anti-Bicaudal C Homolog 1 (Drosophila) (BICC1) Antibodies

Human Bicaudal C Homolog 1 (Drosophila) (BICC1) interaction partners

1. The authors demonstrate that OFD1 cooperates with the mRNA binding protein Bicc1 to functionally control the protein synthesis machinery at the centrosome where also the PIC and eIF4F components were shown to localize in mammalian cells.

2. genetic variants in BICC1 and RASGRF1 are closely associated with high myopia, which appears to be a potential candidate for high myopia in Chinese Han population.

3. Our findings suggested rs17648524 (intronic RBFOX1 gene) and rs7084402 (7.5kb 5' of the BICC1 gene) showed gender-specific associations with high myopia in the Han Chinese.

4. Suggest allelic changes in the regulation of the BICC1 gene in amygdala neurones may contribute to mood disorders.

5. Results provide some support for the involvement of BICC1 and PCLO in late-life depressive disorders and preliminary evidence that these genetic variants may also influence brain structural volumes

6. findings identify a role for increased levels of BICC1 in the pathophysiology of depressive behavior

7. Polymorphisms in intron 2 of BICC1 are associated with its expression and bone mineral density (BMD)

8. The minor T-allele of BICC1 has a protective role against major depressive disorder and its known structural and functional brain changes.

9. The nonsense mutation identified in BICC1 and associated with cystic renal dysplasia results in a complete loss of Wnt inhibitory activity. The point mutation in the SAM domain results in a 22% loss of activity.

Mouse (Murine) Bicaudal C Homolog 1 (Drosophila) (BICC1) interaction partners

1. Study finding that Bicc1 is required for normoglycemia implies that renal gluconeogenesis may be important to inhibit cyst formation.

2. Polymerization is a novel disease-relevant mechanism both to stabilize Bicc1 and to present associated mRNAs in specific silencing platforms.

3. discovered that loss of the Pkd1 gene product, polycystin-1 (PC1), whose mutation causes human autosomal dominant polycystic kidney disease (ADPKD), downregulates Bicc1 expression in vitro and in vivo

4. Bicc1 is a novel regulator of osteoblastogenesis and bone mineral density (BMD)

5. Bicc1 KH domains bind the 3' UTRs of AC6 and PKIa mRNAs and cognate miRNA precursors, whereas the SAM domain loads a silencing complex with AGO2. AC6 and PKIa protein levels increase in cystic Bicc1-/- mouse kidneys.

6. lack of Bicc1 leads to disruption of normal cell-cell junctions.

7. Data suggest that Bicc1 functions by modulating the expression of polycystin 2 (Pkd2 by antagonizing the repressive activity of the miR-17 microRNA family on the 3'UTR of Pkd2 mRNA.

8. Binds homoribopolymers in vitro; the third K homology domain is necessary and sufficient for in vitro Bicc1 RNA binding.

9. Bicc1 and SamCystin interact at the protein level suggesting that they function in a common molecular pathway that when perturbed, is involved in cystogenesis.

10. Data report that targeted inactivation of BicC randomizes left-right asymmetry by disrupting the planar alignment of motile cilia required for cilia-driven fluid flow, and that BicC can uncouple Dvl2 signaling from the canonical Wnt pathway.

Xenopus laevis Bicaudal C Homolog 1 (Drosophila) (BICC1) interaction partners

1. Bicc1 has a role in mRNA target-specific translation repression related to its biological role in the maternally controlled stages of vertebrate embryogenesis

2. Repression by Bic-C required its N-terminal domain, comprised of multiple hnRNP-K-homolog motifs, for specific binding to relevant control elements within the cripto-1 mRNA and a functionally separable C-terminal translation repression domain.

3. Data suggest that Bicc1 functions by modulating the expression of polycystin 2 (Pkd2 by antagonizing the repressive activity of the miR-17 microRNA family on the 3'UTR of Pkd2 mRNA.

Zebrafish Bicaudal C Homolog 1 (Drosophila) (BICC1) interaction partners

1. These results demonstrate that the function of Bicc1 in the kidney is evolutionarily conserved, thus supporting the use of zebrafish as an alternative in vivo model to study the role of mammalian Bicc1 in renal cyst formation.