Notes

Suborganellar Localization associated with Mitochondrial Healthy proteins along with Transcripts in Man Cellular material.
We evaluated the taxonomic status of the genus Megophrys in Sumatra using molecular and morphological data. Mitochondrial phylogenetic inference and morphological data revealed two undescribed species, one in southern SumatraM. selatanensis sp. nov. and one in northern SumatraM. acehensis sp. nov. We also detected a potential cryptic species within M. parallela, but refrain from describing this lineage here due to insufficient data. Genetic variation within Sumatran Megophrys is highly structured and will require additional geographic sampling to understand the interplay between geography and genetics in Sumatran Megophrys.Ibyacerina caparao new genus, new species (Trichoptera Leptoceridae) is described and illustrated from specimens collected at Serra do Capara, Minas Gerais, Brazil. The monotypic genus is characterized by tibial spur formula 0,2,2; preanal appendages originating from a single base with a median process; tergum X broad, heavily sclerotized, saddle-like, wider at apex, and upturned, bearing small stout setae; inferior appendages each 3-branched, setose; and phallic apparatus tubular, curved slightly ventrad, with pair of lateral processes. Phylogenetic Bayesian and maximum likelihood analyses based on concatenated cytochrome oxidase I (COI) and carbamoyl-phosphate synthetase (CAD) partial sequences (1,504 bp) including representatives of 38 leptocerid genera positioned Ibyacerina gen. nov. with good support within Leptocerinae. However, due to low branch support of most relationships among genera within the clade of Leptocerinae, except Mystacidini, Setodini, and Leptocerini, its close affinities and tribal placement are still unknown.The description of a new species of oribatid mites (Oribatida) of the family ZetorchestidaeZetorchestes krisperi sp. nov.is proposed based on adult and tritonymph specimens collected from rainforest soil of Bi Dup-Nui Ba National Park (southern Vietnam). We also review the distinguishing characteristics for Zetorchestes species and present an identification key to Zetorchestes species of the world. Diagnostic features of Zetorchestes nymphs are discussed.Neohydatothrips sophorae sp. n. is described from Western China. The new Sericothripinae species is characterized by the bicoloured body with the abdominal tergites bearing a posteromarginal craspedum. N. reticulatus (Kudo) is newly recorded in China. An updated key is provided to 18 species of Neohydatothrips from China.A new fossil mirid, Baltiomiris herczeki gen. and sp. nov. is described from Eocene Baltic amber. Available morphological information is provided with photographs. Additionally, Calocoris antennatus Statz in Statz Wagner, 1950, a compression fossil, is transferred to the extant genus Mermitelocerus Reuter based on similarities of habitus, particularly of head structures.The twelve generic names proposed by Cope in 1892, which were created without included species, are linked to existing taxa by recognition that Copes key is a simple modification of the previous skink generic key by Boulenger in 1887, splitting existing genera of Boulenger in accordance with the morphology of the species included in those genera. This insight allows for Copes generic names Dicloniscus, Dimeropus, Haploscincus, Ollochirus, Oncopus, Podoclonium and Tridentulus to be linked to single species in Boulengers treatment, and thus those species are identified as the types of those genera, resulting in synonymy of Dicloniscus with Chalcides, Dimeropus with Larutia, Haploscincus with Lipinia, Podoclonium with Scelotes, and Ollochirus, Oncopus and Tridentulus with Lerista. Furcillus, Mesomycterus, Monophorus and Monophyaspis are associated with multiple species in Boulengers classification, and type species are designated that minimize change to existing nomenclature but facilitate application of the names to otherwise unnamed lineages in case future divisions are considered warranted. Furcillus becomes a synonym of Lerista, Mesomycterus becomes a synonym of Brachyseps, Monophorus becomes a synonym of Phoboscincus and Monophyaspis becomes a synonym of Trachylepis. Lepidothyrus, for which a type species was previously identified, is a synonym of Mochlus. Reversal of precedence is invoked to avoid the need for use of the senior synonyms Dimeropus and Monophorus over the frequently used Larutia and Phoboscincus, however, Mesomycterus is a senior synonym of Brachyseps, and replaces that recently created name.We present a catalogue of 673 species and nine subspecies of Indian Arctiinae in 175 genera which represents 6.11% of the global Arctiinae. Out of 673 species, a monogeneric tribe Amerilini is represented by four species (0.59 % of Indian Arctiinae and 6.06 % of global Amerilini), Arctiini are known by 180 species in 38 genera (26.74 % of Indian Arctiinae and 2.73% of global Arctiini), Lithosiini comprise 419 species in 128 genera (62.25% of Indian Arctiinae and 13.30% of global Lithosiini), and Syntomini account for 70 species in eight genera (10.40 % of Indian Arctiinae and 5.83% of global Syntomini). Information related to type localities, records from India with respective literature references, and the genus/ species synonyms is provided. Brief summaries for the four tribes of Indian Arctiinae, stating their Indian genus and species diversities, diagnostic characters of imagines are also provided. Furthermore, we present data on the distribution of the Arctiinae within the biogeographic zones of India. In addition, a brief analysis of the research history of Indian Arctiinae illustrates the general patterns of when and by whom the Indian species were described.Descriptions of seven new, short-winged Australian Agraeciine genera are presented with