It is located in the Western South China Sea and belongs to the tropical ocean monsoon climate zone. Yongxing Island is quite rich in biological resources, for example, plants and birds which have been well documented. However, there are limited reports on spider resources in Yongxing Island.Yongxing Island , Opopaea apicalis , Opopaea deserticola Simon, 1891 and Xyphinus baehrae Kranz-Baltensperger, 2014 were firstly reported from China, for which we provide taxonomic description in this paper.A preliminary checklist of spiders of the Yongxing Island is provided, based on a short-term study undertaken in January 2008. A total of 23 species, belonging to 21 genera and 11 families, were recorded from the area, which forms baseline information of spiders of the Yongxing Island. Amongst these, Oonopidae, Pholcidae, Araneidae and Salticidae were found to have more species in the area.  Occurrence: recordedBy: Shuqiang Li; individualCount: 2; sex: 1 male, 1 female; lifeStage: adult; Taxon: scientificName: Brignolia parumpunctata ; kingdom: Animalia; phylum: Arthropoda; class: Arachnida; order: Araneae; family: Oonopidae; genus: Brignolia; taxonomicStatus: accepted; Location: country: China; countryCode: CHN; stateProvince: Hainan; county: Yongxing; decimalLatitude: 16.833; decimalLongitude: 112.333; Identification: identifiedBy: Jiaxin Tang; identificationReferences: Platnick et al., 2011 & Ranasinghe & Benjamin, 2016; Event: year: 2008; month: 1; day: 13–19Male. Measurements (in mm): Body length 1.28; carapace 0.70 length, 0.55 width; abdomen 0.85 length, 0.60 width. Leg measurements: I 2.03 , II 1.76 , III 1.65 , IV 1.69 . Leg formula: 1 > 2 > 4 > 3.Cephalothorax. Carapace and sternum yellow; legs and abdomen pale yellow; chelicerae brownish-yellow. Sides of carapace with finely longitudinal striae; dorsal area smooth with some mesially pointing hairs at lateral edges. Eyes six in two rows, rather large, nearly equally-sized; posterior eyes in a straight row, touching each other Fig. A. Base oLegs. Leg with distinct hairs: femur with a row of short ventral setae, 2 prolateral setae; patella without setae; tibia with 2 prolateral setae, 1 retrolateral seta and 1–2 trichobothria; metatarsus with 2 long dorsal setae.Abdomen. Dorsal scutum oval-shaped, covering nearly whole abdomen. Lobes on anterolateral corners of petiolar tube distinct, ridges developed, but without forming a scutal cove.Male palp. Palp Fig. A, B minuFemale.As in male, except as noted. Slightly larger than male. Measurements (in mm): Body length 1.34; carapace 0.65 length, 0.50 width; abdomen 1.00 length, 0.70 width. Leg measurements: I 1.61 , II 1.61 , III 1.43 , IV 1.91 .Epigynum. Genital area with a small knoblike projection, most of which showing inverted V-shaped ridges Fig. D, a few America, Australia, China (new record), Gambia, India, Indonesia, Pakistan, Pacific Is., Philippines, Seychelles, Sierra Leone, Sri Lanka, Yemen.89E23A08-4001-52BE-9092-4C79D95C263EType status:Other material. Occurrence: recordedBy: Shuqiang Li; individualCount: 13; sex: 2 males, 11 females; lifeStage: adult; Taxon: scientificName: Opopaea apicalis ; kingdom: Animalia; phylum: Arthropoda; class: Arachnida; order: Araneae; family: Onopidae; genus: Opopaea; taxonomicStatus: accepted; Location: country: China; countryCode: CHN; stateProvince: Hainan; county: Yongxing; decimalLatitude: 16.833; decimalLongitude: 112.333; Identification: identifiedBy: Jiaxin Tang; identificationReferences: Platnick & Dupérré, 2009; Event: year: 2008; month: 1; day: 13–19Male. Measurements (in mm): Body length 1.35; carapace 0.60 length, 0.40 width; abdomen 0.70 length, 0.35 width. Leg measurements: I 2.15 , II 1.70 , III 1.01 , IV 1.75 . Leg formula: 1 > 4> 2 > 3.Cephalothorax. Sides of carapace yellowish-brown; dorsally yellow; chelicerae, sternum yellow; legs and abdomen light yellow. Carapace with a dark brown patch behind eyes, dorsally with a few rows of short hairs. Sides of carapace with finely longitudinal striae. Eyes six in two rows, rather large, nearly equally-sized, ALE slightly separated, touching posterior lateral eyes; posterior eyes in procurved row, touching each other Fig. A and C. Legs. Leg I: femur with a row of dorsal setae, 3 retrolateral setae; patella without setae; tibia with a ventral seta; tarsus with distinct strong setae. Leg II, III and IV similar to leg I.Abdomen. Dorsal scutum oval-shaped, covering nearly entire abdominal length. Lobes on anterolateral corners of petiolar tube distinct, ridges developed, but without forming a scutal cove; opercula small, oval-shaped. Sperm pore clearly discernible, transverse.Male palp. Patella of palp Fig. A and B sFemale. As in male, except as noted. Slightly larger than male. Measurements (in mm): Body length 1.35–1.45; carapace 0.40–0.60 length, 0.35–0.40 width; abdomen 0.50–0.65 length, 0.40–0.45 width. Leg measurements: I 1.88 , II 1.50 , III 1.38 , IV 1.79 .Epigynum. Postgynal depression of epigastric area shallow, with inverted V-shaped sclerotisation situated posterior to epigastric furrow; parmula black, small Fig. D and E.China (new record), Ecuador, Indonesia, Mexico, Pacific Is., Panama, Philippines, Seychelles, Thailand, USA.Simon,89106A992E2-57F7-554E-B855-72A7EDBD6A13Type status:Other material. Occurrence: recordedBy: Shuqinag Li; individualCount: 3; sex: 1 male, 2 females; lifeStage: adults; Taxon: scientificName: Opopaea deserticola Simon,1891; kingdom: Animalia; phylum: Arthropoda; class: Arachnida; order: Araneae; family: Oonopidae; genus: Opopaea; taxonomicStatus: accepted; Location: country: China; countryCode: CHN; stateProvince: Hainan; county: Yongxing; decimalLatitude: 16.833; decimalLongitude: 112.333; Identification: identifiedBy: Jiaixn Tang; identificationReferences: Saaristo, 2001; Event: year: 2008; month: 1; day: 13–19Male. Measurements (in mm): Body length 1.45; carapace 0.65 length, 0.60 width; abdomen 0.90 length, 0.70 width. Leg measurements: I 2.14 , II 1.56 , III 1.98 , IV 1.84 . Leg formula: 1> 3 > 4 > 2.Cephalothorax. Sides of carapace yellowish-brown; dorsally deep yellow; scutum yellow; chelicerae, sternum, legs and ventral scutum yellow. Sides of carapace with finely longitudinal striae; dorsal area smooth with some mesially pointing hairs at lateral edges. Eyes rather large, PLE relatively smaller; compactly arranged, ALE slightly separated, touching posterior lateral eyes; posterior eyes in slightly recurved row, touching each other Fig. Legs. Leg I: femur smooth, with some hairs; patella with a ventral seta; tibia with distinct hairs, a row of ventral setae and 2–3 trichobothria; tarsus with distinct strong setae. Leg II, III and IV similar to leg I, except femur II with a ventral setae.Abdomen. Dorsal scutum oval-shaped, covering nearly entirely abdominal length. Lobes on anterolateral corners of petiolar tube distinct, ridges developed, forming a scutal cove.Male palp Fig. A and B. Female. As in male, except as noted. Measurements (in mm): Body length 1.65–1.70; carapace 0.70–0.74 length, 0.60–0.65 width; abdomen 1.00–1.30 length, 0.70–0.80 width. Leg measurements: I 2.00 , II 1.80 , III 1.70 , IV 2.15 .Epigynum. Postgynal depression of epigastric area shallow; parmula black Fig. D and E.Brazil, Caribbean, China (new record), Germany, Japan, Middle East, Pacific Is., Philippines, Spain, USA to Panama, Venezuela.Kranz-Baltensperger, 2014C6D35EB9-DB4F-5E52-9330-7D8E0F3F07C7Type status:Other material. Occurrence: recordedBy: Shuqiang Li; individualCount: 4; sex: 1 male, 3 females; lifeStage: adult; Taxon: scientificName: Xyphinus baehrae Kranz-Baltensperger, 2014; kingdom: Animalia; phylum: Arthropoda; class: Arachnida; order: Araneae; family: Onopidae; genus: Xyphinus; taxonomicStatus: accepted; Location: country: China; countryCode: CHN; stateProvince: Hainan; county: Yongxing; decimalLatitude: 16.833; decimalLongitude: 112.333; Identification: identifiedBy: Jiaixn Tang; identificationReferences: Kranz-Baltensperger, 2014; Event: year: 2008; month: 1; day: 13–19Male. Measurements (in mm): Body length 1.30; carapace 0.70 length, 0.50 width; abdomen 1.00 length, 0.50 width. Leg measurements: I 2.73 , II 2.55 , III 2.35 , IV 3.17 . Leg formula: 4> 1 > 2 > 3.Cephalothorax. Carapace yellow-grey; chelicerae yellow to brownish-yellow; sternum yellow; legs and abdomen light yellow. Sides of carapace with reticulate veins, dorsal area without hairs. Margin of carapace without distinct setae or denticle. Eyes six in two rows, rather large, nearly equally-sized, compactly arranged, ALE slightly separated, posterior eyes in slightly retrocurved row, touching each other Fig. A and, C.Legs. Leg I: femur with 2 rows of setae; patella without setae; tibia with 2 ventral setae, 2 dorsal setae and a dorsal trichobothrium; tarsus without setae. Leg II, III and IV similar to leg I.Abdomen. Dorsal scutum oval-shaped, covering nearly entirely abdominal length. Lobes on anterolateral corners of petiolar tube distinct, ridges developed, but without forming a scutal cove; opercula large, oval-shaped.Male palp. Cymbium separated from bulb, with two robust spurs. Bulb with numerous membranous outgrowths on terminal part Fig. A, B.Female. As in male, except as noted. Tibiae with three trichobothria. Measurements (in mm): Body length 1.75–1.90; carapace 0.78–0.90 length, 0.65–0.70 width; abdomen 1.10–1.35 length, 0.45–0.60 width. Leg measurements: I 2.33 , II 4.48 , III 2.01 , IV 2.80 .Epigynum. Postgynal depression of epigastric area shallow. An arc process visible originating from near the middle of epigastric sulcus Fig. F and G.India to Australia.China (new record),Thorell, 189105DE6ECF-6BE6-56B5-825F-88B030F520B3Type status:Other material. Occurrence: individualCount: 2; sex: female; Taxon: family: Araneidaesee Levi (1983)C. L. Koch, 1837497000D3-7B38-500A-83A9-3D39BAB98542Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Araneidaesee Williams (2017)969D935E-82B9-5A35-9B23-1F8999B4D513Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Araneidaesee Emerit (1974)9E461BA9-F17E-5DCD-9A94-7C501CD9998AType status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Gnaphosidaesee Ponomarev and Shmatko (2020)CFF3C302-2FF2-57A6-8964-6DF107D057FCType status:Other material. Occurrence: individualCount: 1; sex: male; Taxon: family: Lycosidaesee Kronestedt and Zyuzin (2009)46794BEF-6CE8-564E-B93E-02AA5B18CC98Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Onopidaesee Ranasinghe and Benjamin (2016)9E4911DC-C9E4-5C2E-9479-CBEDAA697B53Type status:Other material. Occurrence: individualCount: 13; sex: 2 males, 11 females; Taxon: family: Onopidaesee Platnick and Dupérré (2009)Simon, 18913DBC124B-1AC9-57EC-B387-16ECF6989652Type status:Other material. Occurrence: individualCount: 3; sex: 1 male, 2 females; Taxon: family: Onopidaesee Saaristo (2001)Kranz-Baltensperger, 201409040ADF-81A7-5ED4-9C9B-9F67C721C17BType status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Onopidaesee Kranz-Baltensperger (2014)Thorell, 18875E359C47-A831-522B-BB73-2168680772D8Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Oxyopidaesee Sherriffs (1951)Walckenaer, 18376B4D5570-944A-5706-B31A-1A93F6EF6E2CType status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Pholcidaesee Gao and Li (2010)Gertsch, 193797BE3AAD-0C1A-5946-B86D-48EF0C0DFFA7Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Pholcidaesee Zhang and Zhu (2009)Zhu and Song, 199995E583BC-335C-543B-B2DF-347A882AC5F4Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Pholcidaesee Yao and Li (2012)1A4DA0EE-5961-57A4-9B63-EC3063D3D27EType status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Pholcidaesee Saaristo (1978)77A251BF-CA91-5922-ABFE-299A98A6EFD2Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Salticidaesee Yin and Wang (1979)D6725B3D-7CB7-552D-8AFD-8CABCF27B3D9Type status:Other material. Occurrence: individualCount: 1; sex: female; Taxon: family: Salticidaesee Prószyński (2017)C26D2CA7-876B-5FEB-8CB1-8934A1211022Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Salticidaesee Żabka (1985)L. Koch, 187202711708-40F4-51BC-9770-6A8F37F7D973Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Scytodidaesee Kim and Lee (2018)O. P.-Cambridge, 1880B0A4F45E-3DA5-5B64-8267-ADC68E5803C9Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Theridiidaesee Zhu and Song (1991)E1AD7AB8-6FF4-57A5-9A7F-D278DFF633DEType status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Theridiidaesee Yoshida (1993)O. P.-Cambridge, 18829E3388AE-9119-52D3-AAC4-8E8D9D8457A3Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Theridiidaesee Amalin and Barrion (1990)065FB1B7-3AFC-5A76-9E03-E4432CF1527DType status:Other material. Occurrence: individualCount: 2; sex: female; Taxon: family: Uloboridaesee Kim and Lee (2013)A3A33973-C548-55E1-AAD7-CCC879637696Type status:Other material. Occurrence: individualCount: 2; sex: 1 male, 1 female; Taxon: family: Zodariidaesee Lin and Li (2009)


