# Phylum Assigned to: Characteristics Fate 1 Percolozoa subkingdom Adictyozoa lacks Golgi dictyosomes 2 Parabasalia subkingdom Dictyozoa branch Parabasalia has Golgi dictyosomes lacks mitochondria 3 Euglenozoa subkingdom Dictyozoa branch Bikonta infrakingdom Euglenozoa has Golgi dictyosomes mostly with mitochondria with trans-splicing of miniexons 4 Opalozoa (flagellates) subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Ciliomyxa superphylum Opalomyxa has Golgi dictyosomes tubular mitochondrial cristae with cis-spliced introns predominantly ciliated, no cortical alveoli 5 Mycetozoa (slime molds) subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Ciliomyxa superphylum Opalomyxa has Golgi dictyosomes tubular mitochondrial cristae with cis-spliced introns predominantly ciliated, no cortical alveoli 6 Choanozoa (choanoflagellates) subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Ciliomyxa superphylum Choanozoa has Golgi dictyosomes flattened mitochondrial cristae with cis-spliced introns predominantly ciliated, no cortical alveoli 7 Dinozoa (Dinoflagellata and Protalveolata) subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Alveolata superphylum Miozoa has Golgi dictyosomes tubular mitochondrial cristae with cis-spliced introns with cortical alveoli Reassigned to Miozoa in Alveolata.[17] 8 Apicomplexa subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Alveolata superphylum Miozoa has Golgi dictyosomes tubular mitochondrial cristae with cis-spliced introns with cortical alveoli Reassigned to Miozoa in Alveolata.[17] 9 Ciliophora subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Alveolata superphylum Heterokaryota has Golgi dictyosomes tubular mitochondrial cristae with cis-spliced introns with cortical alveoli Reassigned to Alveolata.[17] 10 Rhizopoda (lobose and filose amoebae) subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Neosarcodina has Golgi dictyosomes usually with tubular cristae with cis-spliced introns 11 Reticulosa (foraminifera; reticulopodial amoebae) subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Neosarcodina has Golgi dictyosomes usually with tubular cristae with cis-spliced introns 12 Heliozoa subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Actinopoda has Golgi dictyosomes mostly with mitochondria with cis-spliced introns has axopodia 13 Radiozoa subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Actinopoda has Golgi dictyosomes mostly with mitochondria with cis-spliced introns has axopodia 14 Entamoebia subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Entamoebia has Golgi dictyosomes with cis-spliced introns no mitochondria, peroxisomes, hydrogenosomes or cilia transient intranuclear centrosomes 15 Myxosporidia subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Myxozoa has Golgi dictyosomes with cis-spliced introns endoparasitic, multicellular spores, mitochondria, and no cilia Reclassified as animals in 1998.[18] 16 Haplosporidia subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Myxozoa has Golgi dictyosomes with cis-spliced introns endoparasitic, multicellular spores, mitochondria, and no cilia Reclassified as animals in 1998.[18] 17 Paramyxia subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Myxozoa has Golgi dictyosomes with cis-spliced introns endoparasitic, multicellular spores, mitochondria, and no cilia Reclassified as animals in 1998.[18] 18 Mesozoa subkingdom Dictyozoa branch Bikonta infrakingdom Neozoa parvkingdom Mesozoa has Golgi dictyosomes with cis-spliced introns tubular mitochondrial cristae multicellular with no collagenous connective tissue Reclassified as animals in 1998.[18]