ライフサイエンスコーパス: cellugyrin

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1 study, we replaced the first luminal loop of cellugyrin, a 4-transmembrane protein that does not resp

2 these regions were sufficient to relocalize cellugyrin, a nonneuronal form of synaptogyrin, from non

3 vesicles and have identified this protein as cellugyrin, a ubiquitously expressed homologue of a majo

4 studies in COS cells demonstrated that both cellugyrin and synaptogyrin are tyrosine phosphorylated

5 Cellugyrin and synaptogyrin co-localize when transfected

6 the SLMV targeting of exogenously expressed cellugyrin and synaptogyrin is high.

7 In rat tissues, cellugyrin and synaptogyrins are expressed in mirror ima

8 The conserved tyrosine phosphorylation of cellugyrin and synaptogyrins suggests a link between tyr

9 ynaptogyrin 1 is a synaptic vesicle protein; cellugyrin, by contrast, is absent from synaptic vesicle

10 enomena and found that ectopic expression of cellugyrin increases the number of SLMVs in PC12 cells.

11 microscopy, we have shown that virtually all cellugyrin is co-localized with Glut4 in the same vesicl

12 We report here that, in PC12 cells, cellugyrin is localized in synaptic-like microvesicles (

13 However, unlike Glut4, cellugyrin is not re-distributed to the plasma membrane

14 Cellugyrin is ubiquitously present in all tissues tested

15 (synaptogyrins 1 and 3) and one ubiquitous (cellugyrin) isoform.

16 Both cellugyrin-positive and cellugyrin-negative vesicles are present in extracts of

17 Cellugyrin-negative vesicles are translocated to the cel

18 RAP), or transferrin receptor (TfR), whereas cellugyrin-negative vesicles contain five to six molecul

19 -positive vesicles and to a lesser extent in cellugyrin-negative vesicles.

20 Moreover, expression of cellugyrin (or synaptogyrin) in PC12 cells dramatically

21 Both cellugyrin-positive and cellugyrin-negative vesicles are

22 y epithelial cell line COS7 and found that a cellugyrin-positive microvesicular compartment was prese

23 est that synaptic vesicles have evolved from cellugyrin-positive ubiquitous microvesicles and that ne

24 An average cellugyrin-positive vesicle carries not more than one mo

25 125)I-labeled transferrin are accumulated in cellugyrin-positive vesicles and to a lesser extent in c

26 l surface after insulin stimulation, whereas cellugyrin-positive vesicles maintain intracellular loca

27 We suggest that cellugyrin represents a specific marker of a functionall

28 Cellugyrin represents a ubiquitously expressed four-tran

29 Mutagenesis studies revealed that cellugyrin's hydrophilic cytoplasmic domains are not inv

30 that synaptogyrin or its nonneuronal paralog cellugyrin targets efficiently to synaptic-like microves

31 ified a novel isoform of synaptogyrin called cellugyrin that exhibits 47% sequence identity with syna

32 st luminal loop and the carboxyl terminus of cellugyrin were found to be critical for the formation o

33 vesicular populations one of which contains cellugyrin whereas another lacks this protein.

34 specialized version of a ubiquitous protein, cellugyrin, with the two proteins sharing structural sim

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