1.Genetic Algorithms and Collective Behavior
Ant foraging strategies have influenced the creation of genetic algorithms used in biotechnology for:
- Optimization of microbial culture
- Design parameters for bioreactors
- Adjusting the fermentation process
2.Systems of Biomaterials and Structures
Microfluidic Network Design
The organization ideas of Ant Nest Gallery are used in:
- Design of microfluidic chips for diagnostic systems.
- Systems for distributing nutrients in bioreactors.
- Cell culture capillary networks.
Cellular Support Architecture
Nest constructions serve as inspiration for the creation of:
- Scaffolds for tissue engineering.
- 3D cultures using porous matrices.
- Support for controlled biodegradation.
Intelligent Distribution Mechanisms
Strategies for gathering and redistributing colony resources are examined for:
- Systems for targeted medication delivery.
- Distribution of nutrients in cell farming.
- Networks of biological sensors.
Biotechnological Process Optimization
Models of collective decision-making are used in:
- Automatic modification of culture parameters.
- Finding and fixing anomalies in bioreactors.
- Optimization of bioprocess flow.
3.Intelligent Bioreactors
Models of ant environmental sensing are reproduced in:
- Sensor networks for biological surveillance.
- Early technologies for detecting pollution.
- Detection matrices with several parameters.
4.Production Chain Optimization
Strategies for allocating tasks are translated for:
- In biological manufacturing lines, load balancing
- Optimization of raw material flow
- Management of resources and inventory
These biotechnology applications show how the principles of ant colony organization can be codified and applied to specific technological issues in biotechnology fields, emphasizing real-world applications above abstract ideas.