[{"_id":"project-settings","settings":{"translateMetaTags":true,"translateAriaLabels":true,"translateTitle":true,"showWidget":true,"isFeedbackEnabled":false,"fv":1,"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,"isWidgetPositionRelative":false},"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,"localizeUrls":false,"localizeImagesLimit":false,"localizeUrlsLimit":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,"disableDateLocalization":false,"ignoreCurrencyInTranslation":false,"blockedComplexSelectors":[]},"version":121658},{"_id":"en","source":"en","pluralFn":"return n != 1 ? 1 : 0;","pluralForm":2,"dictionary":{},"version":121658},{"_id":"outdated","outdated":{"#S G, Kitya D, Lubega A, Ogwal-Okeng J, W W, B D. <a ljsid-1=\"\">Übersicht über die biologischen und gesundheitlichen Auswirkungen von Aflatoxinen auf Körperorgane und Körpersysteme.</a> InTech; 2013.":1,"#<a ljsid-0=\"\">Nutritional-Supplements-02</a> from <a ljsid-2=\"\">Mosaic Diagnostics</a> on <a ljsid-4=\"\">Vimeo</a>.":1,"#Exposure of this pesticide in rats showed a significant increase in aspartate aminotransferase activity. The last two common conjugation reactions are glutathione conjugation and methylation. Glutathione is use by the body to conjugate acetaminophen toxicity and alcohol toxicity most commonly. It is used to metabolize some medications and many toxins. Glutathione production activity can be assessed on the OAT in marker 58, <a ljsid-1=\"\">Pyroglutaminsäure</a>. By adding in NAC, the precursor, or glutathione supplementation, this common Phase 2 enzymatic reaction can be readily supported to support detoxification.":1,"#The next conjugation reaction is amino acid conjugation. This reaction involves the binding of toxic carboxylic acids, bile acids, and xenobiotics to the amino group of amino acids. The most common amino acids used are aspartate and glutamate. Other amino acids used are taurine, glycine, lysine, serine, proline, ornithine, glutamine and valine. A protein-rich diet will supply these amino acids. In particular, the pesticide, 2,4-Dichlorophenoxyacetic Acid (2-,4-D) that is measured on the <a ljsid-1=\"\">TOXDetect-Profil</a>, is conjugated to aspartate for detoxification. The addition of this amino acid can be helpful in detoxing this pesticide.":1,"#When it comes to detoxification, we typically start analyzing the process at Phase 1 liver detox. For overall full detoxification, Phase 0 is the true first step. Phase 0 is really your investigation stage. After reviewing the results of an <a ljsid-1=\"\">Organische Säuren-Test</a>, <a ljsid-3=\"\">MycoTOX-Profil</a> (Mold Exposure), <a ljsid-5=\"\">TOXDetect-Profil</a><sup ljsid-6=\"\">®</sup> (Toxic Non-Metal Chemicals), <a ljsid-8=\"\">Glyphosate</a>, und <a ljsid-10=\"\">Schwermetalltest</a>, the next step is finding the source or sources of exposure. This step is crucial to full resolution of symptoms. Oftentimes, I find clients and practitioners alike who want to detox without removing the source. This is a wonderful thought and would be amazing if we could do this. Unfortunately, it’s almost impossible to out detoxify a current exposure. Most often we do not know the extent of an exposure source and how that is going to affect the client or how quickly the severity will increase. Once you know the toxin or toxins, finding and eliminating the sources of exposure is top priority. Without completion of Phase 0, added detox support will be just that, support. The great thing about finding out someone is toxic is that the severity of symptoms can help dictate how quickly one needs to find and eliminate the sources of exposure. The more severe the symptoms, the higher the priority.":1,"#You searched for precio+prueba+de+acidos+organicos - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">precio+prueba+de+acidos+organicos</span>":1,"#November 30, 2018":1,"#Passi Pratici Successivi:":1,"#Applicazione ottimale:":1,"#Informazioni pratiche:":1,"#氨基酸血浆样品检测报告 - MosaicDX --- Amino Acid Plasma Sample Test Report - MosaicDX":1,"#Perchlorate is a chemical used in fireworks, road flares, explosives, and rocket fuel":1,"#Grèce Shipping Fees":1,"#Form submitted successfully.\nA confirmation email was sent to alexanutres@gmail.com.":1,"#A confirmation email was sent to alexanutres@gmail.com.":1,"#Tickborne BBB Direct Detect 1 day - dPCR - Sample Test Report":1,"#Tickborne BBB Direct Detect 1 day - dPCR - Sample Test Report - MosaicDX":1,"#Chipre Shipping Fees":1,"#Corea del Sur Shipping Fees":1,"#Add note":1,"#green":1,"#blue":1,"#red":1,"#yellow":1,"#Create <sup ljsid-1=\"\">↵</sup>":1,"#Cancel <sup ljsid-1=\"\">esc</sup>":1,"#New highlight":1,"#These two binders are often used in mycotoxin detoxification protocols. As seen above, this is for good reason. The mycotoxin that responds best to these prescriptions is ochratoxin a (OTA), according to the research. This is a notorious mycotoxin. OTA is produced by many species of Apergillus and Penicillium molds. These are two of the most ubiquitous molds in the environment. This fact makes OTA the most common mycotoxin. It is so common that even regular ingestion of commonly moldy foods will most likely expose you to small, negligible amounts of OTA – we outline this in our article:<strong ljsid-1=\"\"> </strong><a ljsid-2=\"\"><strong ljsid-2-0=\"\">Mycotoxines dans les aliments</strong></a>. In cases of water damage building exposure these drugs are valuable assets to binding this mycotoxin.":1,"#For chemicals that are not commonly found in water, or come back negative on water testing, may be in the air. In new buildings or newly renovated or clean buildings, there can be off-gassing of many chemicals used in the construction and cleaning industries. Due to the odorless and colorless nature of a lot of these chemicals, it is difficult to know which, when and how much of a chemical is being released into the air. Air testing is an option for those who populate many elevations on the <a ljsid-1=\"\">Profil TOXDetect</a>. This can help pinpoint where you are being exposed and how much of an exposure is being had. There are various air monitors and tests that can be used to determine your air quality.":1,"#Other resources you can use include the <a ljsid-1=\"\">Safe Drinking Water Hotline </a>powered by the EPA. Here, you can contact the EPA and ask questions about your drinking water. Simply fill out their online form and add your city and state information and your questions. They will contact you with answers. Other online resources for third party testing can be utilized as well. These services are provided for a price. Two water testing companies are <a ljsid-3=\"\">National Testing Laboratories Ltd</a> et <a ljsid-5=\"\">SimpleLab Tap Score</a>. These companies are independent water testing labs that offer testing for