[{"_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":132403},{"_id":"en","source":"en","pluralFn":"return n != 1 ? 1 : 0;","pluralForm":2,"dictionary":{},"version":132403},{"_id":"outdated","outdated":{"#The Food Sensitivities and Gut Imbalance Panel provides individual test reports for the Organische Säuren-Test and IgG Food MAP. These test reports offer valuable insights for practitioners seeking comprehensive understanding of their patients’ specific food sensitivities and understanding their metabolic profile.":1,"#MosaicDX’s Food Sensitivities and Gut Imbalance Panel combines the Organische Säuren-Test and IgG Food MAP to guide personalized diets with proven clinical impact, supporting gut health across various symptoms and conditions. Many individuals unknowingly consume foods triggering adverse effects, with symptoms appearing hours or days later. Identifying and addressing these sensitivities is crucial, as they often contribute to chronic health issues and unexplained symptoms.":1,"#[…] and direct, threat to brain function. Gliadorphin, a peptide fragment produced through the breakdown of gluten, directly accesses the brain and attaches to opiate receptors. Neuropeptides including gliadorphin and casomorphin, a structurally similar byproduct of dairy, mimic and interfere with normal neurotransmitter communication, producing significant mental symptoms ranging from fatigue and brain-fog to hallucinations and aggression. Like […]":1,"#Found 1 results for casomorpnhin":1,"#Search results for: casomorpnhin":1,"#Search results for: nihpromosanihcpromosanihcpromosac":1,"#Search results for: nihpromosanihcpromosac":1,"#Found 2 results for nihpromosac":1,"#Search results for: nihpromosac":1,"#Found 605 results for":1,"#Lactobacillus rhamnosus GG (LGG)":1,"#profil MycoTOX de Mosaic Diagnostics":1,"#Dr. Avni Dalal is a naturopathic physician and founder of Palm and Gold Wellness, where she provides inclusive, integrative care with a focus on PCOS, endometriosis, and PMS/PMDD. She completed her clinical training at Sonoran University of Health Sciences and is dedicated to helping individuals navigate hormonal health with compassion and evidence-based support. Beyond her clinical practice, Dr. Dalal brings a strong background in medical writing and marketing, having worked with numerous supplement companies to create engaging and patient-centered health content.":1,"#Dr. Avni Dalal":1,"#Explore the MycoTOX Profile to better understand patterns of mycotoxin exposure and guide personalized clinical decision-making. (Click on chart below to download the pdf.)":1,"#Because responses to mold exposure can vary widely, testing and individualized care remain essential. Laboratory tools like the Mosaic Diagnostics MycoTOX Profile can help clinicians evaluate potential exposures and develop targeted strategies to support recovery.":1,"#In addition, supportive nutrients such as N-acetyl cysteine can enhance detoxification pathways by supporting glutathione production and antioxidant defenses.":1,"#Probiotics that support microbial detoxification":1,"#Chitosan and marine-derived compounds":1,"#Fiber-based binders":1,"#Chlorella and humic substances":1,"#Yeast-derived glucomannan complexes":1,"#Clay-based binders":1,"#Activated charcoal":1,"#Common binder categories include:":1,"#Mycotoxin binders represent one potential strategy for supporting toxin elimination in individuals exposed to mold-derived metabolites. These compounds work through a variety of mechanisms—including adsorption, complex formation, and interruption of enterohepatic recirculation—to reduce toxin reabsorption and promote elimination.":1,"#Learn more about the MycoTOX Profile and how urinary mycotoxin testing can support personalized exposure assessment.":1,"#Understanding the specific toxin pattern can help clinicians select targeted interventions rather than relying on a single generalized approach.":1,"#Trichothecenes may require a broader multi-binder approach":1,"#Ochratoxin A protocols may incorporate bile-binding strategies":1,"#Aflatoxin exposure may respond well to clay-based binders or glucomannan complexes":1,"#For example:":1,"#Tools such as the MycoTOX Profile from Mosaic Diagnostics can help identify which mycotoxins are present and may guide more personalized therapeutic strategies.":1,"#Since different binders interact with toxins through distinct mechanisms, clinicians often tailor protocols based on an individual’s specific mycotoxin exposure profile.":1,"#Personalizing Binder Strategies":1,"#For these reasons, NAC is often included alongside binder protocols to support biotransformation and antioxidant defense, even though it does not directly bind toxins in the gastrointestinal tract.":1,"#Protect mitochondrial function in toxin exposure models":1,"#Support cellular antioxidant defenses":1,"#Reduce oxidative stress induced by mycotoxins":1,"#In experimental research, NAC has also demonstrated the ability to:":1,"#NAC serves as a precursor to glutathione, one of the body’s most