PLoS Negl Trop Dis 14(6): e0008414. https://doi.org/10.1371/journal.pntd.0008414The second author’s name is spelled incorrectly. The correct name is: Leonardo Moro Cariste. The correct citation is: Pontes Ferreira C, Moro Cariste L, Henrique Noronha I, Fernandes Durso D, Lannes-Vieira J, Ramalho Bortoluci K, et al. (2020) CXCR3 chemokine receptor contributes to specific CD8


Retraction Note: Mol Neurodegener 16, 26 (2021)https://doi.org/10.1186/s13024-021-00438-3The authors have retracted this article because concerns have been raised regarding the data presented in Fig. 9. The authors are collecting new data and intend to submit a new manuscript for peer review in due course.Authors Shaowei Wang, Boyang Li, Victoria Solomon, Alfred Fonteh, Stanley I. Rapoport, David A. Bennett, Zoe Arvanitakis, Helena C. Chui, Patrick M. Sullivan, Hoau-Yan Wang & Hussein N. Yassine agree to this retraction.Author Carol Miller has not responded to any correspondence from the editor or publisher about this retraction.


Article title: Oral shedding of human herpesviruses in patients undergoing radiotherapy/chemotherapy for head and neck squamous cell carcinoma is not affected by xerostomiaAuthors: Palmieri M, Ornaghi M, Martins VAO, Corrêa L, Brandao TB, Ribeiro ACP, Sumita LM, Tozetto-Mendoza TR, Pannuti CS and Braz-Silva P.Journal: Journal of Oral MicrobiologyBibliometrics: Volume 10, Number 1, pages 1–9DOI: 10.1080/20002297.2018.1476643The above article was temporarily published incorrectly in issue 12-01 and that it has now been correctly placed within issue 10-01.


