Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-4 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons; blue circles indicate ASER; red circles indicate ASEL. (C) gcy-4prom::gfp. Dorsal view of the head region.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-19 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons; blue circles indicate ASER; red circles indicate ASEL. (N) gcy-19prom::gfp. Lateral view (left) and dorsal view (right) of the head region. (Inset, left) The overlap of the gfp signal with DiI-filled IL2 neurons.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-29 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons; blue circles indicate ASER; red circles indicate ASEL. (S) gcy-29prom::gfp. Ventral view of the head region. The reporter is also expressed in AWCL/R and in AVKL/R (not shown in this animal).

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-14 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons; blue circles indicate ASER; red circles indicate ASEL. (D) gcy-14prom::gfp. Dorsal view of the head region.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-2 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons. (G) gcy-2prom::gfp. Lateral view of the head region. A defined subset of the amphid neurons are filled with DiI to allow for easier assessment of cell position. (Inset) A dorsal view illustrating bilateral symmetry of gfp-expressing cells.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-18 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons. (L) gcy-18prom::gfp. Lateral view of the head region. (Inset) A lateral view of gfp expression in relation to the rfp expression from otIs133, an AIY-specific cell marker.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-1 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons; blue circles indicate ASER; red circles indicate ASEL. (A) gcy-1prom::gfp. Dorsal view (left) and ventral view (right) of two different focal plains of the head region. The inset in the right panel shows the overlap of the gfp signal with otIs133, an AIY-expressed rfp marker (lateral view).

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-11 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons. (H) gcy-11prom::gfp. Lateral view of the head region. The strong neuronal expression (N) in the pharynx is likely due to the injection marker, but pharyngeal muscle expression is due to the reporter gene.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-13 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons. (I) gcy-13prom::gfp. Dorsal view of the head region. (Inset) A lateral view of a DiI-filled animal.

Picture from Ortiz CO et al. (2006) Genetics "Searching for neuronal left/right asymmetry: genomewide analysis of nematode ...."

Expression pattern of gcy-15 reporter gene fusion. Transgenic animals expressing gfp reporter gene fusions are shown. Images are of representative animals from several independent lines. Most transgenic animals are scored in the late larval and adult stage and contain otIs151 in the background to facilitate the identification of the ASE neurons. ( J) gcy-15prom::gfp. Lateral view of the head region. A defined subset of the amphid neurons are filled with DiI to allow for easier assessment of cell position. (Inset) A ventral view to illustrate bilateral symmetry.