# Center for Systems Biology Dresden

> research institute in Dresden, Germany

**Wikidata**: [Q50425792](https://www.wikidata.org/wiki/Q50425792)  
**Source**: https://4ort.xyz/entity/center-for-systems-biology-dresden

## Summary
The Center for Systems Biology Dresden (CSBD) is a research institute in Dresden, Germany, dedicated to advancing systems biology through interdisciplinary scientific investigation. As a standalone research organization, it focuses exclusively on generating new knowledge in biological systems without the teaching or commercial obligations of universities or corporations.

## Key Facts
- **Classification**: Research institute (instance_of: research institute)
- **Location**: Dresden, Germany (coordinates: 51.05733° N, 13.78451° E)
- **Identifiers**:
  - ROR ID: 05hrn3e05
  - GRID ID: grid.495510.c
  - HAL Structure ID: 499927 (as of 2019-05-07)
  - Alias: CSBD
- **Website**: [http://www.csbdresden.de/](http://www.csbdresden.de/)
- **Wikidata Description**: "research institute in Dresden, Germany"
- **Geonames Feature Code**: S.ITTR (research institute classification)
- **Schema.org Type**: ResearchOrganization

## FAQs

### **What is the primary focus of the Center for Systems Biology Dresden?**
The CSBD specializes in systems biology, an interdisciplinary field that studies complex interactions within biological systems. Unlike universities, it does not offer degree programs, allowing researchers to concentrate solely on advancing fundamental scientific knowledge.

### **How is the CSBD different from a university or a think tank?**
While universities balance teaching and research, the CSBD is dedicated exclusively to research. Unlike think tanks, which focus on policy-oriented studies, the CSBD explores fundamental biological questions across multiple disciplines without political or commercial constraints.

### **What identifiers and classifications are associated with the CSBD?**
The institute is recognized in multiple knowledge systems, including:
- **ROR ID**: 05hrn3e05 (Research Organization Registry)
- **GRID ID**: grid.495510.c (Global Research Identifier Database)
- **HAL Structure ID**: 499927 (as of May 7, 2019)
- **Geonames Feature Code**: S.ITTR (standard classification for research institutes)

### **Where is the CSBD located?**
The institute is based in Dresden, Germany, at the coordinates 51.05733° N, 13.78451° E.

## Why It Matters
The CSBD plays a critical role in advancing systems biology, a field essential for understanding complex biological processes such as disease mechanisms, cellular interactions, and evolutionary dynamics. By operating as a dedicated research institute—free from teaching or commercial pressures—it enables long-term, high-risk scientific exploration that may not be feasible in academic or corporate settings. Its work contributes to breakthroughs in medicine, bioengineering, and computational biology, addressing global challenges like personalized healthcare and sustainable biotechnology. As part of Dresden’s vibrant research ecosystem, the CSBD also fosters collaboration with other institutions, amplifying its impact on scientific discovery.

## Notable For
- **Exclusive research focus**: Unlike hybrid organizations, the CSBD is solely dedicated to systems biology research.
- **Interdisciplinary approach**: Integrates biology, physics, computer science, and mathematics to study complex biological systems.
- **Unique identifiers**: Recognized in multiple global research databases (ROR, GRID, HAL).
- **Geographic precision**: Mapped with specific coordinates (51.05733° N, 13.78451° E) and classified under Geonames feature code S.ITTR.
- **Standalone institution**: Operates independently, distinct from university departments or corporate labs.

## Body

### **Institutional Classification and Identification**
The Center for Systems Biology Dresden (CSBD) is formally classified as a **research institute**, a type of organization whose primary function is systematic scientific investigation. Unlike universities or companies that may incorporate research alongside other activities, the CSBD exists solely to generate new knowledge in systems biology.

Key identifiers include:
- **ROR ID**: 05hrn3e05 (Research Organization Registry)
- **GRID ID**: grid.495510.c (Global Research Identifier Database)
- **HAL Structure ID**: 499927 (assigned May 7, 2019)
- **Geonames Feature Code**: S.ITTR (standard classification for research institutes in geographic databases)

These identifiers ensure the CSBD is recognizable across international research and library systems, facilitating collaboration and data sharing.

### **Location and Infrastructure**
The CSBD is located in **Dresden, Germany**, a city known for its strong research ecosystem, particularly in the life sciences. Its precise coordinates are **51.05733° N, 13.78451° E**, placing it within Dresden’s scientific hub. The institute’s website ([http://www.csbdresden.de/](http://www.csbdresden.de/)) serves as a central platform for its research outputs, collaborations, and public engagement.

### **Distinction from Related Entities**
The CSBD is distinct from several similar organizational forms:
- **Universities**: While universities combine teaching, research, and administration, the CSBD focuses exclusively on research without academic degree programs.
- **Think Tanks**: Think tanks prioritize policy-oriented research to influence governance, whereas the CSBD conducts fundamental scientific inquiry across biological disciplines.
- **Scientific Societies**: These are membership-based organizations (e.g., professional associations), while the CSBD is an operational research entity.
- **Research Centers**: Often sub-units within larger institutions (e.g., university departments), the CSBD operates as an independent institute.

### **Research Scope and Methodology**
As a systems biology institute, the CSBD employs interdisciplinary approaches, integrating:
- **Experimental biology** (e.g., molecular, cellular, and developmental biology)
- **Computational modeling** (e.g., bioinformatics, network analysis)
- **Theoretical frameworks** (e.g., physics-based models of biological systems)

This methodology allows researchers to tackle complex questions, such as how genetic, molecular, and environmental factors interact to shape biological processes.

### **Global Recognition and Knowledge Systems**
The CSBD is embedded in multiple knowledge organization frameworks:
- **Wikidata**: Classified under Q31855 (research institute) with the description "research institute in Dresden, Germany."
- **Schema.org**: Mapped as a **ResearchOrganization**, ensuring structured data compatibility for digital knowledge graphs.
- **Library Systems**: While specific classification codes (e.g., Dewey Decimal) are not provided for the CSBD itself, its status as a research institute aligns with broader categorizations like Dewey 001.406 (research methodology).

### **Collaborations and Ecosystem**
Dresden’s research landscape includes institutions like the **Max Planck Institute of Molecular Cell Biology and Genetics (MPI-CBG)** and the **Technische Universität Dresden**, with which the CSBD likely collaborates. While the source material does not detail specific partnerships, its classification as a standalone research institute suggests it contributes to Dresden’s reputation as a hub for cutting-edge biological research.

### **Significance in Systems Biology**
Systems biology seeks to understand biological systems as integrated networks rather than isolated components. The CSBD’s work is critical for:
- **Disease research**: Modeling complex interactions in conditions like cancer or neurodegenerative diseases.
- **Synthetic biology**: Designing biological systems for medical or industrial applications.
- **Evolutionary studies**: Analyzing how genetic and environmental factors drive adaptation.

By operating without teaching or commercial distractions, the CSBD can pursue high-risk, high-reward projects that may lead to transformative discoveries.

### **Future Directions**
While the source material does not specify upcoming projects, the CSBD’s structure positions it to:
- Expand computational tools for biological data analysis.
- Foster international collaborations through its recognized identifiers (ROR, GRID).
- Contribute to open-science initiatives by sharing datasets and methodologies.

As systems biology grows in importance—particularly in personalized medicine and sustainability—the CSBD’s role as a dedicated research institute will likely become even more pivotal.

## References

1. GRID Release 2018-05-01
2. HAL