Ignet

Gene Information

Gene symbol: ST8SIA4

Gene name: ST8 alpha-N-acetyl-neuraminide alpha-2,8-sialyltransferase 4

HGNC ID: 10871

Synonyms: PST, PST1

Related Genes

#	Gene Symbol	Number of hits
1	CHGA	1 hits
2	GAL3ST1	1 hits
3	IDDM2	1 hits
4	INS	1 hits

Related Sentences

#	PMID	Sentence
1	7951555	Hind III site causing Proinsulin Kyoto and Pst I site polymorphism of the insulin gene in Japanese: its lack of association with either IDDM or NIDDM.
2	7951555	In addition, in the 3'-untranslated region of the mutant insulin gene, a Pst I site negative, alpha type allele was found, and in the normal gene, a Pst I site positive, beta type allele was found.
3	7951555	We conclude that the Proinsulin Kyoto gene is not a common cause of DM and the occurrence of the alpha type insulin gene in Japanese diabetes is more frequent than in other races, so this Pst I polymorphism is not a marker for diabetes mellitus in Japanese.
4	7951555	Hind III site causing Proinsulin Kyoto and Pst I site polymorphism of the insulin gene in Japanese: its lack of association with either IDDM or NIDDM.
5	7951555	In addition, in the 3'-untranslated region of the mutant insulin gene, a Pst I site negative, alpha type allele was found, and in the normal gene, a Pst I site positive, beta type allele was found.
6	7951555	We conclude that the Proinsulin Kyoto gene is not a common cause of DM and the occurrence of the alpha type insulin gene in Japanese diabetes is more frequent than in other races, so this Pst I polymorphism is not a marker for diabetes mellitus in Japanese.
7	7951555	Hind III site causing Proinsulin Kyoto and Pst I site polymorphism of the insulin gene in Japanese: its lack of association with either IDDM or NIDDM.
8	7951555	In addition, in the 3'-untranslated region of the mutant insulin gene, a Pst I site negative, alpha type allele was found, and in the normal gene, a Pst I site positive, beta type allele was found.
9	7951555	We conclude that the Proinsulin Kyoto gene is not a common cause of DM and the occurrence of the alpha type insulin gene in Japanese diabetes is more frequent than in other races, so this Pst I polymorphism is not a marker for diabetes mellitus in Japanese.
10	8096340	Chromostatin, a chromogranin A-derived bioactive peptide, is present in human pancreatic insulin (beta) cells.
11	8096340	Recently, chromostatin (CST), a CGA derivative, has been identified that possesses high biological activity.
12	8096340	Using immunohistochemistry on plastic sections, we investigated the occurrence and cellular distribution of CST, PST, and CGA in human endocrine pancreas of healthy and diseased states and in the adrenal medulla.
13	8096340	In the normal and diabetic pancreas, CST immunoreactivity was localized exclusively in beta cells, which were mostly unreactive for PST and CGA.
14	8096340	Insulinoma cells displayed strong insulin, PST, and CGA immunoreactivities, but they were faintly immunoreactive for CST or unreactive.
15	8096340	Adrenal chromaffin cells exhibited strong immunoreactivity for CGA but lacked CST and PST immunoreactivities.
16	8096340	Based on the peculiar distributive pattern of CST, PST, and CGA, we suggest that CGA is differentially processed in chromaffin and islet tissues and in insulinoma cells.
17	8096340	Chromostatin, a chromogranin A-derived bioactive peptide, is present in human pancreatic insulin (beta) cells.
18	8096340	Recently, chromostatin (CST), a CGA derivative, has been identified that possesses high biological activity.
19	8096340	Using immunohistochemistry on plastic sections, we investigated the occurrence and cellular distribution of CST, PST, and CGA in human endocrine pancreas of healthy and diseased states and in the adrenal medulla.
20	8096340	In the normal and diabetic pancreas, CST immunoreactivity was localized exclusively in beta cells, which were mostly unreactive for PST and CGA.
21	8096340	Insulinoma cells displayed strong insulin, PST, and CGA immunoreactivities, but they were faintly immunoreactive for CST or unreactive.
22	8096340	Adrenal chromaffin cells exhibited strong immunoreactivity for CGA but lacked CST and PST immunoreactivities.
23	8096340	Based on the peculiar distributive pattern of CST, PST, and CGA, we suggest that CGA is differentially processed in chromaffin and islet tissues and in insulinoma cells.
24	8096340	Chromostatin, a chromogranin A-derived bioactive peptide, is present in human pancreatic insulin (beta) cells.
25	8096340	Recently, chromostatin (CST), a CGA derivative, has been identified that possesses high biological activity.
26	8096340	Using immunohistochemistry on plastic sections, we investigated the occurrence and cellular distribution of CST, PST, and CGA in human endocrine pancreas of healthy and diseased states and in the adrenal medulla.
27	8096340	In the normal and diabetic pancreas, CST immunoreactivity was localized exclusively in beta cells, which were mostly unreactive for PST and CGA.
28	8096340	Insulinoma cells displayed strong insulin, PST, and CGA immunoreactivities, but they were faintly immunoreactive for CST or unreactive.
29	8096340	Adrenal chromaffin cells exhibited strong immunoreactivity for CGA but lacked CST and PST immunoreactivities.
30	8096340	Based on the peculiar distributive pattern of CST, PST, and CGA, we suggest that CGA is differentially processed in chromaffin and islet tissues and in insulinoma cells.
31	8096340	Chromostatin, a chromogranin A-derived bioactive peptide, is present in human pancreatic insulin (beta) cells.
32	8096340	Recently, chromostatin (CST), a CGA derivative, has been identified that possesses high biological activity.
33	8096340	Using immunohistochemistry on plastic sections, we investigated the occurrence and cellular distribution of CST, PST, and CGA in human endocrine pancreas of healthy and diseased states and in the adrenal medulla.
34	8096340	In the normal and diabetic pancreas, CST immunoreactivity was localized exclusively in beta cells, which were mostly unreactive for PST and CGA.
35	8096340	Insulinoma cells displayed strong insulin, PST, and CGA immunoreactivities, but they were faintly immunoreactive for CST or unreactive.
36	8096340	Adrenal chromaffin cells exhibited strong immunoreactivity for CGA but lacked CST and PST immunoreactivities.
37	8096340	Based on the peculiar distributive pattern of CST, PST, and CGA, we suggest that CGA is differentially processed in chromaffin and islet tissues and in insulinoma cells.
38	8096340	Chromostatin, a chromogranin A-derived bioactive peptide, is present in human pancreatic insulin (beta) cells.
39	8096340	Recently, chromostatin (CST), a CGA derivative, has been identified that possesses high biological activity.
40	8096340	Using immunohistochemistry on plastic sections, we investigated the occurrence and cellular distribution of CST, PST, and CGA in human endocrine pancreas of healthy and diseased states and in the adrenal medulla.
41	8096340	In the normal and diabetic pancreas, CST immunoreactivity was localized exclusively in beta cells, which were mostly unreactive for PST and CGA.
42	8096340	Insulinoma cells displayed strong insulin, PST, and CGA immunoreactivities, but they were faintly immunoreactive for CST or unreactive.
43	8096340	Adrenal chromaffin cells exhibited strong immunoreactivity for CGA but lacked CST and PST immunoreactivities.
44	8096340	Based on the peculiar distributive pattern of CST, PST, and CGA, we suggest that CGA is differentially processed in chromaffin and islet tissues and in insulinoma cells.