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| 1 | Discussion on Validity of Rana maoershanensis Based on Partial Sequence of 16S rRNA Gene显示文摘Rana maoershanensis found in Mt.Maoershan in Guangxi,China was reported as a new species in 2007,but there was no molecular data for this frog.The partial sequences(543 bp) of 16S rRNA gene from 12 specimens of 3 brown frog species(Rana hanluica,R.maoershanensis and R.chensinensis) were analyzed with 17 specimens of 9 species from GenBank.The nucleotide sequence divergence between R.maoershanensis and the other brown frog species were 4.5%-6.5%,with 22-30 nucleotide substitutions at this locus.The phylogenetic relationships based on MP,ML,and Bayesian inference indicate that the brown frogs from Southern China were diverged into three groups(Clades A,B and C).R.maoershanensis was clustered together a well-supported subclade(B-1).It is suggested that R.maoershanensis is a valid species. | YANG Baotian LU Yuyan LI Pipeng | 2010 | Asian Herpetological Research2010，1，2： | 5 |
| 2 | The tadpole of a little-known frog, Rana tormotus Wu, 1977显示文摘 | LI Pipeng LU Yuyan LI Ang | 2008 | Asiatic Herpetological Research2008，11，： | 1 |
| 3 | Structure and Function of the Gastrointestinal Tract of the Green Turtle(Chelonia mydas) Hatchling显示文摘The gastrointestinal tracts of four Chelonia mydas hatchlings were examined at the anatomical, histological and ultrastructural level. Our results show that the gastrointestinal tract(GI) is composed by esophagus, stomach, small intestine(SI) and large intestine(LI), and histologically of mucosa, submucosa, muscularis externa(ME) and serosa. The esophagus is marked by conical papillae lined by keratinized stratified squamous epithelium, whereas the remaining GI by simple columnar epithelium; esophageal diverticulum is absent. The stomach covered with mucous granule cells, contains cardia, fundic regions and pylorus, which are separately characterized by cardiac glands, fundic glands and pyloric glands, and have the thickest submucosa and ME of the GI. The ME of the esophagus mainly consist of one layer of circular smooth muscle whereas the rest of GI of two layers, inner circular muscle and outer longitudinal muscle. The SI is slightly longer than the LI and the GI is approximately 5.11 times of the carapace length. The SI is lined with longitudinal zigzag folds and characterized by absorptive cells with longer and denser microvilli, whereas the LI by transversal folds, goblet cells and lymphoid nodules. Only intestinal glands appear in duodenum. Endocrine cells are observed in all sections of the GI and accounted for the largest proportion in duodenum. The results demonstrate a perfect combination of the structure and function of the GI and reveal that the digestion and absorption primarily occurs in the foregut. C. mydas hatchling may prefer carnivorous diet. | Hualing CHEN Mingbin YE Yuyan LU Jinxia DUAN Pipeng LI Hexiang GU | 2015 | Asian Herpetological Research2015，6，4： | 1 |
| 4 | Description of a New Species of Amolops (Anura:Ranidae) from Tibet,China显示文摘A new species,Amolops pallasitatus sp.nov.is described based on specimens collected from Chentang Town,Dinggyê County,southern Tibet,China.The new species can be distinguished from other known congeners by mitochondrial divergence and morphological characteristics including:(1)medium body size,SVL 70.6–72.3 mm in adult females;(2)skin smooth over the entire body;(3)absence of dorsolateral fold;(4)tympanum small,edge indistinct,less than half of eye diameter;(5)vomerine teeth in two short oblique;(6)circummarginal and transverse grooves absent on disk of the first finger;(7)presence of inner metacarpal tubercle;(8)toes fully webbed,webbing formula Ⅰ0-0^-Ⅱ0-1/2Ⅲ0-1^+Ⅳ1^+-0Ⅴ;(9)absence of outer metatarsal tubercle and tarsal glands;(10)tibiotarsal articulation of the hind limb reaches posterior corners of the eye;(11)dorsum yellow-green,with irregular dark brown blotches without margins;(12)blotches concentrated on the dorsum,less on the flanks.In morphology,Amolops pallasitatus sp.nov.is similar to A.himalayanus and A.formosus,the difference between them is length of hind limbs,web of toe and dorsal colour pattern.The systematic placement of the new species within the genus is unresolved and it is not assigned to any recognized species group,for the lack of convictive evidences. | Shuo QI Zhengyan ZHOU Zhitong LYU Yuyan LU Han WAN Mian HOU Keji GUO Pipeng LI | 2019 | Asian Herpetological Research2019，10，4： | 1 |
| 5 | A Review of Chelonian Hematology显示文摘Hematologic investigations have been used successfully to diagnose disease and assess the physiological status of chelonians. Here, the microstructure, ultrastructure, development, and function of chelonian blood cells are summarized, and factors that affect hematologic results are reviewed. The limited body of chelonian hematology research is discussed, and recommendations for future work are provided. | Feiyan ZHANG Hexiang GU Pipeng LI | 2011 | Asian Herpetological Research2011，2，1： | 0 |
| 6 | Morphology of Kaloula rugifera and K. borealis Tadpoles(Anura: Microhylidae: Kaloula verrucosa Group) in China显示文摘The external morphology and internal oral features of the tadpoles of Kaloula rugifera and K. borealis are described in this paper. Similarities between these two larvae include external morphology, oral disc, internal oral features(floor and roof), terminal mouth, lateral eyes, single midventral spiracle, absence of keratinized jaw sheaths and labial teeth, absence of lingual papillae and postnarial arena, while the body of K. rugifera is bigger than that of K. borealis at stages from 36 to 39 and the number of papillae in the buccal cavity is 12–19 and 9–16, respectively in the two species. All the similarities and differences of the two species illustrate that the tadpoles within the family Microhylidae could be attributed to assistance in clarifying a certain taxonomic treatment in Microhylidae. | Bing ZHOU Pipeng LI Yuyan LU Jing LIAN Zhengyan ZHOU | 2011 | Asian Herpetological Research2011，2，3： | 0 |
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