a ljsid-4=\"\">Vimeo</a>.":1,"#Häufige Pilzquellen für Mykotoxine sind Arten wie <em ljsid-1=\"\">Fusarium</em>, <em ljsid-3=\"\">Aspergillus</em>, <em ljsid-5=\"\">Penicillium</em>, <em ljsid-7=\"\">Alternative</em> und <em ljsid-9=\"\">Claviceps</em> . Bisher wurden fast 400 potenziell toxische Mykotoxine identifiziert, die von mehr als 100 Pilzarten produziert werden. Die Forschung konzentrierte sich jedoch auf die giftigsten im öffentlichen Gesundheitswesen, im Veterinärwesen und in der Landwirtschaft.":1,"#Please Complete <span ljsid-1=\"\">*</span>":1,"#This plant has various active compounds that give it its medicinal properties. Two are ajoene and allicin. <mark ljsid-1=\"\">Allicin is the commonly known active compound in garlic. In its pure form, allicin is a potent antifungal with great efficacy against Candida albicans. It has been shown to inhibit candida growth with topical and internal application.</mark> The allicin is released from the plant by the alliin that is acted upon by the phospho-pyridoxal enzyme alliinase. Therefore, it’s best to crush garlic cloves and let them sit before adding to your dish when cooking. This time allows for the allicin to be fully released. Once the active allicin is released it can exert its antifungal properties. It works due to its sulfur content. The sulfur, when in contact with the fungus, enters the fungal cell and binds to the sulfur in the DNA and proteins of the fungus and disrupts synthesis thus killing the organism. One would be suspicious that this compound would do the same to human cells when ingested. This is prevented as the sulfur in the glutathione our cells possess binds synergistically with the allicin and thus inactives this action of the garlic. It’s pretty interesting how plants can be helpful to one organism, yet harmful to another. Allicin has also been shown to cause 100% mycelial growth inhibition of Aspergillus niger.":1,"#해독, 마이코톡스":1,"#<a ljsid-0=\"\">\"Viral Infections, Brain Inflammation, and Autism\" by Dr. Kurt Woeller</a> from <a ljsid-2=\"\">Mosaic Diagnostics</a> sur <a ljsid-4=\"\">Viméo</a>.":1,"#Inflammation Archives - MosaicDX":1,"#Tag: <span ljsid-1=\"\">Inflammation</span>":1,"#<a ljsid-0=\"\">\"Viral Infections, Brain Inflammation, and Autism\" by Dr. Kurt Woeller</a> from <a ljsid-2=\"\">Diagnostic mosaïque</a> on <a ljsid-4=\"\">Viméo</a>.":1,"#Form submitted successfully.\nA confirmation email was sent to alecavero@yahoo.es.":1,"#A confirmation email was sent to alecavero@yahoo.es.":1,"#PANS (síndrome neuropsiquiátrico de inicio agudo pediátrico)":1,"#del Aspergillus":1,"#moho <em ljsid-1=\"\">Aspergilo</em> <em ljsid-3=\"\">es.</em>":1,"#Aspergilo":1,"#Although there are a number of reasons why <strong ljsid-1=\"\">homovanillic (HVA)</strong> or <strong ljsid-3=\"\">vanillylmandelic acid (VMA)</strong> can be elevated, toxic <strong ljsid-5=\"\">metal </strong>exposure has been shown to be one causation.<sup ljsid-7=\"\">15,16</sup> Similarly, <strong ljsid-9=\"\">pyruvic acid </strong>can be elevated by several metals such as <strong ljsid-11=\"\">arsenic</strong>, <strong ljsid-13=\"\">cadmium</strong>, <strong ljsid-15=\"\">mercury, </strong>y <strong ljsid-17=\"\">antimony</strong>.<sup ljsid-19=\"\">17,18,19, 20 </sup><strong ljsid-20=\"\">Citric acid</strong>, specifically can be elevated due to arsenic exposure due to arsenics ability to decrease the activity of the enzyme aconitase, which converts cirate to isocitrate.<sup ljsid-22=\"\">21</sup>":1,"#Heavy metals are pervasive sources of toxin exposure, and the <a ljsid-1=\"\">AAO</a> may reflect this exposure through specific organic acids.":1,"#Additionally, both <strong ljsid-1=\"\">citramalic </strong>y <strong ljsid-3=\"\">tartaric acid </strong>have also been reported to be <strong ljsid-5=\"\"><em ljsid-5-0=\"\">Aspergilo </em></strong>byproducts and thus may reflect exposure.