Ignet

Gene Information

Gene symbol: GCY

Gene name: growth control, Y chromosome influenced

HGNC ID: 4211

Related Genes

#	Gene Symbol	Number of hits
1	ALDH3A2	1 hits
2	ERAL1	1 hits
3	ESR2	1 hits
4	LTB	1 hits
5	TACSTD1	1 hits

Related Sentences

#	PMID	Sentence
1	15805297	Immunization of naive mice with protein-based sTA resulted in protection from s.c. challenge, with 4T1 modified to express the sTA (4T1.sTA), or from a sTA-expressing unrelated tumor cell line (mKSA).
2	21085949	Protection of mice against enterotoxigenic E. coli by immunization with a polyvalent enterotoxin comprising a combination of LTB, STa, and STb.
3	21085949	In this study, we genetically constructed a trivalent enterotoxin fusion protein (STa-LTB-STb, abbreviated to SLS) in an effort to develop a single toxoid containing these three enterotoxins for vaccination against ETEC.
4	21085949	Mutagenesis at one disulfide-bridge-forming cysteine in STa led to a dramatic reduction in the STa toxicity of SLS; however, the fusion peptide retained the STb-associated toxicity.
5	21085949	Immunization of mice with SLS protein elicited significant antibody responses to LTB, STa, and STb.
6	21085949	Protection of mice against enterotoxigenic E. coli by immunization with a polyvalent enterotoxin comprising a combination of LTB, STa, and STb.
7	21085949	In this study, we genetically constructed a trivalent enterotoxin fusion protein (STa-LTB-STb, abbreviated to SLS) in an effort to develop a single toxoid containing these three enterotoxins for vaccination against ETEC.
8	21085949	Mutagenesis at one disulfide-bridge-forming cysteine in STa led to a dramatic reduction in the STa toxicity of SLS; however, the fusion peptide retained the STb-associated toxicity.
9	21085949	Immunization of mice with SLS protein elicited significant antibody responses to LTB, STa, and STb.
10	21085949	Protection of mice against enterotoxigenic E. coli by immunization with a polyvalent enterotoxin comprising a combination of LTB, STa, and STb.
11	21085949	In this study, we genetically constructed a trivalent enterotoxin fusion protein (STa-LTB-STb, abbreviated to SLS) in an effort to develop a single toxoid containing these three enterotoxins for vaccination against ETEC.
12	21085949	Mutagenesis at one disulfide-bridge-forming cysteine in STa led to a dramatic reduction in the STa toxicity of SLS; however, the fusion peptide retained the STb-associated toxicity.
13	21085949	Immunization of mice with SLS protein elicited significant antibody responses to LTB, STa, and STb.
14	21085949	Protection of mice against enterotoxigenic E. coli by immunization with a polyvalent enterotoxin comprising a combination of LTB, STa, and STb.
15	21085949	In this study, we genetically constructed a trivalent enterotoxin fusion protein (STa-LTB-STb, abbreviated to SLS) in an effort to develop a single toxoid containing these three enterotoxins for vaccination against ETEC.
16	21085949	Mutagenesis at one disulfide-bridge-forming cysteine in STa led to a dramatic reduction in the STa toxicity of SLS; however, the fusion peptide retained the STb-associated toxicity.
17	21085949	Immunization of mice with SLS protein elicited significant antibody responses to LTB, STa, and STb.
18	25549617	The results showed that both local mucosal and systemic immune responses against LT, STa, STb, and F41 were induced in BALB/c mice immunized orally with the recombinant E. coli strains ER-A and ER-B simultaneously.
19	25549617	These data indicated that the use of recombinant E. coli ER-A and ER-B could be a valuable strategy for future polyvalent vaccine development of ETEC.