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Total number of records for Allergic Rhinitis in Nasal Mucosa of Human in DAAB (Version-2) database: 100

 

Record no	Disease	Organism	Sample	Gene Name	Techniques	Omics	Study	Comments	Pubmed ID
1	Allergic Rhinitis	Human	Nasal Mucosa	CCL5	cDNA Microarray	Genomics	High Throughput	Associated with activation and development of Th2 cells. Was upregulated in Allergic Rhinitis.	17982926
2	Allergic Rhinitis	Human	Nasal Mucosa	CCL13	cDNA Microarray	Genomics	High Throughput	Affects the TH1/TH2 balance by enhancing TH2 responses. Was upregulated in Allergic Rhinitis.	17982926
3	Allergic Rhinitis	Human	Nasal Mucosa	CCL14	cDNA Microarray	Genomics	High Throughput	Associated with activation and development of TH2 cells. Was upregulated in Allergic Rhinitis.	17982926
4	Allergic Rhinitis	Human	Nasal Mucosa	CCL18	cDNA Microarray	Genomics	High Throughput	Associated with activation and development of TH2 cells. Was upregulated in Allergic Rhinitis.	17982926
5	Allergic Rhinitis	Human	Nasal Mucosa	CCL19	cDNA Microarray	Genomics	High Throughput	Associated with activation and development of TH2 cells.Was upregulated in Allergic Rhinitis.	17982926
6	Allergic Rhinitis	Human	Nasal Mucosa	CCL24	cDNA Microarray	Genomics	High Throughput	Helps eosinophils to move to local inflammation site. Was upregulated in Allergic Rhinitis.	17982926
7	Allergic Rhinitis	Human	Nasal Mucosa	CXCL10	cDNA Microarray	Genomics	High Throughput	Upregulated in Nasal Mucosa of allergic rhinitis patients.	17982926
8	Allergic Rhinitis	Human	Nasal Mucosa	CCR4	cDNA Microarray	Genomics	High Throughput	Chemokine receptors expressed on eosinophils, mast cells and basophils. Highly expressed. Was upregulated in Allergic Rhinitis.	17982926
9	Allergic Rhinitis	Human	Nasal Mucosa	CCR8	cDNA Microarray	Genomics	High Throughput	Chemokine receptors expressed on eosinophils, mast cells and basophils. Upregulated and Was upregulated in Allergic Rhinitis.	17982926
10	Allergic Rhinitis	Human	Nasal Mucosa	CX3CR1	cDNA Microarray	Genomics	High Throughput	Functions both as a chemoattractant and adhesion molecule. Upregulated in rhinitis patients. Selected based on fold change.	17982926
11	Allergic Rhinitis	Human	Nasal Mucosa	CCL1	cDNA Microarray	Genomics	High Throughput	Involved in activation of T cells. Was upregulated in Allergic Rhinitis.	17982926
12	Allergic Rhinitis	Human	Nasal Mucosa	CCL2	cDNA Microarray	Genomics	High Throughput	Recruits regulatory and effector CD4+ and CD8+ T cells. Was upregulated in Allergic Rhinitis.	17982926
13	Allergic Rhinitis	Human	Nasal Mucosa	CCL3	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
14	Allergic Rhinitis	Human	Nasal Mucosa	CCL4	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
15	Allergic Rhinitis	Human	Nasal Mucosa	CCL7	cDNA Microarray	Genomics	High Throughput	Associated with the development and activation of T cells. Was upregulated in Allergic Rhinitis.	17982926
16	Allergic Rhinitis	Human	Nasal Mucosa	CCL8	cDNA Microarray	Genomics	High Throughput	Highly expressed. Was upregulated in Allergic Rhinitis.	17982926
17	Allergic Rhinitis	Human	Nasal Mucosa	CCL11	cDNA Microarray	Genomics	High Throughput	An important chemokine involved in tissue inflammation. Was upregulated in Allergic Rhinitis.	17982926
18	Allergic Rhinitis	Human	Nasal Mucosa	CCL16	cDNA Microarray	Genomics	High Throughput	Upregulated	17982926
19	Allergic Rhinitis	Human	Nasal Mucosa	CCL17	cDNA Microarray	Genomics	High Throughput	Associated with the development and activation of T cells. Was upregulated in Allergic Rhinitis.	17982926
20	Allergic Rhinitis	Human	Nasal Mucosa	CX3CL1	cDNA Microarray	Genomics	High Throughput	Expressed on activated endothelial cells and has dual function such as chemoattractant and adhesion. Was upregulated in Allergic Rhinitis.	17982926
21	Allergic Rhinitis	Human	Nasal Mucosa	CCL20	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
