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38 results on '"Cao, Shangtao"'

3. KMT2D deficiency leads to cellular developmental disorders and enhancer dysregulation in neural-crest-containing brain organoids

Author

Shan, Ziyun, Zhao, Yingying, Chen, Xiuyu, Zhan, Guodong, Huang, Junju, Yang, Xuejie, Xu, Chongshen, Guo, Ning, Xiong, Zhi, Wu, Fang, Liu, Yujian, Liu, He, Chen, Biyuan, Chen, Bingqiu, Sun, Jiaoyang, He, Jiangping, Guo, Yiping, Cao, Shangtao, Wu, Kaixin, Mao, Rui, Wu, Guangming, Lin, Lihui, Zou, Xiaobing, Wang, Jie, and Chen, Jiekai

Published
2024
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7. BMP4 drives primed to naïve transition through PGC-like state

Author

Yu, Shengyong, Zhou, Chunhua, He, Jiangping, Yao, Zhaokai, Huang, Xingnan, Rong, Bowen, Zhu, Hong, Wang, Shijie, Chen, Shuyan, Wang, Xialian, Cai, Baomei, Zhao, Guoqing, Chen, Yuhan, Xiao, Lizhan, Liu, He, Qin, Yue, Guo, Jing, Wu, Haokaifeng, Zhang, Zhen, Zhang, Man, Zhao, Xiaoyang, Lan, Fei, Wang, Yixuan, Chen, Jiekai, Cao, Shangtao, Pei, Duanqing, and Liu, Jing

Published
2022
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9. Generation of musculoskeletal cells from human urine epithelium-derived presomitic mesoderm cells.

Author

Gao, Huiru, Huang, Xingnan, Cai, Zepo, Cai, Baomei, Wang, Kaipeng, Li, Junyang, Kuang, Junqi, Wang, Bo, Zhai, Ziwei, Ming, Jin, Cao, Shangtao, Qin, Yue, and Pei, Duanqing

Subjects
SKELETAL maturity, TIBIALIS anterior, MESODERM, SKELETAL muscle, SOMITE, URINE
Abstract

Background: Numerous studies have shown that somite development is a necessary stage of myogenesis chondrogenesis and osteogenesis. Our previous study has established a stable presomitic mesoderm progenitor cell line (UiPSM) in vitro. Naturally, we wanted to explore whether UiPSM cell can develop bone and myogenic differentiation. Results: Selective culture conditions yielded PAX3 and PAX7 positive skeletal muscle precursors from UiPSM cells. The skeletal muscle precursors undergo in vitro maturation resulting in myotube formation. MYOD effectively promoted the maturity of the skeletal myocytes in a short time. We found that UiPSM and MYOD mediated UiPSM cell-derived skeletal myocytes were viable after transplantation into the tibialis anterior muscle of MITRG mice, as assessed by bioluminescence imaging and scRNA-seq. Lack of teratoma formation and evidence of long-term myocytes engraftment suggests considerable potential for future therapeutic applications. Moreover, UiPSM cells can differentiate into osteoblast and chondroblast cells in vitro. Conclusions: UiPSM differentiation has potential as a developmental model for musculoskeletal development research and treatment of musculoskeletal disorders. [ABSTRACT FROM AUTHOR]

Published
2024
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10. SS18 regulates pluripotent-somatic transition through phase separation

Author

Kuang, Junqi, Zhai, Ziwei, Li, Pengli, Shi, Ruona, Guo, Wenjing, Yao, Yuxiang, Guo, Jing, Zhao, Guoqing, He, Jiangpin, Xu, Shuyang, Wu, Chuman, Yu, Shengyong, Zhou, Chunhua, Wu, Linlin, Qin, Yue, Cai, Baomei, Li, Wei, Wu, Zichao, Li, Xiaoxi, Chu, Shilong, Yang, Tingting, Wang, Bo, Cao, Shangtao, Li, Dongwei, Zhang, Xiaofei, Chen, Jiekai, Liu, Jing, and Pei, Duanqing

