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Gene set: RAPAMYCIN_DOWN_PENG (C2:PERT:0016)
Standard nameRAPAMYCIN_DOWN_PENG
Systematic nameC2:PERT:0016
Brief descriptionGenes downregulated in response to rapamycin starvation
CategoryC2: Curated
Sub-categoryPERT: Experimental pertuberation
Full description or Abstract

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RAFT1/FRAP/mTOR is a key regulator of cell growth and division
and the mammalian target of rapamycin, an immunosuppressive and
anticancer drug. Rapamycin deprivation and nutrient deprivation
have similar effects on the activity of S6 kinase 1 (S6K1) and
4E-BP1, two downstream effectors of RAFT1, but the relationship
between nutrient- and rapamycin-sensitive pathways is unknown.
Using transcriptional profiling, we show that, in human BJAB B-lymphoma
cells and murine CTLL-2 T lymphocytes, rapamycin treatment affects
the expression of many genes involved in nutrient and protein
metabolism. The rapamycin-induced transcriptional profile is distinct
from those induced by glucose, glutamine, or leucine deprivation
but is most similar to that induced by amino acid deprivation.
In particular, rapamycin treatment and amino acid deprivation
up-regulate genes involved in nutrient catabolism and energy production
and down-regulate genes participating in lipid and nucleotide
synthesis and in protein synthesis, turnover, and folding. Surprisingly,
however, rapamycin had effects opposite from those of amino acid
starvation on the expression of a large group of genes involved
in the synthesis, transport, and use of amino acids. Supported
by measurements of nutrient use, the data suggest that RAFT1 is
an energy and nutrient sensor and that rapamycin mimics a signal
generated by the starvation of amino acids but that the signal
is unlikely to be the absence of amino acids themselves. These
observations underscore the importance of metabolism in controlling
lymphocyte proliferation and offer a novel explanation for immunosuppression
by rapamycin. 
Publication URL12101249
External linksna
Keywords & MeSH headingsGene Expression Profiling,P.H.S.,Human,Support,Down-Regulation/drug effects,Gene Expression,Sirolimus,B-Lymphocytes/cytology/drug effects/metabolism,Starvation,Mice,B-Cell/metabolism,deficiency,metabolism,Glucose,Cell Line,Lymphoma,Ribosomal Protein S6 Kinases/metabolism,pharmacology,T-Lymphocytes/cytology/drug effects/metabolism,Animals,Immunosuppressive Agents,drug effects,Signal Transduction/drug effects/physiology,Up-Regulation/drug effects,Carrier Proteins/metabolism
OrganismHuman
Contributed byBroad Institute
Source platformHG_U95Av2
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Genes

229 genes, 229 accessions (Toggle view)

AccessionGeneTitleLinks
UMPK
IFI30
RPS26
ETF1
RNU3IP2
PSMD11
PSMD5
HYOU1
HSPA5
ADRM1
HCCS
TARS
TRIP13
HADH2
SF3A3
SNRPC
DKFZP564F0522
ACAT2
NPM3
RTN4
FARSL
TRA1
TTS-2.2
EMP3
NXF1
PAPOLA
RABGGTB
AATF
WBSCR22
NDUFA9
CALU
FKBP4
AHSA1
PSMC2
CD47
CTSC
HSPE1
TCP1
FASN
HRMT1L2
EIF4G1
FNBP3
FLJ12443
MLF2
DDX21
LIMK2
COX11
RAB14
XBP1
PPIF
TGDS
PGK1
KIAA0218
SLC29A1
NOL5A
PSMD8
BYSL
ARF1
MRPL12
JTB
ATP6V0E
MGC5508
KIAA0179
P5
SSBP1
HSPC111
KPNB2
DKFZp434K1815
BCS1L
DNAJA1
GCN5L2
FAM16AX
CHERP
PIP5K1A
CYCS
SSA2
DDX3X
PTDSS1
SNRPA1
HB-1
SRM
CHC1
HSPA8
RTCD1
PITPNB
PGAM1
P2RX5
MYCBP
CCT4
RBBP6
SLC1A5
XPO6
CAPZA2
DDX19
TDG
CTPS
CSE1L
CCNC
RPP20
GORASP2
RNASEH1
ALDH4A1
CCT2
KIAA0007
BCAP31
YARS
PPP2R2A
EBNA1BP2
BTK
WDR18
PPIB
EXTL3
CDK4
AF1Q
PSMD14
GLO1
EIF2B4
WNT10B
NME1
ATF5
DPH2L2
C8FW
AMD1
PHB
NARS
PA2G4
MARS
UCHL1
RBP1L1
EIF3S9
FLJ11126
ATP5G3
ICT1
BMP1
EEF1E1
POLR2F
ATP6V0C
NUP98
ID2
RAB9P40
USP10
S100A4
SQLE
HBD
PSMB5
HSPCA
SIT
PTMS
RAB1A
GOT2
GCDH
DAP3
NMP200
RARS
IDH3A
MORF4L2
SLC7A5
POLR2B
GSPT1
TXNL
ATP1B3
C1QBP
NOL1
UBE2M
TIMM44
COPB2
ARMET
IDH3B
PTBP1
COX7B
RNP24
GTF2A2
NDUFS3
HBB
AK2
ASNS
RAE1
PFKM
UBE2L3
IDI1
VCP
TIMM17A
GM2A
KPNA3
ZNF259
HSPA9B
CCT6A
NP
C2F
TUBG1
CCT5
SCD
TOMM40
HSPCB
CHUK
SREBF1
CDC25A
PRDX3
MRPS12
STAU
ETFA
SYNCRIP
SLC39A14
CYC1
HSPA4
TFRC
MMP15
ZNF294
ACVRL1
SLC3A2
EIF4G2
TEBP
GTF3C1
DHCR24
SAFB
KIAA0117
SDHB
PTPN1
LOC84549
LDHB
GARP
PICALM
EBP
EIF2B2
INPP5E
MAPKAPK3
NMT1
PTRF
RNH


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