# Genes and genotype information | FBI.lab-animal.net

> FBI.lab-animal.net: Gene master data and animal-related genotype information support uniform documentation. This means that technical terms, master references and individual information remain distinguishable.

Source page: https://fbiscience.com/en/functions/genetik.html
Language: English (en)

Interface illustrations and interactive examples use synthetic data. The design is configurable and varies by facility.

genes and genotype information

# Genetic information. Clearly structured.

Gene master data and animal-related genotype information support uniform documentation. This means that technical terms, master references and individual information remain distinguishable.

[Explore example](https://fbiscience.com/en/functions/genetik.html#beispiel) [Scope of services](https://fbiscience.com/en/functions/genetik.html#umfang)

[View surface view ↓](https://fbiscience.com/en/functions/genetik.html#ansicht)

## Reference and individual entry

Function example

Gene Reference

DEMO-Gen A

Description

Neutral sample reference

Explained in the example A common term.

A common reference standardizes recurring information.

Function example with synthetic data

## Common terms, individual information.

01

### Maintain references

Existing gene master data creates a common basis for recurring information.

02

### Document on the animal

Individual genotype information and associated entries remain with the animal.

03

### distinguish origin

Strain description, expected characteristics and actually documented findings are kept apart from a technical point of view.

surface example

## A look into the work area.

Gene master data and individual genotype information are kept separate.

[Example interface with synthetic data · genes and genotype information: Gene master data and individual genotype information are kept separate.](https://fbiscience.com/en/functions/assets/mockups/genetik.png)

Example representation with synthetic data. Design and functionality are configurable and may vary depending on the facility. [Enlarge image](https://fbiscience.com/en/functions/assets/mockups/genetik.png)

## From common term to individual entry.

Structured references standardize documentation. Individual genotype information remains discoverable and technically classified in the animal context.

- 01 ### Select reference Check the appropriate existing gene or strain reference.

- 02 ### Classify findings Differentiate between expectation and actual information.

- 03 ### Document information Capture the individual information in the associated animal context.

- 04 ### Find it again in a targeted manner Use saved information for search and further documentation.

## functions in daily use.

Gene master data and individual genotype information create structured documentation. Your team connects stored findings with the appropriate animal and strain reference.

How are common terms maintained?

Gene master data serves as a uniform reference for recurring information. This makes documentation and later retrieval easier.

Where is the individual information?

Genotype information and associated entries are documented on the animal. This means that the general strain description and the individual findings remain assigned.

Example representation with synthetic data. Design and functionality are configurable and may vary depending on the facility.

## Let’s discuss your workflows.

Together we will clarify what scope suits your facility and what the introduction can look like.

[Let’s talk](https://fbiscience.com/en/contact/)