Published
2021
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13. BMP4 resets mouse epiblast stem cells to naive pluripotency through ZBTB7A/B-mediated chromatin remodelling

Author

Yu, Shengyong, Zhou, Chunhua, Cao, Shangtao, He, Jiangping, Cai, Baomei, Wu, Kaixin, Qin, Yue, Huang, Xingnan, Xiao, Lizhan, Ye, Jing, Xu, Shuyang, Xie, Wenxiu, Kuang, Junqi, Chu, Shilong, Guo, Jing, Liu, He, Pang, Wei, Guo, Lin, Zeng, Mengying, Wang, Xiaoshan, Luo, Rongping, Li, Chen, Zhao, Guoqing, Wang, Bo, Wu, Linlin, Chen, Jiekai, Liu, Jing, and Pei, Duanqing

Published
2020
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14. Sin3a and CDX2 Target TBX15 to Dissociate HES7 Oscillation From Anterior-Posterior Elongation in vitro

Author

Qin, Yue, primary, Gao, Huiru, additional, Huang, Xingnan, additional, Wang, Kaipeng, additional, Li, Junyang, additional, Cao, Shangtao, additional, Kuang, Junqi, additional, Fu, Yu, additional, Huang, Tao, additional, Wang, Xiaomian, additional, Liang, Zechuan, additional, Ma, Zhaoyi, additional, Wang, Qiannan, additional, Wang, Bo, additional, Zhai, Ziwei, additional, Ming, Jing, additional, and Pei, Duanqing, additional

Published
2023
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15. Regeneration of the human segmentation clock in somitoids in vitro

Author

Qin, Yue, primary, Huang, Xingnan, additional, Cai, Zepo, additional, Cai, Baomei, additional, He, Jiangping, additional, Yao, Yuxiang, additional, Zhou, Chunhua, additional, Kuang, Junqi, additional, Yang, Yihang, additional, Chen, Huan, additional, Chen, Yating, additional, Ou, Sihua, additional, Chen, Lijun, additional, Wu, Fang, additional, Guo, Ning, additional, Yuan, Yapei, additional, Zhang, Xiangyu, additional, Pang, Wei, additional, Feng, Ziyu, additional, Yu, Shengyong, additional, Liu, Jing, additional, Cao, Shangtao, additional, and Pei, Duanqing, additional

Published
2022
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17. Additional file 7 of H3K27ac mediated SS18/BAFs relocation regulates JUN induced pluripotent-somatic transition

Author

Lin, Runxia, Zhai, Ziwei, Kuang, Junqi, Wu, Chuman, Yao, Yuxiang, Shi, Ruona, He, Jiangping, Xu, Shuyang, Li, Pengli, Fan, Yixin, Li, Wei, Wu, Zichao, Li, Xiaoxi, Ming, Jin, Guo, Jing, Wang, Bo, Li, Dongwei, Cao, Shangtao, Zhang, Xiaofei, Li, Yi, Pei, Duanqing, and Liu, Jing

Abstract

Additional file 7. The BAFs’ bromodomain inhibitors impede PST.

Published
2022
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18. Additional file 1 of H3K27ac mediated SS18/BAFs relocation regulates JUN induced pluripotent-somatic transition

Author

Lin, Runxia, Zhai, Ziwei, Kuang, Junqi, Wu, Chuman, Yao, Yuxiang, Shi, Ruona, He, Jiangping, Xu, Shuyang, Li, Pengli, Fan, Yixin, Li, Wei, Wu, Zichao, Li, Xiaoxi, Ming, Jin, Guo, Jing, Wang, Bo, Li, Dongwei, Cao, Shangtao, Zhang, Xiaofei, Li, Yi, Pei, Duanqing, and Liu, Jing

Abstract

Additional file 1. System specificity of JUNTetON ESCs.

