Hypomyces is a large genus of fungicolous fungi, parasitising the fruiting bodies of Agaricales, Boletales, Helotiales, Pezizales and Polyporales. Hypomyces currently comprises of 147 species widely distributed in Australia, China, France, Germany, Italy, Japan, North America, Sri Lanka, Thailand and UK. Amongst them, 28 species have been recorded in China.Hypomycespseudolactifluorum sp. nov., growing on the fruiting bodies of Russula sp. in subsect. Lactarioideae and collected from Yunnan, China, is described with illustrations and molecular phylogenetic data . The new species is characterised by semi-immersed to immersed perithecia and fusiform, apiculate and verrucose ascospores. We also review the species diversity of the genus Hypomyces in China. Hypomyces (Fr.) Tul. & C. Tul. is an important genus of fungicolous fungi and placed in the family Hypocreaceae   Tul. & C. Tul. from the USA as its type. Hypomyces parasitises the fruiting bodies of Agaricales, Boletales, Helotiales, Pezizales and Polyporales  and is widely distributed in Australia, China, France, Germany, Italy, Japan, North America, Sri Lanka, Thailand and UK  . Hypomyccrea Fr.  and thenyporales . Hypomyccospores . Its allma Wallr  and its ium-like . Hypomycd and UK . AmongstHypomycespseudolactifluorum sp. nov., on the fruiting bodies of Russula sp., collected from Yunnan Province, China. At the same time, we review the species diversity of the genus Hypomyces in China.Fungicolous fungi play important roles in the processes of the growths and degradations of their hosts. With the rapid development of mushroom industries, the fungicolous fungi on mushrooms have received more and more attention . In thisCollections and MorphologyHypomyces specimens, including their host mushrooms, were collected in an evergreen broad-leaved forest in Baihualing, Baoshan, Yunnan Province, China. The specimens, as well as collected host mushrooms, were placed on a piece of aluminium foil at first, then rolled the paper into a cylinder, twisted at the ends for sealing and lastly taken back to the laboratory for study  Co. Ltd., PR China; partial impure products were purified using the Cycle-pure-kit  and then cloned into pClone007 Simple vector (TSV-007S from Beijing TsingKe Biotech). Twenty clones of PCR products of each gene were sequenced using the universal primer pairs M13-47/M13-48.PCR was performed in a 25 μl reaction volume: 12.5 μl Taq PCR Master Mix , 1 μl forward primer, 1 μl reverse primer, 1 μl DNA template and 9.5 μl ddHSequence alignment and phylogenetic analysesThe parasitic fungus: Hypomycespseudolactifluorumsp. nov.H.pseudolactifluorum sp. nov. and the voucher sequences of their allies obtained from NCBI GenBank  and T.viride (CBS 119325) were used as outgroup taxa. All sequences were assembled and aligned using MAFFT v6.8  (TEF1-α and the model SYM+I+G (-lnL = 6419.6669) for RPB2, respectively. Using the aligned sequence matrices, a combined gene sequence dataset  was assembled and aligned and was finally deposited in TreeBASE database (http://purl.org/phylo/treebase/phylows/study/TB2:S26593?x-access-code=152eadfc2292343af7627cfad5c2946c&format=html).Molecular phylogenetic trees were constructed using our sequencing results of nk Table . Two speFFT v6.8  and manuFFT v6.8 . Four seon (AIC) . The reshttp://tree.bio.ed.ac.uk/software/figtree).Maximum Likelihood (ML) analysis was performed using IQ-Tree  with theRussula sp.The host mushroom: Russulasubg.Compactae, acrifolia, RR. . adusta, R. eccentrica, R. nigricans and R.subnigricans were selected as the outgroup taxa. Sequence alignment and phylogenetic analyses followed those of the parasitic fungus above. ML analysis was performed using IQ-Tree with TVM+I+G model (-lnL = 5298.7964) (http://purl.org/phylo/treebase/phylows/study/TB2:S26693?x-access-code=2e445b17aebe1f93266051a8920ae62f&format=html).Voucher sequences (ITS gene) for phylogenetic analyses of the host mushroom and its allies were obtained from our sequencing results and GenBank databases  Table 33. Five s98.7964) . The ITSF. M. Yu, Q. Zhao & K. D. Hydesp. nov.1119A7CE-9897-55CC-94D7-5CF3C180F567Type status:Holotype. Occurrence: catalogNumber: MFLU 20-0265; recordedBy: Jian-Wei Liu; lifeStage: Telemorph; Taxon: scientificName: Hypomycespseudolactifluorum; Location: country: China; stateProvince: Yunnan; locality: Baoshan, Longyang, Baihualing; verbatimElevation: 2094m; locationRemarks: Russula sp., 20 July 2018, Jian-Wei Liu; label transliteration: "Yunnan, Baoshan, Longyang, Baihualing, on ; verbatimCoordinates: 25°17.931’N, 98°47.0718’E; decimalLatitude: 25.2989; decimalLongitude: 98.7845; georeferenceProtocol: label; Identification: identifiedBy: Feng-Ming Yu; dateIdentified: 2019Type status:Paratype. Occurrence: catalogNumber: MFLU 20-0266; recordedBy: Jian-Wei Liu; lifeStage: Telemorph; Taxon: scientificName: Hypomycespseudolactifluorum; Location: country: China; stateProvince: Yunnan; locality: Baoshan, Longyang, Baihualing; verbatimElevation: 2094m; locationRemarks: Russula sp., 20 July 2018, Jian-Wei Liu; label transliteration: "Yunnan, Baoshan, Longyang, Baihualing, on ; verbatimCoordinates: 25°17.931’N, 98°47.0718’E; decimalLatitude: 25.2989; decimalLongitude: 98.7845; georeferenceProtocol: label; Identification: identifiedBy: Feng-Ming Yu; dateIdentified: 2019Type status:Isotype. Occurrence: catalogNumber: HKAS 107300; recordedBy: Jian-Wei Liu; lifeStage: Telemorph; Taxon: scientificName: Hypomycespseudolactifluorum; Location: country: China; stateProvince: Yunnan; locality: Baoshan, Longyang, Baihualing; verbatimElevation: 2094m; locationRemarks: Russula sp., 20 July 2018, Jian-Wei Liu; label transliteration: "Yunnan, Baoshan, Longyang, Baihualing, on ; verbatimCoordinates: 25°17.931’N, 98°47.0718’E; decimalLatitude: 25.2989; decimalLongitude: 98.7845; georeferenceProtocol: label; Identification: identifiedBy: Feng-Ming Yu; dateIdentified: 2019IF557817Index Fungorum number: Sexual morph. Subiculum light yellow (4A4–5) when fresh and pale orange, light orange to brownish-orange  after being dried, usually covering the pileus, stipe and deformed gills of the host mushroom. Perithecia aggregated, semi-immersed to immersed in subiculum, except for their erumpent papilla, yellowish-brown to dark brown , pyriform to subglobose, 262–484 × 136–284 μm; perithecial wall 12–25 μm thick, single-layer, cells 9–22 × 4–8 μm. Papilla prominent, 129–177 μm high, at base 135–284 μm wide. Asci 8-spored, cylindrical, 147–222 × 4–9 μm; apex thickened, 4.9–6.0 wide and 2.5-3.0 μm high. Ascospores uniseriate and with ends overlapping, fusiform, 30–38 × 6–8 μm, single-septate, septum median and with dense verrucae and prominently apiculate, apiculi 4.5–8.0 μm long, straight or curved. Asexual morph: unknown. .Russula sp. that grew on the humus layer in an evergreen broad-leaved forest of a rainforest. The host mushrooms: basidiocarps medium-sized and infundibuliform, pilei 63−77 mm in diameter. As serious degradation has occurred, the colour and other characters of the host mushrooms cannot be determined. Molecular phylogenetic evidence indicates it is a Russula species.On the fruiting bodies of Russula sp.) of the new species.Only sexual morph had been discovered on the hosts (Parasitic fungus: Hypomycespseudolactifluorumsp. novTEF1-α+RPB2 sequence dataset (excluding the outgroup taxa) contains 3,262 characters  from 56 Hypomyces species and two Trichoderma species. Amongst them, 2,246 characters are constant, 209 variable characters are parsimony-uninformative and 807 characters are parsimony-informative. The ML and BI analyses resulted in trees with similar topology and support values and the ML tree is shown in Fig. The combined ITS+LSU+H.lactifluorum and they form a sister clade also with strong supportive values . Comparing the gene sequences of the two species, there are 25 bp (4.3%) differences across 582 bp in ITS, 28 bp (3.2%) differences across 870 bp in LSU, 24 bp (2.6%) differences across 921 bp in TEF1-α and 24 bp (3.2%) differences across 739 bp in RPB2 , which support them to be conspecific. The parasitic fungi are closely related Russula sp.The host mushroom: Russulaleucocarpa (HGAS-MF 009910 and HGAS-MF 009916) (MLBP = 100%) in subsect. Lactarioideae. However, their ITS sequences have 24 bp (3.5%) differences across 694 bp, which indicated they may be two distinct species. Due to lack of sufficient morphological evidence, the host mushroom was temporarily identified as Russula sp.  is clustered together with ve 24 bp .5% diffeH.amaniticola on Amanita sp. and H.completiopsis and H.yunnanensis on Boletus sp., also from China. Though with similar colour and shapes of perithecia, the host of H.pseudolactifluorum sp. nov. is decidedly different from those of these three species. Furthermore, H.pseudolactifluorum sp. nov. (KOH-) has smaller perithecia and larger ascospores than those of H.completiopsis (KOH+) and H.pseudolactifluorum sp. nov. has larger perithecia, asci and ascospores than those of H.amaniticola (KOH+) and H.yunnanensis (KOH-). Unfortunately, these three species all lack molecular data.Hypomyces is an important group of mushroom pathogens. Many Hypomyces species, for example, H.aurantius, H.perniciosus, H.rosellus, H.odoratus etc., have all been recorded as the causes of Cobweb or Web bubble disease which seriously influence mushroom industries  on Russula sp. from Yunnan, PR ChinaData typewordBrief descriptionTEF1-α and RPB2 genes between H.lactifluorum (TAAM 170476) and H.pseudolactifluorum sp. nov.. The locus’ numbers refer to the nucleotide positions of the gene sequences of H.lactifluorum from GenBank. Gap is replaced by ‘-’.Sequence differences of ITS, LSU, File: oo_438866.docxhttps://binary.pensoft.net/file/438866FENG-MING YU, RUVISHIKA S. JAYAWARDENA, JIAN-WEI LIU, KEVIN D. HYDE, QI ZHAO


