CLTC Antibody, FITC conjugated

1. This research provides biochemical evidence for separate regulation and distinct functional niches for CHC17 and CHC22 in HeLa cells. The greater stability of the CHC22 coat compared to the CHC17 coat may be relevant to its excessive accumulation with GLUT4 during insulin resistance. PMID: 29097553
2. This study demonstrates that clathrin, including the clathrin population associated with internal vesicles, regulates lymphocyte migration by controlling actin rearrangements at the leading edge. PMID: 27405273
3. The novel association of several endocytosis-associated proteins, particularly CLTC and SCAMP3, has been linked to hepatocellular carcinoma progression. PMID: 27519163
4. MiR-199a-5p suppresses tumorigenesis by targeting CLTC in hepatocellular carcinoma. PMID: 28261837
5. SMAP2 immunoprecipitated clathrin and AP-1 through a putative clathrin-binding domain and a CALM-binding domain. SMAP2 mutants that did not interact with clathrin or AP-1 were unable to localize to recycling endosomes. PMID: 26136365
6. The CHC:ESR1 interaction is necessary to sustain estradiol signaling. PMID: 25860340
7. Autophagy contributed to Cx31.1 degradation, and clathrin may be involved in the autophagy of Cx31.1. PMID: 25388970
8. Data suggest that by binding to both clathrin and F-actin, mammalian actin-binding protein 1 (mAbp1; HIP-55 or SH3P7) is specifically recruited at a late stage of clathrin-coated pit (CCP) formation, which subsequently recruits dynamin to CCPs. PMID: 25690657
9. Our data support a model in which nascent Hepatitis C Virus particles associate with apoE in the endoplasmic reticulum and exit cells following a clathrin-dependent transendosomal secretory route. PMID: 25631092
10. These data indicate that clathrin is required for the function of AP-1- and GGA-coated carriers at the trans-Golgi network but may be dispensable for outward traffic en route to the plasma membrane. PMID: 24407285
11. SNX9 and CHC function in the same molecular pathway for chromosome alignment and segregation, which is dependent on their direct association. PMID: 23861900
12. Clathrin interacts with Rab5 and plays a fundamental role in the entry and intracellular survival of B. abortus via interaction with lipid rafts and actin rearrangement. PMID: 23940042
13. High clathrin heavy chain expression promotes tumor pancreatic growth and angiogenesis through regulation of HIF-1alpha and VEGF signaling. PMID: 23228632
14. This study reveals a novel functional role of clathrin-coated structure in GMR signaling and the oncogenesis of JAK2V617F. PMID: 22935703
15. The authors demonstrate that clathrin promotes clustering of the vaccinia virus actin tail nucleator A36 and host N-WASP, which activates actin nucleation through the Arp2/3 complex. PMID: 22980331
16. Depletion of clathrin heavy chain (CHC)17, but not the CHC22 clathrin isoform, by RNA interference (RNAi) induces centrosome amplification and multipolar spindles. PMID: 22891263
17. Electron tomography reveals that Rab6 is essential to the trafficking of trans-Golgi clathrin and COPI-coated vesicles and the maintenance of Golgi cisternal number. PMID: 22335553
18. These results indicate that Echovirus 7 is internalized by clathrin-mediated endocytosis. PMID: 22496312
19. Postmitotic Golgi reassembly requires the clathrin heavy chain (CHC). PMID: 21965600
20. Clathrin is required for lamellipodium formation. PMID: 22010197
21. Our findings strongly suggest that clathrin and clathrin-mediated signaling pathways are involved in the inflammatory signal transduction of orbital fibroblasts in Graves ophthalmopathy. PMID: 21917865
22. CHC functions as a built-in molecular brake that ensures tight control of basal NF-kappaB activation and gene expression in unstimulated cells. PMID: 21364927
