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

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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