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Welgene inc rna preparation and microarray analysis
Gene expressions of the (A) upregulated and (B) downregulated genes shown in Table were analyzed using GSE43696 <t>microarray</t> data from the GEO database. The results showed that gene expressions of both MEF2C and MDGA1 were significantly downregulated in patients with either mild-moderate or severe asthma compared to normal controls. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: FGF2-#1, A_23_P218918; FGF2-#2, A_24_P931472; TP53I11, A_23_P368028; MDGA1, A_23_P310460; MEF2C, A_23_P320739; IRAK3, A_23_P162300; LOX, A_23_P122216; NEURL1-#1, A_23_P138492; TFPI-#1, A_23_P156826; TFPI-#2, A_23_P330070; TFPI-#3, A_23_P17095; NAIP, A_23_P110473.)
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1) Product Images from "Identification of novel genetic regulations associated with airway epithelial homeostasis using next-generation sequencing data and bioinformatics approaches"

Article Title: Identification of novel genetic regulations associated with airway epithelial homeostasis using next-generation sequencing data and bioinformatics approaches

Journal: Oncotarget

doi: 10.18632/oncotarget.19752

Gene expressions of the (A) upregulated and (B) downregulated genes shown in Table were analyzed using GSE43696 microarray data from the GEO database. The results showed that gene expressions of both MEF2C and MDGA1 were significantly downregulated in patients with either mild-moderate or severe asthma compared to normal controls. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: FGF2-#1, A_23_P218918; FGF2-#2, A_24_P931472; TP53I11, A_23_P368028; MDGA1, A_23_P310460; MEF2C, A_23_P320739; IRAK3, A_23_P162300; LOX, A_23_P122216; NEURL1-#1, A_23_P138492; TFPI-#1, A_23_P156826; TFPI-#2, A_23_P330070; TFPI-#3, A_23_P17095; NAIP, A_23_P110473.)
Figure Legend Snippet: Gene expressions of the (A) upregulated and (B) downregulated genes shown in Table were analyzed using GSE43696 microarray data from the GEO database. The results showed that gene expressions of both MEF2C and MDGA1 were significantly downregulated in patients with either mild-moderate or severe asthma compared to normal controls. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: FGF2-#1, A_23_P218918; FGF2-#2, A_24_P931472; TP53I11, A_23_P368028; MDGA1, A_23_P310460; MEF2C, A_23_P320739; IRAK3, A_23_P162300; LOX, A_23_P122216; NEURL1-#1, A_23_P138492; TFPI-#1, A_23_P156826; TFPI-#2, A_23_P330070; TFPI-#3, A_23_P17095; NAIP, A_23_P110473.)

Techniques Used: Microarray

Gene expressions of the 13 upregulated genes shown in Table were analyzed using GSE43696 microarray data from the GEO database. None of these 13 genes were significantly upregulated in patients with asthma. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: OCLN, A_23_P92672; CLDN1, A_23_P57784; NLGN4X-#1, A_23_P364592; XYLT1, A_24_P787897; FGFR3, A_23_P500501; COL5A1-#1, A_23_P158593; COL5A1-#2, A_23_P83818; MMP9, A_23_P40174; SCIN, A_23_P157136; CACNA1A-#1, A_24_P130559; RGS2, A_23_P114947; LMO2, A_23_P53126; UTY, A_23_P329835; EPB41L3, A_23_P4536.)
Figure Legend Snippet: Gene expressions of the 13 upregulated genes shown in Table were analyzed using GSE43696 microarray data from the GEO database. None of these 13 genes were significantly upregulated in patients with asthma. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: OCLN, A_23_P92672; CLDN1, A_23_P57784; NLGN4X-#1, A_23_P364592; XYLT1, A_24_P787897; FGFR3, A_23_P500501; COL5A1-#1, A_23_P158593; COL5A1-#2, A_23_P83818; MMP9, A_23_P40174; SCIN, A_23_P157136; CACNA1A-#1, A_24_P130559; RGS2, A_23_P114947; LMO2, A_23_P53126; UTY, A_23_P329835; EPB41L3, A_23_P4536.)