22	Allergic Rhinitis	Human	Nasal Mucosa	CCL22	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
23	Allergic Rhinitis	Human	Nasal Mucosa	CCL23	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
24	Allergic Rhinitis	Human	Nasal Mucosa	CXCL2	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
25	Allergic Rhinitis	Human	Nasal Mucosa	CXCL3	cDNA Microarray	Genomics	High Throughput	Upregulated. Selected based on fold change.	17982926
26	Allergic Rhinitis	Human	Nasal Mucosa	CXCL4	cDNA Microarray	Genomics	High Throughput	Downregulated.	17982926
27	Allergic Rhinitis	Human	Nasal Mucosa	CXCL5	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
28	Allergic Rhinitis	Human	Nasal Mucosa	CXCL6	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
29	Allergic Rhinitis	Human	Nasal Mucosa	CXCL11	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
30	Allergic Rhinitis	Human	Nasal Mucosa	XCL1	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
31	Allergic Rhinitis	Human	Nasal Mucosa	XCL2	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
32	Allergic Rhinitis	Human	Nasal Mucosa	CCR2	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
33	Allergic Rhinitis	Human	Nasal Mucosa	CCR3	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
34	Allergic Rhinitis	Human	Nasal Mucosa	CCR5	cDNA Microarray	Genomics	High Throughput	Helps Th1 cells to move to site of inflammation.Upregulated in rhinitis patients. Selected based on fold change.	17982926
35	Allergic Rhinitis	Human	Nasal Mucosa	CCR6	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
36	Allergic Rhinitis	Human	Nasal Mucosa	CCR7	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
37	Allergic Rhinitis	Human	Nasal Mucosa	XCR1	cDNA Microarray	Genomics	High Throughput	Upregulated in rhinitis patients. Selected based on fold change.	17982926
38	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR18A	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in asthma with or without allergic rhinitis.	24513959
39	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR126	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in asthma with or without allergic rhinitis.	24513959
40	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR155	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in asthma with or without allergic rhinitis. Its expression also positively correlates with exhaled nitric oxide and Th2 cytokines.	24513959
41	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR498	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is up regulated in asthma with or without allergic rhinitis.	24513959
42	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR187	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is up regulated in asthma with allergic rhinitis .	24513959
43	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIRLET7E	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in persistent and non-persistent asthma.	24513959
44	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR224	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in non-persistent asthma.	24513959
45	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR874	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in persistent asthma.	24513959
46	Long-term Asthma with and without Allergic Rhinitis	Human	Nasal Mucosa	MIR143	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in persistent asthma.	24513959
47	Long-term asthma with and without allergic rhinitis	Human	Nasal Mucosa	VTRNA2-1	Real-Time Quantitative RT-PCR and miRNA Assay	Genomics	Low Throughput	This miRNA is down regulated in persistent asthma.	24513959
48	Allergic Rhinitis	Human	Nasal Mucosa, Serum	IL22	Immunohistochemistry, ELISA	Others	Low Throughput	Production of IL-22 was significantly increased in patients with moderate/severe persistent allergic rhinitis as compared to healthy subjects.	30594402
