Fringe modifies the receptor Notch and makes D cells more sensitive to Delta and less sensitive to Serrate [31], [32].
The experiments revealed that Fringe proteins modify specific same-cell interactions in a way that enables a cell to receive one type of Notch signal from a neighboring cell and send a different type of Notch signal to another cell at the same time.
The glycosylation status of the Notch receptor is modified by Fringe proteins (radical, maniac and lunatic), and these post-translational modifications are important for ligand binding.
The lips are thick with pleats or fringes, though are not modified to be suctorial.
Lunatic Fringe (Lfng) can modify the glycosylation pattern of Notch1 receptors (but not Notch2) in a manner that potentiates DLL1-mediated signaling but inhibits Jag1-mediated signaling [71], [72], [73].
The modified, or incoherent, fringe projection technique is based on a Michelson interferometer set up in which an incoherent extended light source is used to project straight Fizeau fringes directly onto the retina.
The MZI was dispersion balanced and set at 1 mm path difference and fringes were detected by a modified 200 MHz dual-balanced photodetector to generate phase information to recalibrate the OCT interference fringe signals.
In this paper, a modified stair phase-coding fringe is designed, and a new phase unwrapping algorithm based on shifting fringe order is presented.
Snake scales may be modified to form fringes, as in the case of the Eyelash Bush Viper, Atheris ceratophora, or rattles as in the case of the rattlesnakes of North America.
A modified stair phase-coding fringe was designed, and a new phase unwrapping algorithm based on stair phase-coding fringe was presented.
The following steps comprise the process of a modified stair phase-coding fringe.