Published
2022
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19. Additional file 1 of Generation of mitochondria-rich kidney organoids from expandable intermediate mesoderm progenitors reprogrammed from human urine cells under defined medium

Author

Yuan, Yapei, Chen, Huan, Ou, Sihua, Cai, Baomei, Zhang, Ruifang, Qin, Yue, Pan, Mengjie, Cao, Shangtao, Pei, Duanqing, and Hou, Fan Fan

Abstract

Additional file 1: Fig. S1. Generation of 2D kidney organoids from hUCs of different donors. (A) Western blot for marker gene of the primitive streak, intermediate mesoderm, nephron progenitor, and segments of the nephron. PAX8 for tubule epithelial and nephron progenitor, CALBINDIN for distal tubule. (B) Gene expression analysis for markers of pluripotency (OCT4 and NANOG), endoderm (SOX17 and FOXA2), and ectoderm (SOX1 and FOX6) during differentiation is presented. Embryonic stem cells (ESCs), defined as endoderm (DE), and neural progenitor cells (NPCs) are shown as the positive control. The relative expression of each transcript to GAPDH expression is presented as the mean ± SEM (n = 6). (C) Volunteer information and 2D U-iKOs induction from urine cells of healthy volunteers and CKD patients. (D) Representative bright-field images for one healthy volunteer (UC-001) and one patient (CKD, PUC-011). Scale bars, 250 μm. (E) Heatmap of markers and signature genes of hUCs, U-iIMPLCs, U-iNPCs, and U-iKOs for the volunteers in B. (F) Immunostaining analysis of primitive streaks marker (T and TBX6) for U-iIMPLCs and nephron progenitor cells maker (PAX2 and SALL1) for U-iNPCs. Scale bars, 50 μm. (G) Comparison of culture conditions of kidney organoid systems in personalized ways. M-iKOs, iPSC-induced organoids with protocol by Morizane; T-iKOs, iPSC-induced organoids with protocol by Takasato. Fig. S2. Cell fate changes during U-iKOs differentiation by RNA-seq. (A) Scatterplot showing the differentially expressed genes between hUCs (blue) and U-iIMPLCs (red) in the left panel, U-iIMPLCs (blue) and U-iNPCs (red) in the middle panel, U-iIMPLCs (blue) and U-iKOs (red) in the right panel during differentiation. (B) Gene ontology (GO) analysis for upregulated expressed genes (blue) and downregulated expressed genes of U-iIMPLCs compared to hUCs with p value at the bottom. (C) GO analysis for upregulated expressed genes (blue) and downregulated expressed genes of U-iNPCs compared to U-iIMPLCs with p value at the bottom. (D) GO analysis for upregulated expressed genes (blue) and downregulated expressed genes of U-iKOs compared to U-iIMPLCs with p value at the bottom. Fig. S3. ScRNA-seq profiling subpopulations in 3D U-iKOs. (A) Violin plot shows the detected genes, UMI count, and percentage of mitochondrial genes between 3D and 2D U-iKOs. (B) Heatmap indicating Pearson’s correlations on the averaged profiles among cell types between 3D and 2D U-iKOs. (C) UMAP plot of podocyte subcluster in U-iKOs, each dot represents one cell, with color code for each cluster. (D) Heatmap of differentially expressed genes between clusters in C selected signature genes and GO term in the right. (E) UMAP plot of proximal tubule subcluster in U-iKOs, each dot represents one cell, with color code for each cluster. (F) Heatmap of differentially expressed genes between clusters in E selected signature genes and GO term in the right. (G) UMAP plot of the loop of Henle and distal tubule subcluster in U-iKOs, each dot represents one cell, with color code for each cluster. (H) Heatmap of differentially expressed genes between clusters in E selected signature genes and GO term in the right. Fig. S4. Characteristics of M-iKOs, T-iKOs, C-iKOs and fetal kidney. (A) Left: GO term of differentially expressed genes in M-iKOs with p value at the bottom. Right: Dotplot shows differentially expressed genes in M-iKOs. (B) Left: GO term of differentially expressed genes in T-iKOs with p value at the bottom. Right: Dotplot shows differentially expressed genes in T-iKOs. (C) Left: GO term of differentially expressed genes in C-iKOs with p value at the bottom. Right: Dotplot shows differentially expressed genes in C-iKOs. (D) Left: GO term of differentially expressed genes in fetal kidney with p value at the bottom. Right: Dotplot shows differentially expressed genes in fetal kidney. (E) Immunostaining analysis of U-iKOs markers for kidney function. LRP2 (megalin), a multi-ligand endocytic receptor; SLC12A1 (NKCC2), a kidney-specific sodium-potassium-chloride cotransporter. Scale bars, 50 μm. Fig. S5. Maturing organoids after CAM transplantation. (A) Methodology for the implantation of 3D U-iKOs into CAM. Embryonic day, ED. (B) Macroscopic views of implanted U-iKOs were maintained in CAM for 6 days. (C) H&E staining of implanted U-iKOs implanted in the CAM for 6 days. CAM blood vessels were indicated with black asterisks. Scale bars, 100 μm. (n = 5). Fig. S6. 3D U-iKOs after FSK treatment. (A) Representative bright-field images of 3D U-iKOs treated with forskolin (FSK) for 4 days (day 24–28). Scale bars, 250 μm. (B) H&E staining of U-iKOs in the absence (control) or presence of FSK. Scale bars, 100 μm. (C) Immunofluorescence analysis of U-iKOs treated with FSK for 4 days. Scale bars, 50 μm. (D) Gene expression analysis for REN and AGT by RT-qPCR. The relative expression of each transcript to GAPDH expression is presented as the mean ± SEM (n = 4). (E) Gene expression analysis for REN, AGT, and PRCP by RNA-seq. (F) Scatterplot showing the up-regulated genes (red) and down-regulated genes (blue) between control and FSK treatment groups. (G) GO term of the up-regulated genes (red) and down-regulated genes (blue) in the FSK treatment group compared with the control group with p value at the bottom. (H) Gene expression analysis for specifical genes after cisplatin, gentamicin, and FSK treatment in Fig.7I. The relative expression of each transcript to GAPDH expression is presented as the mean ± SEM (n = 4).