49	Allergic Rhinitis	Human	Nasal Mucosa, Serum	IL17A	Immunohistochemistry, ELISA	Others	Low Throughput	Production of IL17A in moderate/severe persistent allergic rhinitis patients was increased significantly as compared to healthy controls.	30594402
50	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	RORC	PCR Array	Genomics	High Throughput	RORC was gene differentially expressed in Allergic Rhinitis with asthma group as compared to Allergic Rhinitis group. RORC may be the specific marker gene in asthma induced by allergic rhinitis.	29873214
51	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	ADAM33	PCR Array	Genomics	High Throughput	ADAM33 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
52	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	BCL6	PCR Array	Genomics	High Throughput	BCL6 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
53	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IFNGR2	PCR Array	Genomics	High Throughput	IFNGR2 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
54	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL12A	PCR Array	Genomics	High Throughput	IL12A is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
55	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL12B	PCR Array	Genomics	High Throughput	IL12B is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
56	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL13RA1	PCR Array	Genomics	High Throughput	IL13RA1 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
57	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL17A	PCR Array	Genomics	High Throughput	IL17A is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
58	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL31	PCR Array	Genomics	High Throughput	IL31 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
59	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL4R	PCR Array	Genomics	High Throughput	IL4R is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
60	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	IL5	PCR Array	Genomics	High Throughput	IL5 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
61	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	KIT	PCR Array	Genomics	High Throughput	KIT is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
62	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	LTB4R	PCR Array	Genomics	High Throughput	LTB4R is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
63	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	MS4A2	PCR Array	Genomics	High Throughput	MS4A2 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
64	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	STAT5A	PCR Array	Genomics	High Throughput	STAT5A is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
65	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	STAT6	PCR Array	Genomics	High Throughput	STAT6 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
66	Allergic Rhinitis with Asthma, Allergic Rhinitis	Human	Nasal Mucosa	TBX21	PCR Array	Genomics	High Throughput	TBX21 is a possible pathogenic gene of Allergic Rhinitis with asthma.	29873214
67	Seasonal Allergic Rhinitis	Human	Nasal Mucosa	VEGFA	Immunohistochemistry	Others	Low Throughput	VEGFA expression was higher in seasonal allergic rhinitis patients as compared to healthy controls.	15627640
68	Seasonal Allergic Rhinitis	Human	Nasal Mucosa	CD34	Immunohistochemistry	Others	Low Throughput	CD34 expression was higher in seasonal allergic rhinitis patients as compared to healthy controls.	15627640
69	Allergic Rhinitis	Human	Nasal Mucosa	ST2	qRT-PCR, Immunohistochemistry	Genomics, Others	Low Throughput	Expression of ST2 was significantly elevated in the epithelium from patients with allergic rhinitis as compared to healthy subjects.	22233535
70	Allergic Rhinitis	Human	Nasal Mucosa, Serum	IL33	qRT-PCR, Immunohistochemistry, ELISA	Genomics, Others	Low Throughput	The IL33 levels in the sera of patients with allergic rhinitis were significantly higher than that in normal controls. Expression of IL33 was significantly elevated in the epithelium from patients with allergic rhinitis as compared to healthy subjects.	22233535
