# toxicogenomics

> branch of toxicology and genomics

**Wikidata**: [Q841450](https://www.wikidata.org/wiki/Q841450)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Toxicogenomics)  
**Source**: https://4ort.xyz/entity/toxicogenomics

## Summary
Toxicogenomics is a specialized interdisciplinary field that combines toxicology and genomics to study how genetic factors influence toxicity and drug responses. It is a branch of both toxicology and genomics, focusing on genetic mechanisms underlying chemical-induced health effects.

## Key Facts
- Toxicogenomics is a subclass of both genomics and toxicology.
- It is also known by the aliases Toxicogenetics and Toxicogenomica.
- The field is part of the broader interdisciplinary field of genomics.
- Toxicogenomics is classified under toxicology and genomics in the MeSH (Medical Subject Headings) system.
- The Wikipedia article on toxicogenomics is available in multiple languages, including Arabic, English, Spanish, Persian, Italian, Korean, Dutch, and Serbian.
- Toxicogenomics has a Wikidata description that defines it as a branch of toxicology and genomics.
- The MeSH descriptor ID for toxicogenomics is D043922, with a qualifier indicating it is related to toxicogenetics.
- The Freebase ID for toxicogenomics is /m/05mnkt, referenced in a publication dated October 28, 2013.
- The Microsoft Academic ID for toxicogenomics (discontinued) is 93231420.
- Toxicogenomics has 10 sitelinks, indicating its presence across various knowledge repositories.

## FAQs
**What is the relationship between toxicogenomics and genomics?**
Toxicogenomics is a subclass of genomics, meaning it inherits the interdisciplinary nature of genomics while specializing in genetic aspects of toxicity.

**How does toxicogenomics differ from toxicology?**
While toxicology studies chemical-induced health effects, toxicogenomics focuses specifically on the genetic mechanisms behind those effects, making it a more specialized branch.

**What are the alternative names for toxicogenomics?**
Toxicogenomics is also referred to as Toxicogenetics and Toxicogenomica.

**In which languages is the Wikipedia article on toxicogenomics available?**
The Wikipedia article on toxicogenomics is available in Arabic, English, Spanish, Persian, Italian, Korean, Dutch, and Serbian.

**What is the MeSH descriptor ID for toxicogenomics?**
The MeSH descriptor ID for toxicogenomics is D043922, with a qualifier indicating it is related to toxicogenetics.

## Why It Matters
Toxicogenomics plays a crucial role in understanding how genetic variations influence an individual's susceptibility to chemical toxins and drugs. By integrating genetic data with toxicological research, it helps predict toxicity risks, improve drug safety, and personalize medical treatments. This field is essential for advancing precision medicine and reducing adverse drug reactions.

## Notable For
- Being a subclass of both genomics and toxicology, toxicogenomics bridges two major scientific disciplines.
- Its MeSH classification under both genetics and toxicology highlights its dual focus.
- The availability of the Wikipedia article in multiple languages demonstrates its global relevance.
- The inclusion of a Freebase ID and Microsoft Academic ID indicates its recognition in academic and knowledge databases.

## Body
### Classification and Relationships
Toxicogenomics is a specialized field that sits at the intersection of genomics and toxicology. As a subclass of genomics, it inherits the interdisciplinary nature of genomics, which combines biology, chemistry, and medicine. Similarly, as a subclass of toxicology, it focuses on chemical-induced health effects but with a genetic emphasis.

### Aliases and Identifiers
Toxicogenomics is also known by the aliases Toxicogenetics and Toxicogenomica. These alternative names reflect its focus on genetic mechanisms in toxicity. The field is identified by several unique identifiers, including a Freebase ID (/m/05mnkt) and a MeSH descriptor ID (D043922). The Microsoft Academic ID (93231420) further establishes its presence in academic databases.

### MeSH Classification
Toxicogenomics is classified in the MeSH system under multiple codes, including H01.158.273.343.900 (with a genetics qualifier) and H01.158.891.850 (with a toxicology qualifier). This dual classification underscores its role in both genetic and toxicological research.

### Wikipedia Availability
The Wikipedia article on toxicogenomics is available in multiple languages, including Arabic, English, Spanish, Persian, Italian, Korean, Dutch, and Serbian. This multilingual presence indicates its global relevance and accessibility to researchers and the public.

### Wikidata Description
The Wikidata entry for toxicogenomics describes it as a branch of toxicology and genomics, emphasizing its interdisciplinary nature. This description aligns with its classification as a subclass of both fields.

### Sitelinks and Academic Recognition
Toxicogenomics has 10 sitelinks, indicating its presence across various knowledge repositories. Its inclusion in academic databases like Freebase and Microsoft Academic further highlights its recognition in the scientific community.

## References

1. Freebase Data Dumps. 2013
2. [OpenAlex](https://docs.openalex.org/download-snapshot/snapshot-data-format)