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Intracolonial trophallaxis as a molecular filter: caste-divergent transcriptomic and oxidative responses to tire wear particle exposure in Camponotus spp.

Tokyo Tech Research Repository (Tokyo Institute of Technology) 2026
WASNIK SNEHAL NARAYAN, Snehal Wasnik, 程 爍*, Cheng Shuo*

Summary

I can't write an accurate summary of this paper because only the title and a repeated, non-descriptive placeholder were provided, no actual findings, methods, or results were included in the abstract text. That said, based on the title alone: this study appears to look at how carpenter ants (Camponotus) share food mouth-to-mouth with nestmates (called trophallaxis), and whether this process changes how different types of ants in the colony (like workers vs. queens) respond, at the gene and cell-damage level, to tiny particles that wear off car tires. If you'd like, please share the actual abstract or results section, and I can write you a genuinely acc

Polymers

Intracolonial trophallaxis as a molecular filter: caste-divergent transcriptomic and oxidative responses to tire wear particle exposure in Camponotus spp., Intracolonial trophallaxis as a molecular filter: caste-divergent transcriptomic and oxidative responses to tire wear particle exposure in Camponotus spp.

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