Thelcticopis is a type of spider that is very difficult to collect. In 2018, we collected two huntsman spiders in Guangxi. After comparison with other Thelcticopis species, such as anterior median eye larger than other eyes, they were found to belong to the genus of Thelcticopis.Due to its special ways of hiding and lifestyle, Thelcticopis species are reported from China, T.severa , T.zhengi Liu, Li & Jäger, 2010, T.dahanensis Zhu & Zhong, 2020 and T.unciformis Zhu & Zhong, 2020. They are mainly distributed in the tropical or subtropical areas of China . In this paper, we diagnose and describe a new species, Thelcticopispinmini sp. nov., which was collected from Guangxi Province, China.Currently, four  Thelcticopis Karsch, 1884 belongs to the subfamliy Sparianthinae Simon, 1897 of the family Sparassidae Bertkau, 1872 , mounted on an Olympus SZX12 dissecting microscope and assembled using Helicon Focus 7.0 image stacking software. Photographic images were then edited, using Adobe Photoshop CC 2015. Most of the hairs and macrosetae were generally not identified in the palp and epigyne drawings. All specimens are deposited in the Centre for Behavioural Ecology and Evolution, College of Life Sciences, Hubei University, Wuhan, China (CBEE).Leg measurements in mm are shown as: total length . Number of spines is listed for each segment in the following order: prolateral, dorsal, retrolateral, ventral . Abbreviations: C = conductor; dRTA = dorsal branch of RTA; E = embolus; EA = embolic apophysis; FD = fertilisation duct; TA = tegular apophysis; MS = median septum; mRTA = median branch of RTA; RTA = retrolateral tibial apophysis; S = spermatheca; SP = spermophore; vRTA = ventral branch of RTA.Cai & Zhongsp. n.66F26A9B-CD33-5B65-AE25-58E4AB6444D1AA1AE18F-9E99-4824-8CAF-8E70361DA535Type status:Holotype. Occurrence: recordedBy: Pinmin Li; individualCount: 1; sex: 1 male; lifeStage: adult; reproductiveCondition: in ethyl alcohol; Taxon: scientificName: Thelcticopispinmini sp. nov.; order: Araneae; family: Sparassdiae; genus: Thelcticopis; Location: continent: Asian; country: China; countryCode: CHN; stateProvince: Guangxi; county: Fusui; locality: Liuqiao Town; decimalLatitude: -22.31; decimalLongitude: -107.71; Identification: identifiedBy: Yang Zhong; Event: samplingProtocol: by hand; year: 2018; month: 12; day: 7Type status:Paratype. Occurrence: recordedBy: Pinmin Li; individualCount: 1; sex: 1 female; lifeStage: adult; reproductiveCondition: in ethyl alcohol; Taxon: scientificName: Thelcticopispinmini sp. nov.; order: Araneae; family: Sparassdiae; genus: Thelcticopis; Location: continent: Asian; country: China; countryCode: CHN; stateProvince: Guangxi; county: Fusui; locality: Liuqiao Town; decimalLatitude: -22.31; decimalLongitude: -107.71; Identification: identifiedBy: Yang Zhong; Event: samplingProtocol: by hand; year: 2018; month: 12; day: 7Male. PL 3.5, PW 3.6, AW 1.6, OL 2.8, OW 2.6. Eyes: AME 0.24, ALE 0.13, PME 0.13, PLE 0.16, AME–AME 0.22, AME–ALE 0.23, PME–PME 0.46, PME–PLE 0.32, AME–PME 0.19, ALE–PLE 0.09, CH AME 0.10, CH ALE 0.22. Spination: Palp: 131, 101, 0002; Fe: I 210, II–IV 311; Pa: I–IV 000; Ti: I–II 2028, III–IV 2026; Mt: I–II 0002, III–IV 2024. Measurements of palp and legs: Palp 5.4 , I 11.7 , II 12.7 , III 10.4 , IV 10.1 . Leg formula: 2-1-3-4. Cheliceral furrow with three anterior and three posterior teeth, without denticles , I 8.9 , II 9.6 , III 8.4 , IV 8.7 . Leg formula: 2-1-4-3. Cheliceral furrow with three anterior and four posterior teeth, without denticles ; 2, anterior part of internal duct system touching each other and distinctly narrower than posterior part .Male of this species can be distinguished from the remaining species of the genus by its palps with embolic apophysis and embolus distally with an obvious crack Fig. A-B. Fema2009 see D and ini2009 see E, but caThe specific name is dedicated to Mr Pinmin Li for his kind instructions on our collection of huntsman spiders; name in the genitive case.Known only from the type locality Fig. .


BRAAVE 2020 demonstrated the efficacy of switching to bictegravir/emtricitabine/tenofovir alafenamide (B/F/TAF) among African American adults with suppressed HIV through Week (W) 48 . We present resistance, viral blips, adherence, and virologic outcomes through W72.Figure 1. BRAAVE 2020 study design  and virologic suppression at weeks 24 and 48*Allowed 3rd agents: any FDA-approved protease inhibitor, nonnucleoside reverse transcriptase inhibitor (except etravirine), integrase strand transfer inhibitor (except bictegravir), or maraviroc.Enrollment criteria permitted NNRTI resistance (-R), PI-R, and certain NRTI-R  and excluded known primary INSTI-R. Preexisting drug resistance was assessed with historical genotypes and retrospective baseline proviral DNA genotyping. Adherence was calculated by pill count. Viral blips (transient HIV-1 RNA ≥50 copies/mL) and outcomes based on last available on-treatment HIV-1 RNA were assessed.489 participants received B/F/TAF and had ≥1 post-switch HIV-1 RNA measurement. Baseline genotypic data from cumulative historical and/or proviral genotypes were available for 96% (468/489) in protease/reverse transcriptase and 93% (453/489) in integrase. Preexisting NRTI-R, M184V/I, ≥1 TAMs, NNRTI-R, and PI-R were observed in 15% (68/468), 11% (50/468), 8% (36/468), 22% (101/468), and 13% (61/468), respectively. Primary INSTI-R was detected post-randomization in 2% (11/453); all remained in the study and were included in efficacy analyses. Through W72, 99% (486/489) of participants had HIV-1 RNA < 50 copies/mL at their last study visit, including all with baseline NRTI-R or INSTI-R . Mean frequency of viral blips was 1% per timepoint, and blips were not associated with virologic failure. 112 participants (23%) had < 95% adherence by pill count, 98% (110/112) of whom had HIV-1 RNA < 50 copies/mL at last visit, including 14 of 14 (100%) with < 80% adherence. No participant discontinued due to lack of efficacy or had treatment emergent resistance to study drugs.Figure 2. Virologic suppression by preexisting resistance, viral blips, and adherenceVirologic suppression was maintained through W72 of B/F/TAF treatment, including those with preexisting resistance, viral blips, and suboptimal adherence. Continued HIV suppression and absence of treatment-emergent resistance demonstrate the efficacy of B/F/TAF in African Americans regardless of adherence or preexisting resistance to NNRTIs, PIs, or non-tenofovir NRTIs.Kristen Andreatta, MSc, Gilead Sciences, Inc  Michelle L. D'Antoni, PhD, Gilead Sciences Gilead Sciences, Inc  Silvia Chang, Masters, Gilead Sciences, Inc  Aiyappa Parvangada, MS Computational Biology, Gilead Sciences, Inc  Ross Martin, PhD, Gilead Sciences, Inc  Christiana Blair, MS, Gilead Sciences, Inc  Sean E. Collins, MD, MS, Gilead Sciences, Inc  Kirsten L. White, PhD, Gilead Sciences, Inc


Anufrievia Dworakowska, 1970 includes 33 species and is widely distributed in China, Korea, South Korea, Japan, Nepal, India, Thailand and Vietnam.The leafhopper genus A.crispatasp. nov. and A.confluensasp. nov. A key to distinguish the Chinese species of the genus is given.Two new species found at Bijie City and Shibing County, Guizhou Province, China are described and illustrated,  Anufrievia Dworakowska, 1970 belongs to the tribe Erythroneurini of Typhlocybinae, with Anufrieviarolikae Dworakowska, 1970 as its type species . Vertex anterior margin with minute paired black spots. Male anteclypeus narrow and flat, greyish, brown or black. Pronotum pale, scutellum with dark lateral triangles. Forewing with 4th apical cell small, not reaching apex of forewing, 2nd apical cell nearly rectangular and 1st apical cell broad. Hind wing venation follows typical schemes for Erythroneurini taxa. Abdominal apodemes small and narrow, extended dorsomesad.The characteristics of Male pygofer lobe with hind margin sleeked or truncated slightly, basal lateral angle usually with macrosetae, sometimes absent and scattered a few fine setae in outer lateral surface. Pygofer dorsal appendage articulated to pygofer lobe with ventral appendage absent. Subgenital plate with some macrosetae in mid-ventral part, broad basally and sometimes terminal half tapering abruptly; row of stout setae along upper margin from sub-base to apex. Apex of style pointed, bifid, foot-shaped or otherwise modified. Aedeagus with dorsal apodeme well developed; aedeagal shaft tubular; gonopore sub-basal to subapical on ventral surface. Connective lateral arms long, Y- or V-shaped.All specimens in this study were collected by the sweeping-net method. Morphological terminology used follows AFC89331-A7C4-5004-B3A4-3670E20763836C5F6BDB-CDAB-4407-857F-72CF40893FF7Type status:Holotype. Occurrence: individualCount: 1; sex: male; lifeStage: adult; Taxon: scientificName: Anufrieviacrispata; order: Hemiptera; family: Cicadellidae; genus: Anufrievia; specificEpithet: crispata; Location: country: China; stateProvince: Guizhou; locality: Bijie City, Qixinguan District, Salaxi Town; locationRemarks: label transliteration: "Guizhou, Bijie, 24. 10. 2019, coll. Zhouwei Yuan and Xiao Yang"; Record Level: collectionCode: Insects; basisOfRecord: PreservedSpecimenType status:Paratype. Occurrence: individualCount: 4; sex: male; lifeStage: adult; Taxon: scientificName: Anufrieviacrispata; order: Hemiptera; family: Cicadellidae; genus: Anufrievia; specificEpithet: crispata; Location: country: China; stateProvince: Guizhou; locality: Bijie City, Qixinguan District, Salaxi Town; locationRemarks: label transliteration: "Guizhou, Bijie, 24.10. 2019, coll. Zhouwei Yuan and Xiao Yang"; Record Level: collectionCode: Insects; basisOfRecord: PreservedSpecimenth sternite . Body yellowish. Vertex brownish-yellow, with pair of small dark brown apical spots Fig. A and C. ite Fig. A.Male genitalia. Pygofer lobe broad, with dense microsetae near dorso-caudal margin and several peg-like setae on outer surface (Fig. ace Fig. B. Pygofeace Fig. C. Subgenace Fig. D. Style ace Fig. E. Aedeagace Fig. F and G. ace Fig. H.confluensus”, referring to the connective stem fused with a long process (Fig. The new species is named from the Latin word “ess Fig. H.A.akazu (This species is similar to A.akazu , but can