both city and well water sources. Each company has a widespread range of contaminants tested. You can choose from either company based on the contaminants you want tested specifically.":1,"#Notre <a ljsid-1=\"\">recent post</a> discussed some of the more commonly elevated <a ljsid-3=\"\">Profil TOXDetect</a><sup ljsid-4=\"\">®</sup> markers. It looked at where these toxins are commonly found. A lot of these are being released in the air, contaminating our water supplies, and/or are in our commonly used daily products. This post aims to describe various resources for testing the air and water for these chemicals and to find products free from these toxins.":1,"#Rilevazione IgG Bartonella –":1,"#Lyme <em ljsid-1=\"\">Borrelia</em> Direct Detect – <sup ljsid-3=\"\">Nanotrap®</sup>":1,"#Combining direct and indirect testing methods–specifically for <em ljsid-1=\"\">Bartonella</em> infection–enhances diagnostic accuracy, especially for patients with complex clinical presentations. MosaicDX recommends maximizing diagnostic data by testing for both antibodies (indirect) and DNA evidence of infection (direct) for Bartonella, as each test method provides critical support. Tickborne BBB Direct Detect dPCR includes tests for <em ljsid-3=\"\">Borrelia</em>, <em ljsid-5=\"\">Babesia</em> e <em ljsid-7=\"\">Bartonella</em> at a genus level for all associated pathogens and Bartonella IgG Detect uses the IFA method to detect IgG to the top four (4) Bartonella species affecting humans in North America.":1,"#<strong ljsid-0=\"\">Our most comprehensive Lyme and co-infection combination panel</strong> includes Tickborne BBB Direct Detect dPCR with the Lyme Borrelia Nanotrap® urine antigen test for optimal coverage for the top flea and tick-borne infections at the genus level. Bartonella IgG Detect IFA adds enhances diagnostic accuracy when combined with BBB Direct Detect species genus level digital PCR Bartonella results.<br ljsid-2=\"\"><br ljsid-3=\"\"><strong ljsid-4=\"\"><a ljsid-4-0=\"\">Tickborne BBB Direct Detect – dPCR (</a></strong><a ljsid-5=\"\"><strong ljsid-5-0=\"\">1 day</strong></a><strong ljsid-6=\"\"> or </strong><a ljsid-7=\"\"><strong ljsid-7-0=\"\">3 day</strong></a><strong ljsid-8=\"\">) </strong>e <a ljsid-10=\"\"><strong ljsid-10-0=\"\">Rilevazione IgG Bartonella – IFA</strong></a> e <a ljsid-12=\"\"><strong ljsid-12-0=\"\">Rilevamento diretto della Borrelia di Lyme – Nanotrap</strong></a>":1,"#You searched for Panel+de+metilacion - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Panel+de+metilacion</span>":1,"#Wählen Sie auch den richtigen Ordner für Mykotoxine aus | MosaikDX":1,"#GPL_Blog_BindersfürMykotoxine_Grafiken_Tabelle.png":1,"#So wählen Sie den richtigen Ordner für Mykotoxine aus | MosaikDX":1,"#Finde deinen Lesezeichendienst":1,"#<a ljsid-0=\"\">Functional Medicine And The Organic Acids Test (OAT)</a> from <a ljsid-2=\"\">Diagnostic mosaïque</a> on <a ljsid-4=\"\">Viméo</a>.":1,"#I tricoteceni, comprese queste due micotossine, contengono un doppio legame distinto 9,10 e un anello epossidico 12,13, con gruppi idrossilici o acetilici aggiuntivi in determinate posizioni (20, 22,23, 26). Sono di natura lipofila ma hanno un’emivita relativamente breve. Si stima che i tricoteceni, in generale, abbiano un'emivita compresa tra minuti e ore (27, 28). Entrambi hanno una bassa solubilità in acqua, con Roridin E a 0,01 g/L e Verrucarin A a 0,043 g/L (22, 23). Non ci sono dati sui punti di fusione per nessuna di queste tossine.":1,"#ST contiene un nucleo diidrofurofuranico, con un nucleo di xantone e una struttura di bisfurno attaccata (16,18). È insolubile in acqua, con un'emivita nel plasma compresa tra 46,5 e 55,8 ore e un punto di fusione di 246 °C (474 °F) (19).":1,"#代謝評価…":1,"#You searched for Zonulin+Family+Protein+Test+%E2%80%93+Stool+ - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Zonulin+Family+Protein+Test+%E2%80%93+Stool+</span>":1,"#You searched for zonoline - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">zonoline</span>":1,"#You searched for gi360 - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">gi360</span>":1,"#[…] treatment more effectively—especially since each requires a different therapeutic approach. Without proper testing, co-infections can be missed, leading to incomplete or ineffective care. Discover the Power of <mark ljsid-1=\"\">mosaicodx</mark>’s Tickborne BBB Direct Detect Direct testing is particularly valuable in detecting the current presence of pathogens when antibody responses might be absent or unclear. Many patients […]":1,"#[…] bacteria can invade and hide in host cells and create a niche where they can survive and multiply, and evade the immune system. Discover the Power of <mark ljsid-1=\"\">mosaicodx</mark>’s Bartonella IgG Detect IFA profile Bartonella IgG Detect – IFA utilizes authentic cell-cultured clinical isolates for Bartonella species that most commonly affect humans in North America: B. […]":1,"#[…] treatment more effectively—especially since each requires a different therapeutic approach. Without proper testing, co-infections can be missed, leading to incomplete or ineffective care. Discover the Power of <mark ljsid-1=\"\">mosaicodx</mark>’s Lyme Borrelia Direct Detect profile Direct testing is particularly valuable in detecting the current presence of pathogens when antibody responses might be absent or unclear. Many […]":1,"#[…] + Co-Infection Diagnostics Designed to Detect at Every Stage Testing for Lyme disease and co-infections, in combination, provides a more comprehensive assessment of tick and vector-borne exposures. <mark ljsid-1=\"\">mosaicodx</mark>’s Lyme + Co-infection combination panels streamline the identification process, reduce costs, and offer unparalleled visibility, ensuring prompt and effective treatment. We offer nine (9) individual tests […]":1,"#[…] chemical reactions, transport nutrients, hormone and neurotransmitter synthesis, immune and detoxification functions, and more. Their critical role in human health makes them important in numerous clinical presentations. <mark ljsid-1=\"\">mosaicodx</mark>’s Amino Acids Test can provide valuable insights into your body’s amino acid metabolism. This comprehensive test measures 45 markers, including essential and non-essential amino acids, and […]":1,"#[…] The immune-modulating effects of Vitamin D are profound and its deficiency is associated with many common and serious diseases, including certain cancers, diabetes, cardiovascular disease, and osteoporosis. <mark ljsid-1=\"\">mosaicodx</mark>’s Vitamin D Test is a useful tool in assessing Vitamin D levels, determining if sun exposure and dietary intake are adequate, and evaluating the likelihood of […]":1,"#[…] substances. This type of allergic reaction can result in a wide range of symptoms from mild (sneezing, runny nose, congestion) to