- Expr8399
Northern blot temporal expression: L4 to adult-NA.
- Expr8229
About 20% GABAergic presynaptic terminals (RFP puncta) co-localized with postsynaptic NKB-1 (GFP) localization (103 co-localization with GFP puncta in totally observed 470 RFP puncta (n = 20 animals)). The majority of the postsynaptic Na+/K+ ATPase localization did not overlap with that of GABAergic synapses, suggesting a predominant localization of the Na+/K+ ATPase at cholinergic postsynaptic sites.
- Expr2122
Expression is seen from the 2-fold embryonic stage until adulthood and is confined to neuronal cells of the nerve-ring, retrovesicular ganglion and the tail region. This gene has homology to Na+/K+/Cl- transporters.
- Expr2128
Diffuse expression is seen in predominantly older larvae and adults in a number of components, i.e. throughout the musculature of the pharynx, in bodywall muscle and vulval muscle cells, in processes composing the nerve ring, and in somatic cells of the spermathecae. This gene has homology to Na-dependent inorganic phosphate cotransporters.
- Expr13641
The W01A8.1 translational fusion constructs resulted in high levels of cytoplasmic proteins present in intestinal and epidermal cells on vesicular structures with the characteristic appearance of lipid droplets. This pattern of expression and cellular distribution was observed beginning at the three-fold embryonic stage and continued throughout development to adulthood. To confirm that the observed GFP-associated vesicular structures were indeed lipid droplets, transgenic animals were stained with the lipophilic reagent LipidTox as previously described (O'Rourke et al., 2009). The translational GFP fusion protein reporters were localized at the periphery of fat droplets that were LipidTox positive.
- Expr113
Diffuse non-nuclear staining is seen in the intestine from the 3-fold embryonic stage onwards. Staining in young larvae is very strong and extends from the pharyngeo-intestinal valve to the anus. Expression is less frequently observed, and is less extensive, in L4 larvae and adults. Although non-nuclear localised, staining is centred on sub-cellular foci, possibly in intestinal granules. This gene has homology to Na(+)/H(+) exchange proteins.