23. Data suggest that clathrin's role in intermicrotubule bridging can be fulfilled not only by trimers but also by dimers, and that the membrane trafficking and mitotic functions of clathrin are independent and separable. PMID: 21362119
24. The authors now report that the integrase domain of Gag-Pol is required for the incorporation of clathrin into HIV-1 virions. PMID: 21289110
25. Clathrin is recruited to the mitotic spindle by TACC3 and ch-TOG. Together the complex forms inter-microtubule bridges in kinetochore fibers. PMID: 21297582
26. These data indicate that the endocytic uptake of the clostridial glucosylating toxins involves a dynamin-dependent process that is mainly governed by clathrin. PMID: 20498856
27. Data show in mammalian cells that the heavy chain of clathrin interacts with Atg16L1 and is involved in the formation of Atg16L1-positive early autophagosome precursors. PMID: 20639872
28. The association between aurora A phosphorylation and spindle apparatus; regulation from aurora A is mediated by CHC in recruiting phospho-TACC3 and subsequently ch-TOG to mitotic spindles. PMID: 20566684
29. Endocytosis of FcalphaR is clathrin- and dynamin-dependent, but is not regulated by Rab5, and the endocytic motif is not located in the cytoplasmic domain of FcalphaR. PMID: 19859085
30. Neither clathrin nor AP-2 is essential for the internalization of epidermal growth factor. PMID: 12960147
31. Clathrin heavy chain phosphorylation and dephosphorylation are involved in TCR internalization; this is a regulatory mechanism linking TCR signaling to endocytosis. PMID: 15067034
32. Nuclear CHC is required for the transactivation of p53 target genes and plays a distinct role from clathrin-mediated endocytosis. PMID: 16618797
33. Syt I plays a pivotal role in mediating cAMP- and Ca(2+)-induced endocytosis of NHE3 (but not in inhibition of activity) through cargo recognition of NHE3 and subsequent recruitment of AP2-clathrin assembly required for membrane endocytosis. PMID: 17307723
34. Results establish a role for the retromer complex in retrograde transport of the B-subunit of Shiga toxin, and strongly suggest that clathrin and retromer function in consecutive retrograde sorting steps on early endosomes. PMID: 17550971
35. Nuclear CHC plays a role distinct from clathrin-mediated endocytosis. PMID: 17952123
36. The clathrin inhibitor phenylarsine oxide prevented SubAB entry and BiP cleavage in SubAB-treated Vero, HeLa and N2A cells demonstrating that SubAB internalization is clathrin-dependent. PMID: 18042253
37. Cytosolic p53 may participate in the regulation of clathrin-mediated endocytosis to control the correct signaling from EGFR. PMID: 18363968
38. The endocytic clathrin machinery can internalize double-membrane vesicles into cells. PMID: 18656476
39. Endocytosis of shiga toxin (Stx) in Ramos cells requires Syk activity and that Syk is recruited to the uptake site of Stx. PMID: 19289168
40. Data compared each paralogue in functional assays of endocytosis and mitosis, and find that CHC17 and CHC22 are functionally equivalent. PMID: 19509056
41. Clathrin serves as a regulator of SNX4-dependent transport; upon clathrin release, dynein may bind SNX4 and mediate retrograde movement. PMID: 19529763
42. GAK and CHC cooperated in the same pathway and interacted in mitosis to regulate the formation of a functional spindle. PMID: 19654208
43. Structural modeling analyses predict that an Asn1288 residue in CHC is crucial for binding to p53. In fact, substitution of this Asn to Ala of CHC diminished its ability to interact with p53, leading to reduced activity to transactivate p53. PMID: 19766654
44. The assembly efficiency of the various hepatitis delta virus genotypes correlates well with the clathrin heavy chain-binding activity of their HDAg-Ls and coincides with the severity of disease outcome. PMID: 19793827

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HGNC: 2092

OMIM: 118955

KEGG: hsa:1213

STRING: 9606.ENSP00000269122

UniGene: Hs.491351