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|Monomer||Echinophyllia sp. SC22||25.5 kDa||-|
|State||Ex λ||Em λ||EC (M-1 cm-1)||QY||Brightness||pKa||Maturation (min)||Lifetime (ns)|
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Padron(star) was derived from Padron with the following mutations: I94H/I100S/L141R/Q222N
At 37 °C, Padron* behaves as a true monomer, although it has a slight tendency for dimerization at lower temperatures (∼15% dimer at 4 °C). The dimerization tendency was removed by exchanging hydrophobic amino acid residues that are located in potential dimer interfaces, namely Ile94, Ile100 and Leu141...The variant obtained [ Padron*(star) ] exhibits a slightly reduced dynamic range in the switchable signal (off-state fluorescence is 2% instead of 0.7% of the on-state signal), and its bleaching per cycle amounts to 3% instead of 2%. Hence Padron*(star) is particularly useful for applications at low temperatures; for most in vivo applications that require elevated temperatures, Padron* is superior.
Andresen et al. (2008)
(2008). Nature Biotechnology, 26(9) , 1035-1040. doi: 10.1038/nbt.1493. Article Pubmed
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