Fig. 6. Balionemertes cf. australiensis Sundberg, Gibson, and Olsson, 2003, three-dimensional reconstructions of medullar fibrous tissue of the nervous system in brain region (i.e., cortical neuronal tissue is omitted); arrowheads indicating nerve fibres leading to buccal nerves sent out antero-ventrally from a commissure between inferior lobes of ventral ganglia. A, Left lateral view; B, dorsal view; C, ventral view; D, right rear view; E, magnification of commissures between inferior lobes of ventral ganglia, left rear view.Published as part of Kajihara, Hiroshi, 2020, Three Species of Ribbon Worms (Nemertea) from Cebu, the Philippines, pp. 251-273 in Species Diversity 25 on page 257, DOI: 10.12782/specdiv.25.251, http://zenodo.org/record...
Figures 13–18. Cinclidonemertes mooreae fam., gen. et sp. nov. (13) Foregut region; anterior caecal ...
FIGURE 3. Dushia wijnhoffae Schwartz & Norenburg sp. nov. (A, B, D) Photomicrographs of transverse s...
Most nemerteans are studied from poorly preserved museum specimens. Much of the existing data on thi...
Fig. 9. Prosadenoporus olympiae sp. nov., A, D–F, holotype, PNM 4645; B, paratype, PNM 4646; C, para...
Figure 7. Microscopic anatomy of Prosadenoporus species. (A–C) A series of transverse sections throu...
Figure 9. (A–B) Transverse sections through the frontal organ of Pantinonemertes californiensis; (C–...
Fig. 7. Ototyphlonemertes (macintoshi) ani Chernyshev, 2007. A, Entire body; B, composite photomicro...
FIGURE 5. Cerebratulus orochi sp. nov., ICHUM 6078 (holotype). (A) Transverse section through poster...
Kajihara, Hiroshi (2020): Three Species of Ribbon Worms (Nemertea) from Cebu, the Philippines. Speci...
FIGURE 2. (1) Tubulanus rhabdotus Corrêa, 1955, lateral view; (2) Carinomella cf. lactea Coe, 1905: ...
Nemertodermatida are microscopic marine worms likely to be the sister-group to acoels, forming with ...
FIGURE 3. Dinonemertes shinkaii sp. nov., holotype, JAMSTEC 6K549SS4, transverse sections. A. Probos...
FIGURE 3 Cephalothrix suni sp. nov. (A-H) transverse histological sections of the holotype: precereb...
Fig. 11. Ototyphlonemertes (parmula) tsukagoshii sp. nov. A, Entire body; B, C, composite photomicro...
FIGURE 6. Dushia nigra (Stimpson, 1855) species complex comb. nov. Photomicrographs of transverse se...
Figures 13–18. Cinclidonemertes mooreae fam., gen. et sp. nov. (13) Foregut region; anterior caecal ...
FIGURE 3. Dushia wijnhoffae Schwartz & Norenburg sp. nov. (A, B, D) Photomicrographs of transverse s...
Most nemerteans are studied from poorly preserved museum specimens. Much of the existing data on thi...
Fig. 9. Prosadenoporus olympiae sp. nov., A, D–F, holotype, PNM 4645; B, paratype, PNM 4646; C, para...
Figure 7. Microscopic anatomy of Prosadenoporus species. (A–C) A series of transverse sections throu...
Figure 9. (A–B) Transverse sections through the frontal organ of Pantinonemertes californiensis; (C–...
Fig. 7. Ototyphlonemertes (macintoshi) ani Chernyshev, 2007. A, Entire body; B, composite photomicro...
FIGURE 5. Cerebratulus orochi sp. nov., ICHUM 6078 (holotype). (A) Transverse section through poster...
Kajihara, Hiroshi (2020): Three Species of Ribbon Worms (Nemertea) from Cebu, the Philippines. Speci...
FIGURE 2. (1) Tubulanus rhabdotus Corrêa, 1955, lateral view; (2) Carinomella cf. lactea Coe, 1905: ...
Nemertodermatida are microscopic marine worms likely to be the sister-group to acoels, forming with ...
FIGURE 3. Dinonemertes shinkaii sp. nov., holotype, JAMSTEC 6K549SS4, transverse sections. A. Probos...
FIGURE 3 Cephalothrix suni sp. nov. (A-H) transverse histological sections of the holotype: precereb...
Fig. 11. Ototyphlonemertes (parmula) tsukagoshii sp. nov. A, Entire body; B, C, composite photomicro...
FIGURE 6. Dushia nigra (Stimpson, 1855) species complex comb. nov. Photomicrographs of transverse se...
Figures 13–18. Cinclidonemertes mooreae fam., gen. et sp. nov. (13) Foregut region; anterior caecal ...
FIGURE 3. Dushia wijnhoffae Schwartz & Norenburg sp. nov. (A, B, D) Photomicrographs of transverse s...
Most nemerteans are studied from poorly preserved museum specimens. Much of the existing data on thi...