important endogenous antioxidants. Glutathione plays a central role in phase II liver detoxification, where toxins, including some mycotoxins, are conjugated to increase their water solubility and facilitate elimination through bile or urine.":1,"#N-acetyl cysteine (NAC) is not a traditional binding agent. Instead, it supports detoxification through a different mechanism.":1,"#N-Acetyl Cysteine (NAC): Supporting Detoxification Rather Than Binding":1,"#When integrated into a broader clinical approach (including environmental exposure reduction, nutritional support, and targeted binders), probiotics may contribute to a multi-mechanistic strategy for managing mycotoxin exposure.":1,"#Some studies suggest that combinations of probiotic organisms—such as S. boulardii with Lactobacillus rhamnosus or Lactobacillus plantarum—may enhance binding capacity in experimental systems.":1,"#The probiotic yeast Saccharomyces boulardii has also demonstrated potential mycotoxin-binding activity. Its cell wall contains mannans and β-glucans, which can adsorb mycotoxins and reduce intestinal absorption. Research suggests S. boulardii may bind aflatoxins and ochratoxin A, while also modulating inflammatory signaling pathways associated with toxin exposure.":1,"#Across studies, the primary mechanism appears to be adsorption of toxins to bacterial cell walls rather than enzymatic degradation, meaning the bound toxin may pass through the gastrointestinal tract and be eliminated in stool.":1,"#Lactobacillus plantarum – Some strains may bind aflatoxins and help limit the growth of toxin-producing fungi in food systems.":1,"#Lactobacillus acidophilus – Experimental studies have demonstrated significant binding of aflatoxin B1 in simulated food and storage systems.":1,"#Lactobacillus casei – In vitro research suggests this species can bind aflatoxin B1 and aflatoxin M1, potentially reducing toxin bioavailability.":1,"#Lactobacillus rhamnosus GG (LGG) – One of the most extensively researched probiotic strains for mycotoxin binding. Studies show it can bind aflatoxin B1, with some experiments demonstrating strong and stable binding capacity across multiple conditions.":1,"#Several Lactobacillus and Bifidobacterium species have demonstrated the ability to bind or reduce certain mycotoxins in experimental models. Among the most studied strains:":1,"#Lactic Acid Bacteria (LAB)":1,"#In laboratory studies, many probiotic effects appear to be driven by binding of mycotoxins to bacterial or yeast cell wall components, such as peptidoglycans, teichoic acids, and polysaccharides. These structural components can interact with toxin molecules and reduce their bioavailability in the gut.":1,"#Supporting gut barrier integrity":1,"#Inhibition of fungal growth or mycotoxin production":1,"#Biotransformation of toxins into less harmful metabolites":1,"#Binding toxins to microbial cell walls":1,"#Certain probiotic species may contribute to mycotoxin detoxification through mechanisms such as:":1,"#Probiotics and Microbial Detoxification":1,"#Because of its positively charged structure, chitosan can interact with negatively charged compounds and may help bind certain toxins, including some mycotoxins, in experimental models.":1,"#Chitosan is derived from chitin found in shellfish exoskeletons and has been studied for its adsorption capacity.":1,"#Chitosan and Other Marine-Derived Binders":1,"#Although their binding capacity may be weaker than pharmaceutical binders, fiber-based approaches can support long-term gastrointestinal detoxification strategies and provide a gentler solution for children or those with compromised detoxification capabilities.":1,"#Support beneficial gut microbiota":1,"#Promote elimination through stool":1,"#Trap toxins within the intestinal lumen":1,"#These compounds form gel-like matrices that may:":1,"#Fibers such as modified citrus pectin and plant mucilages may also act as mild binding agents within the gastrointestinal tract.":1,"#Modified Citrus Pectin and Other Polysaccharide Fibers":1,"#Due to their broad binding capacity, humic substances are sometimes used often in integrative detoxification protocols.":1,"#Organic pollutants":1,"#Heavy metals":1,"#Humic compounds have demonstrated the ability to bind various toxins, including:":1,"#Humic acids are complex organic molecules formed through the decomposition of plant matter in soil. These substances have strong adsorption capabilities due to their large molecular structure and multiple binding sites.":1,"#Humic and Fulvic Acids":1,"#Additionally, chlorella provides nutrients and antioxidants that may support general detoxification pathways.":1,"#While most research has focused on heavy metals and organic pollutants, chlorella has been proposed as a supportive binder for certain mycotoxins due to its cell wall structure and polysaccharide content.":1,"#Chlorella is a freshwater microalgae rich in chlorophyll, fiber, and bioactive compounds. Some laboratory studies suggest chlorella may interact with environmental toxins through