Published
2022
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22. Additional file 5 of H3K27ac mediated SS18/BAFs relocation regulates JUN induced pluripotent-somatic transition

Author

Lin, Runxia, Zhai, Ziwei, Kuang, Junqi, Wu, Chuman, Yao, Yuxiang, Shi, Ruona, He, Jiangping, Xu, Shuyang, Li, Pengli, Fan, Yixin, Li, Wei, Wu, Zichao, Li, Xiaoxi, Ming, Jin, Guo, Jing, Wang, Bo, Li, Dongwei, Cao, Shangtao, Zhang, Xiaofei, Li, Yi, Pei, Duanqing, and Liu, Jing

Abstract

Additional file 5. SS18/BAFs and JUN form independent complexes.

Published
2022
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23. Additional file 6 of H3K27ac mediated SS18/BAFs relocation regulates JUN induced pluripotent-somatic transition

Author

Lin, Runxia, Zhai, Ziwei, Kuang, Junqi, Wu, Chuman, Yao, Yuxiang, Shi, Ruona, He, Jiangping, Xu, Shuyang, Li, Pengli, Fan, Yixin, Li, Wei, Wu, Zichao, Li, Xiaoxi, Ming, Jin, Guo, Jing, Wang, Bo, Li, Dongwei, Cao, Shangtao, Zhang, Xiaofei, Li, Yi, Pei, Duanqing, and Liu, Jing

Subjects
fungi, food and beverages
Abstract

Additional file 6. H3K27ac co-occupancy with SS18 during JUN induced PST.

