Nitration is a post-translational modification of mostly tyrosine residues that is caused by oxidation. First, a tyrosine radical is formed by one-electron oxidation followed by a reaction with nitrogen dioxide resulting in 3-nitrotyrosine. Lit.
- Type
- Incomplete
- pKa1
-
Acidic
7.25 - pKa2
-
None
- pKa3
-
None
- NativeCharge
- Loss
- H
- Gain
- NO2
- Deltamass
-
Monoisotopic
44.9850782119122
Average
44.9975723125273 - UVSpec
-
Display
λ
/ nmε
/ M-1 cm-1214 0 240 0 245 0 250 2267 255 2646 260 3308 265 3783 270 4279 272 4321 274 4388 276 4521 278 4588 280 4563 282 4521 284 4642 286 4750 288 4608 290 4421 292 4225 294 3867 296 3496 298 3088 300 2833 302 2583 304 2383 306 2175 308 1921 310 1813 312 1725 314 1658 316 1650 318 1658 320 1679 - H
- AA
- Y
- Pattern