Correction to: Psicol Refl Crít 34, 17 (2021)https://doi.org/10.1186/s41155-021-00184-xFollowing publication of the original article (da Silva et al. The updated Keywords section is given below, and the original article (da Silva et al. KeywordsJuvenile offenders, Depression, Anxiety, Drug abuse, Mental health


Reference to original study: Walter P, Hellmich M, Baumgarten S, Schiller P, Limburg E, Agostini H et al. Vitrectomy with and without encircling band for pseudophakic retinal detachment: VIPER Study Report No 2-main results. Br J Ophthalmol 2017; 101(6):712-718.


J Immunother Cancer 2021;9:e002591. doi: 10.1136/jitc-2021-002591Koyama S, Nishikawa H. Mechanisms of regulatory T cell infiltration in tumors: implications for innovative immune precision therapies. This paper has been updated to amend author order.


Clinical outcomes of breakthrough COVID-19 after booster vaccination in patients with systemic rheumatic diseases. RMD Open 2022;8:e002279. doi:10.1136/rmdopen-2022-002279Fragoulis GE, Karamanakos A, Arida A, This article has been corrected since it was first published online. Maria G Tektonidou was incorrectly listed as Maria GG Tektonidou.


The present paper aims to complement these lists with all new information published after 2015, including the papers in the present special issue of ZooKeys dedicated to the blessed memory of Terry Lee Erwin.A paper on the occasion of the 75 It encompasses the list of 10 publications of Terry Erwin, 31 new taxa described by him and 16 taxa named after him, published after the Festschrift paper on the occasion of Terry’s 75th birthday , including also the patronyms described to honor Terry in the present memorial volume. In total, this makes 268 publications, 67 patronyms and the impressive 472 taxa described as new to science by Terry Erwin.The ZooKeys founding Editor-in-Chief and world-known entomologist Terry Lee Erwin passed away on 11https://doi.org/10.3897/zookeys.541.7316.For the list of publications before 2015 see ZooKeys Editorial Office (2015), Nototylus Gemminger & Harold, 1868 . ZooKeys 927: 65–74. https://doi.org/10.3897/zookeys.927.49584Erwin TL, Kavanaugh DH, Maddison DR (2020) After 157 years, a second specimen and species of the phylogenetically enigmatic and previously monobasic genus Trechitae (Coleoptera: Carabidae): unexpected clades, isolated lineages, and morphological convergence. Molecular Phylogenetics and Evolution 132: 151–176. https://doi.org/10.1016/j.ympev.2018.11.006Maddison DR, Kanda K, Boyd OF, Faille A, Porch N, Erwin TL, Roig-Juñent S (2019) Phylogeny of the beetle supertribe Thoasia Liebke, 1939 and Straneotia Mateu, 1961 of the Cryptobatida group, subtribe Agrina: Taxonomic revisions with notes on their ways of life . ZooKeys 742: 57–90. https://doi.org/10.3897/zookeys.742.22900Erwin TL, Aldebron C (2018) Neotropical Hyboptera Chaudoir, 1872 of the Cryptobatida group of subtribe Agrina: A taxonomic revision with notes on their ways of life . ZooKeys 714: 61–127. https://doi.org/10.3897/zookeys.714.15113Erwin TL, Henry SC (2017) Coleoptera, a dominant life form in the Critical Zone of the Neotropics. In: Foottit R, Adler P (Eds) Insect Biodiversity: Science and Society, 2nd edn. Blackwell Publishing, New Jersey. https://doi.org/10.1002/9781118945568.ch4Erwin TL, Zamorano LS, Geraci CJ (2017) Amazonian rainforests and their richness of Tachyina : descriptions of new genera, subgenera, and species, with an updated key to the subtribe in the Americas. ZooKeys 626: 87–123. https://doi.org/10.3897/zookeys.626.10033Boyd OF, Erwin TL (2016) Taxonomic review of New World https://doi.org/10.1073/pnas.1507681113García-Robledo C, Kuprewicz PK, Staines CL, Erwin TL, Kress WJ (2016) Limited tolerance by insects to high temperatures across tropical elevation gradients and the implications of global warming for extinction. Proceedings of the National Academy of Sciences of the United States of America 113(3): 680–685. https://doi.org/10.1073/pnas.1511344112Levine NM, Zhang K, Longo M, Baccini A, Phillips OL, Lewis SL, Alvarez, E, de Andrade ACS, Brienen R, Erwin T, Feldpausch TR, Mendoza ALM, Vargas PN, Prieto A, Espejo JES, Malhi Y, Moorcroft PR (2016) Ecosystem heterogeneity determines the resilience of the Amazon to climate change. Proceedings of the National Academy of Sciences of the United States of America 113(3): 793–797. Antarctotrechusballi sp. n. : the first ground beetle from Antarctica. ZooKeys 635: 109–122. https://doi.org/10.3897/zookeys.635.10535Ashworth AC, Erwin TL (2016) Coleoptera) of Peru: A Survey of the Families. Carabidae. Journal of the Kansas Entomological Society 88(2): 151–162. https://doi.org/10.2317/kent-88-02-151-162.1Erwin TL, Micheli C, Chaboo CS (2015) Beetles (


The correct name is: Akira Shibanuma. The correct citation is: Kharel M, Shibanuma A, Kiriya J, Ong KIC, Jimba M (2021) Parental migration and psychological well-being of left-behind adolescents in Western Nepal. PLoS ONE 16(1): e0245873.


P. aeruginosa (CRPA) and ESBL-producing Enterobacterales (ESBL-E), is substantial. These resistant pathogens may affect the delivery of timely effective therapy. The aim of this study is to evaluate beta-lactam (BL) susceptibility trends based on the aggregate frequency of CRPA and a combined ESBL-E phenotype (K. pneumoniae (KPn) + E. coli (EC)) observed in critically ill patients with lower respiratory tract infections (LRTI).In the US, the burden of multidrug resistant bacterial infections, including carbapenem-resistant In 2016-2019, ~20 US institutions per year submitted up to 250 gram-negative pathogens as part of the Study for Monitoring Antimicrobial Resistance Trends. A total of 871 PA, 380 KPn, and 336 EC isolates were collected from ICU patients with LRTI. MICs were determined using broth microdilution and interpreted using 2021 CLSI breakpoints. ESBL-E phenotype was defined as: ceftriaxone MIC ≥ 2 mcg/mL. Institutions were stratified into two groups based on frequency of CRPA and combined ESBL-E phenotype: Group 1: CRPA ≤ 15% and ESBL-E ≤ 15%; Group 2: CRPA > 15% and ESBL-E > 15%. Based on CLSI guidance, an empiric antibiotic susceptibility threshold of ≥90% was deemed optimal.Overall, CRPA and ESBL-E phenotypes were identified in 28.4% and 21.2% of isolates, respectively. Aggregate BL susceptibility in group 1 was above the 90% threshold for cefepime (FEP), piperacillin/tazobactam (TZP), meropenem (MEM), ceftolozane/tazobactam (C/T), and imipenem/relebactam (I/R) (Table 1). However, as frequency of CRPA and ESBL-E exceeded 15%, aggregate BL susceptibility declined to 77.3%, 79.3%, and 86.2% for FEP, TZP, and MEM, respectively. In contrast, C/T and I/R maintain susceptibility above the empiric susceptibility threshold.Table 1. Aggregate susceptibility of P. aeruginosa, E. coli, and K. pneumoniae ICU LRTI isolates stratified by resistance frequency: Best- (Group 1) and worst-case (Group 2) scenariosst line BL’s resulting in a failure to achieve empiric susceptibility thresholds. This stratification could serve as a decision point for triggering earlier susceptibility testing or modifying empiric therapy recommendations for LRTI to include newer agents pending microbiology results.In ICU patients, exceeding CRPA and combined ESBL-E phenotype frequency of 15% for both classifications, impacts susceptibility to 1Kenneth Klinker, PharmD, Merck & Co., Inc.  Levita K. Hidayat, PharmD BCIDP, Merck & Co., Inc.  C. Andrew DeRyke, PharmD, Merck & Co., Inc.  Mary Motyl, PhD, Merck & Co., Inc.  Karri A. Bauer, PharmD, Merck & Co., Inc.