<sup ljsid-7=\"\">9,10,11,12</sup> However, since other fungi can also produce these markers, they should be used in conjunction with other mold-related markers for further insight when assessing mold exposure.<sup ljsid-9=\"\">13,14</sup>":1,"#<em ljsid-0=\"\">Fusarium </em>mold exposure can also be indicated on the <a ljsid-2=\"\">AAO</a>. <strong ljsid-4=\"\">Tricarballylic acid</strong>, can increase due to exposure to fumonisins, a type of mycotoxin produced by <strong ljsid-6=\"\"><em ljsid-6-0=\"\">Fusarium</em></strong><em ljsid-7=\"\"> </em>mold, which is commonly found in corn products.<sup ljsid-9=\"\">5</sup> Additional effects, such as influences on dopamine metabolism, as well as dysbiosis, can result from mycotoxin exposure; yet, due to the numerous other variables that can influence these markers, assessing them from a mold standpoint should be done in the context of an exposure.<sup ljsid-11=\"\">6,7,8</sup>":1,"#Specific organic acid markers such as <strong ljsid-1=\"\">5-Hydroxymethyl-2-furoic acid (HMFA)</strong>, <strong ljsid-3=\"\">Furan-2,5-dicarboxylic acid</strong>y<strong ljsid-5=\"\"> Furancarbonylglycine,</strong> are byproducts of <strong ljsid-7=\"\"><em ljsid-7-0=\"\">Aspergilo</em> <em ljsid-7-2=\"\">sp.</em> mold, </strong>and can give potential insights into its activity.<sup ljsid-9=\"\">1,2,3</sup> Humans can encounter <em ljsid-11=\"\">Aspergilo </em>commonly through contaminated food and water-damaged buildings, as well as outdoor environments.<sup ljsid-13=\"\">4</sup>":1,"#Mold exposure, often an overlooked influence on chronic illness, can be challenging to detect. The <a ljsid-1=\"\">AAO</a> can further assist in this detection process by looking at fungal activity and mycotoxin metabolism versus exclusive excretion of mycotoxins.":1,"#explora nuestra <a ljsid-1=\"\">Prueba de Ácidos Orgánicos (OAT)</a> . La <a ljsid-3=\"\">AAO</a> es una herramienta poderosa que mide los productos posteriores del metabolismo en el cuerpo. La evaluación de los metabolitos de varias vías metabólicas puede proporcionar información clave relacionada con la salud intestinal, la función mitocondrial, la vía de los neurotransmisores y el estado nutricional. Además de estos procesos metabólicos, la <a ljsid-5=\"\">AAO</a> también puede ayudar a identificar posibles exposiciones a varias sustancias tóxicas, incluidas micotoxinas, metales pesados, pesticidas y otros tóxicos ambientales.":1,"#Los niveles de <a ljsid-1=\"\">AAO</a> provides a comprehensive overview of multiple metabolic pathways and can be a valuable tool in identifying potential exposures to various environmental toxins. Once the <a ljsid-3=\"\">AAO</a> reveals potential exposures to toxin burden, further testing can be done to quantify specific toxin exposures. MosaicDX offers several tests such as <a ljsid-5=\"\">Perfil de detección de TOX</a>, <a ljsid-7=\"\">Perfil MycoTOX</a>, <a ljsid-9=\"\">Prueba Glifosato</a>y <a ljsid-11=\"\">Metals tests</a> to evaluate specific toxicants.":1,"#<strong ljsid-0=\"\">Pyroglutamic acid </strong>is a metabolite that reflects glutathione (GSH) status, and when elevated, it can indicate insufficient glutathione levels, or a high demand for glutathione.<sup ljsid-2=\"\">47</sup> Exposures to <strong ljsid-4=\"\">toxicants</strong>, <strong ljsid-6=\"\">metales pesados</strong>y <strong ljsid-8=\"\">micotoxinas </strong>can influence glutathione levels, either through oxidative stress, increased demands on detoxification, or even by blocking GSH pathways, all of which can lead to potential insufficiencies.