Published
2022
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24. Additional file 4 of H3K27ac mediated SS18/BAFs relocation regulates JUN induced pluripotent-somatic transition

Author

Lin, Runxia, Zhai, Ziwei, Kuang, Junqi, Wu, Chuman, Yao, Yuxiang, Shi, Ruona, He, Jiangping, Xu, Shuyang, Li, Pengli, Fan, Yixin, Li, Wei, Wu, Zichao, Li, Xiaoxi, Ming, Jin, Guo, Jing, Wang, Bo, Li, Dongwei, Cao, Shangtao, Zhang, Xiaofei, Li, Yi, Pei, Duanqing, and Liu, Jing

Abstract

Additional file 4. BRG1 is required for JUN to open chromatin.

Published
2022
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25. Additional file 2 of H3K27ac mediated SS18/BAFs relocation regulates JUN induced pluripotent-somatic transition

Author

Lin, Runxia, Zhai, Ziwei, Kuang, Junqi, Wu, Chuman, Yao, Yuxiang, Shi, Ruona, He, Jiangping, Xu, Shuyang, Li, Pengli, Fan, Yixin, Li, Wei, Wu, Zichao, Li, Xiaoxi, Ming, Jin, Guo, Jing, Wang, Bo, Li, Dongwei, Cao, Shangtao, Zhang, Xiaofei, Li, Yi, Pei, Duanqing, and Liu, Jing

Subjects
genetic processes, natural sciences
Abstract

Additional file 2. ATAC motif analysis and RNA-seq Gene ontology.

Published
2022
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26. Species-Specific Rewiring of Definitive Endoderm Developmental Gene Activation via Endogenous Retroviruses Through TET1 Mediated Demethylation

Author

Wu, Fang, primary, Liufu, Zhongqi, additional, Liu, Yujian, additional, Guo, Lin, additional, Wu, Jian, additional, Cao, Shangtao, additional, Qin, Yue, additional, Fu, Yunyun, additional, Guo, Ning, additional, Liu, He, additional, Li, Qiuhong, additional, Shu, Xiaodong, additional, Pei, Duanqing, additional, Hutchins, Andrew P., additional, Chen, Jiekai, additional, and He, Jiangping, additional

Published
2022
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27. Single Cell Sequencing Reveals Early PGC-like Intermediates During Mouse Primed to Naïve Transition

Author

Liu, Jing, primary, Yu, Shengyong, additional, Zhou, Chunhua, additional, He, Jiangping, additional, Huang, Xingnan, additional, Yao, Zhaokai, additional, Zhu, Hong, additional, Cai, Baomei, additional, Xiao, Lizhan, additional, Liu, He, additional, Qin, Yue, additional, Guo, Jing, additional, Chen, Yuhan, additional, Wang, Yixuan, additional, Chen, Shuyan, additional, Zhang, Man, additional, Zhao, Xiaoyang, additional, Chen, Jiekai, additional, Cao, Shangtao, additional, and Pei, Duanqing, additional

Published
2021
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28. Induction of Pluripotent Stem Cells from Mouse Embryonic Fibroblasts by Jdp2-Jhdm1b-Mkk6-Glis1-Nanog-Essrb-Sall4

Author

Wang, Bo, primary, Wu, Linlin, additional, Li, Dongwei, additional, Liu, Yuting, additional, Guo, Jing, additional, Li, Chen, additional, Yao, Yuxiang, additional, Wang, Yaofeng, additional, Zhao, Guoqing, additional, Wang, Xiaoshan, additional, Fu, Meijun, additional, Liu, He, additional, Cao, Shangtao, additional, Wu, Chuman, additional, Yu, Shengyong, additional, Zhou, Chunhua, additional, Qin, Yue, additional, Kuang, Junqi, additional, Ming, Jin, additional, Chu, Shilong, additional, Yang, Xuejie, additional, Zhu, Ping, additional, Pan, Guangjin, additional, Chen, Jiekai, additional, Liu, Jing, additional, and Pei, Duanqing, additional

Published
2019
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29. Resolving Cell Fate Decisions during Somatic Cell Reprogramming by Single-Cell RNA-Seq