Techniques Used: Microarray

Gene expressions of the 40 downregulated genes shown in Table were analyzed using GSE43696 microarray data from the GEO database. The results showed that KCNJ2 expression was significantly downregulated in patients with severe asthma. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: KCNJ2, A_23_P329261; FN1, A_24_P334130; FOS, A_23_P106194; PTGER1, A_23_P4808; RAC2, A_ 23_P218770 ; FZD2, A_23_P141362; GLI2, A_23_P209246; RAC3-#1, A_23_P125001; RASGRP2-#1, A_23_P64058; EGLN3-#1, A_23_P360379; FGF13, A_23_P217319; HHIP, A_23_P167129; MMP1, A_23_P1691; CHRM4-#1, A_23_P104845; MYLK, A_23_P143817; HLA-DQB1, A_23_P8108; NTNG1-#1, A_23_P201547; NTNG1-#12, A_24_P359671; CNTN1, A_23_P390700; ITGB2, A_23_P329573; ITGA4, A_23_P56505; HLA-F-#1, A_23_P145264; HLA-F-#2, A_23_P145264; HS3ST3A1, A_23_P66525; HS3ST2, A_23_P118158; HS3ST3B1-#1, A_23_P77918; LAMA1, A_32_P313405; COL4A2, A_23_P205031; COL1A2, A_24_P277934; COL6A1, A_32_P32254; DUSP10, A_24_P182494; KCNMB4, A_23_P64792; ATP1A4, A_23_P160177; ATP1A1, A_23_P1072; ADRA2C, A_23_P256158; FLI1, A_24_P355649; NGFR, A_23_P389897; MMP3, A_23_P161698; TLR4, A_24_P69538; KCNJ12, A_24_P339429; ITGA4, A_23_P56505; HTR1F-#1, A_23_P166674; PTPRB, A_23_P53390.)
Figure Legend Snippet: Gene expressions of the 40 downregulated genes shown in Table were analyzed using GSE43696 microarray data from the GEO database. The results showed that KCNJ2 expression was significantly downregulated in patients with severe asthma. n.s. means no significance, * represents p-value < 0.05, ** represents p-value < 0.01, and *** represents p-value < 0.001. (Probe information of GSE43696 array from GEO database: KCNJ2, A_23_P329261; FN1, A_24_P334130; FOS, A_23_P106194; PTGER1, A_23_P4808; RAC2, A_ 23_P218770 ; FZD2, A_23_P141362; GLI2, A_23_P209246; RAC3-#1, A_23_P125001; RASGRP2-#1, A_23_P64058; EGLN3-#1, A_23_P360379; FGF13, A_23_P217319; HHIP, A_23_P167129; MMP1, A_23_P1691; CHRM4-#1, A_23_P104845; MYLK, A_23_P143817; HLA-DQB1, A_23_P8108; NTNG1-#1, A_23_P201547; NTNG1-#12, A_24_P359671; CNTN1, A_23_P390700; ITGB2, A_23_P329573; ITGA4, A_23_P56505; HLA-F-#1, A_23_P145264; HLA-F-#2, A_23_P145264; HS3ST3A1, A_23_P66525; HS3ST2, A_23_P118158; HS3ST3B1-#1, A_23_P77918; LAMA1, A_32_P313405; COL4A2, A_23_P205031; COL1A2, A_24_P277934; COL6A1, A_32_P32254; DUSP10, A_24_P182494; KCNMB4, A_23_P64792; ATP1A4, A_23_P160177; ATP1A1, A_23_P1072; ADRA2C, A_23_P256158; FLI1, A_24_P355649; NGFR, A_23_P389897; MMP3, A_23_P161698; TLR4, A_24_P69538; KCNJ12, A_24_P339429; ITGA4, A_23_P56505; HTR1F-#1, A_23_P166674; PTPRB, A_23_P53390.)

Techniques Used: Microarray, Expressing

Functional analysis of 504 differentially expressed genes discovered from the GE microarray data was performed by functional annotation (Biological Processes) in DAVID database. The results showed that these genes were involved in cell adhesion (26 genes), keratinization (9 genes), keratinocyte differentiation (11 genes), proteolysis (30 genes), collagen catabolic process (12 genes), extracellular matrix organization (20 genes), and peptide cross-linking (12 genes). The selected criteria were EASE = 0.1, p-value < 0.05, and fold enrichment > 1.3.
Figure Legend Snippet: Functional analysis of 504 differentially expressed genes discovered from the GE microarray data was performed by functional annotation (Biological Processes) in DAVID database. The results showed that these genes were involved in cell adhesion (26 genes), keratinization (9 genes), keratinocyte differentiation (11 genes), proteolysis (30 genes), collagen catabolic process (12 genes), extracellular matrix organization (20 genes), and peptide cross-linking (12 genes). The selected criteria were EASE = 0.1, p-value < 0.05, and fold enrichment > 1.3.

Techniques Used: Functional Assay, Microarray



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Image Search Results


A) Percent mature and star miRNAs with m 6 A methylation marks. B-D) m 6 A methylation patterns in each treatment group. E-G) Heatmap of m6A methylation profile versus miRNA abundance.

Journal: bioRxiv

Article Title: Cannabinoids shift the basal ganglia miRNA m 6 A methylation profile towards an anti-inflammatory phenotype in SIV-infected Rhesus macaques

doi: 10.1101/2024.10.11.614514

Figure Lengend Snippet: A) Percent mature and star miRNAs with m 6 A methylation marks. B-D) m 6 A methylation patterns in each treatment group. E-G) Heatmap of m6A methylation profile versus miRNA abundance.

Article Snippet: We have completed the Arraystar Human N6-methyladenosine (m6A) small RNA modification microarray analysis of the samples you submitted.

Techniques: Methylation

A) Neuroinflammation network molecules associated with the with miRNAs with m6A hypomethylation (left) or hypermethylation (right).

Journal: bioRxiv

Article Title: Cannabinoids shift the basal ganglia miRNA m 6 A methylation profile towards an anti-inflammatory phenotype in SIV-infected Rhesus macaques

doi: 10.1101/2024.10.11.614514

Figure Lengend Snippet: A) Neuroinflammation network molecules associated with the with miRNAs with m6A hypomethylation (left) or hypermethylation (right).

Article Snippet: We have completed the Arraystar Human N6-methyladenosine (m6A) small RNA modification microarray analysis of the samples you submitted.

Techniques: