The status of understanding of the biological mechanism for the fluid transport was reported in milestone M2 (month 12). Despite the directional water transport in capillary channels on the integument of horned lizards, the transport of water on the cuticle of flat bugs was focused. The transport of water out of the bug capillaries onto the cuticle plates is of special interest, in particular in view of the addressed potential fields of application, such as lubrication. The total understanding of this process is still not completely understood though – the research is ongoing. However, the principles of the directional, passive fluid transport in the scent gland channels of flat bugs have been identified and successfully transferred to hot ...
2nd EditionInternational audienceMajor moving biological fluids, or biofluids, are blood and air tha...
The goal of D2.1 was to publically present project results of Task 2.1 within the WP2 "Organic Mater...
Insects use hairy or smooth adhesive pads to stick to almost all known surfaces. Although studied fo...
The goal of D2.4 was to publically present the results of Task 2.2 (Characterisation bug cuticle) an...
Inspirations found in nature became more and more famous for an innovative product development. An i...
The objective of the work delivered by this stage is based on the production of laser-induced struct...
Moisture-harvesting lizards, such as the Australian thorny devil (Agamidae: Moloch horridus) and two...
Some small animals only use water transport mechanisms passively driven by surface energies. However...
The present work investigates surface-liquid-interactions that occur on neotropical flat bugs from t...
In this work, we present structured capillaries that were inspired by the microstructures of the ext...
Many insects can climb on smooth inverted substrates using adhesive hairy pads on their legs. The ha...
The current concept of fluid transport in vertebrates is that water moves passively down the osmotic...
Moisture-harvesting lizards, such as the Australian thorny devil Moloch horridus, have remarkable ad...
Inspirations found in nature became more and more famous for an innovative product development. An i...
AbstractThe Texas Horned lizard has the ability to harvest moisture from ambience with its skin and ...
2nd EditionInternational audienceMajor moving biological fluids, or biofluids, are blood and air tha...
The goal of D2.1 was to publically present project results of Task 2.1 within the WP2 "Organic Mater...
Insects use hairy or smooth adhesive pads to stick to almost all known surfaces. Although studied fo...
The goal of D2.4 was to publically present the results of Task 2.2 (Characterisation bug cuticle) an...
Inspirations found in nature became more and more famous for an innovative product development. An i...
The objective of the work delivered by this stage is based on the production of laser-induced struct...
Moisture-harvesting lizards, such as the Australian thorny devil (Agamidae: Moloch horridus) and two...
Some small animals only use water transport mechanisms passively driven by surface energies. However...
The present work investigates surface-liquid-interactions that occur on neotropical flat bugs from t...
In this work, we present structured capillaries that were inspired by the microstructures of the ext...
Many insects can climb on smooth inverted substrates using adhesive hairy pads on their legs. The ha...
The current concept of fluid transport in vertebrates is that water moves passively down the osmotic...
Moisture-harvesting lizards, such as the Australian thorny devil Moloch horridus, have remarkable ad...
Inspirations found in nature became more and more famous for an innovative product development. An i...
AbstractThe Texas Horned lizard has the ability to harvest moisture from ambience with its skin and ...
2nd EditionInternational audienceMajor moving biological fluids, or biofluids, are blood and air tha...
The goal of D2.1 was to publically present project results of Task 2.1 within the WP2 "Organic Mater...
Insects use hairy or smooth adhesive pads to stick to almost all known surfaces. Although studied fo...