It is with a great pleasure to announce the top three most-cited AVD articles on Web of Science.Special ArticleAn Update on Methods for Revascularization and Expansion of the TASC Lesion Classification to Include Below-the-Knee Arteries: A Supplement to the Inter-Society Consensus for the Management of Peripheral Arterial Disease (TASC II)The TASC Steering CommitteeMichael R. Jaff, Christopher J. White, William R. Hiatt, Gerry R. Fowkes, John Dormandy, Mahmood Razavi, Jim Reekers, and Lars NorgrenCitation: 61Published: 2015 (Vol. 8 No. 4: 343-357)Review ArticleVisceral Artery Aneurysms and Pseudoaneurysms? Should They All be Managed by Endovascular Techniques?Alfredo C. Cordova and Bauer E. SumpioCitation: 51Published: 2013 (Vol. 6 No. 4: 687-693)Review ArticleCompression Therapy: Clinical and Experimental EvidenceHugo PartschCitation: 50Published: 2012 (Vol. 5 No. 4: 416-422)


The correct name is: Cees Vermeer. The correct citation is: Jeannin A-C, Salem J-E, Massy Z, Aubert CE, Vermeer C, Amouyal C, et al. (2020) Inactive matrix gla protein plasma levels are associated with peripheral neuropathy in Type 2 diabetes. PLoS ONE 15(2): e0229145.