71	Allergic Rhinitis	Human	Nasal Mucosa	miR-126-5p	Microarray, qRT-PCR	Genomics	High Throughput, Low Throughput	miR-126-5p was significantly elevated in allergic rhinitis patients as compared to normal controls. The combination of miR-126-5p, miR-19a-5p and miR-26a-5p could serve as novel biomarkers for Allergic Rhinitis risk.	31938286
72	Allergic Rhinitis	Human	Nasal Mucosa	miR-26a-5p	Microarray, qRT-PCR	Genomics	High Throughput, Low Throughput	miR-26a-5p was significantly elevated in allergic rhinitis patients as compared to normal controls. The combination of miR-126-5p, miR-19a-5p and miR-26a-5p could serve as novel biomarkers for Allergic Rhinitis risk.	31938286
73	Allergic Rhinitis	Human	Nasal Mucosa	miR-19a-5p	Microarray, qRT-PCR	Genomics	High Throughput, Low Throughput	miR-19a-5p was significantly elevated in allergic rhinitis patients as compared to normal controls. The combination of miR-126-5p, miR-19a-5p and miR-26a-5p could serve as novel biomarkers for Allergic Rhinitis risk.	31938286
74	Allergic Rhinitis	Human	Nasal Mucosa	miR-let-7e	qRT-PCR	Genomics	Low Throughput	miR-let-7e was significantly reduced in allergic rhinitis patients as compared to healthy subjects.	29545878
75	Allergic Rhinitis	Human	Serum, Nasal Mucosa	A2M	iTRAQ, ELISA, Immunofluorescence Staining	Proteomics, Others	High Throughput, Low Throughput	A2M was significantly upregulated in the allergic rhinitis patients as compared to healthy volunteers.	27228572
76	Allergic Rhinitis	Human	Nasal Mucosa	STAT3	Immunofluorescence Staining	Others	Low Throughput	STAT3 expression was elevated in the allergic rhinitis patients as compared to healthy volunteers.	27228572
77	Allergic Rhinitis	Human	Nasal Mucosa	IL17	Immunofluorescence Staining	Others	Low Throughput	IL17 expression was elevated in the allergic rhinitis patients as compared to healthy volunteers.	27228572
78	Allergic Rhinitis	Human	Nasal Mucosa (of middle turbinate tissues)	TGFB1	ELISA	Others	Low Throughput	The expressions of TGFB1 in Allergic Rhinitis tissues were significant increased as compared to that of healthy subjects.	22667130
79	Allergic Rhinitis	Human	Nasal Mucosa (of middle turbinate tissues)	MMP9	ELISA	Others	Low Throughput	The expressions of MMP9 in Allergic Rhinitis tissues were significant increased as compared to that of healthy subjects.	22667130
80	Allergic Rhinitis	Human	Nasal Mucosa (of middle turbinate tissues)	TIMP1	ELISA	Others	Low Throughput	The expressions of TIMP1 in Allergic Rhinitis tissues were significant increased as compared to that of healthy subjects.	22667130
81	Allergic Rhinitis	Human	Nasal Mucosa	TSLP	qRT-PCR, Immunohistochemistry, ELISA	Genomics, Others	Low Throughput	The mRNA and protein expression of TSLP is increased significantly in Allergic Rhinitis nasal mucosa compared with normal control.	18720075
82	Allergic Rhinitis	Human	Nasal Mucosa	IL4	ELISA	Others	Low Throughput	IL4 level was elevated in allergic rhinitis subjects as compared to control subjects.	18720075
83	Allergic Rhinitis	Human	Nasal Mucosa (Biopsy from inferior turbinate)	TLR4	Confocal Microscopic Analysis	Others	Low Throughput	TLR4 expression was significantly decreased in allergic rhinitis.	22577387
84	Allergic Rhinitis	Human	Nasal Mucosa (Biopsy from inferior turbinate)	TLR9	Confocal Microscopic Analysis	Others	Low Throughput	TLR9 expression was significantly decreased in allergic rhinitis.	22577387
85	Allergic Rhinitis	Human	Nasal Mucosa	GATA3	Immunohistochemistry	Others	Low Throughput	The percentage of GATA3+ T cells are significantly higher in allergic nasal mucosa than those in nonallergic nasal mucosa.	22164170
86	Allergic Rhinitis	Human	Nasal Mucosa	GATA3	qRT-PCR	Genomics	Low Throughput	GATA3 expression was significantly increased in Allergic Rhinitis patients as compared to healthy controls.	23956965
