Detail Information of Post-Translational Modifications
Acetylation |
|||||
---|---|---|---|---|---|
Alanine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Alanine |
Modified Location |
222 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Alanine 222 has the potential to affect its expression or activity. | ||||
Glycine |
2 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Glycine |
Modified Location |
215 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Glycine 215 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Glycine |
Modified Location |
446 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Glycine 446 has the potential to affect its expression or activity. | ||||
Lysine |
8 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [2] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
243 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 243 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
248 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 248 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
255 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 255 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [3] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
282 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 282 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 5 |
Have the potential to influence ANXA11 | [2] , [4] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
315 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 315 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 6 |
Have the potential to influence ANXA11 | [2] , [4] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
378 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 378 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 7 |
Have the potential to influence ANXA11 | [4] , [5] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
408 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 408 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 8 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
479 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Acetylation at ANXA11 Lysine 479 has the potential to affect its expression or activity. | ||||
Malonylation |
|||||
Lysine |
5 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [6] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
248 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Malonylation at ANXA11 Lysine 248 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [6] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
252 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Malonylation at ANXA11 Lysine 252 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [6] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
255 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Malonylation at ANXA11 Lysine 255 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [6] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
315 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Malonylation at ANXA11 Lysine 315 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 5 |
Have the potential to influence ANXA11 | [6] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
320 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Malonylation at ANXA11 Lysine 320 has the potential to affect its expression or activity. | ||||
Oxidation |
|||||
Cystine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [7] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
226 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Oxidation at ANXA11 Cystine 226 has the potential to affect its expression or activity. | ||||
Phosphorylation |
|||||
Serine |
15 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [8] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
231 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 231 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [8] , [9] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
241 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 241 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [10] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
259 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 259 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [11] , [12] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
301 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 301 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 5 |
Have the potential to influence ANXA11 | [11] , [12] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
303 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 303 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 6 |
Have the potential to influence ANXA11 | [10] , [13] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
340 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 340 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 7 |
Have the potential to influence ANXA11 | [10] , [13] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
342 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 342 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 8 |
Have the potential to influence ANXA11 | [14] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
377 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 377 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 9 |
Have the potential to influence ANXA11 | [10] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
415 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 415 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 10 |
Have the potential to influence ANXA11 | [15] , [16] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
460 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 460 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 11 |
Have the potential to influence ANXA11 | [15] , [16] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
462 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 462 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 12 |
Have the potential to influence ANXA11 | [15] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
471 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 471 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 13 |
Have the potential to influence ANXA11 | [17] , [18] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
480 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 480 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 14 |
Have the potential to influence ANXA11 | [17] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
486 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 486 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 15 |
Have the potential to influence ANXA11 | [17] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
490 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Serine 490 has the potential to affect its expression or activity. | ||||
Threonine |
7 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [19] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
272 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 272 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [12] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
290 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 290 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [11] , [20] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
321 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 321 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [14] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
374 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 374 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 5 |
Have the potential to influence ANXA11 | [21] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
402 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 402 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 6 |
Have the potential to influence ANXA11 | [22] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
464 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 464 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 7 |
Have the potential to influence ANXA11 | [17] , [23] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Threonine |
Modified Location |
489 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Threonine 489 has the potential to affect its expression or activity. | ||||
Tyrosine |
8 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [19] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
53 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 53 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [13] , [24] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
279 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 279 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [11] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
314 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 314 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [25] , [26] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
365 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 365 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 5 |
Have the potential to influence ANXA11 | [17] , [21] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
398 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 398 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 6 |
Have the potential to influence ANXA11 | [15] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
473 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 473 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 7 |
Have the potential to influence ANXA11 | [17] , [24] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
482 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 482 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 8 |
Have the potential to influence ANXA11 | [17] , [27] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Tyrosine |
Modified Location |
493 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Phosphorylation at ANXA11 Tyrosine 493 has the potential to affect its expression or activity. | ||||
S-nitrosylation |
|||||
Cystine |
4 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [28] , [29] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
226 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-nitrosylation (-SNO) at ANXA11 Cystine 226 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [30] , [31] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
294 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-nitrosylation at ANXA11 Cystine 294 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [31] , [32] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
384 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-nitrosylation at ANXA11 Cystine 384 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [32] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
428 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-nitrosylation at ANXA11 Cystine 428 has the potential to affect its expression or activity. | ||||
S-sulfenylation |
|||||
Cystine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [33] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
384 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-sulfenylation (-SOH) at ANXA11 Cystine 384 has the potential to affect its expression or activity. | ||||
S-sulfhydration |
|||||
Cystine |
2 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [34] , [35] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
294 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-sulfhydration (-SSH) at ANXA11 Cystine 294 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [35] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Cystine |
Modified Location |
384 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
S-sulfhydration (-SSH) at ANXA11 Cystine 384 has the potential to affect its expression or activity. | ||||
Sulfoxidation |
|||||
Methionine |
3 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [36] , [37] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Methionine |
Modified Location |
354 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Sulfoxidation at ANXA11 Methionine 354 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [37] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Methionine |
Modified Location |
414 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Sulfoxidation at ANXA11 Methionine 414 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [37] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Methionine |
Modified Location |
422 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Sulfoxidation at ANXA11 Methionine 422 has the potential to affect its expression or activity. | ||||
SUMOylation |
|||||
Lysine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
255 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Sumoylation at ANXA11 Lysine 255 has the potential to affect its expression or activity. | ||||
Ubiquitination |
|||||
Arginine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [38] , [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Arginine |
Modified Location |
371 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Arginine 371 has the potential to affect its expression or activity. | ||||
Leucine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [38] , [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Leucine |
Modified Location |
364 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Leucine 364 has the potential to affect its expression or activity. | ||||
Lysine |
7 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
248 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 248 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
252 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 252 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 3 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
255 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 255 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 4 |
Have the potential to influence ANXA11 | [38] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
264 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 264 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 5 |
Have the potential to influence ANXA11 | [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
271 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 271 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 6 |
Have the potential to influence ANXA11 | [40] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
282 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 282 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 7 |
Have the potential to influence ANXA11 | [1] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Lysine |
Modified Location |
479 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Lysine 479 has the potential to affect its expression or activity. | ||||
Serine |
1 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [38] , [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Serine |
Modified Location |
231 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Serine 231 has the potential to affect its expression or activity. | ||||
Valine |
2 PTM Phenomena Related to This Residue | Click to Show/Hide the Full List | |||
PTM Phenomenon 1 |
Have the potential to influence ANXA11 | [38] , [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Valine |
Modified Location |
352 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Valine 352 has the potential to affect its expression or activity. | ||||
PTM Phenomenon 2 |
Have the potential to influence ANXA11 | [38] , [39] | |||
Role of PTM |
Potential impacts | ||||
Modified Residue |
Valine |
Modified Location |
382 | ||
Experimental Method |
Co-Immunoprecipitation | ||||
Detailed Description |
Ubiquitination at ANXA11 Valine 382 has the potential to affect its expression or activity. | ||||
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