surface binding and bioaccumulation mechanisms.":1,"#Yeast cell wall preparations are widely used in agriculture as mycotoxin adsorbents in animal feed, and some functional medicine protocols adapt similar compounds for human use.":1,"#These polysaccharides may bind certain mycotoxins through hydrogen bonding and molecular adsorption. Research suggests glucomannan may interact with:":1,"#Glucomannan is a soluble fiber derived from konjac root, but in mycotoxin-binding research the term often refers to modified yeast cell wall polysaccharides, particularly glucomannan complexes.":1,"#Glucomannan (Yeast-Derived Polysaccharides)":1,"#Clay binders are commonly used in livestock feed to reduce mycotoxin absorption and have been investigated as dietary binders for humans in some research settings.":1,"#Certain trichothecenes":1,"#Clay particles carry a negative surface charge, allowing them to bind positively charged toxins through electrostatic interactions. This mechanism has been particularly well studied for:":1,"#Natural clays such as bentonite, montmorillonite, and other aluminosilicates have been extensively studied for their ability to bind mycotoxins in agricultural and veterinary settings.":1,"#Clay-Based Binders (Bentonite and Other Clays)":1,"#However, because charcoal can bind medications and nutrients, appropriate timing relative to supplements or pharmaceuticals is important.":1,"#Activated charcoal is widely used in toxicology for acute poisoning due to its ability to adsorb organic toxins within the gastrointestinal tract. In integrative clinical practice, it is sometimes used intermittently to support toxin elimination.":1,"#Aflatoxins":1,"#Because of this structure, charcoal can bind a wide variety of compounds, including some mycotoxins. Studies suggest activated charcoal may adsorb:":1,"#Activated charcoal is a highly porous carbon material found in all kinds of personal care products these days but is produced through controlled heating processes that create a large adsorption surface area.":1,"#Activated Charcoal":1,"#Clinically, cholestyramine is sometimes used in mold-related illness protocols due to its strong binding capacity, although it must be prescribed and monitored by a healthcare professional because it may also bind medications and nutrients.":1,"#Research suggests cholestyramine may help bind lipophilic toxins, including some mycotoxins such as ochratoxin A and certain trichothecenes. By sequestering bile acids that contain toxin conjugates, cholestyramine may help reduce reabsorption and promote elimination through stool.":1,"#Cholestyramine is a bile acid sequestrant medication traditionally used to lower cholesterol levels. Because it binds bile acids in the intestine, it can also interrupt enterohepatic recirculation of certain toxins.":1,"#Cholestyramine":1,"#Different binders vary in their binding affinity for specific mycotoxins, which is why clinicians often use a combination approach depending on the toxin profile.":1,"#Interrupting enterohepatic recirculation – promoting elimination through stool":1,"#Chelation or complex formation – forming stable complexes that limit absorption":1,"#Adsorption – physically binding toxins through electrostatic attraction or surface adsorption":1,"#Binders can help mitigate this and function by:":1,"#A key part of understanding mycotoxins is knowing that many mycotoxins undergo enterohepatic circulation, meaning they are metabolized in the liver, secreted into bile, released into the intestines, and potentially reabsorbed into the bloodstream.":1,"#How Binders Work":1,"#Laboratory tools such as the Mosaic Diagnostics MycoTOX Profile can help clinicians identify patterns of mycotoxin exposure and guide personalized support strategies.":1,"#While the evidence base varies depending on the compound and toxin, multiple natural and pharmaceutical binders have demonstrated the ability to interact with specific mycotoxins in in vitro studies, animal models, or clinical observations.":1,"#In clinical practice, binder-based strategies are sometimes used as part of a broader approach to supporting mycotoxin elimination. Binders are substances that may adsorb certain toxins within the gastrointestinal tract, potentially reducing reabsorption during enterohepatic recirculation and promoting fecal excretion.":1,"#Exposure to fungal metabolites known as mycotoxins is increasingly recognized as a potential contributor to chronic health concerns in susceptible individuals. These compounds—produced by species of Aspergillus, Penicillium, Fusarium, and other fungal molds—can enter the body through contaminated food, indoor air exposure, or water-damaged environments. Once absorbed, mycotoxins may circulate through the bloodstream and undergo hepatic biotransformation before being eliminated through bile, urine, or stool.":1,"#Author: Avni Dalal, ND":1,"#Magni R, Espina B, Shah K, et al. 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 . J Transl Med. 2015 Nov 4;13:346. doi: 10.1186/s12967-015-0701-z.
