- WBPmat00000039
P2, found in PHA-4-regulated pharyngeal genes; weak, variable enhancer in pharyngeal cells after pharynx primordium forms; frequency matrix.
- WBPmat00000050
P2, found in PHA-4-regulated pharyngeal genes; weak, variable enhancer in pharyngeal cells after pharynx primordium forms; weight matrix.
- WBPmat00000048
P1a, found in PHA-4-regulated pharyngeal genes; predicted to act as a weak, variable enhancer in pharyngeal cells after the pharynx primordium forms; weight matrix.
- WBPmat00000038
P1b, found in PHA-4-regulated pharyngeal genes; predicted to act as a weak, variable enhancer in pharyngeal cells after the pharynx primordium forms; frequency matrix.
- WBPmat00000037
P1a, found in PHA-4-regulated pharyngeal genes; predicted to act as a weak, variable enhancer in pharyngeal cells after the pharynx primordium forms; frequency matrix.
- WBPmat00000049
P1b, found in PHA-4-regulated pharyngeal genes; predicted to act as a weak, variable enhancer in pharyngeal cells after the pharynx primordium forms; weight matrix.
- WBPmat00000043
Early-2, found in early-expressed PHA-4-regulated pharyngeal genes; activates embryonic expression, in both pharyngeal and other head cells, after pharyngeal precursor specifiation (200-cell stage) but before formation of pharynx primordium; weight matrix.
- WBPmat00000032
Early-2, found in early-expressed PHA-4-regulated pharyngeal genes; activates embryonic expression, in both pharyngeal and other head cells, after pharyngeal precursor specifiation (200-cell stage) but before formation of pharynx primordium; frequency matrix.
- WBPmat00000046
Late-2, found in late-expressed PHA-4-regulated pharyngeal genes; enhances expression in most mid-embryonic pharyngeal cells, as pharynx primordium begins morphogenesis and differentiation; activity drops to low levels in larvae and adults; weight matrix.
- WBPmat00000035
Late-2, found in late-expressed PHA-4-regulated pharyngeal genes; enhances expression in most mid-embryonic pharyngeal cells, as pharynx primordium begins morphogenesis and differentiation; activity drops to low levels in larvae and adults; frequency matrix.