Picture from Picken NC et al. (2002) J Mol Biol "Structural and biological characterisation of the gut-associated cyclophilin ...."

b-Galactosidase staining pattern of transgenic nematodes carrying a LacZ/cyp-6 promotor fusion. Gastrulation stage early embryo (left) and post-elongation late stage embryo (right) are depicted, with blue-stained gut nuclei. The localisation is nuclear due to the inclusion of a nuclear localisation signal in the expression vector, to aid cell identification.

Picture from Picken NC et al. (2002) J Mol Biol "Structural and biological characterisation of the gut-associated cyclophilin ...."

Figure 3. The temporal expression pattern of cyp-5. The relative abundance of the cyp-5 transcript is expressed as a RT-PCR ratio to that of ama-1 from pooled mRNA samples representing all the life cycle stages of C. elegans. Bars represent standard errors from four independent experiments.

Picture from Picken NC et al. (2002) J Mol Biol "Structural and biological characterisation of the gut-associated cyclophilin ...."

(c) Comma stage embryo stained with antibodies raised to CYP-5 protein, depicting gut cell nuclear-excluded expression pattern. (d) Same embryo as in (c), stained by DAPI to depict nuclei. (e) Normaski image of embryo depicted in (c).

Picture from Picken NC et al. (2002) J Mol Biol "Structural and biological characterisation of the gut-associated cyclophilin ...."

b-Galactosidase staining pattern of transgenic nematodes carring a LacZ/cyp-5 promotor fusion. Adult hemaphrodites are depicted with blue staining gut nuclei. The localisation is nuclear due to the inclusion of a nuclear localisation signal in the expression vector, to aid cell identification.

Picture from Picken NC et al. (2002) J Mol Biol "Structural and biological characterisation of the gut-associated cyclophilin ...."

Figure 4. Spatial expression of the CYP-B isoforms CYP-5 and CYP-6. (a) b-Galactosidase staining pattern of transgenic nematodes carring a LacZ/cyp-5 promotor fusion. Adult hemaphrodites are depicted with blue staining gut nuclei. (b) b-Galactosidase staining pattern of transgenic nematodes carrying a LacZ/cyp-6 promotor fusion. Gastrulation stage early embryo (left) and post-elongation late stage embryo (right) are depicted, with blue-stained gut nuclei. The localisations depicted in (a) and (b) are nuclear localised due to the inclusion of a nuclear localisation signal in the expression vector, to aid cell identification. (c) Comma stage embryo stained with antibodies raised to CYP-5 protein, depicting gut cell nuclear-excluded expression pattern. (d) Same embryo as in (c), stained by DAPI to depict nuclei. (e) Normaski image of embryo depicted in (c).

Picture from Tsushima H et al. (2013) PLoS One "A snapshot of the physical and functional wiring of the Eps15 homology domain ...."

(C) Images (epifluorescence) of hermaphrodites carrying the reps-1p::REPS-1::GFP transgene. Anterior is to the left, ventral down. NR: nerve ring, INT: intestine, ESC: excretory system, V: vulva, NC: nerve cord, M: muscle cell. The asterisks indicate nerve commissures. Bars: 100 mm in a, 20 mm in b, 10 mm in c and d.

Picture from Sumakovic M et al. (2009) J Cell Biol "UNC-108/RAB-2 and its effector RIC-19 are involved in dense core vesicle ...."

Figure S1. rab-2 shows ubiquitous expression with high expression levels in the nervous system. (A-C) GFP was expressed under the rab-2 promoter. rab-2 is expressed in the muscle (M) but shows strong expression levels in the nervous system. BWM, body wall muscle; HN, head neurons; NC, nerve cord; TG, tail ganglia; VM, vulva muscle. (D) Expression of rab-2 in vulval cells (VC) and intestinal epithelium (IE). Bars: (A) 30 um; (B-D) 20 um.

Picture from Chen L et al. (2011) Neuron "A RasGRP, C. elegans RGEF-1b, couples external stimuli to behavior by activating ...."

Figure 2. The rgef-1 Promoter Is Active in Neurons An rgef-1::GFP transgene was expressed in C. elegans. Accumulation of GFP was monitored by fluorescence microscopy. (A), (C), and (E) show GFP fluorescence; (B), (D), and (F) are corresponding phase micrographs. (A) and (C) show the rgef-1 promoter is active throughout the nervous system. GFP is evident in head neurons (H), nerve ring (NR), tail neurons (T), and nerve cord (NC). (E) rgef-1 promoter activity is initially observed in late embryos.

Picture from Edwards SL et al. (2018) Genetics "Sentryn Acts with a Subset of Active Zone Proteins To Optimize the Localization of ...."

Figure 1. KGB-1 is broadly expressed. Images (not to scale) of kgb-1p::kgb-1::gfp wormsfrom the larval L3 stage to day 4 of adulthood (D4). A. pharyngeal (ph) and Intestinal (int)expression, with prominent localization to intestinal nuclei and to intestinal cell apicalmembranes (ap). B. Epidermal (epi) expression, with arrowheads marking nuclei. C. muscle(m) expression; fluorescence intensity is blown up to show association with muscle fibers(arrowheads). D. Expression in head neurons (n). E. Expression in neuronal commissures(nc). F. vulval (v) expression.

Picture from Liu L et al. (2018) Genetics "Integration of Stress Signaling in Caenorhabditis elegans Through Cell ...."

Figure 1. KGB-1 is broadly expressed. Images (not to scale) of kgb-1p::kgb-1::gfp wormsfrom the larval L3 stage to day 4 of adulthood (D4). A. pharyngeal (ph) and Intestinal (int)expression, with prominent localization to intestinal nuclei and to intestinal cell apicalmembranes (ap). B. Epidermal (epi) expression, with arrowheads marking nuclei. C. muscle(m) expression; fluorescence intensity is blown up to show association with muscle fibers(arrowheads). D. Expression in head neurons (n). E. Expression in neuronal commissures(nc). F. vulval (v) expression.