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MOESM11 of The human, F-actin-based cytoskeleton as a mutagen sensor
MOESM11 of The human, F-actin-based cytoskeleton as a mutagen sensor
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Figshare
2017-12-13 更新
2026-04-08 收录
肺腺癌分子病理
细胞骨架传感机制
数据链接:
https://springernature.figshare.com/articles/MOESM11_of_The_human_F-actin-based_cytoskeleton_as_a_mutagen_sensor/5696878/1
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资源简介:
Additional file 11. Smoking LUAD.
应用场景:
提供机构:
Vandan Patel
创建时间:
2017-12-13
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Table S2. Top 10 GO biological process terms and pathways of genes from turquoise module. (XLSX 10 kb)
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Identification of key molecules promoting lepidicâfiligree micropapillaryâconventional/overt micropapillary progression in lung adenocarcinoma: A comprehensive gene expression analysis study using the spatial gene expression solution methodology
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The micropapillary (mPAP) histological subtype is a high-grade element and a poor prognostic marker in lung adenocarcinoma (LUAD). This subtype develops through the lepidicâfiligree mPAPâconventio
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MOESM12 of The human, F-actin-based cytoskeleton as a mutagen sensor
细胞骨架功能分析
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Additional file 12. Raji B-cell phalloidin.
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LC/MS-based FFPE tissue-proteomic analyses of Japanese lung adenocarcinoma
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lung adenocarcinoma of 36 patients were subjected to LC/MS-based proteomic analyses. Triplicate runs for each sample were performed.
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Correlation between the clinicopathological parameters and CYP4B1 expression in LUAD.
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Correlation between the clinicopathological parameters and CYP4B1 expression in LUAD.
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