A molecular phylogenetic framework for the phylum Ctenophora using 18S rRNA genes.
- M. Podar, S. Haddock, M. Sogin, G. Harbison
- BiologyMolecular Phylogenetics and Evolution
- 1 November 2001
The first molecular phylogenetic analysis of the phylum Ctenophora, by use of 18S ribosomal RNA sequences from most of the major taxa, suggests that the ctenophores form a distinct monophyletic group that is most closely related to the cnidarians.
Molecular phylogenetic framework for the phylum Ctenophora based on 18s rRNA sequences
- M. Podar
- Biology
- 2001
A COMPREHENSIVE REVIEW ON TRIVRIT (OPERCULINA TURPETHUM SYN. IPOMOEA TURPETHUM )
- R. A. Podar, M. Podar
- Medicine, Biology
- 2010
The herb merits further research as it may be a source of potential anticancer and anti-rheumatic agent(s), as the plant Operculina turpethum is endangered and prompt attention needs to be given to protect it from extinction.
The Genome of the Ammonia Oxidizing Bacterium Nitrosomonas europaea: Iron Metabolism and Barriers to Heterotrophy
- S. Giovannoni, L. Bibbs, E. Mathur
- Biology, Engineering
- 2005
The genome sequence is used to explore the genetic structure and mechanisms underlying the lithoautotrophic growth style of N. europaea, and its Fe requirements and its possible barriers to utilizing carbon sources different from CO2 are investigated.
Pelagibacter ubique : A Post-Genomic Investigation of Carbon Metabolism and Photochemistry in an Extraordinarily Abundant Oceanic Bacterium
- S. Giovannoni, L. Bibbs, E. Mathur
- Biology
- 2005
The genome sequence is used to explore the genetic structure and mechanisms underlying the lithoautotrophic growth style of N. europaea, and its Fe requirements and its possible barriers to utilizing carbon sources different from CO2 are investigated.