Correction to: Microbiome 9, 13 (2021)https://doi.org/10.1186/s40168-020-00956-0Following publication of the original article , it has Reference 5 is currently captured as:Fischer MG, C a S. A virophage at the origin of large DNA transposons. Science. 2011;332:231–4.Reference 5 should be captured as:Fischer MG, Suttle CA. A virophage at the origin of large DNA transposons. Science. 2011;332:231–4.The original article  has been


Correction to: BMC Pregnancy Childbirth 20, 660 (2020)https://doi.org/10.1186/s12884-020-03351-7Following publication of the original article , the autIncorrect: “Department of medical administration, Beijing University Shenzhen Hospital, Shenzhen 518036, China.”Correct: “Peking University Shenzhen Hospital, Shenzhen 518036, China.”The original article has been corrected.


The publisher apologizes for the error. The correct name is: Cees Vermeer. The correct citation is: Jeannin A-C, Salem J-E, Massy Z, Aubert CE, Vermeer C, Amouyal C, et al. (2020) Correction: Inactive matrix gla protein plasma levels are associated with peripheral neuropathy in Type 2 diabetes. PLoS ONE 15(5): e0232996.


The correct name is: Sasmita Kusumastuti. The correct citation is: Vigliotti V, Taggart T, Walker M, Kusumastuti S, Ransome Y (2020) Religion, faith, and spirituality influences on HIV prevention activities: A scoping review. PLoS ONE 15(6): e0234720.


Personalised surveillance for serrated polyposis syndrome: results from a prospective 5-year international cohort study. Gut 2020;69:112–21. doi:10.1136/gutjnl-2018-318134Bleijenberg AG, IJspeert JE, van Herwaarden YJ, The author name Iris D Nagetaal should be Iris D Nagtegaal.


The correct reference is: Ingoglia F, Visigalli R, Rotoli BM, Barilli A, Riccardi B, Puccini P, et al. (2016) Functional activity of L-carnitine transporters in human airway epithelial cells. Biochim Biophys Acta. 1858(2):210–9.


The correct name is: Yurie Yamamoto. The correct citation is: Togano S, Yashiro M, Miki Y, Yamamoto Y, Sera T, Kushitani Y, et al. (2020) Microscopic distance from tumor invasion front to serosa might be a useful predictive factor for peritoneal recurrence after curative resection of T3-gastric cancer. PLoS ONE 15(1): e0225958.


The publisher apologizes for the error. The correct citation is: Hall WA, Straza MW, Chen X, Mickevicius N, Erickson B, Schultz C, et al. (2020) Initial clinical experience of Stereotactic Body Radiation Therapy (SBRT) for liver metastases, primary liver malignancy, and pancreatic cancer with 4D-MRI based online adaptation and real-time MRI monitoring using a 1.5 Tesla MR-Linac. PLoS ONE 15(8): e0236570.


Assessment of staffing needs for physicians and nurses at Upazila health complexes in Bangladesh using WHO workload indicators of staffing need (WISN) method. BMJ Open 2020;10:e035183. doi: 10.1136/bmjopen-2019-035183Joarder T, Tune SNBK, Nuruzzaman M, This article was previously published with an error.J Adv Nurs 2017;73:1838–47.Reference 29 is corrected as: Park CS-Y. Optimizing staffing, quality, and cost in home healthcare nursing: theory synthesis.


Optical coherence tomography (OCT) in unconscious and systemically unwell patients using a mobile OCT device: a pilot study. BMJ Open 2019;9:e030882. doi: 10.1136/bmjopen-2019-030882Liu X, Kale AU, Capewell N, This article was previously published with wrong licence. The correct licence for the paper is CC-BY.


Candida albicans and Candida tropicalis growth, adhesion and biofilm development”“Culture media profoundly affect , DOI number: 10.1590/0074-02760160294, published in Mem Inst Oswaldo Cruz, Rio de Janeiro, Vol. 111(11): 697-702, 2016:In the article On page 701,


The correct name is: Birgitt Schüle. The correct citation is: Hashem V, Tiwari A, Bewick B, Teive HAG, Moscovich M, Schüle B, et al. (2020) Pulse-Field capillary electrophoresis of repeat-primed PCR amplicons for analysis of large repeats in Spinocerebellar Ataxia Type 10. PLoS ONE 15(3): e0228789.


The correct title is: The dual-target approach in HIV-1 viremia testing: An added value to virological monitoring? The correct citation is: Amendola A, Sberna G, Forbici F, Abbate I, Lorenzini P, Pinnetti C, et al. (2020) The dual-target approach in HIV-1 viremia testing: An added value to virological monitoring? PLoS ONE 15(2): e0228192.


