Postcranial anomalies of Eocene freshwater pleurodiran and cryptodiran turtles from the Spanish Duero Basin

IF 2.1 4区 医学 Q2 ANATOMY & MORPHOLOGY Anatomical Record-Advances in Integrative Anatomy and Evolutionary Biology Pub Date : 2024-04-12 DOI:10.1002/ar.25443
Andrea Guerrero, Francisco Ortega, Santiago Martín de Jesús, Adán Pérez-García
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Abstract

Testudines are one of the best-represented taxonomic groups among the Paleogene taxa of the Duero Basin (Castile and Leon Autonomous Community, central Spain). Among them, Neochelys (Podocnemidide) and Allaeochelys (Carettochelyidae) are most abundant, allowing the population to be assessed for osteological anomalies. The abundance of postcranial remains of both taxa allows us to identify several individuals with potential anomalies, mostly in their shells. Some of them have already been described in previous studies, but most of them are still unpublished. The objective of this study is to analyze in detail the anomalous Neochelys and Allaeochelys remains. As a result, different categories of causal agents (such as bacteria, fungi, parasites, or trauma) have been identified as potential producers of the anomalies in these freshwater turtles. Information regarding the pathogenesis and healing stages of some of these anomalies is provided.

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西班牙杜罗河盆地始新世淡水褶纹龟和隐纹龟的颅后反常现象
在杜罗河盆地(西班牙中部卡斯蒂利亚和莱昂自治区)的古近纪类群中,蝾螈类是代表度最高的类群之一。其中,Neochelys(Podocnemidide)和Allaeochelys(Carettochelyidae)的数量最多,因此可以对其种群进行骨学异常评估。这两个类群丰富的颅后遗骸使我们能够确定几个有潜在异常的个体,主要是在它们的壳上。其中一些已经在以前的研究中有所描述,但大部分仍未发表。本研究的目的是详细分析异常的 Neochelys 和 Allaeochelys 遗骸。因此,不同类别的致病因子(如细菌、真菌、寄生虫或外伤)已被确定为这些淡水龟异常的潜在制造者。本报告还提供了有关其中一些异常现象的发病机制和愈合阶段的信息。
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来源期刊
CiteScore
4.80
自引率
15.00%
发文量
266
审稿时长
4 months
期刊介绍: The Anatomical Record
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