<sup ljsid-10=\"\">48,49,50</sup>":1,"#Los niveles de <a ljsid-1=\"\">AAO</a> can also offer insight into detoxification processes, which can be influenced by toxic chemical exposure.":1,"#While many factors, including toxic chemicals, can affect mitochondria, one enzyme is especially vulnerable: succinate dehydrogenase. This enzyme, responsible for converting <strong ljsid-1=\"\">succinate </strong>to fumarate, has been shown to be inhibited by various toxic substances such as <strong ljsid-3=\"\">chemical toxicants, mycotoxins, </strong>y <strong ljsid-5=\"\">metales pesados</strong>.<sup ljsid-7=\"\">41,42,43,44,45</sup> Succinate is an important part of the connection between the Krebs cycle and the Electron Transport Chain (ETC) and can significantly influence energy production.<sup ljsid-9=\"\">46</sup>":1,"#<strong ljsid-0=\"\">Arabinosa</strong>, an indicator of <em ljsid-2=\"\">Candida</em> overgrowth, can be influenced by toxic environmental compounds.<sup ljsid-4=\"\">35,36</sup> Both mycotoxins and toxicants can disrupt the gut microbiome, weaken the intestinal epithelial barrier, and influence the immune system, all of which can increase the likelihood of <em ljsid-6=\"\">Candida</em> overgrowth.<sup ljsid-8=\"\">37,38,39,40</sup>":1,"#It should be noted that neither toluene nor parabens are currently available on <a ljsid-1=\"\">Perfil de detección de TOX</a>, however testing may still be valuable to assess for other toxic burdens, as it is common to have multiple exposures.":1,"#<strong ljsid-0=\"\">Parabens</strong>, a toxicant used as a preservative, can be measured by <strong ljsid-2=\"\">4-hidroxibenzoico</strong> y <strong ljsid-4=\"\">4-Hydroxyhippuric acids</strong>, which are additionally used as a dysbiosis marker on the <a ljsid-6=\"\">AAO</a>. <sup ljsid-8=\"\">32,33,34</sup>":1,"#<strong ljsid-0=\"\">Solvents </strong>such as styrene and toluene<strong ljsid-2=\"\"> </strong>can also be reflected through organic acid values. <strong ljsid-4=\"\">Estireno</strong>, a neurotoxin used in the production of various materials and products, can lead to elevated levels of <strong ljsid-6=\"\">mandelic acid, </strong>which is a metabolite involved in the phenylalanine to dopamine pathway.<sup ljsid-8=\"\">28,29</sup> <strong ljsid-10=\"\">Hippuric acid</strong>, associated with dysbiosis on the <a ljsid-12=\"\">AAO</a>, is a major metabolite to identify exposures to <strong ljsid-14=\"\">toluene, </strong>a reproductive toxin found in crude oil and various manufactured products.<sup ljsid-16=\"\">30</sup> <strong ljsid-18=\"\">Oxalic acid</strong> has a known relationship with foods and fungus; however, it can reflect exposures to <strong ljsid-20=\"\">ethylene oxide,</strong> a compound used in plastics, textiles, and antifreeze. <sup ljsid-22=\"\">31</sup>":1,"#<strong ljsid-0=\"\">Los ftalatos</strong>, which are endocrine disruptors found in numerous products throughout our environment, can raise <strong ljsid-2=\"\">quinolinic acid</strong> (QA) levels by inhibiting the enzyme that allows QA to convert to nicotinamide.<sup ljsid-4=\"\">26</sup> This backup in the pathway can produce excessive levels of QA, causing neuroinflammation.<sup ljsid-6=\"\">27</sup>":1,"#<strong ljsid-0=\"\">Pesticidas</strong>, for example, can have a direct effect on dopamine metabolism, resulting in altered levels of <strong ljsid-2=\"\">HVA </strong>y <strong ljsid-4=\"\">DOPAC </strong>(3,4-dihydroxyphenylacetic acid).<sup ljsid-6=\"\">21</sup> They can also impact our microbiome by reducing beneficial bacteria contributing to occurrences of pathogenic dysbiosis.<sup ljsid-8=\"\">22,23</sup><strong ljsid-9=\"\"> </strong>Both <strong ljsid-11=\"\">glyphosate </strong>y <strong ljsid-13=\"\">organophosphates</strong> have been shown to influence Clostridia bacteria, measured on the <a ljsid-15=\"\">AAO</a> by <strong ljsid-17=\"\">4-hydroxyphenylacetic acid</strong>,<strong ljsid-19=\"\"> HPHPA </strong>(3-(3-hydroxyphenyl)-3-hydroxypropionic acid), <strong ljsid-21=\"\">4-cresol</strong>y <strong ljsid-23=\"\">3-Indolacetic acid</strong>.