severe and potentially life-threatening (anaphylaxis). <mark ljsid-1=\"\">mosaicodx</mark>’s IgE Inhalant Allergy Test is a blood-based (serum) panel that focuses on the presence of inhalant specific allergens across several clinically important groups: pets, dust, insects, […]":1,"#[…] tubule carcinoma, pancreatic islet-cell adenoma, and skin tumors. Glyphosate is also known to disrupt the balance of gut bacteria, reducing the ratio of beneficial to harmful bacteria. <mark ljsid-1=\"\">mosaicodx</mark>’s Glyphosate Test is a urine-based assay that assess an individual’s exposure to glyphosate. Additionally, <mark ljsid-3=\"\">mosaicodx</mark> offers testing of water samples to assist in identifying an important […]":1,"#You searched for MosaicDX - MosaicDX":1,"#<mark ljsid-1=\"\">mosaicodx</mark>’s EnviroTOX Burden™ Panel combines a number of profiles; TOXDetect Profile®, MycoTOX Profile™, and Metals – Toxic Elements providing an extensive screening for toxic exposures. Toxic exposure can have profound health impacts. Assessing exposure is an important first step to reducing exposure and supporting detoxification. Our EnviroTOX panels streamline the identification process, allowing for the collection of extensive data […]":1,"#[…] red blood cells. It is a critical part of hemoglobin, the protein in your red blood cells which helps distribute oxygen to the cells in your body. <mark ljsid-1=\"\">mosaicodx</mark>’s Iron + Total Iron Binding Capacity Test is used to measure your blood iron level. Although this test may be performed as a routine part of […]":1,"#Discover the Power of <mark ljsid-1=\"\">mosaicodx</mark>’s Lyme Borrelia Direct Detect profile that provides more sensitive direct detection for Lyme Borrelia at all stages of Lyme disease than standard methods. Identifies positive cases missed by conventional Two-Tiered Testing (TTT). Up to 2x more sensitive than conventional antibody testing Confirms cases missed by antibody testing Easy at-home or in-office urine […]":1,"#[…] foods. This type of allergic reaction can result in a wide range of symptoms from mild (sneezing, runny nose, congestion) to severe and potentially life-threatening (anaphylaxis). <mark ljsid-1=\"\">mosaicodx</mark>’s IgE Food Allergy Panels are blood-based (serum) tests that focus on specific food allergens to assess the levels of IgE antibodies to help identify the source […]":1,"#Search Results for: <span ljsid-1=\"\">mosaicodx</span>":1,"#Search Results for: <span ljsid-1=\"\">MTHFR</span>":1,"#Fogle MR, Douglas DR, Jumper CA, Straus DC. <a ljsid-1=\"\">Crecimiento y producción de micotoxinas por Chaetomium globosum.</a> Mycopathologia. 2007;164(1):49-56.":1,"#Form submitted successfully.\nA confirmation email was sent to julied54@hotmail.com.":1,"#A confirmation email was sent to julied54@hotmail.com.":1,"#Unser <a ljsid-1=\"\">Ressourcen</a> Die Registerkarte enthält auch Lehrmaterialien, die für Sie nützlich sein könnten und die wir ebenfalls anbieten <a ljsid-3=\"\">MosaikRAND</a> Workshops für qualifizierte Praktiker, um die Grundlagen von Labortests besser zu verstehen.":1,"#Mahmoudian F, Sharifirad A, Yakhchali B, Ansari S, Fatemi SS. <a ljsid-1=\"\">Produktion von Mycophenolsäure durch ein neu isoliertes einheimisches Penicillium glabrum.</a> Curr Microbiol. 2021;78(6):2420-8.":1,"#Environmental toxicants, detected on Mosaic Diagnostic’s <a ljsid-1=\"\">Perfil de detección de TOX</a><sup ljsid-2=\"\">®</sup>, and mycotoxins, found on the <a ljsid-4=\"\">Perfil MycoTOX</a><sup ljsid-5=\"\">™</sup>, vary in their lipophilicity and are processed through these intrinsic detoxification mechanisms. These processes can be broadly categorized into three phases: Phase I, Phase II, and Phase III detoxification, which we will cover in this comprehensive blog.":1,"#The <a ljsid-1=\"\">Versión completa de Ácidos Orgánicos</a>, and <a ljsid-3=\"\">Perfil TOXDetect®</a>, compose the foundation of every <strong ljsid-5=\"\">EnviroTOX®</strong> panel.":1,"#EnviroTOX<sup ljsid-1=\"\">™</sup> panels provide practitioners with a powerful tool for detecting toxic exposures and their health impacts. Beginning with our foundational panel of EnviroTOX™ consisting of the <a ljsid-3=\"\">Versión completa de Ácidos Orgánicos</a>, and <a ljsid-5=\"\">Perfil de detección de TOX</a>®.":1,"#<strong ljsid-0=\"\">el análisis completo de heces</strong> (CSA))":1,"#el análisis completo de heces":1,"#Ginger received a full blood panel and was also tested using<br ljsid-1=\"\">MosaicDX’s urine toxicity tests for mold, glyphosate, and<br ljsid-3=\"\">heavy metals, as well as the <a ljsid-5=\"\">Ácidos Prueba Orgánica (OAT)</a>. Her<br ljsid-7=\"\">blood tests were unremarkable; however, her glyphosate<br ljsid-9=\"\">level was in the 75th percentile. She had significant levels of<br ljsid-11=\"\">both lead and mercury, along with two mold toxins. The OAT<br ljsid-13=\"\">revealed intestinal fungal overgrowth and a significant need<br ljsid-15=\"\">for methylation support due to toxic exposure. Genetic testing<br ljsid-17=\"\">showed an MTHFR mutation.<br ljsid-19=\"\">She was treated with low-dose naltrexone for suspected<br ljsid-21=\"\">Hashimoto’s thyroiditis. Her detox protocol included oral<br ljsid-23=\"\">phosphatidylcholine, liposomal glutathione, methyl B12 and<br ljsid-25=\"\">methyl folate, Biocidin, and Ultra Binder.":1,"#The EnviroTOX<sup ljsid-1=\"\">™</sup> 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-3=\"\">Perfil de detección de TOX</a><sup ljsid-4=\"\">®</sup>, <a ljsid-6=\"\">Perfil MycoTOX</a><sup ljsid-7=\"\">™</sup>, and <a ljsid-9=\"\">Metales – Elementos tóxicos</a> – to provide an extensive screening for a wide range of toxic exposures.":1,"#<a ljsid-0=\"\">Perfil de detección de TOX</a><sup ljsid-1=\"\">®</sup> offers a comprehensive approach to evaluating environmental toxicant exposures, complemented by a thorough environmental exposure history intake. This combination equips practitioners with insights needed to understand how toxins influence patient health and to implement evidence-based avoidance strategies, address health impacts, and tailor personalized therapeutic interventions. Our goal is to empower you to proactively mitigate the effects of environmental toxins, fostering long-term health and well-being for both you and your patients.":1,"#The relative contribution of these pathways can vary based on individual factors such as genetic polymorphisms in <strong ljsid-1=\"\">CYP2E1</strong> y <strong ljsid-3=\"\">GSTs</strong>, as well as external factors like diet and exposure levels.<sup ljsid-5=\"\">65</sup><br ljsid-6=\"\"> <strong ljsid-8=\"\">GSH precursors</strong> such as NAC and methionine have been shown to protect against the cytotoxicity of AA and other metabolites.