With the increasing variety and quantity of chemicals entering into the environment,
chemical risk assessment is meeting more and more challenges. The traditional risk …

Exposure assessment serves as a pivotal component in the risk evaluation of organic
chemicals. Precise evaluation of the potential hazards posed by these chemicals to animals …

With the increasing number of environmental chemicals, the risk assessment system based
on animal toxicity testing is difficult to satisfy the current demands and needs to be reformed …

Recent technological advancements in toxicology, such as high-throughput screening
assays,-omics technology, and machine learning based computational algorithms, have …

In the conceptual frame of “One Health”, the safety crisis caused by various toxicological
issues due to chemical exposure is of great concern. The urgent demand for …

Advancements in high-throughput omics technologies enabling rapid profiling of genes,
mRNA, proteins, metabolites, metagenomes, etc. have accelerated the research in …

The number of new chemicals increases tremendously annually, while traditional time-and
cost-consuming toxicity tests based on animals with the uncertainty of extrapolation could …

Exposure to chemical hazards is a growing concern in today's society, and it is of utmost
interest to know the levels of exposure to chemicals and the risks associated with such …

Omics‐based methods are increasingly used in current ecotoxicology. Therefore, a large
number of observations for various toxic substances and organisms are available and may …

Objectives: Applications of OMICS to high throughput studies of changes of genes, RNAs,
proteins, metabolites, and their associated functions in cells or organisms exposed to …