Ignet

Gene Information

Gene symbol: UPF2

Gene name: UPF2 regulator of nonsense transcripts homolog (yeast)

HGNC ID: 17854

Synonyms: RENT2, DKFZP434D222, KIAA1408, smg-3

Related Genes

#	Gene Symbol	Number of hits
1	INS	1 hits
2	SLC29A1	1 hits
3	UPF1	1 hits

Related Sentences

#	PMID	Sentence
1	15345320	Performed experiments revealed that rat T lymphocytes expressed the equilibrative nucleoside transporter type 1 and 2 (rENT1, rENT2) and concentrative nucleoside transporter type 2 (rCNT2).
2	15345320	The mRNA levels of rENT2 and rCNT2 were highly dependent on insulin but were not affected by changes in extracellular glucose concentration.
3	15345320	Exposition of T cells to 10nM insulin resulted in 73% increase in rENT2 mRNA and 50% decrease in the rCNT2 mRNA level.
4	15345320	Performed experiments revealed that rat T lymphocytes expressed the equilibrative nucleoside transporter type 1 and 2 (rENT1, rENT2) and concentrative nucleoside transporter type 2 (rCNT2).
5	15345320	The mRNA levels of rENT2 and rCNT2 were highly dependent on insulin but were not affected by changes in extracellular glucose concentration.
6	15345320	Exposition of T cells to 10nM insulin resulted in 73% increase in rENT2 mRNA and 50% decrease in the rCNT2 mRNA level.
7	15345320	Performed experiments revealed that rat T lymphocytes expressed the equilibrative nucleoside transporter type 1 and 2 (rENT1, rENT2) and concentrative nucleoside transporter type 2 (rCNT2).
8	15345320	The mRNA levels of rENT2 and rCNT2 were highly dependent on insulin but were not affected by changes in extracellular glucose concentration.
9	15345320	Exposition of T cells to 10nM insulin resulted in 73% increase in rENT2 mRNA and 50% decrease in the rCNT2 mRNA level.
10	15611320	Experiments performed on B cells cultured in medium containing defined concentrations of glucose and insulin showed that the rENT1 mRNA level was sensitive to extracellular glucose concentration and was not affected by insulin.
11	15611320	The mRNA levels of rENT2 and rCNT2 were highly dependent on insulin but not on glucose concentration.
12	15611320	Exposure of lymphocytes to 10 nM insulin resulted in a 2-fold increase in rENT2 mRNA and a 50% decrease in the rCNT2 mRNA level.
13	15611320	Insulin-induced changes in expression level of rENT2 were blocked by wortmannin, an inhibitor of phosphatidylinositide 3-kinase, whereas the effect of insulin on rCNT2 was inhibited by PD98059 and to a lesser extend by wortmannin.
14	15611320	Experiments performed on B cells cultured in medium containing defined concentrations of glucose and insulin showed that the rENT1 mRNA level was sensitive to extracellular glucose concentration and was not affected by insulin.
15	15611320	The mRNA levels of rENT2 and rCNT2 were highly dependent on insulin but not on glucose concentration.
16	15611320	Exposure of lymphocytes to 10 nM insulin resulted in a 2-fold increase in rENT2 mRNA and a 50% decrease in the rCNT2 mRNA level.
17	15611320	Insulin-induced changes in expression level of rENT2 were blocked by wortmannin, an inhibitor of phosphatidylinositide 3-kinase, whereas the effect of insulin on rCNT2 was inhibited by PD98059 and to a lesser extend by wortmannin.
18	15611320	Experiments performed on B cells cultured in medium containing defined concentrations of glucose and insulin showed that the rENT1 mRNA level was sensitive to extracellular glucose concentration and was not affected by insulin.
19	15611320	The mRNA levels of rENT2 and rCNT2 were highly dependent on insulin but not on glucose concentration.
20	15611320	Exposure of lymphocytes to 10 nM insulin resulted in a 2-fold increase in rENT2 mRNA and a 50% decrease in the rCNT2 mRNA level.
21	15611320	Insulin-induced changes in expression level of rENT2 were blocked by wortmannin, an inhibitor of phosphatidylinositide 3-kinase, whereas the effect of insulin on rCNT2 was inhibited by PD98059 and to a lesser extend by wortmannin.
22	12488539	Evidence that the time course of insulin-induced changes in adenosine level in diabetic rats is different from that observed for expression of adenosine kinase prompted us to study the insulin effect on expression of nucleoside transporters in tissues of diabetic rats.
23	12488539	Administration of insulin to diabetic rats resulted in a drop in adenosine concentration in examined tissues and return of the rCNT1, rCNT2, and rENT2 but not rENT1 mRNA levels to values observed in nondiabetic rats.