K. W. Adolph

CDR Proteins of C. elegans and Related Species: Relationship to Metaxin and FAXC Proteins

The paper identifies structural homology between CDR proteins in C. elegans and metaxin/FAXC proteins in vertebrates and invertebrates, showing they form a distinct category despite low amino acid identity.

FAXC Proteins of Vertebrates and Invertebrates: Relationship to Metaxin Proteins

The paper identifies FAXC proteins in vertebrates and invertebrates as metaxin-like proteins based on structural features, but shows they are distinct from metaxins with low sequence similarity.

The Metaxin Mitochondrial Import Proteins: Multiple Metaxin-like Proteins in Fungi

This paper identifies multiple metaxin-like proteins in fungi, showing homology with vertebrate metaxins and conserved domains, but distinct phylogenetic grouping.

Protist and Fungal Metaxin-Like Proteins: Relationship to Vertebrate Metaxins that Function in Protein Import into Mitochondria

The paper identifies metaxin-like proteins in protists and fungi, showing sequence and structural similarities to vertebrate metaxins but distinct phylogenetic relationships.

Plant and Bacterial Metaxin-like Proteins: Novel Proteins Related to Vertebrate Metaxins Involved in Uptake of Nascent Proteins into Mitochondria

The paper identifies metaxin-like proteins in plants and bacteria, showing homology to vertebrate metaxins and conserved domains, but distant relation to GSTs.

Invertebrate Metaxins 1 and 2: Widely Distributed Proteins Homologous to Vertebrate Metaxins Implicated in Protein Import into Mitochondria

This paper identifies and characterizes invertebrate homologs of vertebrate metaxins 1 and 2, showing their wide distribution across phyla and conserved domain structures.

Metaxin 3 is a Highly Conserved Vertebrate Protein Homologous to Mitochondrial Import Proteins and GSTs

The paper identifies Metaxin 3 as a conserved vertebrate protein with homology to mitochondrial import proteins and GSTs, showing distinct sequence identities and gene adjacency patterns.