Dataset Information

A chemical screen reveals a connection between lipid metabolism and protein translation

ABSTRACT: Cells were treated with the inhibitor gor 3h and 6h. Additionally, proteasome degradation was blocked with MG132 in the samples treteaed for 3h. DMSO treated samples were used as control. Three independent experiments were conducted

INSTRUMENT(S): Q Exactive HF

ORGANISM(S): Homo Sapiens (human)

SUBMITTER: Javier Munoz

LAB HEAD: Javier Munoz

PROVIDER: PXD017445 | Pride | 2021-04-19

REPOSITORIES: Pride

ACCESS DATA

Dataset's files

Source:

			Action	DRS
	20191205_AS_PX_Cape_E01_TMT_F1.raw	Raw
	20191205_AS_PX_Cape_E01_TMT_F10.raw	Raw
	20191205_AS_PX_Cape_E01_TMT_F11.raw	Raw
	20191205_AS_PX_Cape_E01_TMT_F12.raw	Raw
	20191205_AS_PX_Cape_E01_TMT_F13.raw	Raw

Items per page:

1 - 5 of 42

Similar Datasets

Project description:Untreated or 20 J/m2 UVC treated RKO cells were collected and RNA from either whole-cell lysates or from polysomal fractions was extracted at 0 (untreated), 3, 6, and 12 h after treatment. RNA from whole-cell lysates or each of 11 polysomal fraction was reverse-transcribed in the presence of [α-33P]dCTP and the radiolabeled product used to hybridize human cDNA arrays. The experiment was repeated using three independent sample sets. The samples were named T-c-A, T-c-B, T-c-C, T-3h-A, T-3h-B, T-3h-C, T-6h-A, T-6h-B, T-6h-C, T-12h-A, T-12h-B, T-12h-C, P-c-1-A, P-c-2-A, P-c-3-A, P-c-4-A, P-c-5-A, P-c-6-A, P-c-7-A, P-c-8-A, P-c-9-A, P-c-10-A, P-c-11-A, P-c-1-B, P-c-2-B, P-c-3-B, P-c-4-B, P-c-5-B, P-c-6-B, P-c-7-B, P-c-8-B, P-c-9-B, P-c-10-B, P-c-11-B, P-c-2-C, P-c-3-C, P-c-4-C, P-c-5-C, P-c-6-C, P-c-7-C, P-c-8-C, P-c-9-C, P-c-10-C, P-c-11-C, P-3h-1-A, P-3h-2-A, P-3h-3-A, P-3h-4-A, P-3h-5-A, P-3h-6-A, P-3h-7-A, P-3h-8-A, P-3h-9-A, P-3h-10-A, P-3h-11-A, P-3h-1-B, P-3h-2-B, P-3h-3-B, P-3h-4-B, P-3h-5-B, P-3h-6-B, P-3h-7-B, P-3h-8-B, P-3h-9-B, P-3h-10-B, P-3h-11-B, P-3h-1-C, P-3h-2-C, P-3h-3-C, P-3h-4-C, P-3h-6-C, P-3h-7-C, P-3h-8-C, P-3h-9-C, P-3h-10-C, P-3h-11-C, P-6h-1-A, P-6h-2-A, P-6h-3-A, P-6h-4-A, P-6h-5-A, P-6h-6-A, P-6h-7-A, P-6h-8-A, P-6h-9-A, P-6h-10-A, P-6h-11-A, P-6h-1-B, P-6h-2-B, P-6h-3-B, P-6h-4-B, P-6h-5-B, P-6h-6-B, P-6h-7-B, P-6h-8-B, P-6h-9-B, P-6h-10-B, P-6h-11-B, P-6h-1-C, P-6h-2-C, P-6h-3-C, P-6h-4-C, P-6h-5-C, P-6h-6-C, P-6h-7-C, P-6h-8-C, P-6h-9-C, P-6h-10-C, P-6h-11-C, P-12h-1-A, P-12h-2-A, P-12h-3-A, P-12h-4-A, P-12h-5-A, P-12h-6-A, P-12h-7-A, P-12h-8-A, P-12h-9-A, P-12h-10-A, P-12h-11-A, P-12h-1-B, P-12h-2-B, P-12h-3-B, P-12h-4-B, P-12h-5-B, P-12h-6-B, P-12h-7-B, P-12h-8-B, P-12h-9-B, P-12h-10-B, P-12h-11-B, P-12h-1-C, P-12h-2-C, P-12h-3-C, P-12h-6-C, P-12h-7-C, P-12h-8-C, P-12h-9-C, P-12h-10-C, P-12h-11-C. ‘T’ represents total RNA, ‘P’ represents RNA from polysomes fractions, ‘c’ represents RNA from untreated cells, ‘3h’ represents RNA from cells collected 3 h after UVC treatment, ‘6h’ represents RNA from cells collected 6 h after UVC treatment, ‘12h’ represents RNA from cells collected 12 h after UVC treatment. The numbers 1-11 correspond to the each polysomal fraction. The letters A, B and C correspond to the three independent experimental datasets. Keywords = post-transcriptional / translation / nascent protein synthesis / stress response / ribonomics Keywords: ordered