<sup ljsid-10=\"\">66</sup>":1,"#<strong ljsid-1=\"\">Bioactivation:</strong> Involves oxidative desulfuration to form <strong ljsid-3=\"\">oxon metabolites</strong> – potent AChE inhibitors. Key CYP enzymes involved are <strong ljsid-5=\"\">CYP2B6, 2C19, and 1A2.</strong><sup ljsid-6=\"\">55</sup><br ljsid-7=\"\"> <strong ljsid-9=\"\">Detoxification:</strong> Involves dearylation of OPs to form inactive metabolites. <strong ljsid-11=\"\">CYP2C19 and 3A4</strong> significantly contribute to this pathway, but <strong ljsid-13=\"\">2C19</strong>is involved in detoxification of <strong ljsid-15=\"\">chlorpyrifos</strong> y <strong ljsid-17=\"\">diazinon</strong>, converting them to non‑toxic metabolites.<sup ljsid-19=\"\">56</sup>":1,"#<strong ljsid-1=\"\">piretroides</strong> have the ability to influence <strong ljsid-3=\"\">glucose metabolism</strong> and lipid oxidation.<sup ljsid-5=\"\">54</sup> (may consider <strong ljsid-7=\"\"><a ljsid-7-0=\"\">AAO</a></strong>)":1,"#<strong ljsid-1=\"\">Phase I:</strong> Undergo extensive metabolism in humans through hydrolysis and oxidation. <strong ljsid-3=\"\">CES1</strong> y <strong ljsid-5=\"\">CES2</strong> play a role in hydrolysis.<sup ljsid-7=\"\">51</sup> Many <strong ljsid-9=\"\">CYP450</strong> enzymes, but especially <strong ljsid-11=\"\">CYP2C19</strong>, exhibit highest intrinsic clearance of pyrethroid metabolites.<sup ljsid-13=\"\">52</sup><br ljsid-14=\"\"> <strong ljsid-16=\"\">Phase II:</strong> Metabolites formed in Phase I reactions, such as <strong ljsid-18=\"\">3PBA</strong>, may undergo further conjugation with amino acids, sulfates, and sugars.<sup ljsid-20=\"\">53</sup>":1,"#Metabolism of <strong ljsid-1=\"\">2,4‑D</strong> is minimal and largely excreted as the unchanged parent compound – about <strong ljsid-3=\"\">82% unchanged</strong> y <strong ljsid-5=\"\"></strong>12% is excreted as a conjugate.<sup ljsid-7=\"\">49</sup>":1,"#EO can convert to ethylene glycol, then to <strong ljsid-1=\"\">oxalic acid</strong> (may consider <strong ljsid-3=\"\"><a ljsid-3-0=\"\">AAO</a></strong>).<sup ljsid-5=\"\">37 38</sup><br ljsid-6=\"\"> <strong ljsid-8=\"\">VC</strong> can cross the placenta and enter the <strong ljsid-10=\"\">fetus.</strong><sup ljsid-11=\"\">30</sup>":1,"#Elimination can be accelerated with <strong ljsid-1=\"\">GSH (reduced)</strong> oral, IV, transdermal or <strong ljsid-3=\"\">N‑acetylcysteine (NAC)</strong> supplementation.<br ljsid-5=\"\"> Observed effects on neurotransmitter metabolites (<strong ljsid-7=\"\">DOPAC, HVA, and 5‑HIAA</strong>)<sup ljsid-9=\"\">32</sup> (may consider <a ljsid-11=\"\"><strong ljsid-11-0=\"\">AAO</strong></a>).":1,"#Variability in <strong ljsid-1=\"\">CYP2E1</strong> La actividad del metabolismo del etilbenceno puede deberse a <strong ljsid-3=\"\">polimorfismos genéticos</strong> y factores ambientales.<sup ljsid-5=\"\">9</sup><br ljsid-6=\"\"> <strong ljsid-8=\"\">Mandélico</strong> y <strong ljsid-10=\"\">hipúrico</strong> Los ácidos son intermediarios de la descomposición del estireno en el cuerpo (puede considerarse <a ljsid-12=\"\"><strong ljsid-12-0=\"\">AAO</strong></a>).<sup ljsid-14=\"\">21</sup>":1,"#<strong ljsid-1=\"\">Styrene Phase I:</strong> Oxidation via <strong ljsid-3=\"\">CYP2E1</strong> to form <strong ljsid-5=\"\">styrene‑7,8‑oxide (SO)</strong>.<sup ljsid-7=\"\">18</sup><br ljsid-8=\"\"> Then converted by <strong ljsid-10=\"\">mEH</strong> to form <strong ljsid-12=\"\">phenylglyoxylic acid</strong>, <strong ljsid-14=\"\">mandelic acid</strong>, and <strong ljsid-16=\"\">hippuric acid</strong>.<sup ljsid-18=\"\">7</sup><br ljsid-19=\"\"> <strong ljsid-21=\"\">Styrene Phase II:</strong> SO undergoes <strong ljsid-23=\"\">glutathione (<abbr ljsid-23-1=\"\">GSH</abbr>)</strong> conjugation to form <strong ljsid-25=\"\">PGO</strong>.<sup ljsid-27=\"\">19</sup><br ljsid-28=\"\"> <strong ljsid-30=\"\">Ethylbenzene:</strong> Hydroxylation by <strong ljsid-32=\"\">CYP2E1</strong> mainly, but can also go through <strong ljsid-34=\"\">CYP1A2</strong> y <strong ljsid-36=\"\">CYP2B6</strong> to a lesser degree.<sup ljsid-38=\"\">20</sup>":1,"#Absorbed primarily through <strong ljsid-1=\"\">inhalation</strong>, with about 60% retained in the <strong ljsid-3=\"\">lungs</strong>.<sup ljsid-5=\"\">16</sup><br ljsid-6=\"\"> Can cause <strong ljsid-8=\"\">mitochondria damage</strong> and deplete <strong ljsid-10=\"\">glutathione</strong> (may consider <a ljsid-12=\"\"><strong ljsid-12-0=\"\">AAO</strong></a>).<sup ljsid-14=\"\">17</sup>":1,"#<a ljsid-0=\"\">Environmental toxins, as detected by our </a><a ljsid-1=\"\">Perfil de detección de TOX</a><sup ljsid-2=\"\">®</sup>, play a significant role in understanding our exposures. By recognizing how they are metabolized, even more insights can be gleaned about timing of exposure, the ability to eliminate them, and what additional influences they may be having on the system. It is essential to note that many of these toxicants are lipophilic, meaning they have an affinity for fat, allowing them to be more readily absorbed, particularly from dermal exposures.<sup ljsid-4=\"\">1</sup> Being lipophilic means they also have a higher potential to be stored in lipids (e.g. cell membranes, adipose tissue), and need to go through biotransformation (i.e. Phase I and II of detoxification) to be eliminated.<sup ljsid-6=\"\">1</sup> The chart below illustrates the parent compound, the metabolite of the parent compound, half-lives, and metabolic processes of these toxicants, including common classes such as phthalates, volatile organic compounds (VOCs), and pesticides. Phthalates, often found in plastics, VOCs from industrial emissions, and pesticides used in agriculture are prominent examples of environmental contaminants that the body must process and eliminate.":1,"#<strong ljsid-1=\"\">Sweating</strong> can help facilitate elimination.<sup ljsid-3=\"\">3</sup><br ljsid-4=\"\"> May negatively impact <strong ljsid-6=\"\">mitochondrial</strong> function and the human <strong ljsid-8=\"\">microbiome</strong><sup ljsid-9=\"\">4,5</sup> (may consider <a ljsid-11=\"\"><strong ljsid-11-0=\"\">Organic Acid Test</strong></a> (OAT) and <a ljsid-13=\"\"><strong ljsid-13-0=\"\">Análisis Completo de Heces</strong>(CSA))</a>.<br ljsid-15=\"\"> Supporting microbiome with <strong ljsid-17=\"\">probiotics</strong> may decrease toxicity.