Aucott, J., Rebman A., et al. Symptomatologie des Lyme-Borreliose-Syndroms nach der Behandlung und Auswirkungen auf die Lebensfunktionen: Gibt es etwas? Qual Life Res. 2012 Feb 1;22(1):75–84. doi: 10.1007/s11136-012-0126-6":1,"#Breitschwerdt, EB, et al. (2008 ). Bartonella spp.-Bakterienämie und rheumatische Symptome bei Patienten aus Borreliose-Endemiegebieten . Emerging Infectious Diseases, 14(5), 653-660.":1,"#Breitschwardt E. Die zunehmende biomedizinische Bedeutung von Infektionen mit Bartonella-Arten. Pathogen . Sonderausgabe. Bakterielle Pathogene. ISSN 2076-0817. Abgerufen im Mai 2025.":1,"#Ja, ein zugelassener Arzt (Licensed Physicians (MD, DO), NPs, PAs und NDs mit aktiver NPI-Nummer) aus einem en Bundesstaat ist erforderlich, um Tests von MosaicDX zu bestellen.":1,"#Direct Detection of Lyme Disease Pathogens - Nanotrap® - MosaicDX":1,"#Direct detection of Lyme scorpus - Nanotrap® - MosaicDX":1,"#Mosaic Diagnosis | Reveal the complete picture":1,"#Dr. Krick is a functional medicine practitioner specializing in lab interpretation, immunology, and autoimmunity, with a passion for solving complex and puzzling cases. He currently works with patients around the globe, taking a root-cause approach to health and wellness. He began his clinical career by opening Align Utah in Salt Lake City, where he helped […]":1,"#Taylor Krick, DC - MosaicDX":1,"#Dr. Kurt N. Woeller, D.O.":1,"#March 27, 2026":1,"#访问 (W)holistic Health Boss":1,"#We’ll ground the Summit in our game-changing 有机酸测试（OAT） and show how it can serve as the hub of your care strategy. Using OAT results as your guide, you’ll learn how to strategically pair insights with toxin testing to build a more complete health narrative, one that supports clearer prioritization, smarter sequencing, and more confident next steps for your patients.":1,"#Join us in sunny San Diego or virtually for two focused, insight-rich days designed to move beyond isolated markers and into true clinical integration. We’ll connect the biochemistry of mitochondrial function, neurotransmitters, microbial 和 toxicity into a cohesive, practical framework you can apply immediately, your “Monday Morning” approach.":1,"#Direktor für Integrative Medizin, Amen Clinics":1,"#Tanken Sie":1,"#Kurt Woeller, DO, Chief Medical Officer
Michelle Maddux, ND, Director of Clinical Education
Lindsay Goddard, RD, Clinical Development Manager":1,"#Click Here to Download a PDF of the Binders Chart":1,"#[…] report, empowers practitioners with essential insights for informed decision-making. Phthalates Bisphenols Volatile Organic Compounds Parabens Pesticides Other Chemicals ![]()
Download the TOXDetect resource guide 12-page resource guide listing the metabolite markers of each chemical class, with insights into background, exposure, and health impacts. Understanding the TOXDetect Profile® starts here Get access to the Clinical […]":1,"#Download the TOXDetect resource guide 12-page resource guide":1,"#[…] report, empowers practitioners with essential insights for informed decision-making. Phthalates Bisphenols Volatile Organic Compounds Parabens Pesticides Other Chemicals":1,"#[…] Taylor Krick, BSc, DC, owner of Washington Wellness Center MIX AND MINGLE DINE AROUND: Head out for dinner on your own or with new colleagues, guided by a curated list of local favorites selected by the MosaicDX team. If Michelin Star / James Beard winners are your jam, we have your back. Whether you choose to dine in local downtown or […]":1,"#[…] report, empowers practitioners with essential insights for informed decision-making. Phthalates Bisphenols Volatile Organic Compounds Parabens Pesticides Other Chemicals 📘 Download the TOXDetect resource guide 12-page resource guide listing the metabolite markers of each chemical class, with insights into background, exposure, and health impacts. Understanding the TOXDetect Profile® starts here Get access to the Clinical […]":1,"#Get the TOXDetect Resource Guide":1,"#About Mosaic Diagnostics Mosaic Diagnostics, a global pioneer in precision health testing, is on a mission to restore health by addressing the root cause of complex, chronic disease. Our History For more than 30 years, Mosaic Diagnostics has led the category with advanced, high-quality laboratory testing that uncovers the root causes of complex, chronic health conditions. Our Story People are living with complex, chronic conditions and struggling to understand […]":1,"#Found 51 results for lista de precios":1,"#\"Methylation Supplementation for Autism\" by Dr. Woeller (VIDEO ONLY – NO AUDIO) from Diagnóstico Mosaico on Vimeo.":1,"#Register for The EDGE Summit - VIRTUAL ATTENDANCE NOW AVAILABLE - April 30-May 2 in San Diego, CA .Apprenez-en davantage et inscrivez-vous dès aujourd'hui.":1,"#Food Sensitivity (71 items)":1,"#Director de Medicina Integrativa, Clínicas Amen":1,"#Recarga tus energías":1,"#Kurt Woeller, DO, Director Médico