<sup ljsid-25=\"\">24,25</sup>":1,"#La PANS (sindrome neuropsichiatrica pediatrica ad esordio acuto)":1,"#esplora il nostro <a ljsid-1=\"\">test degli acidi organici (OAT)</a> . L' <a ljsid-3=\"\">AVENA</a> è un potente strumento che misura i prodotti a valle del metabolismo nel corpo. La valutazione dei metaboliti da vari percorsi metabolici può fornire informazioni chiave relative alla salute intestinale, alla funzione mitocondriale, al percorso dei neurotrasmettitori e allo stato nutrizionale. Oltre a questi processi metabolici, l' <a ljsid-5=\"\">AVENA</a> può anche aiutare a identificare potenziali esposizioni a varie sostanze tossiche, tra cui micotossine, metalli pesanti, pesticidi e altri tossici ambientali.":1,"#<strong ljsid-0=\"\">EnviroTOX Burden:</strong> <a ljsid-2=\"\">Perfil TOXDetect</a>, <a ljsid-4=\"\">Glifosato Teste</a>, <a ljsid-6=\"\">Perfil MycoTOX</a>e <a ljsid-8=\"\">Metals – Toxic Elements</a>":1,"#<strong ljsid-0=\"\">EnviroTOX Complete + Metals:</strong> <a ljsid-2=\"\">Teste de Ácidos Orgânicos</a>, <a ljsid-4=\"\">Perfil TOXDetect</a>, <a ljsid-6=\"\">Glifosato Teste</a>, <a ljsid-8=\"\">Perfil MycoTOX</a>e <a ljsid-10=\"\">Metals – Toxic Elements</a>":1,"#<strong ljsid-0=\"\">EnviroTOX:</strong> <a ljsid-2=\"\">Teste de Ácidos Orgânicos</a>, <a ljsid-4=\"\">Perfil TOXDetect</a>e <a ljsid-6=\"\">Glifosato Teste</a>":1,"#The other panels in the suite include the Organic Acids Test, which offers valuable insights into how these toxic exposures impact health. The foundational EnviroTOX panel, includes the <a ljsid-1=\"\">Teste de Ácidos Orgânicos</a>, <a ljsid-3=\"\"></a><a ljsid-4=\"\">Perfil TOXDetect</a>e <a ljsid-6=\"\">Glifosato Teste</a>, with subsequent panels expanding to include the <a ljsid-8=\"\">Perfil MycoTOX</a> e <a ljsid-10=\"\">Metals – Toxic Elements</a>, providing wider assessment of total body burden.":1,"#The EnviroTOX suite offers practitioners a comprehensive set of panels for detecting and assessing toxic exposures and their health impacts. The EnviroTOX Burden panel is a key component, combining multiple profiles – including the <a ljsid-1=\"\">Perfil TOXDetect</a>, <a ljsid-3=\"\">Glifosato Teste</a>, <a ljsid-5=\"\">Perfil MycoTOX</a>e <a ljsid-7=\"\">Metals – Toxic Elements</a> – to provide an extensive screening for a wide range of toxic exposures.":1,"#<span ljsid-0=\"\">como</span> <span ljsid-2=\"\">fases da desintoxicação do fígado e os nutrientes envolvidos são cruciais para aumentar a capacidade do corpo de desintoxicar-se de forma eficaz, promovendo</span> a função hepática <span ljsid-4=\"\">ideal</span> <span ljsid-6=\"\">e a saúde geral.</span>":1,"#explora nuestra <a ljsid-1=\"\">prueba de ácidos orgánicos (OAT)</a> . La <a ljsid-3=\"\">OAT</a> es una herramienta poderosa que mide los productos del metabolismo en el cuerpo. La evaluación de los metabolitos de varias vías metabólicas puede brindar información clave relacionada con la salud intestinal, la función mitocondrial, la vía de los neurotransmisores y el estado nutricional. Además de estos procesos metabólicos, la <a ljsid-5=\"\">OAT</a> también puede ayudar a identificar posibles exposiciones a varias sustancias tóxicas, incluidas micotoxinas, metales pesados, pesticidas y otros tóxicos ambientales.":1,"#Elaboration on the Organic Acids Test Mosaic EDGE (formerly GPL Academy) has been educating practitioners for over 15 years on how to help patients heal through cutting-edge testing, research":1,"#Snakes, Spiders, Soap, and Phospholipase A2: New Insights Into Tests and Treatments In this engaging webinar, we delved into the fascinating world of snakes, spiders, soap, and phospholipase A2 to gain new insights into tests and":1,"#Snakes, Spiders, Soap, and Phospholipase A2: New Insights Into Tests and Treatments — Great Plains Laboratory":1,"#In this engaging webinar, we delved into the fascinating world of snakes, spiders, soap, and