新Proteomics/Genomics杂志寻reviewers# Immigration - 落地生根
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一个Proteomics/Genomics 方面的open access journal，我正在handle一个稿子，需
要寻找几个reviewers。文章title/abstract如下。杂志也不是多好，但也能派上用场
。感兴趣的可站内联系，我需要尽快发出邀请，已经拖了几天了。
请给出name, institute, position, email, expertise, and representative
publications related to this manuscript.
Article Title : Classification of non-animals and invertebrates based on
amino acid composition of complete mitochondrial genomes
Abstract :
Amino acid compositions were predicted from data sets of 47 non-animal and
58 invertebrate animal complete mitochondrial genomes, which were chosen
alphabetically based on scientific names without considering biological
characteristics. Using Ward’s clustering method with amino acid composition
or nucleotide content as traits,non-animals were classified into Plantae,
Chromalveolata, and Fungi, and invertebrates were classified into Animalia
and primitive groups, Amoebozoa, Excavata, Protista, and Choanozoa. A
combined sample set of primitive eukaryotes was also examined by cluster
analysis using amino acid composition and nucleotide content. Some Amoebozoa
comprised a single cluster, whereas other Amoebozoa were grouped with other
organisms (Excavata, Prosista, Chromaleolata, Fungi and Plantae),
indicating their close relationships. Choanozoa (choanoflagellates; Monosiga
brevicollis), considered the closest living relatives of animals, were
found to be instead closely related to Fungi (Smittium culisetae, Pleurotus
ostreatus, and Epidermophyton floccosum) and Excavata Malawimonas
jakobiformis). Our results demonstrate that amino acid composition and
nucleotide content are useful indices for characterizing non-animal and
invertebrate complete mitochondrial genomes.
要寻找几个reviewers。文章title/abstract如下。杂志也不是多好，但也能派上用场
。感兴趣的可站内联系，我需要尽快发出邀请，已经拖了几天了。
请给出name, institute, position, email, expertise, and representative
publications related to this manuscript.
Article Title : Classification of non-animals and invertebrates based on
amino acid composition of complete mitochondrial genomes
Abstract :
Amino acid compositions were predicted from data sets of 47 non-animal and
58 invertebrate animal complete mitochondrial genomes, which were chosen
alphabetically based on scientific names without considering biological
characteristics. Using Ward’s clustering method with amino acid composition
or nucleotide content as traits,non-animals were classified into Plantae,
Chromalveolata, and Fungi, and invertebrates were classified into Animalia
and primitive groups, Amoebozoa, Excavata, Protista, and Choanozoa. A
combined sample set of primitive eukaryotes was also examined by cluster
analysis using amino acid composition and nucleotide content. Some Amoebozoa
comprised a single cluster, whereas other Amoebozoa were grouped with other
organisms (Excavata, Prosista, Chromaleolata, Fungi and Plantae),
indicating their close relationships. Choanozoa (choanoflagellates; Monosiga
brevicollis), considered the closest living relatives of animals, were
found to be instead closely related to Fungi (Smittium culisetae, Pleurotus
ostreatus, and Epidermophyton floccosum) and Excavata Malawimonas
jakobiformis). Our results demonstrate that amino acid composition and
nucleotide content are useful indices for characterizing non-animal and
invertebrate complete mitochondrial genomes.