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. 2023 Oct 11;14:1224318. doi: 10.3389/fendo.2023.1224318

Table 3.

SMS2 modified animal models in various mouse studies.

Reference Animal model Study Generated
Honma et al. (67) SMS2 knock out (KO) mice Skin study Generated by homologous recombination using targeted vectors
Chiang et al. (68) Hepatocyte-specific Sms1 KO/global Sms2/global Smsr triple KO mice Liver study Hepatocyte-specific Sms1/global Sms2 double KO mice (Li et al. (69)) and global Smsr KO mice (Ding et al. (70))
Ou et al. (71) SMS2 KO and 3H9/Sgms2 KO mice Lupus erythematosus study SMS2 KO (Liu et al. (72)) 3H9 knockin mice (Chen et al. (73))
Chiang et al. (74) Hepatocyte-specific Sms1 KO/global Sms2/global Smsr triple KO mice Liver study Hepatocyte-specific Sms1/global Sms2 double KO mice (Li et al. (69)) and global Smsr KO mice (Ding et al. (70))
Sakai et al. (75) SMS2 KO mice Epidermis study Mitsutake et al. (65)
Li et al. (69) Hepatocyte-specific Sms1/global Sms2 double KO mice Liver study Sms2 KO mice (Liu et al. (72))
Sugimoto et al. (76) SMS2 KO mice Liver study Mitsutake et al. (65)
Deng et al. (77) SMS2 KO mice Cancer study Liu et al. (72)
Taniquchi et al. (78) SMS2 KO + SMS2 KO mice, which have a floxed allele for SMS1 (SMS2-/-;SMS1f/f) Cancer study SMS2 KO (Mitsutake et al. (65)) and SMS2−/− mice with a SMS1 fl/fl (Ohnishi et al. (79))
Matsumoto et al. (16) Sp7-Cre;SMS1f/f;SMS2−/− and ERT2-Cre;SMS1 f/f;SMS2−/− mice generated from SMS2−/−;SMS1f/f mice Analyzed the phenotype of a conditional knockout mouse; Sp7-Cre;SMS1f/f;SMS2-/- mouse SMS2−/− mice with a SMS1 fl/fl (Ohnishi et al. (79))
Xue et al. (80) SMS2 KO mice Cerebral ischemia study Hailemariam et al. (66)
Gupta et al. (81) SMS2 KO mice Pulmonary function study Liu et al. (72)
Nomoto et al. (82) SMS2 KO mice Skin study Mitsutake et al. (65)
Ohnishi et al. (79) SMS2-/-;SMS1f/f generated from SMS2 KO mice Dextran sodium sulfate (DSS)–induced murine colitis study SMS2 KO mice (Mitsutake et al. (65))
Wang et al. (83) SMS2 KO mice Learning ability study Mitsutake et al. (65)
Sakamoto et al. (84) SMS2 KO mice Study on SMS2 function and properties Mitsutake et al. (65)
Sugimoto et al. (85) SMS2 KO mice + loxP-floxed SMS2 mice Study on insulin-targeted tissues SMS2 KO mice (Mitsutake et al. (65))
Sugimoto et al. (86) SMS2 KO mice Liver and kidney study Mitsutake et al. (65)
Wang et al. (87) SMS2 KO mice Study on alcohol-induced neuroapoptosis Liu et al. (72)
Ding et al. (70) Smsr/Sms2 double KO Study on SMSr function SMS2 KO (Liu et al. (72))
Li et al. (88) SMS2 liver-specific transgenic and SMS2 KO mice Hepatic steatosis study Produced in their lab
Lu et al. (89) SMS2 KO Study on auditory function Mitsutake et al. (65)
Subbaiah et al. (90) SMS2 KO mice Cholesterol study Hailemariam et al. (66)
Deng et al. (91) SMS2 KO mice Study on neurons N/A, article not in English
Li et al. (92) Sms2 KO mice Insulin study Hailemariam et al. (66), Liu et al. (72)
Mitsutake et al. (65) SMS2 KO mice Study on the physiological function of SMS2 Deletion of the SMS2-exon 2, with a cassette encoding β-galactosidase and a neomycin-selectable marker, homologues recombination
Zhang et al. (93) SMS2 KO mice Brain study Hailemariam et al. (66)
Gowda et al. (94) SMS2 KO mice Lung study Hailemariam et al. (66)
Fan et al. (95) SMS2/Apoe double KO mice Atherosclerosis study Produced in their lab
Qin et al. (96) SMS2 KO mice Atherosclerosis study N/A, article not in English
Liu et al. (72) SMS2 KO mice Atherosclerosis study Hailemariam et al. (66)
Hailemariam et al. (66) SMS2 KO mice NFκB activation study Replaced 90% of SMS2-exon 2, with the neomycin-resistant gene, homologous recombination