Project description:Untreated or 20 J/m2 UVC treated RKO cells were collected and RNA from either whole-cell lysates or from polysomal fractions was extracted at 0 (untreated), 3, 6, and 12 h after treatment. RNA from whole-cell lysates or each of 11 polysomal fraction was reverse-transcribed in the presence of [Î±-33P]dCTP and the radiolabeled product used to hybridize human cDNA arrays. The experiment was repeated using three independent sample sets. The samples were named T-c-A, T-c-B, T-c-C, T-3h-A, T-3h-B, T-3h-C, T-6h-A, T-6h-B, T-6h-C, T-12h-A, T-12h-B, T-12h-C, P-c-1-A, P-c-2-A, P-c-3-A, P-c-4-A, P-c-5-A, P-c-6-A, P-c-7-A, P-c-8-A, P-c-9-A, P-c-10-A, P-c-11-A, P-c-1-B, P-c-2-B, P-c-3-B, P-c-4-B, P-c-5-B, P-c-6-B, P-c-7-B, P-c-8-B, P-c-9-B, P-c-10-B, P-c-11-B, P-c-2-C, P-c-3-C, P-c-4-C, P-c-5-C, P-c-6-C, P-c-7-C, P-c-8-C, P-c-9-C, P-c-10-C, P-c-11-C, P-3h-1-A, P-3h-2-A, P-3h-3-A, P-3h-4-A, P-3h-5-A, P-3h-6-A, P-3h-7-A, P-3h-8-A, P-3h-9-A, P-3h-10-A, P-3h-11-A, P-3h-1-B, P-3h-2-B, P-3h-3-B, P-3h-4-B, P-3h-5-B, P-3h-6-B, P-3h-7-B, P-3h-8-B, P-3h-9-B, P-3h-10-B, P-3h-11-B, P-3h-1-C, P-3h-2-C, P-3h-3-C, P-3h-4-C, P-3h-6-C, P-3h-7-C, P-3h-8-C, P-3h-9-C, P-3h-10-C, P-3h-11-C, P-6h-1-A, P-6h-2-A, P-6h-3-A, P-6h-4-A, P-6h-5-A, P-6h-6-A, P-6h-7-A, P-6h-8-A, P-6h-9-A, P-6h-10-A, P-6h-11-A, P-6h-1-B, P-6h-2-B, P-6h-3-B, P-6h-4-B, P-6h-5-B, P-6h-6-B, P-6h-7-B, P-6h-8-B, P-6h-9-B, P-6h-10-B, P-6h-11-B, P-6h-1-C, P-6h-2-C, P-6h-3-C, P-6h-4-C, P-6h-5-C, P-6h-6-C, P-6h-7-C, P-6h-8-C, P-6h-9-C, P-6h-10-C, P-6h-11-C, P-12h-1-A, P-12h-2-A, P-12h-3-A, P-12h-4-A, P-12h-5-A, P-12h-6-A, P-12h-7-A, P-12h-8-A, P-12h-9-A, P-12h-10-A, P-12h-11-A, P-12h-1-B, P-12h-2-B, P-12h-3-B, P-12h-4-B, P-12h-5-B, P-12h-6-B, P-12h-7-B, P-12h-8-B, P-12h-9-B, P-12h-10-B, P-12h-11-B, P-12h-1-C, P-12h-2-C, P-12h-3-C, P-12h-6-C, P-12h-7-C, P-12h-8-C, P-12h-9-C, P-12h-10-C, P-12h-11-C. âTâ represents total RNA, âPâ represents RNA from polysomes fractions, âcâ represents RNA from untreated cells, â3hâ represents RNA from cells collected 3 h after UVC treatment, â6hâ represents RNA from cells collected 6 h after UVC treatment, â12hâ represents RNA from cells collected 12 h after UVC treatment. The numbers 1-11 correspond to the each polysomal fraction. The letters A, B and C correspond to the three independent experimental datasets. Keywords = post-transcriptional / translation / nascent protein synthesis / stress response / ribonomics Keywords: ordered

Dataset Information

A chemical screen reveals a connection between lipid metabolism and protein translation

Dataset's files

Similar Datasets

OmicsDI is part of the ELIXIR infrastructure

Tweets