Alternariol(AOH) antibody/antigen (BSA/OVA/KLH conjugated hapten)

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anti-Alternariol(AOH) antibody and Carrier-coupled antigen/immunogen (hapten-carrier conjugates)

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Product information

Size： 1mg | 10mg | 100mg

Product Description

BSA-Alternariol(AOH)

OVA-Alternariol(AOH)

Anti-Alternariol(AOH) mouse monoclonal antibody

Anti-Alternariol(AOH) human monoclonal antibody

Reference

Validation Data

Click to get more Data / Case study about the product.

Biomarker Information

1. Alternariol (AOH): Unveiling Its Significance in Mycotoxin Research

Scientific Insight:



Alternariol (AOH) represents a pivotal small molecule within the purview of mycotoxins—an eminent subject of scientific scrutiny. Mycotoxins, fungal-derived toxic secondary metabolites, underscore the critical importance of AOH, marking it as a prominent member within this chemical milieu.

Role in Mycotoxins:



AOH, notably affiliated with the Alternaria fungal genus, occupies a paramount position within the mycotoxin cohort. Mycotoxins, including AOH, constitute a substantial food safety concern due to their potential to infiltrate a wide array of agricultural commodities, thereby jeopardizing both human and animal well-being.

AOH has garnered attention due to its perceived genotoxic and cytotoxic attributes, prompting an in-depth inquiry into its prevalence, significance, and impact. Researchers delve into elucidating the role of AOH within the intricate tapestry of mycotoxin contamination, seeking to assess its implications for food safety and agricultural integrity.

Environmental and Agricultural Context:

AOH's presence isn't limited to food commodities alone; it extends to the environment and agricultural ecosystems. It is synthesized by Alternaria species of fungi, which can infect various crops such as cereals, fruits, and vegetables. In the field, AOH contamination can have detrimental effects on crop yield, quality, and overall agricultural productivity. Understanding its occurrence and behavior in the environment is vital for sustainable agricultural practices and the prevention of mycotoxin-related economic losses.

2. The Imperative of Measuring Alternariol (AOH): Unveiling Mycotoxin Threats

Scientific Explanation:

The imperative of quantifying Alternariol (AOH) rests upon multifaceted considerations of profound scientific and practical import:

a. Food and Feed Safety: AOH, as a representative mycotoxin, holds the potential to compromise the safety of essential agricultural products, encompassing cereals, grains, and fruits. Precise quantification is the linchpin for ascertaining the magnitude of contamination, underpinning the fundamental goal of securing the safety of consumables.

b. Health Impact: Mycotoxins, including AOH, cast a looming shadow over human and animal health, their insidious effects necessitating diligent scrutiny. Quantifying AOH levels becomes instrumental in gauging the attendant risks and forms the bedrock for regulatory thresholds and safety benchmarks.

c. Agricultural Practices: AOH's encroachment into the agricultural sphere carries repercussions for crop yield and quality, potentially precipitating economic losses. Accurate quantification equips agrarian stakeholders with actionable data to optimize crop management strategies and devise ameliorative measures.

d. Scientific Insight: The measurement of AOH confers an invaluable resource for enhancing our comprehension of mycotoxin dynamics, including prevalence, distribution, and etiological origins. This wealth of knowledge, underpinned by rigorous quantification, informs the formulation of efficacious control and mitigation paradigms.

e. Regulatory Compliance: In adherence to regulatory stipulations, mycotoxin levels are stringently monitored in food and feed products. Quantifying AOH levels aligns with this regulatory imperative, ensuring adherence to prescribed safety thresholds and the unblemished integrity of consumable commodities.

In summation, the measurement of Alternariol (AOH) is a linchpin within the multifaceted domain of mycotoxin research and mitigation. It buttresses food and feed safety, reinforces health safeguards, bolsters agricultural practices, enriches scientific scholarship, and substantiates regulatory compliance, thus imparting a sense of security and resilience to the food supply chain. This comprehensive approach underscores the significance of AOH quantification as a crucial component of mycotoxin management, ultimately contributing to safer food systems and sustainable agriculture.

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