The correct name is: Elizabeth C. Nelson. The correct citation is: Pitchforth J, Nelson EC, van den Helder M, Oosting W (2020) The work environment pilot: An experiment to determine the optimal office design for a technology company. PLoS ONE 15(5): e0232943. The ORCID iD is missing for the second author. Please see the author’s ORCID iD here:https://orcid.org/0000-0001-7422-1015).Author Elizabeth C. Nelson’s ORCID iD is: 0000-0001-7422-1015 (


Diduga Moore, [1887] from China (Chongqing and Guangdong) and Malaysia  are described as new to science, namely D.simianshanasp. nov., D.chebalingasp. nov., D.chewisp. nov., and D.hollowayisp. nov. Adults of these species are illustrated in color, and images of the male and female genitalia are provided. A distribution map of the new species is provided, together with an updated checklist of all species of Diduga.In this paper, four species of the genus  Diduga belongs to the tribe Lithosiini in the subfamily Arctiinae, and was established by Moore , based on the type species Didugacostata Moore, [1887] from Dickoya, Sri Lanka. Before the establishment of the genus Diduga, Pitaneflavicostata. Between 1891 and 1918, Diduga and described eleven new species from the Oriental and Australian regions. After that, D.haematomiformis Eecke, 1920 was described from Indonesia.The genus D.flavicostata from China. Lithosiini and recorded five species of Diduga, including three news ones, namely D.barlowi, D.ciliata, and D.dorsolobata. More recently, Subsequently, the study of the genus entered a stage of stagnation until the turn of the new century. The specimens were collected using a 220V/450W mercury light and a DC black light in Chongqing Municipality (Mt. Simian), Guangdong Province , China, and the Borneo Jungle Girl Camp, Malaysia. Standard methods for dissection and preparation of genitalia slides were followed Abbreviations used:NEFU Northeast Forestry University, Harbin, ChinaTL Type localityTS Type speciesArctiinae Leach, [1815Subfamily ]Taxon classificationAnimaliaLepidopteraArctiidaeGenusMoore, [1887]88E827B2-9163-5805-B765-934B6B4CA66FDidugaLepidoptera of Ceylon 3 (4): 535. TS: Didugacostata Moore, [1887]. TL: Ceylon, [= Sri Lanka], Dickoya. Moore, [1887]. The Androstigma Hampson, 1893. Illustrations of typical specimens of LepidopteraHeterocera in the collection of the British Museum 9: 13, 82. TS: Didugaalbicosta Hampson, 1891. TL: India, Nilgiri Plateau.  = Diduga are small in size. The proboscis is fully developed, the labial palpus is slender, directed upwards over the top of the head; the male antennae vary from ciliated to bipectinated. The tibial spurs are long.Species of th tergite is narrowed, with long and slender apodemes : the ground color of the forewing is darker; an approximate right-angled bulge at tornal area (with arched bulge); the ground color of the hindwing is darker, in the male genitalia, the two basal projections of valva are longer than tegumen (shorter); the left cucullus bears two small spines (only a single long spine); the right cucullus and costal process are fused (separated); the cornutus is long and straight (short and arched).The new species is externally similar to 019 Figs , 15. It Adult:  Fig. .Engelhardiaroxburghiana Wall.,1831 and Cunninghamialanceolata (Lambert) Hooker, 1827.The species was collected by light trap close to an evergreen broadleaf forest. The main tree species in the collecting biotope are Taxon classificationAnimaliaLepidopteraArctiidae158AEAA3-F102-5B73-B9CD-32C7CC7F3F19http://zoobank.org/43F89C07-B094-454F-946B-85BAF7C9DA71Holotype: China: ♂, Prov. Guangdong, Shaoguan, Chebaling National Nature Reserve; 24.731°N, 114.267°E, elevation 463 m; 29.IV–3.V.2019; leg. H. L. Han & J. Wu; genit. prep. no. ztt-078-1; in NEFU. Paratype: 1♀; same data as holotype; genit. prep. no. ztt-077-2; in NEFU.D.quinquicornuta Bayarsaikhan & Bae, 2019 : the wingspan is broader; the tegumen is thin (thick); the right costal process is long, wide, flat, and rounded distally ; the cucullus is sclerotized, thick, spoon-shaped, with a short horn distally ; the uncus is slightly swollen medially, not bending ventrally ; in the female genitalia, the ostium bursae is strongly sclerotized, wrinkled, and bending to the left ; the ductus bursae is curved, gradually broadening from anterior to posterior ; the corpus is divided into two parts, a posterior part membranous, and the anterior one globular, densely covered small flecks .The new species is externally similar to 019 Figs , 17, 24.Adult:  Fig. .Cunninghamialanceolata (Lambert) Hooker, 1827.The species was collected using a light trap close to a typical evergreen broadleaf forest of the mid-subtropics near the Zhangdong River. The main tree species in the collecting biotope is Taxon