<sup ljsid-19=\"\">5</sup>":1,"#Este blog de nuestro <a ljsid-1=\"\">Serie TOXDetect</a> reviews various toxicants found on the TOXDetect Profile and how they are metabolized. By understanding certain chemical properties and pathways of elimination of specific pollutants, better management and more individualized interventions can be implemented.":1,"#Este blog de nuestro <a ljsid-1=\"\">Serie TOXDetect</a> reviews the 4 pillars of clinical consideration when addressing toxic exposures including, exposure, avoidance, health impacts, and personalized therapeutics.":1,"#ماثيو ويليس، دكتور في الطب التقويمي، DABCI<br ljsid-1=\"\"> Advanced Functional Medicine | San Diego":1,"#Cao W, Wang H, Zhang X, Sun X. <a ljsid-1=\"\">Mutazione dei geni p53 e Ki-ras nelle cellule fibroblastiche polmonari fetali umane in vitro mediante sterigmatocistina</a>. Wei Sheng Yan Jiu. 2000;29(3):175-7.":1,"#Un bon endroit pour commencer votre recherche, consultez la National Association of Mold Remediators and Inspectors (<ins ljsid-1=\"\"> <a ljsid-1-1=\"\">NAMRI</a></ins> ) ou l'Organisation Nationale des Remédiateurs et Inspecteurs Microbiens (<ins ljsid-3=\"\"> <a ljsid-3-1=\"\">NORMI</a></ins> ).":1,"#Consultants en santé à domicile –":1,"#Inspecteurs de l’air":1,"#Inspecteurs visuels":1,"#pas":1,"#L’option la plus rentable est un congé sabbatique environnemental.":1,"#Actuellement, l’industrie des tests et de l’élimination des moisissures est encore jeune et s’adaptera et changera sans aucun doute à mesure que la prise de conscience des maladies liées aux moisissures se développera.":1,"#profil MycoTOX et un test d'acides organiques":1,"#Evidenzbewertungen und Leitlinienempfehlungen zur Lyme-Borreliose: Die klinische Behandlung bekannter Zeckenbisse, Erythema-migrans-Hautausschläge und persistierender Erkrankung":1,"#AAN/ACR/IDSA 2020 Leitlinien zur Prävention, Diagnose und Behandlung der Lyme-Borreliose":1,"#Grundlagen der Lyme-Borreliose für Leistungserbringer":1,"#Post-treatment Lyme disease syndrome symptomatology and the impact on life function: is there thing?":1,"#Anwendung der Nanotrap-Technologie zur hochempfindlichen Messung der Carboxyl-Terminus-Domäne des Proteins A an der äußeren Oberfläche des Urins im Frühstadium der Lyme-Borreliose":1,"#Vergleich der Lyme-Borreliose in den USA und Europa":1,"#Menschliche Bartonellose: Ein unterschätztes Problem der öffentlichen Gesundheit?":1,"#). Bartonella spp.-Bakteriämie und rheumatische Symptome bei Patienten aus Borreliose-Endemiegebieten":1,"#Bartonella spp.-Bakteriämie bei Patienten mit neurologischen und neurokognitiven Dysfunktionen":1,"#Bush J, Robveille C, Maggi R, et al. Bush, JC, Robveille, C., Maggi, RG <em ljsid-1=\"\">et al.</em> <a ljsid-3=\"\">Neurobartonellosen: Aus der Versenkung verschwunden!</a> <em ljsid-5=\"\">Parasiten-Vektoren</em> <strong ljsid-7=\"\">17</strong>, 416 (2024). <a ljsid-9=\"\">https://doi.org/10.1186/s13071-024-06491-3</a>":1,"#Neurobartonellosen: Aus der Versenkung verschwunden!":1,"#Leitlinie 2020 der Infectious Disease Society of America zur Diagnose und Behandlung der Babesiose":1,"#Die zunehmende biomedizinische Bedeutung von Infektionen mit Bartonella-Arten. Pathogene":1,"#Gleichzeitiges Vorkommen von Babesia microti, Bartonella spp., Borrelia burgdorferi sl und Anaplasma phagocytophilum bei Nagetieren aus Niederschlesien, Polen":1,"#in Gegenwart":1,"#berechtigten Staat":1,"#Durch Zecken übertragene BBB-Direkterkennung 1 Tag – dPCR:":1,"#<strong ljsid-0=\"\"><a ljsid-0-0=\"\">Durch Zecken übertragene BBB-Direkterkennung – dPCR</a><br ljsid-0-1=\"\"></strong> <em ljsid-2=\"\">Babesia</em> spp. 1 oder 3 Tage<br ljsid-4=\"\"> <em ljsid-6=\"\">Bartonella</em> spp. 1 oder 3 Tage<br ljsid-8=\"\"> <em ljsid-10=\"\">Borrelien</em> spp. 1 oder 3 Tage<br ljsid-12=\"\"> Bartonella spp. Kultur dPCR 3 Tage":1,"#<a ljsid-0=\"\">Vergleichstabelle für Lyme-Borreliose- und Koinfektionstests</a> anzeigen":1,"#Vergleichstabelle für Lyme-Borreliose- und Koinfektionstests":1,"#National Report on Human Exposure to Environmental Chemicals":1,"#MTBE":1,"#Perchlorates":1,"#TRI":1,"#Bromopropane":1,"#ATSDR":1,"#NHANES":1,"#TOXDETECT PROFILE":1,"#BIG News!":1,"#Keller LA, Keller KM, Monge MP, Pereyra CM, Alonso VA, Cavaglieri LR, et al. <a ljsid-1=\"\">Gliotoxin-Kontamination in vor- und nachfermentierter Mais-, Sorghum- und Nass-Biergetreide-Silage in Sao Paulo und im brasilianischen Bundesstaat Rio de Janeiro.</a> J Appl Microbiol. 2012;112(5):865-73.":1,"#المملكة العربية السعودية Shipping Fees":1,"#April 17, 2024":1,"#Germania Shipping Fees":1,"#ノルミ":1,"#ナムリ":1,"#Marin DE, Motiu M, Taranu I. <a ljsid-1=\"\">La zearalenona, un contaminante alimentario, y sus metabolitos afectan la síntesis de citoquinas y la integridad epitelial intestinal de las células porcinas.</a> Toxins (Basel). 2015;7(6):1979-88.":1,"#You searched for acidos+organicos+en+orina - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">acidos+organicos+en+orina</span>":1,"#This brochure is designed to provide an overview of the advantages of the Mold IgE Allergy Test …":1,"#Jh D. <a ljsid-1=\"\">Das Vorkommen, die Eigenschaften und die Bedeutung von Citrinin-Mykotoxin.</a> Journal of Plant Pathology & Microbiology. 2015;6(11).":1,"#Gillot G, Jany JL, Dominguez-Santos R, Poirier E, Debaets S, Hidalgo PI, et al. <a ljsid-1=\"\">Genetische Grundlage für die Produktion von Mycophenolsäure und stammabhängige Produktionsvariabilität in Penicillium roqueforti.</a>Food Microbiol. 2017;62:239-50.":1,"#Fallah A, Rahnama MR, Jafari T, et al. <a ljsid-1=\"\">Saisonale Variation der Aflatoxin-M1-Kontamination in industriellen und traditionellen iranischen Milchprodukten</a>. Food Control 2011;22(10):1653-6.":1,"#<strong ljsid-0=\"\">الاختبارات المؤهلة: </strong>All excluding Kryptopyrrole and Amino Acids Plasma":1,"#You searched for 25029 - MosaicDX":1,"#[…] 82465 83090 83695 83718 Amino Acids Plasma or Urine Test 82139*1 82140 84540 Calcium + Magnesium Test – Urine 82310 83735 CBC Test w/ Differential – Serum <mark ljsid-1=\"\">85027</mark> Comprehensive Stool Analysis – Stool 82272 82542 82656 8351 83631 83986 83993 85549 87045 87046 87102 87177*2 87209*2 87328 87329 89125 89160 Copper + Zinc Profile […]":1,"#Showing results for <em ljsid-1=\"\">85027 85027 85027 85027 85027 85027</em>":1,"#Search Results for: <span ljsid-1=\"\">25029</span>":1,"#You searched for metilacion+ADN - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">metilacion+ADN</span>":1,"#Thank you for choosing Mosaic Diagnostics for your testing needs. If you are unable to access the MosaicDX Practitioner Portal and need to download a digital copy of the Test Requisition Form (TRF), you may access the most updated files here: Download the TRF – in <mark ljsid-1=\"\">English</mark> Download the TRF – Other Languages":1,"#This brochure is designed to provide an overview of the Glyphosate Test. Download Download available in the following languages: Glyphosate Test Brochure – <mark ljsid-1=\"\">English</mark> Glyphosate Test Brochure – Japanese Glyphosate Test Brochure – Spanish Glyphosate Test Brochure – French Glyphosate Test Brochure – German Glyphosate Test Brochure – Polish Glyphosate Test Brochure – Italian […]":1,"#Para realizar el pago de una factura, por favor usar el siguiente formulario. Aceptamos Visa, Mastercard, Discover y