# XLD agar

> culture medium used in microbiology

**Wikidata**: [Q960502](https://www.wikidata.org/wiki/Q960502)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/XLD_agar)  
**Source**: https://4ort.xyz/entity/xld-agar

## Summary
XLD agar is a culture medium used in microbiology, specifically designed for the growth of microorganisms or cells. It is a type of growth medium, which can be either liquid or gel, and is known by various aliases including Xylose lysine deoxycholate agar. It was invented by Welton I. Taylor in 1965.

## Key Facts
- **Aliases**: Xylose lysine deoxycholate agar, XLD (Gelose), XLD (Gélose), Xylose-Lysin-Desoxycholat-Agar
- **Instance of**: Growth medium
- **Discoverer/Inventor**: Welton I. Taylor (1965)
- **Wikipedia Title**: XLD agar
- **Commons Category**: XLD agar
- **Wikipedia Languages**: Available in 7 languages (commons, de, en, es, fr, ja, pl)
- **Wikidata Description**: Culture medium used in microbiology
- **Sitelink Count**: 7 (Wikidata)

## FAQs
### Q: What is XLD agar used for?
A: XLD agar is a culture medium used in microbiology for the growth of microorganisms or cells. It is classified as a growth medium, which can be either liquid or gel.

### Q: Who invented XLD agar?
A: XLD agar was invented by Welton I. Taylor in 1965.

### Q: What are the common names for XLD agar?
A: XLD agar is also known as Xylose lysine deoxycholate agar, XLD (Gelose), XLD (Gélose), and Xylose-Lysin-Desoxycholat-Agar.

### Q: Is XLD agar available in multiple languages on Wikipedia?
A: Yes, XLD agar has Wikipedia entries in seven languages, including English, German, Spanish, French, Japanese, and Polish.

### Q: What is the Wikidata description of XLD agar?
A: The Wikidata description for XLD agar is "culture medium used in microbiology."

## Why It Matters
XLD agar is significant in microbiology as it serves as a specialized culture medium for the growth of microorganisms and cells. Its invention by Welton I. Taylor in 1965 contributed to advancements in microbial research and diagnostic techniques. The medium's availability in multiple languages on Wikipedia reflects its widespread use and importance in the scientific community. As a growth medium, XLD agar plays a crucial role in laboratory settings, enabling researchers to study and cultivate microorganisms effectively. Its classification as a growth medium, which can be either liquid or gel, further underscores its versatility and utility in various microbiological applications.

## Notable For
- **Invention by Welton I. Taylor**: XLD agar was first developed by Welton I. Taylor in 1965, making it a foundational tool in microbiology.
- **Multilingual Wikipedia Presence**: The medium has Wikipedia entries in seven languages, indicating its global relevance and usage.
- **Versatile Medium**: XLD agar is classified as a growth medium, which can be either liquid or gel, enhancing its adaptability in different research contexts.
- **Wikidata Recognition**: It is recognized in Wikidata with a sitelink count of 7, highlighting its established presence in structured knowledge databases.
- **Commons Category**: It has a dedicated category in Wikimedia Commons, suggesting a wealth of associated media and resources.

## Body
### Classification
XLD agar is an instance of a growth medium, which can be either liquid or gel. This classification highlights its versatility in supporting microbial growth in different forms.

### Aliases and Names
The medium is known by multiple aliases, including Xylose lysine deoxycholate agar, XLD (Gelose), XLD (Gélose), and Xylose-Lysin-Desoxycholat-Agar. These variations reflect its widespread use and recognition in the scientific community.

### Discovery and Invention
XLD agar was invented by Welton I. Taylor in 1965. This invention marked a significant milestone in microbiology, providing researchers with a specialized tool for microbial cultivation.

### Wikipedia Presence
XLD agar has Wikipedia entries in seven languages, including commons, German, English, Spanish, French, Japanese, and Polish. This multilingual availability underscores its global importance and usage.

### Wikidata and Knowledge Bases
XLD agar is recognized in Wikidata with a sitelink count of 7. Its inclusion in structured knowledge databases like Wikidata ensures its accessibility and integration into broader scientific knowledge networks.

### Commons Category
The medium has a dedicated category in Wikimedia Commons, indicating a rich collection of associated media and resources. This resourcefulness supports its utility in educational and research contexts.