details of distribution, calling songs and karyotypes of several species. Photographs of the habitats of most species are included. A key to the known brachypterous and micropterous Australia agraeciines is presented. A new subtribe Australiagraeciina Rentz, Su, Ueshima is described to include species with small size of adults, macropterous males, apterous females and males with the stridulatory file positioned on a raised swelling. Included in the new subtribe are the following Australiagraecia Rentz, Su and Ueshima Gen. et sp. nov. with the species A. spina Rentz, Su and Ueshima Gen. et sp. nov. (type species); A. minuta Rentz, Su and Ueshima Gen. et sp. nov.; A. helleri Rentz, Su and Ueshima Gen. et sp. nov.; A. torndirrupa Rentz, Su and Ueshima Gen. et sp. nov.; A. tagera Rentz, Su and Ueshima Gen. et sp. nov.; A. gladiator Rentz, Su and Ueshima Gen. et sp. nov.; A. curvata Rentz, Su and Ueshima Gen. et sp. nov. Ganiagraecia Rentz, Su and Ueshima Gen. nov.; G. karwinia Rentz, Su and Ueshima Gen. et sp. nov. (type species). Gwynnagraecia Rentz, Su and Ueshima Gen. nov.; G. viridis Rentz, Su and Ueshima Gen. HS-10296 et sp. nov. (type species).; G. perplexa Rentz, Su and Ueshima Gen. et sp. nov.; G. marandoo Rentz, Su and Ueshima Gen. et sp. nov. Latitatagraecia Rentz, Su and Ueshima Gen. nov.; L. kalamaya Rentz, Su and Ueshima Gen. et sp. nov. (type species); L. vulgivaga Rentz, Su and Ueshima Gen. et sp. nov. The following are placed in the subtribe Agraeciina Redtenbacher 1891 Cooloolagraecia Rentz, Su and Ueshima Gen. nov.; C. wallum Rentz, Su and Ueshima Gen. et sp. nov. (type species); C. gubbi Rentz, Su and Ueshima Gen. et sp. nov. Kokominiagraecia Rentz, Su and Ueshima Gen. nov.; K. dicra Rentz, Su and Ueshima Gen. et sp. nov. (type species). Timbarragraecia Rentz, Su and Ueshima Gen. nov.; T. samneilli Rentz, Su and Ueshima Gen. et sp. nov. (type species). A key to the Australiagraecia species is included.The family Diplomaragnidae Attems, 1907 of the Asian part of Russia is reviewed and shown to comprise 11 genera and 60 species + 1 dubious species. Two genera and seven species are described here as new to science Alineuma gen. nov., with type species A. rodionovi sp. nov. and Litovkia gen. nov., with the type species L. anisimovka sp. nov., Diplomaragna budilovi sp. nov., Diplomaragna dentifer sp. nov., Pacifiosoma shabalini sp. nov., Pacifiosoma acutum sp. nov., Pacifiosoma triangulatum sp. nov. Pacifiosoma asperum Mikhaljova, 2016 is recorded from the Primorsky Krai for the first time. Five genera are endemic to the Asian part of Russia. At the species level, the rate of endemism amounts to 91.7%. A key is given to all species of Diplomaragnidae presently known from Siberia and the Russian Far East. The distributions of the regions diplomaragnids are discussed. Taxonomic remarks are provided for many species.To date several studies have been carried out on Orthoptera fauna throughout Anatolia; however, there is no comprehensive study on the Orthoptera fauna of Hakkari Province. This study is a preliminary comprehensive research that deals with the less known Orthoptera (Insecta) fauna of Hakkari Province. In this respect, the records and possible localities were examined between the years 20182020 (except Kurdia uvarovi) for the Hakkari Province. Specimens were collected with the help of an insect sweep net or by hand. As a result of the field studies and literature research, it has been determined that the Orthoptera fauna in the province is represented by 51 genera and 69 species/subspecies belonging to 19 subfamilies in 8 families. In the study, 24 new records were noted for Hakkari Orthoptera fauna and Isophya iraca Maran, 1977 (syn. n), which is established as a new synonym of I. hakkarica Karabag, 1962. According to our preliminary research, the Orthoptera fauna of Hakkari includes 32 Ensiferan and 37 Caeliferan members. In the Ensifera suborder (long antennae katydids, crickets and allies), 25 species belonging to the Tettigoniidae, 5 species belonging to Gryllidae, and one species for the each of Myrmecophilidae and Gryllotalpidae families have been identified. Caelifera suborder includes 26 species belonging to the Acrididae, 9 species belonging to the Pamphagidae, and one species for each of the Pyrgomorphidae and Tetrigidae families. During the field studies, it was observed that the Uvarovistia satunini (Uvarov, 1916), Uvarovistia zebra (Uvarov, 1916) and, Bradyporus (Callimenus) latipes (Stl, 1875) species have high population densities. They swarm and damage the agricultural areas especially in the Durankaya, Bayky, Bal, and Krkda regions. For this reason, it is suggested that the populations of these species should be routinely monitored in agricultural areas.We describe two new species of Parosphromenus from Indonesia based on morphological and molecular diagnoses. Parosphromenus juelinae, sp. nov., occurs on Bangka Island. Its unpaired fin coloration is similar to that of P. deissneri, but it differs from the latter in having a rounded caudal fin with a non-filamentous branched median ray and a smaller anal fin. Although the new species has the same caudal fin structure as P. bintan, it can be distinguished from the latter by its distinct unpaired fin coloration and the intense red color on the body flanks. Parosphromenus kishii, sp. nov., is found only in a single river system in Kalimantan Tengah. It is distinguished from all other congeners by the unique coloration of its caudal fin. A phylogenetic tree based on the cytochrome b (cytb) gene indicates that the two new species are distinct monophyletic groups constituting distinct phylogenetic branches from their congeners. Cytochrome b Genetic distances between Parosphromenus juelinae, sp. nov., and Parosphromenus kishii, sp.
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