The correct citation is: Duc DA, Van LH, Yu VF, Chou S-Y, Hien NV, Chi NT, et al. (2021) A dynamic generalized fuzzy multi-criteria group decision making approach for green supplier segmentation. PLoS ONE 16(1): e0245187.


P. aeruginosa is a Gram-negative pathogen responsible for many serious infections. MDR, both intrinsic and acquired, presents major clinical challenges. Taniborbactam  is a β-lactamase inhibitor (BLI) characterized as a bicyclic boronate, uniquely possessing activity toward all four Ambler classes of β-lactamases, both serine and metallo, with the exception of class B IMP β-lactamases. The β-lactam-BLI (BL-BLI) combination cefepime-taniborbactam  is currently in phase 3 clinical trials.Structures of taniborbactam and cefepime. The β-lactamase inhibitor is in red and the β-lactam antibiotic is in black.P. aeruginosa isolates that were part of PRIMERS . Nearly 58% of these strains were reported as carbapenem-non-susceptible. Porin changes, efflux pumps, and/or the presence of acquired class A or class B carbapenemases were previously reported. Broth microdilution minimum inhibitory concentrations (MICs) were determined by CLSI M07 Ed. 11 methods with custom Sensititre frozen panels and interpreted using CLSI M100 Ed. 30 breakpoints. American Type Culture Collection strains were used for quality control. FEP breakpoints were provisionally used for FTB, where taniborbactam was fixed at 4 µg/mL.The activity of FTB was tested against 197 well-characterized clinical 50s were in the susceptible range for all drugs except IPM, which was intermediate, and all MIC90s were in the resistant range (Table 1). Taniborbactam reduced FEP MIC by 2-fold in 32% of isolates and ≥ 4-fold in 13% of isolates. Against carbapenem-non-susceptible strains, % susceptibilities were: FTB, 68.5%, CZA, 63.0%, C/T, 59.3%; and MVB, 21.3% (Table 2).Percent susceptibility to BL agents alone was 45.2% for imipenem (IPM), 55.8% for meropenem (MEM), 60.9% for ceftazidime (CAZ), and 67.0% for FEP. The addition of BLI to BL increased % susceptibility for MEM-vaborbactam (MVB), 56.9%; ceftolozane-tazobactam (C/T), 77.7%, CAZ-avibactam (CZA), 79.7%, and FTB, 82.7%. MICMIC50 and MIC90 values (µg/mL) and percent susceptibility (%S) for all P. aeruginosa strains (n=197). AMK, amikacin; ATM, aztreonam; C/T, ceftolozane-tazobactam; CAZ, ceftazidime; CZA, ceftazidime-avibactam; FEP, cefepime; FTB, cefepime-taniborbactam; IPM, imipenem; MEM, meropenem; MVB, meropenem-vaborbactam; TZP, piperacillin-tazobactam; TOB, tobramycin. *The breakpoints for FEP and MEM alone were provisionally applied to FTB and MVB, respectively. Tazobactam, avibactam, and taniborbactam were fixed at 4 µg/mL, while vaborbactam was fixed at 8 µg/mL. Breakpoints from CLSI M100, 31st ed, 2021.MIC50 and MIC90 values (µg/mL) and percent susceptibility (%S) for the subset of carbapenem-non-susceptible P. aeruginosa strains (n=108). AMK, amikacin; ATM, aztreonam; C/T, ceftolozane-tazobactam; CAZ, ceftazidime; CZA, ceftazidime-avibactam; FEP, cefepime; FTB, cefepime-taniborbactam; IPM, imipenem; MEM, meropenem; MVB, meropenem-vaborbactam; TZP, piperacillin-tazobactam; TOB, tobramycin. *The breakpoints for FEP and MEM alone were provisionally applied to FTB and MVB, respectively. Tazobactam, avibactam, and taniborbactam were fixed at 4 µg/mL, while vaborbactam was fixed at 8 µg/mL. Breakpoints from CLSI M100, 31st ed, 2021.P. aeruginosa strains tested, including many carbapenem-non-susceptible strains. Pending completion of clinical development, FTB may be a promising therapeutic option for MDR P. aeruginosa infections.Compared to MVB, CZA, and C/T, FTB demonstrated the greatest activity against the 197 Robin Patel, MD, 1928 Diagnostics (Consultant)BioFire Diagnostics (Grant/Research Support)ContraFect Corporation (Grant/Research Support)Curetis (Consultant)Hylomorph AG (Grant/Research Support)IDSA Infectious Diseases Board Review Course Mammoth Biosciences (Consultant)NBME Netflix (Consultant)Next Gen Diagnostics (Consultant)PathoQuest (Consultant)PhAST (Consultant)Qvella (Consultant)Samsung Selux Diagnostics (Consultant)Shionogi & Co., Ltd. (Grant/Research Support)Specific Technologies (Consultant)TenNor Therapeutics Limited (Grant/Research Support)Torus Biosystems (Consultant)Up-to-Date  Robin Patel, MD, BioFire  Involved: Self): Grant/Research Support; Contrafect  Involved: Self): Grant/Research Support; IDSA  Involved: Self): Editor’s stipend; NBME, Up-to-Date and the Infectious Diseases Board Review Course  Involved: Self): Honoraria; Netflix  Involved: Self): Consultant; TenNor Therapeutics Limited  Involved: Self): Grant/Research Support; to Curetis, Specific Technologies, Next Gen Diagnostics, PathoQuest, Selux Diagnostics, 1928 Diagnostics, PhAST, Torus Biosystems, Mammoth Biosciences and Qvella  Involved: Self): Consultant David van Duin, MD, PhD, Entasis (Advisor or Review Panel member)genentech (Advisor or Review Panel member)Karius (Advisor or Review Panel member)Merck Pfizer Qpex (Advisor or Review Panel member)Shionogi Utility (Advisor or Review Panel member) Vance G. Fowler, Jr., MD, MHS, Achaogen (Consultant)Advanced Liquid Logics (Grant/Research Support)Affinergy Affinium (Consultant)Akagera (Consultant)Allergan (Grant/Research Support)Amphliphi Biosciences (Consultant)Aridis (Consultant)Armata (Consultant)Basilea Bayer (Consultant)C3J (Consultant)Cerexa Contrafect Debiopharm Destiny (Consultant)Durata Genentech Green Cross Integrated Biotherapeutics (Consultant)Janssen Karius (Grant/Research Support)Locus (Grant/Research Support)Medical Biosurfaces (Grant/Research Support)Medicines Co. (Consultant)MedImmune Merck (Grant/Research Support)NIH (Grant/Research Support)Novadigm (Consultant)Novartis Pfizer (Grant/Research Support)Regeneron sepsis diagnostics Tetraphase (Consultant)Theravance Trius (Consultant)UpToDate Valanbio xBiotech (Consultant) Daniel D. Rhoads, MD, Becton, Dickinson and Company (Grant/Research Support) Michael Jacobs, MBBS, Venatorx Pharmaceuticals, Inc. (Grant/Research Support) Focco van den Akker, PhD, Venatorx Pharmaceuticals, Inc. (Grant/Research Support) David A. Six, PhD, Venatorx Pharmaceuticals, Inc. (Employee) Greg Moeck, PhD, Venatorx Pharmaceuticals, Inc. (Employee) Krisztina M. Papp-Wallace, Ph.D., Merck & Co., Inc. (Grant/Research Support)Spero Therapeutics, Inc. (Grant/Research Support)Venatorx Pharmaceuticals, Inc. (Grant/Research Support)Wockhardt Ltd.  Robert A. Bonomo, MD, entasis (Research Grant or Support)Merck (Grant/Research Support)NIH (Grant/Research Support)VA Merit Award (Grant/Research Support)VenatoRx (Grant/Research Support)


The original version of this article unfortunately contained a mistake. In figure 1, panel for Fibre (top right hand side) was wrong.The corrected Fig. Reference 11 should read:https://doi.org/10.1007/s00394-021-02558-4Perez-Cornago A, Pollard Z, Young H, van Uden M, Andrews C, Piernas C, Key TJ, Mulligan A, Lentjes M (2021) Description of the updated nutrition calculation of the Oxford WebQ questionnaire and comparison with the previous version among 207,144 participants in UK Biobank. Eur J Nutr. The original article has been corrected.


