Add to ORKGMicroRNA and phylogenomics congruently resolve the phylogenetic relationships of the Tardigrada within Ecdysozo
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Coding sequences (5,334 nt total) from elongation factor-1α, elongation factor-2, and the largest su...
The Ecdysozoa is a large clade of animals comprising the vast majority of living species and some of...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda (e.g. spiders, centipedes, in...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda (e.g. spiders, centipedes, in...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda, has dominated Earth’s habita...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda, has dominated Earth’s habita...
A major turning point in the study of metazoan evolution was the recognition of the existence of th...
A major turning point in the study of metazoan evolution was the recognition of the existence of th...
The phylogenetic placement of the phylum Tardigrada among the Metazoa is somewhat uncertain. In anal...
A major turning point in the study of metazoan evolution was the recognition of the existence of th...
Tardigrades constitute a phylum of miniaturized metazoans with ca. 1030 living species, a fossil rec...
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Phylum Tardigrada consists of similar to 1000 tiny, hardy metazoan species distributed throughout te...
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Coding sequences (5,334 nt total) from elongation factor-1α, elongation factor-2, and the largest su...
The Ecdysozoa is a large clade of animals comprising the vast majority of living species and some of...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda (e.g. spiders, centipedes, in...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda (e.g. spiders, centipedes, in...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda, has dominated Earth’s habita...
Ecdysozoa, the group including Nematoda (roundorms) and the Arthropoda, has dominated Earth’s habita...
A major turning point in the study of metazoan evolution was the recognition of the existence of th...
A major turning point in the study of metazoan evolution was the recognition of the existence of th...
The phylogenetic placement of the phylum Tardigrada among the Metazoa is somewhat uncertain. In anal...
A major turning point in the study of metazoan evolution was the recognition of the existence of th...
Tardigrades constitute a phylum of miniaturized metazoans with ca. 1030 living species, a fossil rec...
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Phylum Tardigrada consists of similar to 1000 tiny, hardy metazoan species distributed throughout te...
Morphological data traditionally group Tardigrada (water bears), Onychophora (velvet worms), and Art...
Coding sequences (5,334 nt total) from elongation factor-1α, elongation factor-2, and the largest su...
The Ecdysozoa is a large clade of animals comprising the vast majority of living species and some of...