87	Allergic Rhinitis	Human	Nasal Mucosa	RORC	qRT-PCR	Genomics	Low Throughput	RORC expression was significantly increased in Allergic Rhinitis patients as compared to healthy controls.	23956965
88	Allergic Rhinitis	Human	Nasal Mucosa	FOXP3	qRT-PCR	Genomics	Low Throughput	FOXP3 expression was significantly decreased in Allergic Rhinitis patients as compared to healthy controls.	23956965
89	Allergic Rhinitis	Human	Nasal Mucosa	GATA3	qRT-PCR, Immunohistochemistry	Genomics, Others	Low Throughput	GATA3 was overexpressed in allergic rhinitis patients as compared to healthy subjects.	15563083
90	Allergic Rhinitis	Human	Nasal Mucosa	GATA3	In situ Hybridization	Others	Low Throughput	The expression of the transcription factor GATA3 was increased after allergen challenge in allergic rhinitis patients. GATA3 may be a potential target in the treatment of allergic rhinitis.	10856149
91	Allergic Rhinitis	Human	Nasal Mucosa	ECP	Immunoassay	Others	Low Throughput	ECP expression was significantly increased in patients with persistent allergic rhinitis as compared to intermittent allergic rhinitis patients and normal controls.	20192943
92	Allergic Rhinitis	Human	Nasal Mucosa	IL5	Immunoassay	Others	Low Throughput	IL5 expression was significantly increased in patients with persistent allergic rhinitis as compared to intermittent allergic rhinitis patients and normal controls.	20192943
93	Allergic Rhinitis	Human	Nasal Mucosa	GATA3	qRT-PCR	Genomics	Low Throughput	GATA3 expression was significantly increased in patients with persistent allergic rhinitis as compared to intermittent allergic rhinitis patients and normal controls.	20192943
94	Allergic Rhinitis	Human	Nasal Mucosa, Peripheral Blood Mononuclear Cells (PBMCs)	FOXP3	Immunohistochemistry, qRT-PCR, Flow Cytometry	Others, Genomicsm, Others	Low Throughput	FOXP3 expression was significantly reduced in nasal mucosa of allergic rhinitis patients as compared to that of healthy subjects. There was a significant decrease in the frequencies of the Foxp3+CD4+CD25+ population in the PBMCs of Allergic rhinitis patients as compared with the controls.	17473687
95	Allergic Rhinitis	Human	Nasal Mucosa, Peripheral Blood Mononuclear Cells (PBMCs)	SOCS1	qRT-PCR, Western Blotting, Immunohistochemistry	Genomics, Proteomics, Others	Low Throughput	SOCS1 mRNA and protein expression was significantly increased in the nasal mucosa and PBMC of patients with mild and moderate/severe persistent allergic rhinitis compared with healthy controls.	22487676
96	Allergic Rhinitis	Human	Nasal Mucosa, Peripheral Blood Mononuclear Cells (PBMCs)	SOCS3	qRT-PCR, Western Blotting, Immunohistochemistry	Genomics, Proteomics, Others	Low Throughput	SOCS3 mRNA and protein expression was significantly increased in the nasal mucosa and PBMC of patients with mild and moderate/severe persistent allergic rhinitis compared with healthy controls.	22487676
97	Allergic Rhinitis	Human	Nasal Mucosa	IL4	qRT-PCR, Western Blotting	Genomics, Proteomics	Low Throughput	IL4 expression was increased in nasal mucosa of moderate/severe persistent allergic rhinitis patients as compared to healthy controls.	22487676
98	Allergic Rhinitis	Human	Nasal Mucosa	IL13	qRT-PCR, Western Blotting	Genomics, Proteomics	Low Throughput	IL13 expression was increased in nasal mucosa of moderate/severe persistent allergic rhinitis patients as compared to healthy controls.	22487676
99	Allergic Rhinitis	Human	Nasal Mucosa	IL15	qRT-PCR, Western Blotting	Genomics, Proteomics	Low Throughput	IL15 expression was decreased in nasal mucosa of moderate/severe persistent allergic rhinitis patients as compared to healthy controls.	22487676
100	Allergic Rhinitis	Human	Nasal Mucosa	IFNG	qRT-PCR, Western Blotting	Genomics, Proteomics	Low Throughput	IFNG expression was decreased in nasal mucosa of moderate/severe persistent allergic rhinitis patients as compared to healthy controls.	22487676

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