Chlorarachniophyte
Top View
- Hackett Et Al
- Genomic View on Origin of Foraminifera and Their Relationships with Other Amoeboid Protists
- Comparative Genomics of Mitochondria in Chlorarachniophyte
- Dna Barcoding of Chlorarachniophytes Using Nucleomorph Its Sequences1
- Lateral Gene Transfer and the Evolution of Plastid-Targeted Proteins in the Secondary Plastid-Containing Alga Bigelowiella Natans
- PROTISTOLOGY European Journal of Protistology 40 (2004) 119–135
- A Novel Polyubiquitin Structure in Cercozoa and Foraminifera: Evidence for a New Eukaryotic Supergroup
- The Eukaryotic Tree of Life from a Global Phylogenomic Perspective
- Changes in the Transcriptome, Ploidy, and Optimal Light Intensity of a Cryptomonad Upon Integration Into a Kleptoplastic Dinoflagellate
- Horizontal and Endosymbiotic Gene Transfer in Early Plastid Evolution Rafael Isaac Ponce Toledo, Purificacion Lopez-Garcia, David Moreira
- Chapter 23 – Protists
- The New Tree of Eukaryotes
- Genes from Two Divergent Species Of
- Genomics of Blastocrithidia, a Trypanosomatid with All Three Stop Codons Reassigned
- Lotharella Reticulosa Sp. Nov.: a Highly Reticulated
- Article (Published Version)
- Spezielle Leistungen Der Plastide: RNA-Edierung in Landpflanzen, Genomreduktion Und Proteinimport in Peridinin-Haltigen Dinoflagellaten
- Morphological Diversity Between Culture Strains of a Chlorarachniophyte, Lotharella Globosa