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反刍动物头饰的演变:综述。

Evolution of ruminant headgear: a review.

机构信息

Museum of Natural and Cultural History and Department of Geological Sciences, University of Oregon, Eugene, OR 97403-1224, USA.

出版信息

Proc Biol Sci. 2011 Oct 7;278(1720):2857-65. doi: 10.1098/rspb.2011.0938. Epub 2011 Jul 6.

Abstract

The horns, ossicones and antlers of ruminants are familiar and diverse examples of cranial appendages. We collectively term ruminant cranial appendages 'headgear'; this includes four extant forms: antlers (in cervids), horns (in bovids), pronghorns (in pronghorn antelope) and ossicones (in giraffids). Headgear evolution remains an open and intriguing question because phylogenies (molecular and morphological), adult headgear structure and headgear development (where data are available) all suggest different pictures of ruminant evolution. We discuss what is known about the evolution of headgear, including the evidence motivating previous hypotheses of single versus multiple origins, and the implications of recent phylogenetic revisions for these hypotheses. Inclusion of developmental data is critical for progress on the question of headgear evolution, and we synthesize the scattered literature on this front. The areas most in need of attention are early development in general; pronghorn and ossicone development in particular; and histological study of fossil forms of headgear. An integrative study of headgear development and evolution may have ramifications beyond the fields of systematics and evolution. Researchers in organismal biology, as well as those in biomedical fields investigating skin, bone and regenerative medicine, may all benefit from insights produced by this line of research.

摘要

反刍动物的角、角状物和鹿角是我们熟悉的、多样化的颅外附属物的例子。我们将反刍动物的颅外附属物统称为“头饰”;这包括四种现存形式:鹿角(鹿科)、角(牛科)、叉角羚角(叉角羚科)和骨角(长颈鹿科)。头饰的进化仍然是一个悬而未决且引人入胜的问题,因为系统发育(分子和形态)、成年头饰结构和头饰发育(在有数据的情况下)都表明了反刍动物进化的不同图景。我们讨论了头饰进化的已知情况,包括激发单一起源与多种起源假说的证据,以及最近系统发育修订对这些假说的影响。包含发育数据对于头饰进化问题的进展至关重要,我们综合了这方面的零散文献。目前最需要关注的领域是头饰的一般早期发育;叉角羚和骨角的发育;以及对头饰化石形式的组织学研究。对头饰发育和进化的综合研究可能会超出系统学和进化领域产生影响。研究生物体生物学的研究人员,以及研究皮肤、骨骼和再生医学的生物医学领域的研究人员,都可能受益于这一研究领域的见解。

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