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World J Biol Chem. Jun 26, 2011; 2(6): 108-114
Published online Jun 26, 2011. doi: 10.4331/wjbc.v2.i6.108
Published online Jun 26, 2011. doi: 10.4331/wjbc.v2.i6.108
Study | Model | Alteration studied | Type and frequency of Ikaros anomalies |
Matsumoto et al[40], 1998 | γ-irradiation (Balb/c-MSM F1 hybrids) | Genome-wide LOH mapping (microsatellites) | Allelic loss in proximal chromosome 11 region: 40% (8/20) |
Okano et al[41], 1999 | γ-irradiation (Balb/c-MSM F1 hybrids) | LOH (polymorphic restriction site) | Allelic loss: 54% (99/182) |
Mutation analysis (SSCP and cDNA sequencing) | Homozygous deletions: 8/1081 | ||
Missense point mutations in DBD: 5/1081 | |||
Frame-shift or stop codon point mutations: 6/1081 | |||
Shimada et al[42], 2000 | X-ray-induced thymic lymphomas | LOH (microsatellite mapping) | Distal region of chromosome 11 containing the Ikzf1 gene identified as a common deleted region in 50% of cases |
Kakinuma et al[43], 2002 | X-ray-induced thymic lymphomas | LOH RNA expression (RT-PCR) Protein expression (Western blotting) Point mutations | LOH for Ikzf1 in 20/37 tumors |
No or dn transcripts in 9/37 tumors (correlated with absence of Ikaros proteins or presence of dn Ikaros proteins) | |||
Point mutations in 9/37 tumors (mostly zinc finger point mutations)2 | |||
Karlsson et al[44], 2002 | Mutagen-induced thymic lymphoma | Point mutation analysis (SSCA and sequencing) Deletions (Southern) Allelic loss (microsatellite) | 8 DBD point mutations (8/104) |
3 frame-shift mutations (3/104) | |||
27% allelic loss (12/40) | |||
3 homozygous deletions (3/68) | |||
Beverly et al[15], 2003 | Notch1-IC transgenic mice | cooperating retroviral insertions | 40% (synthesis of dn proteins) |
López-Nieva et al[18], 2004 | γ-irradiation (C57Bl6-Balb/c hybrids) | LOH (polymorphic restriction site) | 42% (32/75) of LOH (1 homozygous deletion) |
Point mutations (SSCP and sequencing) | 1 missense mutation in DBD | ||
Kakinuma et al[45], 2005 | Mutagen-induced thymic lymphoma | LOH | LOH: 2/27 |
Point mutations | Point mutations: 5/27 (all in zn finger regions) | ||
Kang et al[46], 2006 | γ-irradiation (C57BL/6) | CGH-array (BAC) | Focal loss of chromosome 11: 20% (2/10) |
Kakinuma et al[47], 2007 | Mlh1-deficient mice (20 spontaneous or radiation-induced lymphomas) | Point mutation analysis | Frame-shift point mutations: 85% (17/20) |
Western blotting | Lack of Ikaros protein: 75% (15/20) | ||
Ohi et al[48], 2007 | γ-irradiation (Balb/c-MSM F1 hybrids) | LOH (polymorphic restriction site) | 43% (15/35) |
Yoshida et al[49], 2007 | X-irradiation (C57Bl6-C3H F1 hybrids) | Karyotype | Interstitial deletion of the proximal chromosome 11: 27% (7/15) |
Uren et al[19], 2008 | p19ARF- and p53- deficient mice | Common retroviral insertions (CIS) | 33/5103 (mostly in p19ARF-deficient mice; strong association with Notch1 activation |
Dail et al[20], 2010 | KrasG12D-induced thymic lymphomas | Retroviral insertional mutagenesis | 30% (9/30) insertions into Ikaros gene leading to synthesis of dn proteins |
- Citation: Kastner P, Chan S. Role of Ikaros in T-cell acute lymphoblastic leukemia. World J Biol Chem 2011; 2(6): 108-114
- URL: https://www.wjgnet.com/1949-8454/full/v2/i6/108.htm
- DOI: https://dx.doi.org/10.4331/wjbc.v2.i6.108