Michelle Maddux, Dakota del Norte, Director of Clinical Education
Lindsay Goddard, dietista registrada, Clinical Development Manager":1,"#Form submitted successfully.\nA confirmation email was sent to drayeseniaserrano@gmail.com.":1,"#A confirmation email was sent to drayeseniaserrano@gmail.com.":1,"#Digital PCR (dPCR)
Direct":1,"#Immuno-fluorescence (IFA)
Indirect":1,"#Tickborne BBB Direct Detect
(1 or 3 day)":1,"#\"The DNA Methylation Pathway Panel – Clinical Application of Various Genetic SNPs\" by Dr. Woeller de Diagnóstico mosaico en Vimeo.":1,"#Envirotox Complete™":1,"#Carga de EnvirotoX*":1,"#Como los componentes microplásticos influen en el sistema inmunológico y su impacto en la salud de los niños: centros en.":1,"#Evaluación de organofosforados riesgos laborales con enfasis sobre factores psicológicos y estados oxidativos":1,"#Tricotecénico":1,"#Otros: Phosphato de difenilo (DPP), acrilamida, perclorato (PERC), oxibenzona (OBZ)":1,"#11 analitos":1,"#La exposición a sustancias tóxicas para el medio ambiente, ya sean absorbidas, inhaladas o ingeridas, se ha asociado con diversos problemas de salud. A pesar de la elevada cantidad del 2.000% en la producción de plástico, de 15 millones a 311 millones de toneladas entre 1964 y 2014, y de la carga anual de los costes de enfermedad de 340.000 millones de dólares debido a los disruptores endocrinos, la mayoría de los químicos no evalúan su impacto humano. Con más de 80.000 sustancias químicas registradas en la EE. UU de acuerdo con la Ley de Control de Tóxicos y los miles más introducidos anualmente, es fundamental identificar exposiciones y mitigar sus impactos en la salud pública.":1,"#Los tóxicos ambientales son sustancias presentes en el medio ambiente que amenazan la salud de todos los organismos vivos. Ya sean naturales o de origen humano, estas sustancias se infiltran a través de actividades industriales, contaminación, agricultura y eliminación de residuos.":1,"#¿qué son los tóxicos ambientales?":1,"#Profundicia con experiencia clínica con la Cumbre EDGE 2026":1,"#Falta":1,"#Menú de Prueba":1,"#Toxina":1,"#Para paciente":1,"#Aprenda a utilizar TOXDetect con analisis detalles de la desintoxicación de tóxicos y sus implicidades para la salud.":1,"#Sólo tok":1,"#Consumo de alimentos ultraprocesados y exposición a acrilamida en un nivel nacional representativo de la población estadounidense de 6 años o más.":1,"#. Xileno: su toxicidad, medición de niveles de exposición, absorción, metabolismo y limpieza.":1,"#Descripción técnica de compuestos orgánicos volátiles":1,"#Nutrición molecular e investigación alimentaria":1,"#Ftalatos y sus impactos en la salud humana.":1,"#Cómo los componentes microplásticos influyen en el sistema inmunológico y su impacto en la salud de los niños: centrarse en.":1,"#La asociación del bisfenol A y los ftalatos con el cáncer de mama: un metanálisis.":1,"#Metabolismo y administración de fármacos":1,"#Identificación de isoformas de citocromo P450 humano y de rata y esterasa de sudor de rata que metabolizan los insecticidas piretroides deltametrina y esfenvalerato.":1,"#Exposición a pesticidas e iresgo de la enfermedad de Alzheimer: una revisión sistemática y un metanálisis.":1,"#Efectos de los piretroides sobre el desarrollo y comportamiento del cerebro: deltametrina.":1,"#Conocimientos y perspectivas actuales sobre los efectos del beneficio en la salud de los pacientes con cáncer: una preocupación global.":1,"#Síntomas de salud asociados a la exposición ocupacional de trabajadores de gasolinera a compuestos BTEX.":1,"#Exposición ambiental residencial a benceno en los Estados Unidos y riesgo posterior de neoplasias hematológicas.":1,"#Concentraciones de compuestos aromáticos orgánicos volátiles en sangre en la edad adulta en relación con la mortalidad total y causa específica: un estudio de cohorte prospectivo.":1,"#Exposición personal a la mezcla de benceno, tolueno, etilbenceno y xilenos (BTEX) y la longitud de los telómeros: un estudio transversal de la población adulta general de UE.":1,"#Expresión genética en trabajadores gastados en benceno mediante análisis de micromatrices de células sanguíneas mononucleares periféricas: inducción y silenciamiento de CYP4F3A y regulación de la subunidad catalítica de la proteína quinasa dependiente de ADN en la reparación de roturas dobles de ADN.":1,"#Análisis rápido y sensible del agotamiento de alquilfosfatos en orina de una intoxicación por organofosforados":1,"#Anomalías en los exámenes neurológicos entre criadores de ostras