Multi-dimensional marine organisms dataviewer

Gastrula G6 stage - B. lanceolatum development_02

Gastrula G6 stage - B. lanceolatum development_01

Gastrula G5 stage - B. lanceolatum development_02

Gastrula G5 stage - B. lanceolatum development_01

Gastrula G4 stage - B. lanceolatum development_02

Gastrula G4 stage - B. lanceolatum development_01

Gastrula G3 stage - B. lanceolatum development

Gastrula G2 stage - B. lanceolatum development

Gastrula G1 stage - B. lanceolatum development

Gastrula G0 stage - B. lanceolatum development

Blastula B stage - B. lanceolatum development_03

Blastula B stage - B. lanceolatum development_02

Blastula B stage - B. lanceolatum development_01

128-cell stage - B. lanceolatum development

64-cell stage - B. lanceolatum development

32-cell stage - B. lanceolatum development

16-cell stage - B. lanceolatum development

8-cell stage - B. lanceolatum development_02

8-cell stage - B. lanceolatum development_01

4-cell stage - B. lanceolatum development

2-cell stage - B. lanceolatum development

1-cell stage - B. lanceolatum development

A bouquet of cells

Cell cycle asynchrony and gastrulation after stabilisation of β-catenin

Cell cycle asynchrony and gastrulation after ablation of the contraction pole

Formation of mitotic domains in a Phallusiaembryo

Embryonic development of Phallusia mammillata from 2 cell to gastrulation

Phallusia development from neural to tadpole

Embryonic development of Phallusia mammillata from 2 cell to gastrulation

Various stages in the development of Phallusia mammillata

Ephyrula, larvae of Pelagia jellyfish

In toto imaging of Phallusia embryonic development