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43 results on '"Li, Linmiao"'

10. Molecular Evolution of Interferon-Epsilon (IFNε) Pseudogene Modulates Innate and Specific Antiviral Immunity in Manis javanica

Author

Ahmad, Hafiz Ishfaq, primary, Jameel, Laraib, additional, Zahra, Quratulain, additional, Zhou, Jiabin, additional, Li, Linmiao, additional, Zhang, Xiujuan, additional, Ahmed, Shakeel, additional, Ali, Daoud, additional, Kumar, Gokhlesh, additional, Safdar, Aleena, additional, Abbas, Farhan, additional, and Chen, Jinping, additional

Published
2023
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17. Identification of Coronaviruses in Farmed Wild Animals Reveals their Evolutionary Origins in Guangdong, Southern China

Author

Wang, Xiaohu, primary, Ren, Zhaowen, additional, Wang, Lu, additional, Chen, Jing, additional, Zhang, Pian, additional, Chen, Jin-Ping, additional, Chen, Xiaofan, additional, Li, Linmiao, additional, Lin, Xuhui, additional, Qi, Nanshan, additional, Luo, Shengjun, additional, Xiang, Rong, additional, Yuan, Ziguo, additional, Zhang, Jianfeng, additional, Wang, Gang, additional, Sun, Min-Hua, additional, Huang, Yuan, additional, Hua, Yan, additional, Zou, Jiejian, additional, Hou, Fanghui, additional, Huang, Zhong, additional, Du, Shouwen, additional, Xiang, Hua, additional, Sun, Minfei, additional, Liu, Quan, additional, and Liao, Ming, additional

Published
2022
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18. Skin Microbiota Was Altered in Crocodile Lizards (Shinisaurus crocodilurus) With Skin Ulcer

Author

Jiang, Haiying, Luo, Shuyi, Zhou, Jiabin, Huang, Wenzhong, Li, Linmiao, Zhang, Xiujuan, He, Jiasong, and Chen, Jinping

Subjects
dermatosis, integumentary system, General Veterinary, Veterinary medicine, SF600-1100, conservation, skin microbiome, crocodile lizard, endangered animal
Abstract

Skin diseases commonly affect reptiles, but their relationships to the closely related skin microbiome are not well-understood. In recent years, both the wild and captive populations of the crocodile lizard, a Class I protected endangered animal in China, have suffered serious skin diseases that hamper the rescue and release projects for their conservation. This study conducted a detailed prevalence investigation of a major dermatosis characterized by foot skin ulcer in crocodile lizards. It should be noticed that skin ulcer has been prevalent in both captive and wild populations. There was positive correlation between skin ulcer and temperature, while no significant relationship between skin ulcer and humidity, sex, and age. We further studied the relationship between skin ulcer and the skin microbiota using meta-taxonomics. Results showed that the skin microbiota of crocodile lizards was significantly different from those of the environmental microbial communities, and that skin microbiota had a significant relationship with skin ulcer despite the impact of environment. Both bacterial and fungal communities on the ulcerated skin were significantly changed, which was characterized by lower community diversity and different dominant microbes. Our findings provide an insight into the relationship between skin microbiota and skin disease in reptile, serving as a reference for dermatological etiology in wildlife conservation.

Published
2022

41. Phylogeny and dating of divergences within the genus Thymallus (Salmonidae: Thymallinae) using complete mitochondrial genomes.

Author

Ma, Bo, Jiang, Haiying, Sun, Peng, Chen, Jinping, Li, Linmiao, Zhang, Xiujuan, and Yuan, Lihong

Subjects
THYMALLUS, GENOMES, SALMONIDAE, RIBOSOMAL RNA, GRAYLING
Abstract

The genusThymallushas attracted increasing attention in recent years because of its sharp demographic decline. In this study, we reported four complete mitochondrial genomes in theThymallusgenus: Baikal-Lena grayling (T. arcticus baicalolenensis), lower Amur grayling (T. tugarinae), Yalu grayling (T. a. yaluensis), and Mongolian grayling (T. brevirostris). The total length of the four new grayling mtDNAs ranged from 16 658 to 16 663 bp, all of which contained 13 protein-coding genes, 22 tRNA genes, two rRNA genes, and one control region. The results suggested that mitochondrial genomes could be a powerful marker for resolving the phylogeny within Thymallinae. Our study validated that the Yalu grayling should be a synonym of the Amur grayling (T. grubii) at the whole mitogenome level. The phylogenetic and dating analyses placed the Amur grayling at the deepest divergence node withinThymallus, diverging at ∼14.95 Ma. The lower Amur grayling diverged at the next deepest node (∼12.14 Ma). This was followed byT. thymallus, which diverged at ∼9.27 Ma. The Mongolian grayling and the ancestor of the sister species,T. arcticusandT. arcticus baicalolenensis, diverged at ∼7.79 Ma, withT. arcticusandT. arcticus baicalolenensisseparating at ∼6.64 Ma. Our study provides far better resolution of the phylogenetic relationships and divergence dates of graylings than previous studies. [ABSTRACT FROM AUTHOR]

Published
2016
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42. Complete mitochondrial genome of Cynopterus sphinx (Pteropodidae: Cynopterus ).

Author

Li, Linmiao, Li, Min, Wu, Zhengjun, and Chen, Jinping

Subjects
*CYNOPTERUS, *MITOCHONDRIA, *PTEROPODIDAE, *GENOMICS, *BATS, *TRANSFER RNA, *RIBOSOMAL RNA, *STOP codons
Abstract

We have characterized the complete mitochondrial genome ofCynopterus sphinx(Pteropodidae:Cynopterus) and described its organization in this study. The total length ofC. sphinxcomplete mitochondrial genome was 16,895 bp with the base composition of 32.54% A, 14.05% G, 25.82% T and 27.59% C. The complete mitochondrial genome included 13 protein-coding genes, 22 tRNA genes, 2 rRNA genes (12S rRNA and 16S rRNA) and 1 control region (D-loop). The control region was 1435 bp long with the sequence CATACG repeat 64 times. Three protein-coding genes (ND1, COI and ND4) were ended with incomplete stop codon TA or T. [ABSTRACT FROM PUBLISHER]

Published
2015
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43. The complete mitochondrial genome of the Acipenser schrenckii (Acipenseridae: Acipenser).

Author

Wang, Hui, Zhang, Baowei, Li, Linmiao, and Chen, Jinping

Subjects
ACIPENSER, FISHES, MITOCHONDRIAL DNA, RIBOSOMAL RNA genetics, NUCLEOTIDE sequencing
Abstract

The Acipenser schrenckii is an ancient freshwater Chondrostei species, which is mainly distributed in Amur River in China and Russian. The complete mitochondrial genome of A. schrenckii was obtained for the first time in this study. The circular genome (16,548 bp in length) consists of 37 typical animal mitochondrial genes (13 protein-coding genes, 22 transfer RNA genes, 2 ribosomal RNA genes) and 1 control region. Overall base composition of the complete mitochondrial DNA was 30% A, 24% T, 29.4% C and 16.5% G with AT (54%). [ABSTRACT FROM AUTHOR]

Published
2015
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