Evolutionary and Functional Insights of Leucine‐Rich Alpha‐2‐Glycoprotein 1 in Cetacean Wound Healing: The First Identification of LRG1 in the Bottlenose Dolphin (Tursiops truncatus)

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Identification of LRG1 in Tursiops truncatus reveals evolutionary aspects, indicating significant roles in wound healing.

The research identifies LRG1 in bottlenose dolphins, indicating its vital role in wound healing and adaptation.
Analysis shows similarities between dolphin LRG1 and terrestrial versions, with distinct adaptations noteworthy for further studies.
This analysis employs comparative techniques to understand the evolutionary aspects of cetacean wound healing and LRG1 functions.
Findings suggest LRG1 may have important implications for veterinary medicine, encouraging more clinical studies on cetaceans.

Hamano et al. (2025) studied this question.

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Identification of LRG1 in Tursiops truncatus reveals evolutionary aspects, indicating significant roles in wound healing.

The research identifies LRG1 in bottlenose dolphins, indicating its vital role in wound healing and adaptation.
Analysis shows similarities between dolphin LRG1 and terrestrial versions, with distinct adaptations noteworthy for further studies.
This analysis employs comparative techniques to understand the evolutionary aspects of cetacean wound healing and LRG1 functions.
Findings suggest LRG1 may have important implications for veterinary medicine, encouraging more clinical studies on cetaceans.

Hamano et al. (2025) studied this question.

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