expuestos a pesticidas organofosforados":1,"#Evaluación de organofosforados riesgos laborales con enfasis sobre factores psicológicos y estrés oxidativo":1,"#Exposición a organofosforados y efectos crónicos en agricultores: una revisión narrativa":1,"#Por lo tanto, es posible realizar múltiples análisis de orin utilizando una sola de orin, siempre que se cumpla el requisito de volumen para cada análisis. El envase recolector de orina suele contener alrededor de 50 ml de orina. Sin embargo, para análisis cronometrados y de 24 horas, se requiere la bolsa recolectora especializada.":1,"#Perfil de detección TOX":1,"#Todas estas pruebas se pueden realizar a partir de una muerte de orina:":1,"#Los pacientes con niveles tóxicos altos tienen un mayor riesgo de exposición concomitante a todas las toxinas. Para pacientes con antecedentes de exposición específica, los médicos pueden solicitar paneles individuales o combinar perfiles para identificar cómo reducir o eliminar rápidamente múltiples fuentes de exposición a toxinas:":1,"#Alentamos a todos los pacientes a discutir sus resultados con su médico.":1,"#Mascota.":1,"#Cualquier agregado":1,"#Encuentra":1,"#¡Gracias para compartir!":1,"#Bell, JG, MacKinlay, EE, Dick, JR, et al. Ácidos grasos y fosfolipasa A-2 en trastornos del espectro autista. Prostaglandinas, leucotrienos y ácidos grasos esenciales, Volumen 71, Número 4, octubre de 2004, páginas 201-204.":1,"#Shaw, W. Posibles efectos sinérgicos de los ácidos grasos sobre las esterificadas y las lisolecitinas, un metabolito tóxico de la metionina, y del amoníaco sobre la producción de encefalopatía hepática y esquizofrenia. Medicina Ortomolecular. 1988.3:87.":1,"#Trastornos autistas y enfermedades gastrointestinales":1,"#Estudios de microflora gastrointestinal en autismo de aparición tardía":1,"#Manifestaciones gastrointestinales de trastornos de inmunodeficiencia primaria":1,"#Nutrición y sistema inmunológico del intestino":1,"#La función del intestino en el metabolismo, la función de la barrera de la mucosa y la inmunidad intestinal":1,"#Aumento de la excreción urinaria de metabolitos análogos del ciclo de Krebs y arabinosa en Dos Hermanas con características autistas":1,"#Mecanismo metabólico de retardantes de llama de arilfósforo por citocromos P450: un estudio experimental y computacional combinado sobre fosfato de trifenilo.":1,"#Los perfiles transcriptómicos, proteómicos y metabolómicos revelan los mecanismos de hepatotoxicidad inducida por el fosfato de trifenilo (TPP).":1,"#. Unión de activación y unión de PPAR por Firemaster® 550: efectos sobre la adipogénesis y la osteogénesis in vitro.":1,"#Evaluación in vitro de la actividad del receptor de hormona nuclear humana y la citotoxicidad del retardante de llama FM 550 mezcla y sus componentes triarilfosfato y bromados.":1,"#Concentraciones de pulpo doméstico de retardantes de llama organofosforados en relación a niveles hormonales y parámetros de calidad del semen.":1,"#diversos materiales de construcción y productos médicos desechables. La inhalación es la vía de exposición más común, principalmente en entornos laborales, también a través del humo de los puros o cigarrillos. La exposición aguda a altos niveles puede producir dolores de cabeza, mareos, somnolencia y pérdida del conocimiento. La exposición a largo plazo puede provocar cambios hepatocelulares y una mayor incidencia de cáncer de hígado. La Agencia Internacional para la Investigación del Cáncer (IARC) concluyó que el cloruro de vinilo es cancerígeno para los seres humanos. La detección de ácido 2-hidroxietilmercaptúrico (HEMA) en la orina es un indicador de exposición.":1,"#El óxido de etileno es una sustancia sintética ampliamente utilizada en la producción de diversos productos químicos como plásticos, textiles y anticongelantes (etilenglicol). Además, el óxido de etileno se utiliza comúnmente como agente esterilizante para equipos médicos. La inhalación es la vía de exposición más común en entornos laborales y a través del humo del tabaco. Existe cierta evidencia de que la exposición al óxido de etileno puede hacer que una mujer embarazada pierda el embarazo. La Agencia Internacional para la Investigación del Cáncer (IARC) concluyó que el óxido de etileno es un carcinógeno humano conocido y que la exposición está relacionada con un mayor riesgo de leucemia y linfoma no Hodgkin. El cloruro de vinilo es un gas incoloro que se utiliza principalmente para fabricar cloruro de polivinilo (PVC) y se utiliza ampliamente en numerosos productos como tuberías, aislamiento de alambres y cables, materiales de embalaje,":1,"#algunas alternativas al BPA como el BPS también han suscitado inquietudes sobre posibles efectos similares.":1,"#El