Brassica rapa metallothionein and phytochelatin synthase genes potentially involved in heavy metal detoxification. PLoS ONE 16(6): e0252899. https://doi.org/10.1371/journal.pone.0252899The fifth author’s name is spelled incorrectly. The correct name is: Enrico Martinoia. The correct citation is: Liu J, Zhang J, Kim SH, Lee H-S, Martinoia E, Song W-Y (2021) Characterization of


According to the data in Index Herbariorum as of 1 December 2020, there are 3426 active herbaria in the world, containing 396,204,891 specimens and 124 herbaria in Russia with more than 16,175,000 specimens. The Central Siberian Botanical Garden of the Siberian Branch of the Russian Academy of Sciences , founded in 1946, historically has two herbarium collections (NS and NSK). Currently these collections contain about 800,000 herbarium specimens comprising vascular plants, mosses, lichens and fungi gathered from all over the world. Digitisation of the NSK type specimens of vascular plants began in 2014 by using the special scanner Herbscan. In 2018, we started digitisation of the NS and NSK collections by using ObjectScan 1600.http://herb.csbg.nsc.ru:8081) and published through GBIF. Twenty families of Polypodiopsida, but not Equisetaceae, were included in this dataset. Family Ophioglossaceae was digitised and published in GBIF as a separate dataset.Pteridophytes  are a diverse group of plants that today comprises approximately 12,900 species and plays a major role in terrestrial ecosystems. All herbarium specimens of ferns, collected over 170 years between 1851 and 2021 and stored in the NS and NSK collections, were digitised in 2021, placed at the CSBG SB RAS digital Herbarium , 89% of them from Russia, are presented. Herbarium specimens act as a source of information, to determine:what the plants look like;where they are found;what environmental niche they occupy;which species are threatened by extinction;what morphological and chemical variation occurs;when they flower or produce seed.Specimens can be used to provide samples of DNA to study relationships and evolutionary processes . They alCSBG SB RAS, the largest botanical institute in the Asian part of Russia, has two herbarium collections with registration in the Index Herbariorum : the colWith the digitisation of natural history collections over the recent decades, their traditional roles for taxonomic studies and public education have been greatly expanded into the fields of biodiversity assessments , climateDigitisation activities across Russia were described by A. Seregin . The conOphioglossaceae kept at NS and NSK collections were digitised and published in GBIF as a separate dataset  as a worldwide data resource for the study of biodiversity.The purpose of this publication is to mobilise ferns biodiversity data, using as examples herbarium specimens stored at the Central Siberian Botanic Garden SB RAS collections (NS and NSK). One of our primary goals is to database and image these collections to make them web-accessible for researchers and to provide open online access to the CSBG SB RAS Digital Herbarium  and creating the CSBG SB RAS Digital Herbarium.Nataliya Kovtonyuk - general management and supervision of imaging and digitisation activities at the CSBG SB RAS Digital Herbarium, databasing; publication of datasets;Irina Han - digitisation, databasing, georeferencing, publication of datasets;Evgeniya Gatilova - digitisation, databasing;Lyalya Lukmanova - mounting NSK herbarium specimens, digitisation.Irina Deyun - preparation of NSK collection for digitisation, digitisation.Ilya Eremin - technical support of the CSBG SB RAS Digital Herbarium.Svetlana Krasnikova - preparation NS collection for digitisation.Vera Maksacheva - mounting NS herbarium specimens.All ferns, stored in NS and NSK herbarium collections, were digitised by staff of the Digitisation group at the Vascular Plant Systematics Laboratory of the CSBG SB RAS.Dried and pressed herbarium specimens were digitised using two ObjectScan 1600 scanners, according to international standards, at 600 dpi, with a seven-digit barcode, 24-colour scale and spatial scale bar . Images Many specialists of Tomsk State University , Altay State University , Irkutsk State University , Taymyr Nature Reserve , Main Botanical Garden (Bochkin V.), Federal Scientific Center of the East Asia Terrestrial Biodiversity FEB RAS (Yakubov V.) and the CSBG SB RAS  took part in the identification of the herbarium specimens of ferns.Specimens of ferns deposited in CSBG SB RAS herbarium collections were collected by the following botanists: Krasnoborov I. M. (913), Ivanova M. M. (565), Shaulo D. N. (538), Malyshev L. I. (296), Kiseleva A. A. (281), Lashchinsky N. N. (270), Hanminchun V. M. (251), Vodopyanova N. S. (230), Bardunov L. V. (196), Peshkova G. A. (147), Lomonosova M. N. (133), Petrochenko Yu. N. (126), Andrulaitis S. Yu. (126), Artemov I. A. (116), Arslanova or Kovtonyuk N. K. (104), Molchanov E. F. (93), Bolshakov N. M. (88), Chepurnov A. A. (85), Maskaev Yu. M. (81), Vlasova N. V. (76), Ronginskaya A.V. (73), Vereshchagin V. I. (73), Doronkin V. M. (71), Friesen N. V. (67), Popov M. G. (62), Zuev V. V. (61), Titov E. (49), Starovoitova Z. (49), Pospelov I. N. (44), Tyulina L. N. (42), Nechaev A. A. (42) and many other collectors.The digitisation process includes the following six steps: 1. Mounting of dry plant material on to a herbarium sheet, according to Skvortsov A. K. ; 2. ChecThe dataset includes samples from 43 countries: Russia (6918), United States of America (270), Germany (145), Canada (60), Georgia (40), Japan (31), Kazakhstan (29), Mongolia (27), Ukraine (25), Paraguay (20), Finland (20), Costa Rica (13), Turkey (12), Switzerland (12), Poland (12), Azerbaijan (12), Hungary (9), Bulgaria (9), Armenia (9), Norway (8), Kyrgyzstan (6), Italy (6), France (6), Moldova (5), Estonia (5), Czechia (5), Belize (5), Sweden (4), Mexico (4), Tajikistan (3), Slovakia (3), Romania (3), Luxembourg (3), Dominican Republic (3), Belarus (3), Uzbekistan (1), Turkmenistan (1), Seychelles (1), New Zealand (1), New Caledonia (1), Greenland (1), China (1) and Austria (1).In the dataset, 52 regions of Russia are represented, including all regions of Siberia, Russian Far East, Ural. Most specimens were collected from the Republic of Buryatia (1032), Krasnoyarsk Krai (935), Irkutsk Oblast (823), Tuva Republic (773), Altai Republic (572), Novosibirsk Oblast (456), Primorsky Krai (382), Republic of Khakassia (351), Sakha (Yakutia) Republic (275) and Zabaykalsky Krai (252).-36.86 and 75.367 Latitude; -166.567 and -173.02 Longitude.Anemiaceae (2), Aspleniaceae (391), Athyriaceae , Blechnaceae (21), Cyatheaceae (9), Cystopteridaceae , Dennstaedtiaceae (232), Dryopteridaceae , Hymenophyllaceae (8), Lygodiaceae (2), Marsileaceae (4), Onocleaceae (232), Osmundaceae (39), Plagiogyriaceae (1), Polypodiaceae (439), Psilotaceae (1), Pteridaceae (425), Salviniaceae (58), Thelypteridaceae (284), Woodsiaceae . Most specimens are from the genera Dryopteris , Cystopteris , Woodsia , Athyrium (803), Gymnocarpium (709), Polypodium (416), Asplenium (340), Diplazium (325), Polystichum (233), Pteridium (205), Cryptogramma (201), Phegopteris (158), Matteuccia (154), Cheilanthes (120), Thelypteris (85), Aspidium (68), Salvinia (56), Adiantum (55), Struthiopteris (46) and Camptosorus (41).Specimens of 363 taxa of 78 genera and 20 families of ferns according to the Catalogue of Life  and GBIFPLEASE FILL IN TRAIT INFORMATION HEREMay 1851 through to May 2021. CSBG SB RAS collections have 170 years history. Fig. I.M. Krasnoborov Herbarium (NS) and M.G. Popov Herbarium (NSK) at the Central Siberian Botanical Garden SB RASNS, NSKdried and pressedOtherThis work is licensed under a Creative Commons Attribution (CC-BY) 4.0 Licence.Ferns at the Central Siberian Botanical Garden herbarium collections https://www.gbif.org/dataset/77973bd8-e146-463e-9452-05debd36c12ahttp://www.csbg.nsc.ru:8080/ipt/resource?r=ferns1Ferns at the Central Siberian Botanical Garden herbarium collections Darwin Core39Polypodiopsida were included in this dataset, except Equisetaceae. Family Ophioglossaceae was digitised and published separately  were digitised in 2021. Specimens of 20 families of parately . For eachttp://www.csbg.nsc.ru:8080/ipt/resource?r=ferns&v=1.4Kovtonyuk N, Han I, Gatilova E, Ovchinnikov Y, Ovchinnikova S, Troshkina V, Lukmanova L, Ebel A, Yakubov V, Lashichinskiy N, Gureyeva I, Artemov I, Zibzeev E (2021): Ferns at the Central Siberian Botanical Garden herbarium collections . v.1.4. Central Siberian Botanical Garden SB RAS. Dataset/Occurrence.


