鳄虾标本中异常对称的螯足 Coutiere, 1909

IF 1.1 4区 生物学 Q3 MARINE & FRESHWATER BIOLOGY Journal of the Marine Biological Association of the United Kingdom Pub Date : 2024-03-05 DOI:10.1017/s0025315424000080
Isabela Ribeiro Rocha Moraes, Larissa Zacari, Rafael de Carvalho Santos, Gabriel Fellipe Barros Rodrigues, Antonio Leão Castilho
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引用次数: 0

摘要

长鳍对虾螯足附肢的形态对称异常极为罕见,文献中的记录也很少。例如,在属于Synalpheus eusocial物种的雌后身上观察到对称的小螯足。现在,在生活于巴西浅水区的 Synalpheus fritzmuelleri 个体身上发现了对称的大螯足。这些个体被发现与附着在圣保罗州乌巴图巴湾码头木桩上的贝类Schizoporella sp.(生物基质)共生。在 20 个取样的 S. fritzmuelleri 个体中,只有一个个体的螯足对称异常。根据躯壳长度、大小和形态特征,分析的标本似乎都是幼体;因此,异常状况的假设可以直接与遗传抑制机制有关,该机制是螯足在这一发育阶段的主要发育机制。像本研究这样的研究往往能提供有关动物形态学的重要信息,可作为今后进行进化评估的参考。
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Abnormal symmetric chelipeds in an specimen of snapping shrimp Synalpheus fritzmuelleri Coutiere, 1909

Morphological symmetry abnormalities in cheliped appendages of alpheid shrimps are extremely rare and poorly recorded in the literature. A symmetric minor cheliped were, for example, observed in queen females belonging to Synalpheus eusocial species. Symmetric major chelipeds were now described in Synalpheus fritzmuelleri individuals living in shallow Brazilian waters. These individuals were found in symbiotic association with the bryozoan Schizoporella sp. (biogenic substrate) adhering to the pilings of Ubatuba Bay docks, São Paulo State. Only one of 20 sampled S. fritzmuelleri individuals presented anomalous symmetric chelipeds. Based on carapace length, size, and morphological features, the analyzed specimens seemed to be juvenile; thus, the hypothesis of anomalous condition can be directly linked to genetic inhibition of the mechanism accounting for major cheliped development in this ontogeny phase. Studies like the present one often provide remarkable information on animal morphology and can be used as reference in evolutionary assessments to be conducted in the future.

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来源期刊
CiteScore
2.30
自引率
8.30%
发文量
68
审稿时长
3-8 weeks
期刊介绍: JMBA is an international journal, publishing original research on all aspects of marine biology. It includes pioneering work taking place today on major issues concerning marine organisms and their environment. Subjects covered include: ecological surveys and population studies of marine communities; physiology and experimental biology; taxonomy, morphology and life history of marine animals and plants; and chemical and physical oceanographic work. Included with 2010 online subscriptions: Marine Biodiversity Records.
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