Picture from Xiao H et al. (2009) Mol Biol Cell "Lysosome biogenesis mediated by vps-18 affects apoptotic cell degradation in ...."

Expression of VPS-18. (A) VPS-18::GFP expression in embryo (a and b), larva (c and d), adult coelomocyte (e and f), and germline (g and h) as well as the dissected-out germline (i and j). Arrows in (h and j) indicate germline sheath cells. The scale bars represent 20 um (a-d, i, and j), 5 um (e and f), and 10 um (g and h).

Picture from Yoshimura S et al. (2008) Development "mls-2 and vab-3 Control glia development, hlh-17/Olig expression and ...."

Expression pattern of ptr-10::myrRFP reporter transgene. (G-L) Merged fluorescence and DIC images (G,I,K) and fluorescence images (H,J,L) of an adult animal expressing ptr-10::myrRFP. Expression in the head (G,H), vulva (I,J) and rectum (K,L) is shown. Arrowheads in H indicate the expression in sheath and socket glia of IL, OL (blue), and OLQ (yellow) sensilla, as well as in CEPsh glia (white).

Picture from Tian Y et al. (2010) Cell "C. elegans screen identifies autophagy genes specific to multicellular ...."

(G-L) The epg-4 reporter is expressed ubiquitously in embryos (H) and widely in larvae (I). EPG-4::GFP colocalizes with the ER marker cherry::TRAM-1 (J-L). (G) Nomarski image of the embryo in H.

Picture from Zhang D et al. (2012) J Cell Biol "RAB-6.2 and the retromer regulate glutamate receptor recycling through a ...."

Figure 2. RAB-6.2 is broadly expressed in multiple tissues. (A-I) Fluorescence from Prab-6.2::GFP in body wall muscles (A), pharyngeal muscle and head neurons (B), hypodermal cells (C), the seam cells (D), intestinal epithelia (E), coelomocytes (F), vulval epithelia (G), the distal tip cells (H), and the vulval muscles and ventral cord dendrites (I). (J-J'') Fluorescence from Prab-6.2::GFP (J) and Pglr-1::mRFP (J') with images merged (J''). Coexpressing neurons are outlined. Bars, 5 um.

Picture from Izumikawa T et al. (2004) J Biol Chem "Nematode chondroitin polymerizing factor showing cell-/organ-specific ...."

g-j, colocalization of PAR 2.4 proteins (red) and chondroitin synthase (green) in an adult hermaphrodite (head region). g, a DIC image of the nematode co-injected with PAR 2.4::DsRed and ChSy::EGFP. The bright red fluorescence of PAR 2.4 proteins (h) and bright green fluorescence of ChSy proteins (i) are perfectly colocalized (j, arrows). Scale bar, 10 μm.

Picture from Boag PR et al. (2005) Development "A conserved RNA-protein complex component involved in physiological germline ...."

Figure 4. CAR-1 colocalizes with CGH-1 in the embryo. Two-cell (A-C), four-cell (D-F), 16-cell (G-I), ~50-cell (J-L) and ~100-cell (M-O) embryos were immunostained for CAR-1 (A,D,G,J,M) and CGH-1 (B,E,H,K,N). Merged images that include DAPI staining are also shown (C,F,I,L,O). Anterior is to the left.

Picture from Ono K et al. (2006) Mol Biol Cell "Caenorhabditis elegans kettin, a large immunoglobulin-like repeat protein, ...."

Figure 5. Localization of Ce-kettin in embryos. Embryos at the comma (A-C), twofold (D-I), and threefold (J-O) stages were stained for Ce-kettin (A, D, G, J, and M) and actin (B, E, H, K, and N). Merged images of Ce-kettin (green) and actin (red) are shown in C, F, I, L, and O. Focus was adjusted for the body wall muscle in D-F and J-L or the pharynx in G-I and M-O. Actin-rich structure in H (asterisk) is the nerve ring. Bar, 10 um.

Picture from Iino Y et al. (1998) Biochem Biophys Res Commun "Expression pattern of the C. elegans P21-activated protein kinase, ...."

FIG. 4. Expression pattern of the CePAK-GFP reporter without NLS. pCPK1.81 (Fig. 2) was introduced into the dpy-20 strain and the transformed animals were observed. Each pair of panels show the fluorescent image (A, C, E, G and I) and the Nomarski image (B, D, F, H and J) viewed at the same focal plane. A, B. Expression in the distal tip cell (DTC, arrowheads). The gonad (arrow in B) follows the DTC. Germ-line nuclei in the gonad are evident in B. C, D. Expression in the spermatheca (arrows). E, F. Expression in the uterus. Expression in one of the embryos is also seen (arrowhead). The vulva is shown by the arrow in F. G-J. Expression in the embryo. G, H and I, J show different focal planes of the same embryo. G, H. Close to the surface of the embryo. I, J. Along the midline of the embryo. Bar: 20um.

Picture from Mahoney TR et al. (2008) Proc Natl Acad Sci U S A "Intestinal signaling to GABAergic neurons regulates a rhythmic behavior in ...."

(G'-L') aex-2 is expressed in the GABAergic neurons AVL and DVB as well as in enteric muscles. (G and I) AEX-2::mCherry is detected in the nerve ring (NR, arrow), ciliary sensory processes (CA, open arrow), nerve cord (I), and head mesodermal cell (HMC, arrowhead). (H) AEX-2::mCherry is expressed in the intestinal muscle (IM, arrow) and anal depressor (AD, arrowhead). (J'-L') mCherry expressed under the aex-2 promoter is detected in AVL (J-L, arrow) and DVB (J''-L'', arrow) GABAergic neurons. AEX-2::mCherry signal does not significantly overlap with GABAergic GFP in the ventral nerve cord (J'-L'). (Scale bar, 20 um.) See SI Text for transgenes and clones.

Picture from Bembenek JN et al. (2007) Development "Cortical granule exocytosis in C. elegans is regulated by cell cycle components ...."

(G-I) UGTP-1::GFP-labeled 1 μm vesicles were clustered in prometaphase I (arrows, G) and redistributed across the cortex by metaphase I (arrows, H). Smaller cytoplasmic puncta remain after loss of the 1 μm vesicles (arrows, I). (J-L) WGA staining (J) co-localized with UGTP-1::GFP (K) in cortical granules in the cortex of a metaphase I embryo; merge in L. Scale bar: 10 μm.