American Express. Adicionalmente aceptamos pagos por HSA y FSA. <mark ljsid-1=\"\">English</mark> | Spanish | French | Italian | Portuguese":1,"#<a ljsid-0=\"\">\"Physical and Behavioral Problems Often Seen in Autism\" by Dr. Kurt Woeller</a> from <a ljsid-2=\"\">Diagnóstico mosaico</a> on <a ljsid-4=\"\">Vimeo</a>.":1,"#It should be noted that neither <strong ljsid-1=\"\">toluene</strong> nor <strong ljsid-3=\"\">acrolein</strong> are currently available on <a ljsid-5=\"\">TOXDetect 简介</a><sup ljsid-6=\"\">™</sup>, however testing may still be valuable to assess for other toxic burdens, as it is common to have multiple exposures.":1,"#<strong ljsid-0=\"\">对羟基苯甲酸酯</strong>, a toxicant used as a preservative, can be measured by <strong ljsid-2=\"\">4-羟基</strong> and <strong ljsid-4=\"\">4-Hydroxyhippuric acids</strong>, which are additionally used as a dysbiosis marker on the <a ljsid-6=\"\">燕麦</a>. <sup ljsid-8=\"\">32,33,34</sup> <strong ljsid-10=\"\">Acrolein </strong>known to come from endogenous lipid peroxidation, is also a synthetic chemical used in acrylics, fuel combustion, plastics, and can be generated when cooking oils exceed their smoke point. <sup ljsid-12=\"\">36</sup> <sup ljsid-14=\"\">37</sup> Regardless of source, it can be metabolized into <strong ljsid-16=\"\">malonic acid </strong>(74), a marker on the OAT usually associated with genetic abnormalities. <sup ljsid-18=\"\">38</sup> <sup ljsid-20=\"\">39</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=\"\">苯乙烯</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=\"\">燕麦</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> or one of it’s biproducts, <strong ljsid-22=\"\">ethylene glycol</strong>, used in plastics, textiles, and antifreeze. <sup ljsid-24=\"\">31</sup>":1,"#<strong ljsid-0=\"\">邻苯二甲酸盐</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=\"\">农药</strong>, for example, can have a direct effect on dopamine metabolism, resulting in altered levels of <strong ljsid-2=\"\">HVA </strong>and <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>and <strong ljsid-13=\"\">organophosphates</strong> have been shown to influence Clostridia bacteria, measured on the <a ljsid-15=\"\">燕麦</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>, and <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> or <strong ljsid-3=\"\">vanillylmandelic acid (VMA)</strong> can be elevated, toxic <strong ljsid-5=\"\">金属 </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>and <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=\"\">燕麦</a> may reflect this exposure through specific organic acids.":1,"#Additionally, both <strong ljsid-1=\"\">citramalic </strong>and <strong ljsid-3=\"\">tartaric acid </strong>have also been reported to be <strong ljsid-5=\"\"><em ljsid-5-0=\"\">曲霉 </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,"#<a ljsid-0=\"\">TOXDetect 简介</a><sup ljsid-1=\"\">®</sup> offers a comprehensive approach to evaluating environmental toxicant exposures, complemented by a thorough environmental exposure history intake. This combination equips practitioners with insights needed to understand how toxicants influence patient health and to implement evidence-based avoidance strategies, address health impacts, and tailor personalized therapeutic interventions. Our goal is to empower you to proactively mitigate the effects of environmental toxicants, fostering long-term health and well-being for both you and your patients.":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=\"\">重金属</strong>, and <strong ljsid-8=\"\">mycotoxins </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,"#The <a ljsid-1=\"\">燕麦</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>and <strong ljsid-5=\"\">重金属</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,"#<em ljsid-0=\"\">镰刀菌 </em>mold exposure can also be indicated on the <a ljsid-2=\"\">燕麦</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=\"\">镰刀菌</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,"#Mold exposure, often an overlooked influence on chronic illness, can be challenging to detect. The <a ljsid-1=\"\">燕麦</a> can further assist in this detection process by looking at fungal activity and mycotoxin metabolism versus exclusive excretion of mycotoxins.":1,"#Influences of aflatoxin B1 on react":1,"#Adverse health effects may be acute or chronic in nature, and the degree of impact can vary depending on the age, sex, genetics, and underlying health status of the exposed":1,"#Pierron A, Alassane-Kpembi I, Oswald IP.<a ljsid-1=\"\"> Impacto de las micotoxinas en la respuesta inmune y consecuencias para la salud porcina.</a> Anim Nutr. 2016;2(2):63-8.":1,"#Suen YK, Fung KP, Lee CY, Kong SK<a ljsid-1=\"\">. La gliotoxina induce la apoptosis en macrófagos cultivados mediante la producción de especies reactivas de oxígeno y la liberación de citocromo c sin despolarización mitocondrial.</a> Free Radic Res. 2001;35(1):1-10.":1,"#Ubagai T, Tansho S, Ito T, Ono Y. <a ljsid-1=\"\">Influencias de la aflatoxina B1 en la generación de especies reactivas de oxígeno y la quimiotaxis de leucocitos polimorfonucleares humanos.</a> Toxicol In Vitro. 2008;22(4):1115-":1,"#Pierron A, Alassane-Kpembi I, Oswald":1,"#Adverse health effects may be acute or chronic in nature, and the degree of impact can vary depending on the age, sex, genetics, and":1,"#Tavares":1,"#Bell , J.G., MacKinlay , E.E., Dick, J.R., et al. Essential fatty acids and phospholipase A-2 in autistic spectrum disorders. Prostaglandins, Leukotrienes and Essential Fatty Acids Volume 71, Issue 4 , October 2004, Pages 201-20":1,"#[…] that you mentioned that helps with sulfation? A: SUOX Q: And you suggested giving molybdenum? A: Yes, it is the cofactor and can help when there are <mark ljsid-1=\"\">polymorphisms</mark> or when the transulfuration pathway is upregulated and sulfites are high. Q: If you have high oxalates and positive for mycotoxins (i.e ochratoxin and gliotoxin) – […]":1,"#[…] To make matters worse, individuals taking certain medications such as anticonvulsants, oral contraceptives, antacids, antibiotics, and Metaformin are at increased risk of deficiency. Individuals that possess genetic <mark ljsid-1=\"\">polymorphisms</mark> in the gene coding for the methylenetetrahydrofolate reductase (MTHFR) gene are at high risk for low folate status due to reduced ability to convert folic acid […]":1,"#[…] have more toxic byproducts due to upregulated phase 1 detox even at an expected exposure rate. The CYP2 family metabolizes drugs, xenobiotics, hormones, ketones, and fatty acids. <mark ljsid-1=\"\">Polymorphisms</mark> in these enzymes can lead to poor metabolism of warfarin, metoprolol, phenytoin, or omeprazole for example. Polymorphism in the CYP2D may be associated with Parkinson’s and […]":1,"#[…] by CYP2E1 mainly, but can also go through CYP1A2 and CYP2B6 to a lesser degree.20 Variability in CYP2E1 activity for ethylbenzene metabolism may be due to genetic <mark ljsid-1=\"\">polymorphisms</mark> and environmental factors.9 Mandelic and hippuric acids are intermediates of Styrene’s breakdown in the body (may consider OAT).21 10. Benzene 10. N‑Acetyl Phenyl Cysteine (NAP) Yes 8 hours Phase I: Oxidation of benzene […]":1,"#You searched for Polimorfismos+ - MosaicDX":1,"#The DNA Methylation Pathway Profile is a tool that enables clinicians to identify single nucleotide <mark ljsid-1=\"\">polymorphisms</mark> (SNPs) that can affect critical biochemical pathways like methionine metabolism, detoxification, hormone balance, and Vitamin D function. SNPs can impact disease risk, and their identification can aid in optimizing health and wellness outcomes for patients. By recommending lifestyle […]":1,"#[…] keep your eye on number 35, the HVA/VMA ratio. This enzyme converts dopamine to norepinephrine/epinephrine. Under hypo-functioning states many neurologic conditions arise including Parkinson’s disease (5). Genetic <mark ljsid-1=\"\">polymorphisms</mark> in this enzyme’s functionality have been shown to contribute to the development of this diagnosis. DBH deficiency is also linked to Alzheimer’s, PTSD, ADHD, POTS, Depression, […]":1,"#[…] steps of THE ZEEBRA model applied to each patient reflect a comprehensive biological snapshot of what needs to be reinforced, balanced, or compensated for due to genetic <mark ljsid-1=\"\">polymorphisms</mark>.1 This article focuses on the “R” in THE ZEEBRA, describing an integrative approach to restoring harmony to the brain by way of the gut. This model offers […]":1,"#[…] Association between dietary behaviors and attention-deficit/hyperactivity disorder and learning disabilities in school-aged children. Psychiatry Research, 198, 468-476. Stevenson et al. (2010). The role of histamine degradation gene <mark ljsid-1=\"\">polymorphisms</mark> in moderating the effects of food additives on children’s ADHD symptoms. The American Journal of Psychiatry, 167(9), 1108-15. Uhlig et al. (1997). Topographic mapping of brain […]":1,"#In this insightful webinar, we delved into the clinical application of various genetic Single Nucleotide <mark ljsid-1=\"\">Polymorphisms</mark> (SNPs) in the DNA methylation pathway. Join Dr. Woeller as he discusses the role of DNA methylation in gene expression and its impact on health outcomes. Gain valuable insights into the clinical significance of specific SNPs in the […]":1,"#[…] NAD to function. Acetaldehyde should get converted into acetic acid through the actions of acetaldehyde dehydrogenase 2, again through the actions of NAD. Now, you can have <mark ljsid-1=\"\">polymorphisms</mark> in any of these enzyme systems, for example. Acetaldehyde, from an alcohol standpoint, is likely what’s manifesting or gives you those symptoms of—you had too much […]":1,"#Showing results for <em ljsid-1=\"\">polymorphisms</em>":1,"#Search Results for: <span ljsid-1=\"\">Polimorfismos+</span>":1,"#You searched for Folato+receptor+antibody+test - MosaicDX":1,"#Showing results for <em ljsid-1=\"\">folate receptor antibody test</em>":1,"#Search Results for: <span ljsid-1=\"\">Folato+receptor+antibody+test</span>":1,"#[…] use it, you know, a high kynurenic could mean that the vitamin B6 is low. We’re going to look at vitamin B6 in the next section. Now <mark ljsid-1=\"\">folate</mark> metabolism — we’re in our next section. So we’re moving on from the neurotransmitters into <mark ljsid-3=\"\">folate</mark> metabolism. And there are two markers in here — the […]":1,"#Serum <mark ljsid-1=\"\">Folate</mark>, Vitamin B12, And Homocysteine In Major Depressive Disorder, Part 1: Predictors Of Clinical Response In Fluoxetine-Resistant Depression.":1,"#You searched for Folato%2BRecetor%2Bantibody%2Btest - MosaicDX":1,"#[…] customer experience. Part of this growth includes changing our company name to Mosaic Diagnostics. As a global innovator in diagnostic testing in the functional medicine industry, we <mark ljsid-1=\"\">felt</mark> a name change beyond a Midwest reference was warranted. “Mosaic” exemplifies our mission of providing practitioners with the breadth of tests they need to Reveal the […]":1,"#[…] testing showed an MTHFR mutation. She was treated with low-dose naltrexone for suspected Hashimoto’s thyroiditis. Her detox protocol included oral phosphatidylcholine, liposomal glutathione, methyl B12 and methyl <mark ljsid-1=\"\">folate</mark>, Biocidin, and Ultra Binder. Results Ginger had seen multiple doctors over several years for most of her symptoms and was always told nothing was wrong. Within […]":1,"#[…] times that you should suspect mold toxin illness. Anybody with any of these findings: intestinal permeability, food sensitivity, mitochondrial issues, atopy in pregnancy, disrupted microbiome, neuroinflammation, cerebral <mark ljsid-1=\"\">folate</mark> deficiency, oxidative stress, blood-brain barrier disruption, microglial activation, inflammatory bowel disease—you can read the list there. And then anything with an asterisk next to it is […]":1,"#[…] a typical image of the methylation/transsulfation pathway. So if I draw a line right here — here is methylation. So it’s converting homocysteine to methionine. Here’s our <mark ljsid-1=\"\">folate</mark> cycle. Notice MTHFR is dependent on riboflavin. And right here is methionine synthase, dependent on B12. Coming down is what’s called our transsulfuration pathway. And it’s […]":1,"#Showing results for <em ljsid-1=\"\">folate budget baptist felt</em>":1,"#Search Results for: <span ljsid-1=\"\">Folato%2BRecetor%2Bantibody%2Btest</span>":1,"#[…] most common antibodies against streptococcus, DNase antibodies in serum (ADB); antistreptolysin O titer (ASO). These antibodies may cross-react with brain tissue causing abnormal behaviors. Both of these <mark ljsid-1=\"\">tests</mark> are performed to identify a previous infection of group A beta-hemolytic Streptococcus. These infections cause rheumatic fever or a kidney disease called glomerulonephritis, poststreptococcal versions of […]":1,"#[…] to incomplete or ineffective care. Discover the Power of MosaicDX’s Tickborne BBB Direct Detect Direct <mark ljsid-1=\"\">testing</mark> is particularly valuable in detecting the current presence of pathogens when <mark ljsid-3=\"\">antibody</mark> responses might be absent or unclear. Many patients with detectable spp. DNA never develop detectable antibodies, while others may only show very low titers. The result […]":1,"#You searched for Folato+Recetor+antibody+test - MosaicDX":1,"#[…] incomplete or ineffective care. Discover the Power of MosaicDX’s Lyme Borrelia Direct Detect profile Direct <mark ljsid-1=\"\">testing</mark> is particularly valuable in detecting the current presence of pathogens when <mark ljsid-3=\"\">antibody</mark> responses might be absent or unclear. Many patients with detectable spp. DNA never develop detectable antibodies, while others may only show very low titers. The result […]":1,"#[…] isolates for Bartonella species that most commonly affect humans in North America: B. henselae, B. quintana, B. vinsonii berkhoffii, B. koehlerae. Confirms prior exposure and potential current infection: <mark ljsid-1=\"\">Antibody</mark> results reported in titers. Broad IgG <mark ljsid-3=\"\">antibody</mark> coverage: Confirms exposure to the four main species affecting humans in North America. Accurate: Provides precise, semi-quantitative <mark ljsid-5=\"\">antibody</mark> levels […]":1,"#H. Pylori Antigen <mark ljsid-1=\"\">Test</mark>":1,"#[…] detection for Lyme Borrelia at all stages of Lyme disease than standard methods. Identifies positive cases missed by conventional Two-Tiered <mark ljsid-1=\"\">Testing</mark> (TTT). Up to 2x more sensitive than conventional <mark ljsid-3=\"\">antibody testing</mark> Confirms cases missed by <mark ljsid-5=\"\">antibody testing</mark> Easy at-home or in-office urine sample collection More Sensitive and Reliable Direct Detection 100% sensitivity and 98% specificity in […]":1,"#[…] in a wide range of symptoms from mild (sneezing, runny nose, congestion) to severe and potentially life-threatening (anaphylaxis). MosaicDX’s IgE Food Allergy Panels are blood-based (serum) <mark ljsid-1=\"\">tests</mark> that focus on specific food allergens to assess the levels of IgE antibodies to help identify the source of the allergy. MosaicDX offers both the Basic […]":1,"#IgE Food Allergy <mark ljsid-1=\"\">Tests</mark>":1,"#Showing results for <em ljsid-1=\"\">folate restore antibody test</em>":1,"#Search Results for: <span ljsid-1=\"\">Folato+Recetor+antibody+test</span>":1,"#You searched for Coprocultivo+para+candidas - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Coprocultivo+para+candidas</span>":1,"#You searched for Immunoglobulina+espec%C3%ADfica+IgG+para+panel+de+alimentos+ - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Immunoglobulina+espec%C3%ADfica+IgG+para+panel+de+alimentos+</span>":1,"#una rilevazione diretta":1,"#Pazienti che presentano sintomi simil-influenzali, con o senza eruzione cutanea da eritema migrante (EM), e che hanno vissuto o viaggiato in un'area in cui la malattia di Lyme è endemica.<br ljsid-1=\"\"> Patients with chronic illness not improving, and past/present exposure to ticks, even with past treatment of Lyme, or Post-Treatment Lyme Disease Syndrome (PTLDS)":1,"#You searched for Envoi - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Envoi</span>":1,"#You searched for Candida+and - MosaicDX":1,"#Search Results for: <span ljsid-1=\"\">Candida+and</span>":1,"#April 13, 2023":1,"#To enrich screen reader interactions, please activate Accessibility in Grammarly extension settings":1,"#Clinical Study To Demonstrate The Clinical Efficacy Of A Fixed Valerian Hops Extract Combination (Ze 91019) In Patients Suffering From Non-Organic Sleep Disorder. Koetter, et al., Phytother Res, 2007  Click here to read the article":1,"#Clinical Study To Demonstrate The Clinical Efficacy Of A Fixed Valerian Hops Extract Combination (Ze 91019) In Patients Suffering From Non-Organic Sleep Disorder. - MosaicDX":1,"#Koetter, et al., Phytother Res, 2007":1,"#<a ljsid-0=\"\">Mold And Mycotoxin Testing For The Body And Home</a> from <a ljsid-2=\"\">모자이크 진단</a> on <a ljsid-4=\"\">비메오</a>.":1,"#Jh D. <a ljsid-1=\"\">Vorkommen, Eigenschaften und Bedeutung des Mykotoxins Citrinin.</a> Journal of Plant Pathology & Microbiology. 2015;6(11).":1,"#Vaali K, Tuomela M, Mannerström M, Heinonen T, Tuuminen T<a ljsid-1=\"\">. Giftige Raumluft stellt ein potenzielles Risiko für Immunsuppression und Morbidität dar – eine Pilotstudie.</a> J Fungi (Basel). 2022;8(2).":1,"#[…] detecting and asse… View Test Toxins TOXDetect Profile®: Our daily lives expose us to hundreds of toxic chemicals from food, water, household products, p… View Test Toxins <mark ljsid-1=\"\">MycoTOX</mark> Profile™: <mark ljsid-3=\"\">Mykotoxine</mark>, produced by certain mold species, are some of the most prevalent toxins and can come… View Test View All Tests Insight into Metabolic and […]":1,"#[…] sits in a moldy environment long enough, eventually they themselves can become colonized by the mold and potentially produce the <mark ljsid-1=\"\">mycotoxins</mark> internally. Related Tests and Panels Toxins <mark ljsid-3=\"\">MycoTOX</mark> Profile™: <mark ljsid-5=\"\">Mykotoxine</mark>, produced by certain mold species, are some of the most prevalent toxins and can come… View Test Toxins EnviroTOX Complete™: EnviroTOX™ panels provide practitioners […]":1,"#Ren Z, He H, Zuo Z, Xu Z, Wei Z, Deng J. ROS: <a ljsid-1=\"\">Die praktische Waffe des Trichothecenes?</a> Food Chem Toxicol. 2020;142:111438.":1,"#NOTE: Insurance coverage for testing is based":1,"#Yes, it is possible to conduct multiple urine tests using a single urine sample, provided":1,"#Patients with high toxic levels are at greater risk of concomitant exposure from all toxins. For patients with specific exposure history, practitioners can order individual panels or combine profiles to identi":1,"#During protein synthesis in the hair follicle, elements become permanently incorporated into the hair and do not equilibrate with other tissues. This makes hair an ideal tissue for detecting recent exposure to toxic elements such as arsenic, aluminum, cadmium, lead, antimony,":1,"#Laboratory Headquarters:<br ljsid-1=\"\"> 92":1,"#Learn More Ab":1,"#我们的<a ljsid-1=\"\">TOX检测系列</a>博客回顾了<span ljsid-3=\"\">肝脏排毒的<span ljsid-3-1=\"\">還</span><span ljsid-3-2=\"\">阶段以及所涉及的序列，这些序列用于增强身体有效排毒能力、促进</span><span ljsid-3-3=\"\">獎勵</span><span ljsid-3-4=\"\">肝功能和整体健康至关重要。</span></span>":1,"#查看并下载我们通过<a ljsid-1=\"\">毒物测试图表测量</a>的分析物概述。请参阅下表以确定每种样品中所含的金属：":1,"#Ratio:<br ljsid-1=\"\"> 钙/Magnesium":1,"#Mycotoxins, produced by certain mold species, a":1,"#Blood elemental analysis should be conducted before initiating metal detoxification and intermittently during therapy. Toxic metals disrupt essential element metabolism and are antagonistic to some elements such as cadmium to zinc and lead to calcium. Metal detoxification agents commonly utilized can cause significant urinary wasting of essential elements. For example, EDTA has a high affinity for zinc and manganese, and DMPS can cause marked increases":1,"#Different states have regulations that define the scope of practice for practitioners. It is the practitioner’s responsibility to abide by these rules. Check with your state board of health to determine any restrictions related to laboratory testing. Please note, Mosaic Diagnostics does not o":1,"#When your specimens are collected, you":1},"version":121658}]