BPS se genera como resultado de la exposición al bisfenol S. El bisfenol S (BPS) se metaboliza en el cuerpo a través del metabolismo de fase II, específicamente la glucuronidación y la sulfatación. Los bisfenoles son compuestos sintéticos utilizados en la producción de plásticos y resinas, que se encuentran comúnmente en varios productos de consumo, incluidos envases de alimentos y bebidas, botellas de agua, papeles térmicos para recibos, selladores dentales, juguetes, cosméticos y el revestimiento de productos enlatados. Además de ser un disruptor endocrino conocido, el BPA ha suscitado inquietudes debido a los posibles impactos en la salud relacionados con los efectos reproductivos y del desarrollo, el aumento del riesgo de obesidad, diabetes, enfermedades cardiovasculares y ciertos tipos de cáncer. En respuesta a estas inquietudes, muchas empresas ahora producen productos \"libres de BPA\", sin embargo,":1,"#La actividad hepática de las UGT es baja en la infancia y aumenta con la edad.":1,"#La exposición al BPA tiene efectos tanto en el desarrollo como en la reproducción. La exposición al BPA se ha relacionado con diversas enfermedades cardiovasculares y metabólicas, como la hipertensión, la diabetes mellitus y la obesidad, entre otras. Se han documentado efectos neurotóxicos del BPA, como depresión, ansiedad, trastornos del desarrollo neurológico y del comportamiento. El BPA también puede modular la respuesta inmunitaria, aumentando la susceptibilidad a enfermedades autoinmunes e infecciones. Se ha descubierto que el BPA promueve la carcinogénesis a través de diversos mecanismos, lo que puede aumentar el riesgo de cánceres hormonodependientes. El metabolismo humano del BPA implica reacciones de fase I y fase II en el hígado y posteriormente se elimina rápidamente por la orina, especialmente mediante glucuronidación. La glucuronidación es impulsada principalmente por las uridina difosfato glucuronosiltransferasas (UGT) en el hígado y el tracto digestivo.":1,"#Es una sustancia química producida en el proceso de fabricación de plásticos de policarbonato y resinas epóxicas. Se encuentra en productos de consumo como envases de alimentos y bebidas, dispositivos médicos, ventanas irrompibles, juguetes, selladores dentales, algunos revestimientos metálicos para envases de alimentos, tuberías de suministro de agua, entre otros, lo que hace que la exposición sea bastante común. Recientemente, el BPA se ha sustituido en muchos de estos productos por análogos del bisfenol, como el bisfenol S (BPS), que tiene efectos toxicológicos comparables. El BPA se filtra con mayor frecuencia a los alimentos desde los envases de alimentos y bebidas, y luego se ingiere. La filtración de los envases depende más de la temperatura del líquido o recipiente que de su antigüedad. Otras fuentes de exposición al BPA pueden ser el polvo, el aire, el agua, la absorción dérmica y la leche materna.":1,"#en la orina es un indicador de exposición.":1,"#Se proporciona una mejor comprensión de la exposición a los ftalatos midiendo cinco metabolitos de ftalato. Los ftalatos son una familia de sustancias químicas ampliamente utilizadas que se encuentran en la mayoría de los productos que tienen contacto con plásticos durante la producción, el embalaje o la entrega. Estos plastificantes que hacen que el plástico sea más flexible y duradero están asociados con una serie de problemas de salud, incluidos los reproductivos, neurológicos, respiratorios y un mayor riesgo de ciertos tipos de cáncer. Lo más importante es que se les conozca como disruptores endocrinos. Los ftalatos se conocen como “el químico omnipresente” debido a que se utilizan en cientos de productos, incluidos juguetes, envases de alimentos, champús, pisos de vinilo y más. La detección de ftalato de monoetilo (MEP), ftalato de monobutilo (MBP), ftalato de mono-2etilhexilo (MEHP), ftalato de mono-(2-etil-5-oxohexilo) (MEOHP) y ftalato de monoisobutilo (MiBP)":1,"#PCR digital (dPCR)
Direto":1,"#Imunofluorescência (IFA)
Indireto":1,"#Nanotrap®
Direto":1,"#Detecção direta de carraças BBB
(1 ou 3 dias)":1,"#Register for The EDGE Summit - VIRTUAL ATTENDANCE NOW AVAILABLE - April 30-May 2 in San Diego, CA .Saiba mais e inscreva-se hoje mesmo.":1,"#Register for The EDGE Summit - VIRTUAL ATTENDANCE NOW AVAILABLE - April 30-May 2 in San Diego, CA .Learn more & register today.":1,"#مدير قسم الطب التكاملي، عيادات أمين":1,"#كورت وولر، DO ،":1,"#كورت وولر، DO":1,"#كورت Woeller، DO, كبير المسؤولين الطبيين
ميشيل مادوكس، ND, Director of Clinical Education