Author

Guo, Lin, primary, Lin, Lihui, additional, Wang, Xiaoshan, additional, Gao, Mingwei, additional, Cao, Shangtao, additional, Mai, Yuanbang, additional, Wu, Fang, additional, Kuang, Junqi, additional, Liu, He, additional, Yang, Jiaqi, additional, Chu, Shilong, additional, Song, Hong, additional, Li, Dongwei, additional, Liu, Yujian, additional, Wu, Kaixin, additional, Liu, Jiadong, additional, Wang, Jinyong, additional, Pan, Guangjin, additional, Hutchins, Andrew P., additional, Liu, Jing, additional, Pei, Duanqing, additional, and Chen, Jiekai, additional

Published
2019
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30. Induction of Pluripotency by Alternative Factors

Author

Wang, Bo, primary, Wu, Linlin, additional, Li, Dongwei, additional, Liu, Yuting, additional, Guo, Jing, additional, Li, Chen, additional, Zhao, Guoqing, additional, Yao, Yuxiang, additional, Wang, Xiaoshan, additional, Fu, Meijun, additional, Wang, Yaofeng, additional, Liu, He, additional, Cao, Shangtao, additional, Wu, Chuman, additional, Yu, Shengyong, additional, Zhou, Chunhua, additional, Kuang, Junqi, additional, Ming, Jin, additional, Yang, Xuejie, additional, Chen, Jiekai, additional, Liu, Jing, additional, and Pei, Duanqing, additional

Published
2019
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31. Chromatin Accessibility Dynamics during Chemical Induction of Pluripotency

Author

Cao, Shangtao, primary, Yu, Shengyong, additional, Li, Dongwei, additional, Ye, Jing, additional, Yang, Xuejie, additional, Li, Chen, additional, Wang, Xiaoshan, additional, Mai, Yuanbang, additional, Qin, Yue, additional, Wu, Jian, additional, He, Jiangping, additional, Zhou, Chunhua, additional, Liu, He, additional, Zhao, Bentian, additional, Shu, Xiaodong, additional, Wu, Chuman, additional, Chen, Ruiping, additional, Chan, Waiyee, additional, Pan, Guangjin, additional, Chen, Jiekai, additional, Liu, Jing, additional, and Pei, Duanqing, additional

Published
2018
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32. Kdm2b Regulates Somatic Reprogramming through Variant PRC1 Complex-Dependent Function

Author

Zhou, Zhiwei, primary, Yang, Xuejie, additional, He, Jiangping, additional, Liu, Jing, additional, Wu, Fang, additional, Yu, Shengyong, additional, Liu, Yuting, additional, Lin, Runxia, additional, Liu, He, additional, Cui, Yuanbin, additional, Zhou, Chunhua, additional, Wang, Xiaoshan, additional, Wu, Jian, additional, Cao, Shangtao, additional, Guo, Lin, additional, Lin, Lihui, additional, Wang, Tao, additional, Peng, Xiaozhong, additional, Qiang, Boqing, additional, Hutchins, Andrew P., additional, Pei, Duanqing, additional, and Chen, Jiekai, additional

Published
2017
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33. Chemical reprogramming of mouse embryonic and adult fibroblast into endoderm lineage

Author

Cao, Shangtao, primary, Yu, Shengyong, additional, Chen, Yan, additional, Wang, Xiaoshan, additional, Zhou, Chunhua, additional, Liu, Yuting, additional, Kuang, Junqi, additional, Liu, He, additional, Li, Dongwei, additional, Ye, Jing, additional, Qin, Yue, additional, Chu, Shilong, additional, Wu, Linlin, additional, Guo, Lin, additional, Li, Yinxiong, additional, Shu, Xiaodong, additional, Chen, Jiekai, additional, Liu, Jing, additional, and Pei, Duanqing, additional

Published
2017
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34. Tissue engineering with peripheral blood-derived mesenchymal stem cells promotes the regeneration of injured peripheral nerves

