Skip to main content
Have a personal or library account? Click to login
Functional variations of NFKB1 and NFKB1A in inflammatory disorders and their implication for therapeutic approaches Cover

Functional variations of NFKB1 and NFKB1A in inflammatory disorders and their implication for therapeutic approaches

Open Access
|Aug 2020

Figures & Tables

Figure 1

NFKB1A 3′-UTR (rs696) and NFKB1 −94ATTG (rs28362491) polymorphisms. UTR, untranslated region.

Table 1

Genotype assessment of SNPs rs28362491 within NFKB1A and rs696 within NFKB1 in inflammatory disorders and glioma in the Turkish population

StudyControls, n (%)Patients, n (%)P
WWWDDDWWWDDD
Atherosclerosis [39]
rs2836249146 (32)74 (51)25 (17)49 (33)65 (43)36 (24)>0.05
rs69620 (14)82 (56)43 (30)33 (22)65 (43)52 (35)0.02
Morbid obesity [46]
rs2836249173 (35)108 (52)26 (13)92 (46.5)86 (43.5)20 (10)0.03
Male infertility [57]
rs2836249145 (30)83 (55)22 (15)59 (39)63 (42)28 (19)0.03
rs69625 (16.7)84 (56)41 (27.3)24 (16)94 (63)32 (21)>0.05
Hashimoto disease [61]
rs2836249150 (27)113 (69)27 (14)26 (22)76 (63)18 (16)>0.05
rs69626 (14)130 (68)34 (18)23 (19)74 (62)23 (19)>0.05
Graves disease [62]
rs2836249150 (33.3)80 (53.3)20 (13.3)40 (33.3)63 (52.6)17 (14.1)>0.05
rs69618 (12)100 (66.7)32 (21.3)14 (11.6)77 (64.2)29 (24.2)>0.05
Behçet syndrome [65]
rs2836249150 (27)113 (59)27 (14)43 (48)38 (43)8 (9)0.003
rs69625 (14)130 (68)34 (18)18 (20)38 (43)33 (37)0.033
Glioma [66]
rs2836249152 (24)149 (66.2)22 (9.7)48 (40)63 (52.5)9 (7.5)0.003

[i] SNP, single-nucleotide polymorphism; WW, wild homozygote (ins-ins for rs28362491, AA for rs696); WD, heterozygote (ins-del for rs28362491, AG for rs696); DD, mutant homozygote (del-del for rs28362491, GG for rs696).

Table 2

Assessment of SNP alleles rs28362491 within NFKB1A and rs696 within NFKB1 in inflammatory disorders and glioma in the Turkish population

StudyControls
Allele, n (%)
Patients
Allele, n (%)
P
Atherosclerosis [39]
rs28362491ins, 166 (57)del, 124 (43)ins, 163 (54)del, 137 (46)>0.05
rs696A, 122 (42)G, 168 (58)A, 131 (44)G, 169 (56)>0.05
Morbid obesity [46]
rs28362491ins, 254 (61)del, 160 (39)ins, 270 (68)del, 126 (32)<0.05
Male infertility [57]
rs28362491ins, 173 (58)del, 127 (42)ins, 181 (60)del, 119 (40)>0.05
rs696A, 142 (47)G, 158 (53)A, 134 (44.7)G, 166 (55.3)>0.05
Hashimoto disease [61]
rs28362491ins, 213 (56)del, 167 (44)ins, 128 (53)del, 112 (47)>0.05
rs696A, 180 (48)G, 198 (52)A, 120 (50)G, 120 (50)>0.05
Graves disease [62]
rs28362491ins, 180 (60)del, 120 (40)ins, 143 (59.6)del, 97 (40.4)>0.05
rs696A, 136 (45.3)G, 164 (54.7)A, 105 (43.8)G135 (56.3)>0.05
Behçet syndrome [65]
rs28362491ins, 213 (56)del, 167 (44)ins, 124 (70)del, 54 (30)0.004
rs696A, 180 (48)G, 198 (52)A, 72 (42)G, 104 (58)>0.05
Glioma [66]
rs28362491ins, 257 (57.1)del, 193 (42.9)ins, 159 (66.3)del, 81 (33.7)0.01
rs696A, 180 (48)G, 198 (52)A, 72 (42)G, 104 (58)>0.05

[i] SNP, single-nucleotide polymorphism.

DOI: https://doi.org/10.1515/abm-2020-0008 | Journal eISSN: 1875-855X | Journal ISSN: 1905-7415
Language: English
Page range: 47 - 57
Published on: Aug 4, 2020
Published by: Chulalongkorn University
In partnership with: Paradigm Publishing Services

© 2020 Gonul Kanigur-Sultuybek, Guven Yenmis, Tugba Soydas, published by Chulalongkorn University
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 License.