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anti-Mouse (Murine) LMO1 Antibodies:
anti-Rat (Rattus) LMO1 Antibodies:
anti-Human LMO1 Antibodies:
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SCL (show TAL1 Antibodies)-LMO1 upregulated a stem cell gene signature in DN3 thymocytes.
Loss of Lmo1 repression may be one of the causes accounting for the phenotypic differences identified between the Arx((GCG)7)and Arx(432-455dup24) mouse models.
SCL (show TAL1 Antibodies), LMO1, and Notch1 (show NOTCH1 Antibodies) gain of function, together with an active pre-T-cell antigen receptor (show PTCRA Antibodies), might represent the minimum set of complementing events for the transformation of susceptible thymocytes into cancer cells
Results suggest that all four members of the LIM (show PDLIM5 Antibodies)-only family -- LMO1, 2, 3, and 4 -- are important regulators of distinct developmental pathways.
Lmo1 takes part in a Hox (show MSH2 Antibodies) paralogue 2-dependent network regulating anteroposterior and dorsoventral hindbrain patterning
IKZF1 (show IKZF1 Antibodies) rs10235796 C allele, IKZF1 (show IKZF1 Antibodies) rs6964969A>G, CDKN2A rs3731246 G>C, and CDKN2A rs3731246 C allele were signi fi cantly associated with Acute Lymphoblastic Leukemia in Yemenis of Arab-Asian descent. Borderline association found in IKZF1 (show IKZF1 Antibodies) rs4132601 T>G variant. No associations found with LMO1 rs442264; rs3794012; rs4237770
These results suggested that LMO1 gene rs110419 A > G polymorphism may contribute to protection against neuroblastoma (show ARHGEF16 Antibodies)
A C-to-T single nucleotide transition occurs as a somatic mutation in noncoding sequences 4 kb upstream of the transcriptional start site of the LMO1 oncogene (show RAB1A Antibodies) in primary samples from patients with T-cell acute lymphoblastic leukaemia. This conforms to an APOBEC-like cytidine deaminase (show CDA Antibodies) mutational signature and a new MYB (show MYB Antibodies) binding site driving high levels of LMO1 expression.
LMO1 is an important oncogene (show RAB1A Antibodies) that promotes neuroblastoma (show ARHGEF16 Antibodies) initiation, progression, and widespread metastatic dissemination.
LMO1 appears to be a coactivator of AR involved in the progression of prostate cancer
data suggest that genetic variants in LMO1 are associated with increased NB risk in Chinese children.
a polymorphism within a super-enhancer element in the first intron of LMO1 influences neuroblastoma (show ARHGEF16 Antibodies) susceptibility through differential GATA (show QRSL1 Antibodies) transcription factor binding and direct modulation of LMO1 expression in cis (show CISH Antibodies)
LMO1 is a commonly activated tumor promoter that activates AKT (show AKT1 Antibodies) signaling in non-small cell lung cancer.
LMO1 is a commonly activated tumor promoter that activates AKT (show AKT1 Antibodies) signaling in colorectal cancer and a new predictive marker for targeted therapy.
results show that LMO1 is poised for expression in normal progenitors, where activation of SCL/TAL1 (show TAL1 Antibodies) together with a breakdown of epigenetic repression of LMO1 regulatory elements
This locus encodes a transcriptional regulator that contains two cysteine-rich LIM domains but lacks a DNA-binding domain. LIM domains may play a role in protein interactions\; thus the encoded protein may regulate transcription by competitively binding to specific DNA-binding transcription factors. Alterations at this locus have been associated with acute lymphoblastic T-cell leukemia. Chromosomal rearrangements have been observed between this locus and at least two loci, the delta subunit of the T-cell antigen receptor gene and the LIM domain binding 1 gene. Alternatively spliced transcript variants have been described.
LIM domain only 1 (rhombotin 1)
, LIM domain only protein 1
, LIM only 1
, T-cell translocation protein 1
, cysteine-rich protein TTG-1
, LIM domain only protein 3
, LIM domain only 3
, neuronal-specific transcription factor DAT1
, dopamine-inducible LIM-domain transcription factor DAT1
, T-cell translocation gene 1
, rhombotin 1