Author

Pan, Mengjie, primary, Wang, Xianghai, additional, Chen, Yijing, additional, Cao, Shangtao, additional, Wen, Jinkun, additional, Wu, Guofeng, additional, Li, Yuanyuan, additional, Li, Lixia, additional, Qian, Changhui, additional, Qin, Zhenqi, additional, Li, Zhenlin, additional, Tan, Dandan, additional, Fan, Zhihao, additional, Wu, Wutian, additional, and Guo, Jiasong, additional

Published
2017
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35. Osteogenesis of peripheral blood mesenchymal stem cells in self assembling peptide nanofiber for healing critical size calvarial bony defect

Author

Wu, Guofeng, primary, Pan, Mengjie, additional, Wang, Xianghai, additional, Wen, Jinkun, additional, Cao, Shangtao, additional, Li, Zhenlin, additional, Li, Yuanyuan, additional, Qian, Changhui, additional, Liu, Zhongying, additional, Wu, Wutian, additional, Zhu, Lixin, additional, and Guo, Jiasong, additional

Published
2015
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36. Erratum: Corrigendum: The oncogene c-Jun impedes somatic cell reprogramming

Author

Liu, Jing, primary, Han, Qingkai, additional, Peng, Tianran, additional, Peng, Meixiu, additional, Wei, Bei, additional, Li, Dongwei, additional, Wang, Xiaoshan, additional, Yu, Shengyong, additional, Yang, Jiaqi, additional, Cao, Shangtao, additional, Huang, Kaimeng, additional, Hutchins, Andrew Paul, additional, Liu, He, additional, Kuang, Junqi, additional, Zhou, Zhiwei, additional, Chen, Jing, additional, Wu, Haoyu, additional, Guo, Lin, additional, Chen, Yongqiang, additional, Chen, You, additional, Li, Xuejia, additional, Wu, Hongling, additional, Liao, Baojian, additional, He, Wei, additional, Song, Hong, additional, Yao, Hongjie, additional, Pan, Guangjin, additional, Chen, Jiekai, additional, and Pei, Duanqing, additional

Published
2015
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37. The oncogene c-Jun impedes somatic cell reprogramming

Author

Liu, Jing, primary, Han, Qingkai, additional, Peng, Tianran, additional, Peng, Meixiu, additional, Wei, Bei, additional, Li, Dongwei, additional, Wang, Xiaoshan, additional, Yu, Shengyong, additional, Yang, Jiaqi, additional, Cao, Shangtao, additional, Huang, Kaimeng, additional, Hutchins, Andrew Paul, additional, Liu, He, additional, Kuang, Junqi, additional, Zhou, Zhiwei, additional, Chen, Jing, additional, Wu, Haoyu, additional, Guo, Lin, additional, Chen, Yongqiang, additional, Chen, You, additional, Li, Xuejia, additional, Wu, Hongling, additional, Liao, Baojian, additional, He, Wei, additional, Song, Hong, additional, Yao, Hongjie, additional, Pan, Guangjin, additional, Chen, Jiekai, additional, and Pei, Duanqing, additional

Published
2015
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38. Corrigendum: The oncogene c-Jun impedes somatic cell reprogramming.

Author

Liu, Jing, Han, Qingkai, Peng, Tianran, Peng, Meixiu, Wei, Bei, Li, Dongwei, Wang, Xiaoshan, Yu, Shengyong, Yang, Jiaqi, Cao, Shangtao, Huang, Kaimeng, Hutchins, Andrew Paul, Liu, He, Kuang, Junqi, Zhou, Zhiwei, Chen, Jing, Wu, Haoyu, Guo, Lin, Chen, Yongqiang, and Chen, You

Subjects
SOMATIC cells, ONCOGENES
Abstract

A correction to the article "The oncogene c-June impedes somatic cell reprogramming" that was published online in the June 22, 2015 issue is presented.

Published
2015
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