classificationAnimaliaLepidopteraArctiidaeA3EDA98A-BDE2-5A94-8C95-75CA6952B3EAhttp://zoobank.org/74D5E4AE-3010-48D8-B167-FC83D367107Holotype: Malaysia: ♂, Sabah, Borneo Jungle Girl Camp; 5.442°N, 116.451°E, elevation 1223 m; 15–20.II.2019; leg. H. L. Han; genit. prep. no. ztt-110-1; in NEFU. Paratypes: 1♂, 2♀♀; same data as holotype; genit. prep. nos. ztt-100-1, ztt-102-2, ztt-040-2; in NEFU.D.trichophora Hampson, 1900 : the forewing is broader (narrow); the male hindwing is dark grey, broad fan-shaped ; in the male genitalia, the valva termination bifurcated distally ; the coecum is typical (bifurcated); the vesica has long, narrow band of flecks (without).The wing pattern of the new species is similar to that of Male genitalia  Fig. .Podocarpaceae and Myrtaceae are richest families in the collecting biotope, and mosses such as Himantocladiumplumula (Nees) Fleisch., 1908, Hypopterygiumtamarisci Bridel ex C.Müller, 1850, Fissidenswichurae Broth. & Fleisch., 1899 are also abundant.The species was collected in a tropical rain forest area. Taxon classificationAnimaliaLepidopteraArctiidae53E528A4-B185-5DC3-BD6C-D7EAAA496028http://zoobank.org/82C24CC3-2001-4479-B813-E3997A45C615Holotype: Malaysia: ♂, Sabah, Borneo Jungle Girl Camp; 5.442°N, 116.451°E, elevation 1123 m; 15–20.II.2019; leg. H. L. Han; genit. prep. no. ztt-033-1; in NEFU. Paratypes: 1♂; same locality as holotype; 24.IV–2.V.2016; leg. H. L. Han; genit. prep. no. ztt-085-1; 7♀♀; same data as holotype; leg. H. L. Han; genit. prep. nos. ztt-034-2, ztt-083-2, ztt-096-2, ztt-097-2, ztt-099-2, ztt-103-2, ztt-104-2; in NEFU.D.kohkongensis Bayarsaikhan & Bae, 2018 : the ground color of forewing is darker; the male antenna is bipectinate (ciliate); the inner edge of costal band approximately straight (undulate); the terminal line distinct, formed by brown dots (yellow); the ground color of the hindwing dark brown (grey); in the male genitalia, the editum is a small band, slightly bulging (formed by stout spines); the valva is narrow and asymmetrical ; the apical process of valva is slender, long spine-shaped, incurved inward terminally ; the uncus is slender and hooked ; the vesica has two cornuti, one small, claw-shaped, the other long, slender, smoothly arched (a row of six irregular cornuti); in the female genitalia, the ductus bursae is narrower; the corpus bursae is approximately triangular, with a triangular signum band posteriorly .The new species is similar to 018 Figs , 21, 27 Male genitalia  Fig. .Podocarpaceae and Myrtaceae are richest families in the collecting biotope, and mosses of Himantocladiumplumula (Nees) Fleisch., 1908, Hypopterygiumtamarisci Bridel ex C.Müller, 1850, Fissidenswichurae Broth. & Fleisch., 1899 are also abundant.The species was collected in a tropical rain forest area. Didugaalbicosta Hampson, 1891 (India: Nilgiris)Didugaalbida Hampson, 1914 (New Guinea: Mimika River)Didugaallodubatolovi Bayarsaikhan, Li & Bae, 2020 (China: Yunnan)Didugaalternota Bucsek, 2014 Didugaambigua Bucsek, 2014 Didugaamoenusa Bucsek, 2012 Didugaannulata Hampson, 1900 (Indonesia: Sambawa)Didugabarlowi Holloway, 2001 (Borneo: Brunei)Didugabayartogtokhi Bayarsaikhan & Bae, 2019 (Vietnam: Vinh Phuc)Didugabispinosa Bayarsaikhan & Bae, 2018 (Cambodia: Koh Kong)Didugachebalinga sp. nov. (China: Guangdong)Didugachewi sp. nov. Didugaciliata Holloway, 2001 (Borneo: Pulo Laut)Didugacostata Moore, [1887] (Sri Lanka: Dickoya)Didugacucphuonga Dubatolov & Bucsek, 2016 (North Vietnam: Ninh Binh)Didugadorsolobata Holloway, 2001 Didugadubatolovi Bayarsaikhan & Bae, 2018 (Cambodia: Koh Kong)Didugaexcisa Hampson, 1918 (Philippines: Luzon)Didugaflavicostata  (India: Nilgiris)Didugaflavifinis Bucsek, 2014 Didugafumipennis Hampson, 1891 (India: Nilgiris)Didugakhounngeuna Bucsek, 2020 (Laos: Ban Khoun Ngeun)Didugahaematomiformis van Eecke, 1920 (Indonesia: West Java)Didugahainanensis Bayarsaikhan, Li & Bae, 2020 (China: Hainan)Didugahanoiensis Bayarsaikhan & Bae, 2019 (Vietnam: Hanoi)Didugahollowayi sp. nov. Didugairiomotensis Bae, Kishida & Bayarsaikhan, 2019 (Japan: Okinawa)Didugakohkongensis Bayarsaikhan & Bae, 2018 (Cambodia: Koh Kong)Didugaluteogibbosa Bayarsaikhan, Li & Bae, 2020 (China: Yunnan)Didugamacroplaga  (Indonesia [Borneo]: Pulo Laut)Didugametaleuca Hampson, 1918 (Philippines: Luzon)Didugamininota Bucsek, 2014 Diduganigridentata Bayarsaikhan & Bae, 2019 (Vietnam: Hanoi)Diduganota Bucsek, 2012 Didugapectinifer Hampson, 1900 (Indonesia [Borneo]: Pulo Laut)Didugaplumosa Hampson, 1911 (Indonesia: Sambawa)Didugaquinquicornuta Bayarsaikhan & Bae, 2019 (Vietnam: Hanoi)Didugarufidisca Hampson, 1898 (India: Assam)Didugascalprata Bayarsaikhan, Li & Bae, 2020 (China: Yunnan)Didugasimianshana sp. nov. (China: Chongqing)Didugaspinosusa Bucsek, 2012 Didugatrichophora Hampson, 1900 (Indonesia [Borneo]: Pulo Laut)Didugazetes Bucsek, 2014