Scientific Reports 10.1038/s41598-021-88812-5, published online 29 April 2021Correction to: The original version of this Article contained an error in Reference 46, which was incorrectly given as:Barrio, J. et al. Performance improvement tests of MACACO: a Compton telescope based on continuous crystals and SiPMs. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment (2017).The correct reference is listed below:et al. Performance improvement tests of MACACO: A Compton telescope based on continuous crystals and SiPMs. Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment.912, 48–52. https://doi.org/10.1016/j.nima.2017.10.033 (2018).Barrio, J. The original Article has been corrected.


Scientific Reportshttps://doi.org/10.1038/s41598-021-04336-y, published online 31 December 2021Correction to: The original version of this Article contained an error in Reference 29, which was incorrectly given as:et al. Wuhan coronavirus (2019-nCoV): The need to maintain regular physical activity while taking precautions. J. Sport Health Sci.9, 103 (2020).Chen, P. The correct reference is listed below:et al. Coronavirus disease (COVID-19): The need to maintain regular physical activity while taking precautions. J. Sport Health Sci.. 9, 103–104 (2020).Chen, P. The original Article has been corrected.


Hemiplecta is a group of large-sized land snails which have long been used as a food resource by Indochinese people. There are five dextral and four sinistral species currently recognized from Thailand. The dextral group is comprised of two previously recorded species (H.humphreysiana and H.distincta), two newly recorded species (H.funerea and H.esculenta), and one new species (H.nemorosasp. nov.) from northern Thailand is being proposed. We reassessed the diagnostic characters of the genitalia, mantle edge, and radula. Specimens were classified into the genus Hemiplecta on the basis of the penial verge and shell lobe, and on the characters of a bulbous gametolytic sac without a gametolytic duct. A complete species list, together with photographs of the name-bearing types or authenticated specimens and the taxonomic status of Hemiplecta s.l. that are known from Indochina including Peninsular Malaysia and Myanmar, is provided for the first time. In total, this species list contains 39 available nominal species names described from this area. Type or authentic specimens can be located for 37 nominal species names, of which 25 are illustrated herein and the other 12 were recently illustrated. However, two available species-level names could not be traced to any type specimens. In addition, lectotypes of H.funerea and H.pluto are designated herein to stabilize the names.The genus  Hemiplecta Albers, 1850 consists of around 50 dextral species as well as five sinistral species  and H.esculenta Maassen, 2006, have been known as food for local people in northeastern Thailand, Laos, Cambodia, and Vietnam. It is also an intermediate host of the rat lungworm . In addition to their shell morphology, species attributed to this genus have a well-developed dart apparatus and a bulbous gametolytic sac without a duct (Godwin-Austen 1897). These characters were accepted as being more reliable than the shell morphology, and were followed until recently (Hemiplecta (including the type species) confirm that they are monophyletic and are comprised not only of dextral species but also several sinistral species that were previously included in the Dyakia Godwin-Austen, 1891 , H.distincta, H.neptunus  and H.zimmayensis Godwin-Austen, 1888, and four sinistral species are retained in this genus.In Thailand, thirteen nominal  species have previously been attributed to ture see  and all ecta see . The othHemiplecta species occurring in Thailand were critically examined, and their morphological variation and distribution ranges are presented. Previously, most of the Hemiplecta species have been described based solely on their shells. However, where anatomical data for additional Hemiplecta species was available in the literature, this was summarized and compared with the results of the present study. Furthermore, all the nominal taxa currently attributed to the genus Hemiplecta s.l. that have the type locality in Indochina, Peninsular Malaysia and Myanmar are alphabetically listed. In addition, the primary type specimens or authentic specimens (when possible) are figured for further comparisons and precise identification.In the present study, we aimed to establish a stable and objective taxonomy by incorporating data from the reproductive organs, pallial system and radula morphology. All recognized and undescribed dextral SEM; JEOL, JSM-5410 LV). Radula shape and teeth formula were analyzed.Snails were sampled throughout Thailand. Living snails were euthanized by the two-step method , then trAnatomical abbreviations. Descriptive terms are oriented with reference to the genital orifice. Abbreviations follow ag, albumin gland; aldl, anterior left dorsal lobe; an, anus; at, atrium; da, dart apparatus; dp, dart papilla; e, epiphallus; ec, epiphallic caecum; fl, flagellum; fo, free oviduct; gs, gametolytic sac; h; heart; hd, hermaphroditic duct; hg, hermaphroditic gland; k, kidney; lsl, left shell lobe; ov, oviduct; p, penis; pg, prostate gland; pldl; posterior left dorsal lobe; pr, penial retractor muscle; ps, penial sculpture; psh, penial sheath; puv, pulmonary vein; pv, penial verge; r, rectum; rdl, right dorsal lobe; rsl, right shell lobe; ur, ureter; v, vagina; vd, vas deferens.CUMZChulalongkorn University, Museum of Zoology, BangkokFMNHField Museum of Natural History, ChicagoMNHNMuséum National ďHistoire Naturelle, ParisNHMNatural History Museum, LondonNHMUK when citing specimens deposited in the NHMNMNH National Museum of Natural History, Smithsonian Institute, Washington D.C.RMBRRaffles Museum of Biodiversity Research, SingaporeRMNHNaturalis Biodiversity Center, Rijksmuseum van Natuurlijke Historie, LeidenSMFForschungsinstitut und Naturmuseum Senckenberg, Frankfurt am MainUMZC University Museum of Zoology Cambridge, CambridgeMNHN are credited to the museum taken under the project E-RECOLNAT: ANR-11-INBS-0004 or as stated otherwise.Photos of type specimens from the Molluscs Collection (IM) of Taxon classificationAnimaliaStylommatophoraAriophantidaeGenusAlbers, 18507B583274-9EFD-5408-BE90-5A11F79615A0Hemiplecta Albers, 1850: 60, 61. Nanina (Hemiplecta) – KoratiaHelixdistincta Pfeiffer, 1850, by monotypy.  