Chemically Induced Ferroic-like Phase and Collective Chemotaxis in an Active Swarm

Amplification of weak chemical signals through intracellular cascade networks is crucial for long-range cohesive migration in biological processes, such as embryogenesis and cancer metastasis. While this capability has transformative potential for synthetic systems in precision medicine and adaptive...

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Bibliographic Details
Main Author:	Changjin Wu (16895548) (author)
Other Authors:	Yaxin Huang (2078470) (author), Binglin Zeng (6786875) (author), Jingyuan Chen (325834) (author), Chun Hung Chu (1860709) (author), Mingcheng Yang (1477366) (author), Ho Cheung Shum (1506676) (author), Jinyao Tang (1423252) (author)
Published:	2025
Subjects:	Biochemistry Pharmacology Evolutionary Biology Developmental Biology Science Policy Chemical Sciences not elsewhere classified Information Systems not elsewhere classified range cohesive migration polarized dynamic swarms enhance antibacterial efficacy doped active swarms classical ising model weak chemical signals increasing chemical activity exceptional chemical sensitivity intracellular cascade networks chemically induced ferroic active swarm amplification range collective chemotaxis 4 </ sup collective chemotaxis chemical reaction ferroic materials chemotactic swarm cascade communication transformative potential synthetic systems study demonstrates significant barrier precision medicine optimal conditions like phase human teeth cancer metastasis biological processes artificial matter adaptive materials
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Chemically Induced Ferroic-like Phase and Collective Chemotaxis in an Active Swarm

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