Scientific Reports 10.1038/s41598-020-65003-2, published online 15 June 2020Correction to: This Article contains errors in Reference 13 which was incorrectly given as:2018 7th IEEE International Conference on Biomedical Robotics and Biomechatronics (Biorob) (2020).Nassour, J. & Hamker, F. Enfolded textile actuator for soft wearable robots. In The correct reference is listed below as ref 1:2019 IEEE International Conference on Cyborg and Bionic Systems (CBS), 10.1109/CBS46900.2019.9114425 (2019).Nassour, J. & Hamker, F. Enfolded Textile Actuator for Soft Wearable Robots. In


Prevalence of burnout among intensive care physicians: a systematic review, with DOI number: 10.5935/0103-507X.20200076, published in the journal Revista Brasileira de Terapia Intensiva, 32(3):458-467, on page 458:In the article Where it read:Mirko MinieriRead:Mirko Mineri


ONTrack pipeline.Long-palped Water Beetles were collected during a taxon expedition in Montenegro which involved citizen scientists, students and taxonomists. The material was collected from springs, brooks, fens and the Tara River, at altitudes between 600 m and 1450 m above sea level, using fine-meshed hand-nets and by manual checking of submerged substrates. The morphological species delimitation was supplemented and congruent with mtDNA sequences mainly obtained in the field using the newly-developed MinION-based Hydraenadinarica Freitag & de Vries, sp. n. from Durmitor Mt. is described, illustrated and compared in detail to closely-related congeners of the H.saga d'Orchymont, 1930/H.emarginata Rey, 1885 species complex. Five additional species and female specimens of two unidentified morphospecies of the genus were also recorded in the vicinity of Durmitor National Park. New records and the first DNA barcodes for Hydraenabiltoni Jäch & Díaz, 2012 (endemic to Montenegro) and H.morio Kiesenwetter, 1849 are provided. Further records of H.nigrita Germar, 1824, H.minutissima Stephens, 1829, H.subintegra Ganglbauer, 1901 and females of two unidentified morphospecies are commented upon. The resulting inter- and intraspecific genetic distances and some observations of low or zero sequence divergence between recently-diverged species of Hydraena Kugelann, 1794 are briefly discussed.The new species  Hydraena, originally described by Hydraena species are currently recorded from Montenegro. Many species of the genus are endemic to comparably small distribution ranges  species, amongst which one new species was actually discovered. The new species was found at Skakala stream, a mountain creek flowing from Skakala waterfall into the periodically-inundated Sušica Lake on the northern slopes of Durmitor massif  and compared with descriptions of Hydraena species of the Balkan Region. Their genitalia, temporarily mounted in lactic acid on microscopic slides, were examined under a Leica ICC50 HD compound microscope.Pre-sorting and genus-level identification were performed by taxon expedition participants mentored by the first author Fig. , using tDetailed examination and digital imaging of dissected parts was done using an Olympus CX21 microscope equipped with a DinoEye Eyepiece camera. Habitus photographs were taken under a Zeiss Axio Zoom V 16 microscope with a Canon 5D Mark II SLR attached to the microscope. Images were captured at various focus planes and subsequently stacked using the Helicon Focus software. Genital drawings were compiled after their photographs by vector graphic tools in CorelDRAW v.10.0 software, but in direct comparison with the actual genitals mounted on slides.COI) gene as described in https://github.com/MaestSi/ONTrack). The primer pair LCO1490 and HC02198 was used for PCR amplification. Library preparation for the MinION Oxford Nanopore NGS device was performed using SQK-LSK109 (Run1) and SQK-LSK108 (Run2) kits and, for each library, samples were pooled together after adding index sequences. The final libraries were loaded on a R9.4.1 Flongle flow-cell (Run1) and on a R9.4.1 MinION flow-cell (Run2). Sequencing was carried out in the field using an off-line version of MinKNOW v1.6.11. The two sequencing runs were stopped after 5 and 17 hours and produced a total of 182,504 and 533,919 sequence reads, respectively. Sequence reads were base-called and demultiplexed using Guppy v.3.1.5 and accurate consensus sequences were generated using the ONTrack pipeline v.1.2.2 , the entire remaining specimen of each initially-recognised morphospecies and some unidentifiable female specimens underwent DNA isolation, amplification, sequencing and processing of the 5′-end of the mitochondrial cytochrome oxidase I  through GenBank, as well as to the Barcode of Life Data System (BOLD) under project The type labels of the new species are literally quoted from the specimen’s label under 'bibliographicCitation'. Back slashes indicate the next line in the label.Jäch & Díaz, 2012DF236B2B-BE4D-5E2D-A313-63F640388761Type status:Other material. Occurrence: recordedBy: Hendrik Freitag, Michael F. Fox, Rebekah Lambert; individualID: H69; sex: 3 males, 2 females; lifeStage: adults; associatedSequences: GenBank: MT784158.1; Location: locationID: MNE21c; continent: Europe; waterBody: small Black Lake tributary; country: MONTENEGRO; municipality: Žabljak; locality: Durmitor National Park; verbatimLocality: small Black Lake tributary creek near war monument, pine forest, pebble in shallow run; verbatimElevation: 1435 m; verbatimCoordinates: 43 08 57N; 19 05 42E; Identification: identifiedBy: Hendrik Freitag, Rick De Vries, Cameron G. Thompson, Helena Lamed, Rebekah Lambert, Michael F. Fox, Mariela Gonzalez, Clister V. Pangantihon; Event: eventDate: 2019-07-16; Record Level: institutionCode: CFM, ZMB; collectionCode: Coleoptera; basisOfRecord: Dried specimens; informationWithheld: MONTENEGRO: Žabljak, Durmitor N.P., small Black Lake tributary creek near war monument, pine forest, pebble in shallow run, 1435 m a.s.l., 43 08 57N 19 05 42E, 16 July 2019, leg M.F. Fox, R. Lambert, H. Freitag (MNE21c)Hydraenabiltoni  of the species. See also remarks on H.biltoni.We provide here the first Hydraenaminutissima.For notes on the habitat, see Germar, 18242CF23352-129D-5B96-960E-9BAA24F23DAEType status:Other material. Occurrence: recordedBy: Hendrik Freitag, Clister V. Pangantihon; individualID: H61; sex: 2 males; lifeStage: adults; associatedSequences: GenBank: MT784150.1; Location: locationID: MNE17b; continent: Europe; waterBody: Shallow littoral pool with pebbles; country: Montenegro; municipality: Žabljak; locality: Tara River; verbatimLocality: Tara River, near Bijela Stijena, shallow littoral pool with pebbles; verbatimElevation: 600 m; verbatimCoordinates: 43 13 23N; 19 09 57E; Identification: identifiedBy: Hendrik Freitag, Rick De Vries, Cameron G. Thompson, Helena Lamed, Rebekah Lambert, Michael F. Fox, Mariela Gonzalez, Clister V. Pangantiho; Event: eventDate: 2019-07-12; Record Level: institutionCode: CFM, ZMB; collectionCode: Coleoptera; basisOfRecord: Dried specimenHydraenanigrita  densely vegetated with sedge and horsetail, the other (MNE13) additionally with limestone boulders and gravel densely covered with mosses. In both sites, a creek with clear brownish water, rich in humins, was passing the fens and provides continuous water inputs.Ganglbauer, 1901F252DDF2-5B04-5405-8EAC-BDC4770C4A7FType status:Other material. Occurrence: recordedBy: Hendrik Freitag & Clister Pangantihon; individualID: H63; sex: 1 male, 1 female; lifeStage: adults; associatedSequences: GenBank: MT784149.; Location: locationID: MNE17c; continent: Europe; waterBody: Black Lake tributary creek; country: Montenegro; municipality: Žabljak; locality: Durmitor N.P.; verbatimLocality: Tara River near Bijela Stijena, littoral, run with pebble; verbatimElevation: 600 m; verbatimCoordinates: 43 13 23N; 19 09 57E; Identification: identifiedBy: Hendrik Freitag, Rick De Vries, Cameron G. Thompson, Helena Lamed, Rebekah Lambert, Michael F. Fox, Mariela Gonzalez, Clister V. Pangantihon; Event: eventDate: 2019-07-12; Record Level: institutionCode: CFM; collectionCode: Coleoptera; basisOfRecord: Dried specimensType status:Other material. Occurrence: recordedBy: Helena Lamed, Mariela Gonzales, Rebekah Lambert, Michael F. Fox, Clister V. Pangantihon; individualID: H63; sex: 1 male, 1 female; lifeStage: adults; Location: locationID: MNE20c/f/h; continent: Europe; waterBody: Black Lake tributary creek; country: Montenegro; municipality: Žabljak; locality: Durmitor N.P.; verbatimLocality: Black Lake tributary creek near old watermill, pine forest; verbatimElevation: 1450 m; verbatimCoordinates: 43 09 09N; 19 05 22E; Identification: identifiedBy: Hendrik Freitag, Rick De Vries, Cameron G. Thompson, Helena Lamed, Rebekah Lambert, Michael F. Fox, Mariela Gonzalez, Clister V. Pangantihon; Event: eventDate: 2019-07-16; Record Level: institutionCode: NMW, ZMB; collectionCode: Coleoptera; basisOfRecord: Dried specimensThe species is distributed in an area between the Adriatic and Black Seas, including the Dinaric Alps .Haenydra" lineage is not yet finally resolved. Three slightly varying morphs are recognised. Our specimens ; institutionCode: NMW; basisOfRecord: Dried specimen; informationWithheld: Terminal parts of abdomen, aedeagus and right foretasus (broken off) glued separately on to same entomological card along with holotype specimen.Type status:Paratype. Occurrence: recordedBy: Hendrik Freitag, Clister V. Pangantihon; individualID: H67, H68; sex: 14 males, 11 females; lifeStage: adults; associatedSequences: GenBank: MT784148.1; Location: locationID: MNE18; continent: Europe; waterBody: Skakala stream; country: Montenegro; municipality: Žabljak; locality: Durmitor, Peradova gora; verbatimElevation: 1220 m; locationRemarks: cold water karst creek with predominant flow subsurface; verbatimCoordinates: 43 09 54N; 18 59 59E; Identification: identifiedBy: Hendrik Freitag, Rick De Vries, Cameron G. Thompson, Helena Lamed, Rebekah Lambert, Michael F. Fox, Mariela Gonzalez, Clister V. Pangantihon; Event: samplingProtocol: Manual collection by hand-net from bottom substrates; eventDate: 2019-07-13; Record Level: type: Dried specimens; bibliographicCitation: MONTENEGRO: Durmitor, Peradova gora, \ Skakala stream, ca. 1220 m asl., \ 43°09′54″N 18°59′59″E, 13 July 2019 \ leg. H. Freitag & C.V. Pangantihon (MNE18); institutionCode: CFM, NMW, SMTD, ZMB; collectionCode: ColeopteraType status:Paratype. Occurrence: recordedBy: Vladimir Pešić; sex: 1 female; lifeStage: adult; Location: continent: Europe; country: Montenegro; municipality: Žabljak; locality: Durmitor, Zeleni Vir; Identification: identifiedBy: Manfred A. Jäch; Event: samplingProtocol: Manual collection; eventDate: 2002-08-02; Record Level: type: Dried specimen; institutionCode: NMW; collectionCode: ColeopteraHabitus as in Fig. Pronotum broadly subhexagonal, moderately wider than long; anterior and posterior margins slightly concave; anterior and posterior angles bluntly rounded, lateral rim denticulate, most conspicuous anteriorly; disc slightly convex; sagittal, anterior and posterior portions densely punctate; remaining disc portions moderately densely punctate; interstices glabrous; anterior and posterior sublateral foveae slightly impressed, rather inconspicuous; entire lateral portions slightly deflexed, rugulously bipunctate, partly microstriate.Elytra elongate, almost parallel-sided apical 0.15–0.70; disc slightly vaulted, sublaterally more abruptly declivitous; elytral margin moderately explanate up to ca. apical 0.15. Elytra with six regularly arranged, not or slightly impressed rows of puncture striae between suture and disc declivity (approx. at the middle of shoulder) and ca. six additional, less regular puncture striae between disc declivity and elytral margin; punctures moderately large and moderately deeply impressed on anterior disc, gradually slightly decreasing in size and degree of impression towards apex and margin; intervals and interstices flat and glabrous; intervals smaller than puncture diameter anteriorly, larger in posterior and lateral portions; apical sutural teeth present or absent, apices separately rounded, sexually dimorphic , located at the most right  .2013 see . They shHydraenadinarica, sp. n. is unique in the tuba-like 180° bent hyaline distal tube of the aedeagus , except for H.emarginata, some specimens of H.larissae and H.samnitica with subequally large distal portion. Similarly, the aedeagus of H.dinarica, sp. n. is larger (main piece 630 μm long) than most species mentioned above (510–610 μm), except for H.emarginata (610–665 μm).In comparison with all species mentioned above, gus Fig.  and thusH.dinarica, sp. n. seems morphologically most similar to the Italian species H.kahleni and H.larissae, especially based on their moderately large contorted aedeagal distal lobe, as well as H.saga on the external habitus. While H.dinarica, sp. n. is slightly larger (2.25–2.45 mm long) than the latter three species (1.95–2.30 mm long), the elytral disc appears slightly flatter and the elytral margin very slightly more explanate in H.dinarica, sp. n. The elytral apices are similar and within the observed variation range in the former species in both sexes. The new species also resembles H.samnitica of almost the same size , but it is externally distinguishable from H.samnitica by the explanate elytral margin extending almost up to the apex .Within this complex, H.dinarica, sp. n. seems genetically closest to H.alpicola, H.saga and the H.gracilis Germar, 1824 complex  and is also most similar. Therefore, the species can only reliably be identified by dissection of its aedeagus.On the other hand, H.dinarica, sp. n., the gonocoxite  notched in females; H.gracilisbalcanica d'Orchymont, 1930 : Fig. 32p); H.subintegra ; H.vedrasi d’Orchymont, 1931  notched in females; Externally, the new species also resembles other representatives of the "Hydraenadinarica, sp. n. varies by 0.6% genetic distance , with LCO1490 & HC02198 primers and the applied protocols, was successful  if not exactly the same place, the collection site of the sample is nonetheless in close proximity to the type locality of H.saga d'Orchymont, 1930(b), while there is no published record of a real H.gracilis from any nearby locality; (4) H.alpicola and H.saga are known to have sometimes identical COI sequences , labelled "equences ; (5) theion site , we assuHydraenaalpicola and H.saga can obviously not be distinguished by their barcode, the highest divergence was observed for H.subintegra and H.minutissima as representatives of different main lineages of the same subgenus, Hydraena (s.str.).Interspecific genetic distances ranged from 0.0–17.8%  hidden in the hyporheic zone.The habitat of Hydraenadinarica clearly belongs to the "Haenydra" lineage  and western  to its regionally-rare microhabitat with a partly subterranean flow of cold water supports this assumption.Many of these species are known to be highly endemic and all of them are young species, some of the closest relatives, such as ast time . Ribera ies Fig. . This seIts rarity, its presumably very limited distribution range and its special habitat association suggest that the new species is particularly vulnerable to climate change and habitat destruction.C284CBC1-70E4-569A-8BD4-91005ED167DA10.3897/BDJ.9.e59892.suppl1Supplementary material 1COI sequence divergence (K2P).Intra- and interspecific Data typegenetic divergence tableBrief descriptionONTrack MinION pipeline are indicated by their "H[number]" code. Sequences of Hendrich et al. (2015), Pentinsaari et al. (2014), Ribera (2011), Rulik et al. (2017), Trizzino et al. , are indicated by their respective GenBank accession numbers.Specimens sequenced in the field by the use of the File: oo_425124.xlsxhttps://binary.pensoft.net/file/425124Hendrik FreitagE4CEDEDB-2104-5898-A504-DF0316082D8C10.3897/BDJ.9.e59892.suppl2Supplementary material 2Taxon Expedition: the exciting discovery from Durmitor MountainData typemultimediaFile: oo_493321.mp4https://binary.pensoft.net/file/493321Clister V. Pangantihon