ليندسي جودارد، أخصائية تغذية, Clinical Development Manager":1,"#اليوم الأول: Friday, May 1st, 2026 (7:30a.m. – 5:30p.m.)":1,"#قمة إيدج":1,"#[…] and Experimental Therapeutics. 1996;276(1):101-8. doi:10.1163/2211730x96x00063. Estimation of the Dermal Absorption of M-Xylene Vapor in Humans Using Breath Sampling and Physiologically Based Pharmacokinetic Analysis. Loizou GD, Jones K, Akrill P, Dyne D, Cocker J. Toxicological Sciences : An Official Journal of the Society of Toxicology. 1999;48(2):170-9. doi:10.1093/toxsci/48.2.170. Kinetics of M-Xylene in Man: General Features of […]":1,"#[…] than the general population for bacteremia associated with Lactobacillus. Regardless, the practitioner should exercise caution in severely immunocompromised patient populations to reduce any risk to the patient. Rationale: Promote the immune response against intestinal yeast overgrowth. To promote healing and reduce inflammation in the intestinal mucosa during yeast overgrowth. Dosing: The strain most commonly […]":1,"#A Primer On Natural Antifungal Agents: Evidence And Rationale For Their Use":1,"#Found 2 results for ratnemila aigrelA":1,"#Search results for: ratnemila aigrelA":1,"#o extrato de semente de toranja":1,"#A Juglone também demonstrou inibição direta na respiração celular do fungo Fusarium, uma exposição a fungos comum, conforme descrito pelo AVEIA e pelo Perfil MycoTOX . Estimula o aumento da enzima glutationa redutase, além de suas propriedades antifúngicas. Esta enzima ajuda a reduzir o aumento de ROS. Outros compostos, fenóis, também foram extraídos da noz negra. Alguns incluem: ácidos 3- e 5-cafeoilquínico, ácidos 3- e 4-p-coumaroilquínico, ácido p-cumárico, quercetina 3-galactosídeo, derivado de quercetina 3-pentosídeo, quercetina 3-arabinosídeo, quercetina 3-xilosídeo e quercetina 3- rhamnosídeo. Esses compostos fenólicos também apresentam propriedades antifúngicas, em particular para a candida. Com o juglone e esses compostos fenólicos trabalhando sinergicamente, a noz negra é uma opção potente a ser considerada no tratamento de crescimento excessivo de fungos.":1,"#a noz negra":1,"#pelo Perfil MycoTOX":1,"#A berberina":1,"#Ao longo da vida, quase todo mundo vai passar por algum tipo de supercrescimento microbiano ou infecção. Seja algo tão comum quanto um resfriado ou tão debilitante quanto uma infecção sistêmica por mofo, praticamente todo mundo vai passar por isso. Estar ciente de tantos agentes antimicrobianos é benéfico no tratamento. Estamos descobrindo que supercrescimentos fúngicos são bastante comuns. Nossos perfis oferecidos, incluindo: AVEIA, MycoTOX, GI360 Profile e Análise abrangente Stool, todos podem ajudar a diagnosticar e entender o efeito de um supercrescimento fúngico. Agentes herbais são eficazes no tratamento de supercrescimentos fúngicos e são ótimas opções na maioria dos casos clínicos. Esta postagem terá como objetivo lançar luz sobre algumas ervas que mostraram propriedades antifúngicas.":1,"#\"Hyperbaric Oxygen Therapy (HBOT) and Autism – Understanding This Important Therapy\" by Dr. Kurt Woeller from Mosaic Diagnostics on Vimeo.":1,"#Register for The EDGE Summit - VIRTUAL ATTENDANCE NOW AVAILABLE - , April 30-May 2 in San Diego, CA and become an OAT Expert.詳細はこちらをご覧ください。今すぐご登録ください。":1,"#June 25, 2018":1,"#[…] the perfect warm-up before the clinical deep dive begins. Day 1: Friday, May 1st, 2026 (7:30a.m. – 5:30p.m.) Welcome + Master the Core Profile, The Organic Acids Test ( AAO) BREAKFAST Fuel Your Edge with a healthy coastal breakfast to energize the day ahead, compliments of MosaicDX. SESSIONS OVERVIEW Over ten (10) in-depth sessions, you’ll engage in […]":1,"#Get the Organic Acids Test ( AAO) Interpretation Guide The Proven Leader in nutritional and Metabolic Health, from the pioneers in the Organic Acids category. What is the AAO? The Organic Acids Test (AAO) is a powerful metabolic snapshot assessing 76 organic acids and measuring overall health, including mitochondrial function, nutrient status, detoxification, and […]":1,"#Get the AAO Support Guide":1,"#[…] function is impaired, nutrient cofactors are deficient, or toxins/ microbial byproducts inhibit pathways, these can become blocked, causing abnormal organic acid buildup in urine. The Organic Acids Test ( AAO) provides a comprehensive nutritional and metabolic snapshot of an individual’s overall health. The AAO measures 76 organic acids from one easy to collect urine sample.":1,"#[…] different metabolic pathways can immediately provide insight into important areas related to gut health. The Microbial Organic Acids Test (MOAT), included in the Organic Acids Test ( AAO), specifically measures the metabolites produced by yeast and bacteria. Elevated values in the MOAT may indicate yeast or bacterial dysbiosis. The MOAT is particularly useful as […]":1,"#Found 105 results for OAT":1,"#Found 5 results for Mthf":1},"version":132403}]