phospholipase A2 to gain new insights into tests and treatments for various health conditions. Dr. Shaw shares cutting-edge research and clinical findings on the role of phospholipase A2, an enzyme found in venomous snakes and spiders, in human health and disease. Learn about the implications of phospholipase A2 in inflammatory conditions, autoimmune disorders, and other health conditions. Discover innovative testing methods, treatment approaches, and practical strategies for managing patients with phospholipase A2-related issues. Access the recorded session now to expand your knowledge and stay up-to-date with the latest developments in this intriguing area of research.":1,"#では<a ljsid-1=\"\">、有機酸検査 (OAT)</a>について取り上げます。OAT<a ljsid-3=\"\">は、</a>体内の代謝の下流産物を測定する強力なツールです。さまざまな代謝経路からの代謝産物を評価することで、腸の健康、ミトコンドリア機能、神経伝達物質経路、栄養状態に関する重要な洞察が得られます。これらの代謝プロセスに加えて、 <a ljsid-5=\"\">OATは</a>、マイコトキシン、重金属、農薬、その他の環境毒物など、さまざまな毒性物質への潜在的な曝露を特定するのにも役立ちます。":1,"#Ce blog de notre <a ljsid-1=\"\">série TOXDétective</a> <span ljsid-3=\"\">explorer les plongeurs</span> <span ljsid-5=\"\">nutriments</span> <span ljsid-7=\"\">et dérivés végétaux qui soutiennent les réactions biochimiques de la détoxification de phase I, II et III</span> <span ljsid-9=\"\">.</span>":1,"#Ce blog de notre <a ljsid-1=\"\">série TOXDétective</a> <span ljsid-3=\"\">explore notre <a ljsid-3-1=\"\">Test des acides organiques (OAT)</a> . L' <a ljsid-3-3=\"\">AVOINE</a> est un outil puissant qui mesure les produits en aval du métabolisme dans le corps. L'évaluation des métabolites de diverses voies métaboliques peut fournir des informations clés liées à la santé intestinale, à la fonction mitochondriale, à la voie des neurotransmetteurs et à l'état nutritionnel. En plus de ces processus métaboliques, l' <a ljsid-3-5=\"\">AVOINE</a> peut également aider à identifier les expositions potentielles à diverses substances toxiques, notamment les mycotoxines, les métaux lourds, les pesticides et d'autres substances toxiques environnementales.</span>":1,"#explore notre <a ljsid-1=\"\">Test des acides organiques (OAT)</a> . L' <a ljsid-3=\"\">AVOINE</a> est un outil puissant qui mesure les produits en aval du métabolisme dans le corps. L'évaluation des métabolites de diverses voies métaboliques peut fournir des informations clés liées à la santé intestinale, à la fonction mitochondriale, à la voie des neurotransmetteurs et à l'état nutritionnel. En plus de ces processus métaboliques, l' <a ljsid-5=\"\">AVOINE</a> peut également aider à identifier les expositions potentielles à diverses substances toxiques, notamment les mycotoxines, les métaux lourds, les pesticides et d'autres substances toxiques environnementales.":1,"#探讨了我们的<a ljsid-1=\"\">有机酸测试 (OAT)</a> <a ljsid-3=\"\">。OAT</a>是一种强大的工具，可以测量体内代谢的下游产物。评估各种代谢途径的代谢物可以提供与肠道健康、线粒体功能、神经递质途径和营养状况相关的关键见解。除了这些代谢过程外， <a ljsid-5=\"\">燕麦</a>还可以帮助识别各种有毒物质的潜在暴露，包括霉菌毒素、重金属、杀虫剂和其他环境毒物。":1,"#How to Reorder a Frequently Ordered Test View a step-by-step instructional video demonstrating how to reorder a frequently ordered test.":1,"#You searched for Aminoácidos  - MosaicDX":1,"#You searched for Aminoácidos - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Aminoácidos </span>":1,"#You searched for Mental - MosaicDX":1,"#Posted on <time ljsid-1=\"\">October 16, 2024</time>":1,"#Search Results for: <span ljsid-1=\"\">Mental</span>":1,"#You searched for Psicosis - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Psicosis</span>":1,"#Oxidative Stress Archives - MosaicDX":1,"#Tag: <span ljsid-1=\"\">Estrés oxidativo</span>":1,"#You searched for Schimmelbelastung - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Schimmelbelastung</span>":1,"#You searched for Schimmelpilz - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Schimmelpilz</span>":1,"#Tag: <span ljsid-1=\"\">Home Mold Testing</span>":1,"#mycotoxins mitochondria":1},"version":100711}]