Expression of Concern to: Mol Med (2012) 18:250–259https://doi.org/10.2119/molmed.2011.00389The Editors-in-Chief would like to alert readers that this article (Yang et al. Huan Yang, Peter Lundbäck, Lars Ottosson, Helena Erlandsson-Harris, Emilie Venereau, Marco E. Bianchi, Yousef Al-Abed, Ulf Andersson, and Kevin J. Tracey agree to this editorial expression of concern.Daniel J. Antoine has not responded to any correspondence from the editor/publisher about this editorial expression of concern.


Open Life Sci. 2019;14:38–42. doi: 10.1515/biol-2019-0005” the affiliation of author Jia Chen is incorrect.In the published article “Chen J, Deng Y. Diagnostic performance of serum CK-MB, TNF-α and hs-CRP in children with viral myocarditis. The correct affiliation of Jia Chen is as follows: Department of Pediatrics, The Third Xiangya Hospital of Central South University, No. 138 Tongzipo Road Hexi Yuelu District, Changsha City, Hunan Province 410013, P.R. China.


The following information is missing from the Funding statement: JV, NB, JW, CZ, IA, JAS: IHU FOReSIGHT (ANR-18-IAHU-0001) supported by French state funds managed by the Agence Nationale de la Recherche within the Investissements d'Avenir program.The legends for Figs The citation for reference 20 is incomplete. The complete reference is: McCulloch DL, Marmor MF, Brigell MG, Hamilton R, Holder GE, et al. (2015) ISCEV Standard for full-field clinical electroretinography (2015 update). Doc Ophthalmol 130: 1–12. pmid: 25502644The publisher apologize for the errors.


The correct name is: Kenneth B. Storey. The correct citation is: Thorne MAS, Britovšek NK, Hawkins L, Lilley KS, Storey KB (2020) Proteomics of intracellular freezing survival. PLoS ONE 15(5): e0233048.