User:Laura Carbone/Sandbox 1: Difference between revisions

From Proteopedia
Jump to navigationJump to search
No edit summary
No edit summary
Line 87: Line 87:
====GFP Mutants Used In FRET====
====GFP Mutants Used In FRET====


<applet load='1ema' size='400' frame='true' align='center' scene='User:Laura_Carbone/Sandbox_1/Chromophore/5' name='5'/>
(Applet is currently showing the chromophore of wild GFP.)
*GFP (eGFP): contains a mutation at Ser<sup>65</sup> in which the residue is most commonly replaced by Thr, Ala, or Gly.  Lacks the 395 nm excitation peak, but still emits light at 508 nm like wild-type GFP.
*GFP (eGFP): contains a mutation at Ser<sup>65</sup> in which the residue is most commonly replaced by Thr, Ala, or Gly.  Lacks the 395 nm excitation peak, but still emits light at 508 nm like wild-type GFP.
*BFP ([[1bfp]]): blue-shifted GFP that has replaced Tyr<sup>66</sup> with His (Y66H mutation).
*<scene name='User:Laura_Carbone/Sandbox_1/Bfp_chromophore/1'>BFP</scene> ([[1bfp]]): blue-shifted GFP that has replaced Tyr<sup>66</sup> with His (Y66H mutation).
*CFP ([[1oxd]]): contains Y66H mutation with an emission spectra between BFP and eGFP.
*CFP ([[1oxd]]): contains Y66H mutation with an emission spectra between BFP and eGFP.
*Sapphire: excitation spectra at 495 nm has been suppressed while the 395 nm  spectra is retained; still emits light at 508 nm.
*Sapphire: excitation spectra at 495 nm has been suppressed while the 395 nm  spectra is retained; still emits light at 508 nm.