Godwin-Austen, 1919: 202. Type species: Hemiplecta (Koratia) – Ariophanta (Semperia)Helixretrorsa Gould, 1843; by original designation. Godwin-Austen, 1898: 82 non : 74, 75.Helixhumphreysiana Lea, 1840; subsequent designation by Martens in Shell dextral or sinistral, medium to large in size (width about 25 to 75 mm) and monochrome to with stripes, or banding patterns. Apertural lip simple to slightly thickened in adult snails; umbilicus open. Genitalia include penial sheath, straight or coiled epiphallic caecum and short flagellum; penial verge may be present or absent. Dart apparatus well developed; gametolytic sac bulbous to elliptical-shaped (without distinct duct). Mantle edge well developed with or without shell lobes. Jaw smooth  and crescentic. Radula with unicuspid central teeth, and bicuspid lateral and marginal teeth.Ariophantidae is usually problematic. There are at least three nominal genera that are often confused, Nanina Gray, 1834, Ariophanta Des Moulins, 1829 and Cryptozona Mörch, 1872. The genitalia have proved to be the distinguishing characters for specific or generic recognition among the Ariophantidae BCA141BA-0932-57C2-9651-C7B503DF8A09HelixhumphreysianaHelix pl. 74, species 387. Lea, 1840: 175. Type locality: Pondicherry and Singapore. Hemiplectahumphreysiana : Morgan, 1885a: 378. Godwin-Austen 1898: 74, pl. 80. figs 6, 6b; pl. 61, figs 1, 1e. Naninahumphreysiana : Martens, 1867: 233, pl. 10, figs 2, 2b, 4. Tryon, 1886: 36, pl. 11, figs 52, 53, pl. 12, fig. 54.Nanina (Hemiplecta) humphreysiana : Tryon, 1886: 36, pl. 11, figs 52, 53; pl. 12, fig. 54.See the species list of the Indochinese species Fig. .Singapore: Bukit Timah: RMBR 1990.1711 (1 specimen in ethanol), 1990.15781–2 (2 specimens in ethanol); CUMZ 4573 , RMBR 1990.1710 (1 specimen in ethanol); CUMZ 4571/1 (1 shell), CUMZ 4572 (4 specimens in ethanol). Nee Soon: RMBR 1990.15945 (1 shell), RMBR 1990.16996 (1 specimen in ethanol), RMBR 1990.15103–4 (2 specimens in ethanol), RMBR 1992.3159 (1 specimen in ethanol), RMBR 1992.3160–1 (2 shells), RMBR 1992.3162 (1 specimen in ethanol), RMBR 1994.4116 (1 specimen in ethanol). Singapore: RMBR 1989.509–513 (5 shells), RMBR 1990.15105 (1 specimen in ethanol). Thailand: Sirindhorn Waterfall, Halabala National Park, Narathivat Province: CUMZ 4647 (2 shells), CUMZ 4648 , dextral and conic to depressed conic  very short  extending about one-third of penis length. Epiphallic caecum (ec) short, straight; penial retractor muscle (pr) thin and attached to the tip. Epiphallus (e) short and about one-third of penis length. Flagellum (fl) short, stout, and with thin muscle bands connected to penial sheath. Vas deferens (vd) small tube. Internal wall of penis with sculpture encircling penial verge  consists of scattering of small papillary knobs arranged randomly on penial wall. Penial verge (pv) long conic with smooth surface.ort Fig. . Penis  long muscular cylinder, externally and internally smooth; dart papilla (dp) short, conic, and smooth. Gametolytic sac (gs) elongate or bulbous without distinct duct. Free oviduct (fo) long and encircled with thickened blackish muscular tissue (orange in fresh specimens). Oviduct (ov) long and with lobules; prostate gland bound to oviduct. Albumen gland (ag) small. Hermaphroditic duct (hd) small, convoluted, and connected to lobules of hermaphroditic gland (hg).Vagina (v) long and cylindrical Fig. ; internaRadula. Each row containing about 253 teeth (127–(18–32)–1–(29–32)–125). Central tooth unicuspid and triangular  to right of anus , large, and thick. Left dorsal lobe to left of anus (on the right in figure), composed of thin crescentic anterior left dorsal lobe , and thin elongated posterior left dorsal lobe (pldl). Right shell lobe (rsl) and left shell lobe (lsl) have short finger-shaped extensions located on mantle edge near tip of urinary groove and around junction of anterior and posterior left dorsal lobes, respectively,  and venation on lung cavity well developed and distinct. Kidney (k) elongate, slender, and approximately one-third length of pulmonary cavity. Ureter (ur) sigmoid, closed tube arising from tip of kidney, extending along right side of kidney, and curved adjacent to rectum (r). Anus (an) adjacent to mantle edge  located left of kidney . Pulmonary cavity approximately four times longer than wide. Pulmonary vein . It can be distinguished from H.floweri Smith, 1899  to specify the characteristics for the genus. 1899 see  from Pen1899 see . In addiri Table . UnfortuTaxon classificationAnimaliaStylommatophoraAriophantidaeE80A2E8D-C02D-5D24-8AF3-07DD2235C9DFHelixdistinctaHelix pl. 86, species 465. Pfeiffer, 1850: 69, 70. Type locality: Insulis Moluccis [possibly error or mislabeling]. Naninadistincta : Martens, 1860: 7.Helixneptunus Pfeiffer, 1861a: 190. Type locality: Siam [Thailand]. Nanina (Rhyssota) distincta : Martens, 1867: 69, 70, pl. 6, fig. 8.Nanina (Hemiplecta) distincta : Tryon, 1886: 30, pl. 8, fig. 26.Nanina (Hemiplecta) neptunus : Tryon, 1886: 34, pl. 8, fig. 27.Hemiplectazimmayensis Godwin-Austen, 1888c: 241, 242. Type locality: Zimme, Siam territory . New synonymAriophanta (Hemiplecta) distincta : Morelet, 1891: 231.Hemiplectadistincta : Morelet, 1889: 124. Nanina (Rhysota) distincta : Nanina (Rhysota) distinctavar.neptunus : Koratiadistincta : Nanina (Rhysota) distinctaneptunus : Dautzenberg and Fischer, 1906: 347, 348.Hemiplecta (Koratia) distincta : Solem, 1966: 27.Hemiplecta (Hemiplecta) distincta : Hemmen and Hemmen, 2001: 44, fig. 12.Hemiplecta (Hemiplecta) neptunus : Hemmen and Hemmen, 2001: 44.Hemiplecta (Hemiplecta) zimmayensis : Hemmen and Hemmen, 2001: 44.See the species list of Indochinese species Fig. .Thailand: Tam Chiang Dao, Chiang Mai: CUMZ 4550 (1 shell), CUMZ 4558 (5 shells). Wang Chao Waterfall, Kampangphet: CUMZ 4641 (4 shells). Klong Lann National Park, Kampangphet: CUMZ 4579 (2 specimens in ethanol). Kaeng Jed Kwae, Watbot, Phitsanuloke: CUMZ 4638 (7 shells). Tam Wang Daeng, Nern Maprang, Phitsanuloke: CUMZ 4632 (1 shell). Khao Nang Rum, Huay Kla Klang National Park, Uthaithani: CUMZ 4502 (6 shells), CUMZ 4510 (3 shells), CUMZ 4538 (3 shells), CUMZ 4541 (6 shells), CUMZ 4607 (6 shells), CUMZ 4610 (9 shells), CUMZ 4611 (3 shells). Jed Sow Noi Waterfall, Muaklek, Saraburi: CUMZ 4548 (3 shells). Pu Kare Botanic Garden, Saraburi: CUMZ 4505 (4 shells), CUMZ 4506 (1 shell), CUMZ 4534 (5 shells). Tam Dao Khao Kaew, Muaklek, Saraburi: CUMZ 4624 (1 shell). Wat Tharahat, Saraburi: CUMZ 4508 (1 shell), 4530 (1 shell). Sam Larn National Park, Saraburi: CUMZ 4578 (2 specimens in ethanol). Bang Srithong, Bang Kruay, Nonthaburi: CUMZ 4555 (5 shells). Khao Look Chang, Pakchong, Nakhonratchasima: CUMZ 4501 (8 shells), CUMZ 4606 (9 shells), CUMZ 4612 (9 shells), CUMZ 4535 (3 shells). Tub Lann National Park, Nakhonratchasima: CUMZ 4617 (1 shell). Nawang, Nongbualumphu: CUMZ 4529 (1 shell). Tam Suwankuha, Nongbualumphu: CUMZ 4633 (3 shells), 4637 (3 shells). Thung Kra-Mang, Phu Kiew Wildlife Sanctuary, Chaiyaphum: CUMZ 4608 (5 shells). Pang Khone, Sakonnakhon: CUMZ 4619 (4 shells). Phuphan Mountains, Sakonnakhon: CUMZ 4504 (6 shells), CUMZ 4507 (5 shells). Phu Kum Khao, Sahatsakhan, Kalasin: CUMZ 4557 (8 shells). Phu Sri Tharn Wildlife Sanctuary, Kalasin: CUMZ 4621 (1 shell). Huay Lao Waterfall, Phuluang Wildlife Sanctuary, Loei: CUMZ 4634 (1 shell). Tam Pha Bend, Chiang Karn, Loei: CUMZ 4532 (1 shell). Tam Pha Bing, Wangsapung, Loei: CUMZ 4636 (1 shell). Tam Piya, Loei: CUMZ 4639 (3 shells). Tam Mahasombat, Lomsak, Phetchabun: CUMZ 4567 (1 shell). Tam Yai Namnao, Namnao National Park, Phetchabun: CUMZ 4566 (1 shell), CUMZ 4622 (1 shell). Tam Phraya Nakarat, Phuphaman National Park, Khonkaen: CUMZ 4635 (1 shell). Pha Tam National Park, Ubonratchathani: CUMZ 4604 (3 shells), CUMZ 4616 (3 shells). Yod Dome National Park, Buriram: CUMZ 4629 (2 shells). Wang Ta Krai Waterfall, Nakhonnayok: CUMZ 4540 (2 shells), CUMZ 4549 (2 shells), CUMZ 4605 (1 shell), CUMZ 4640 (5 shells), CUMZ 4577 (1 specimen in ethanol). Khao Ang Rue Nai Wildlife Sanctuary, Chachoengsao: CUMZ 4531 , CUMZ 4609 (3 shells), CUMZ 4613 (4 shells), CUMZ 4620 (2 shells), CUMZ 4627 (1 shell), CUMZ 4630 (1 shell). Pang Srida National Park, Prachinburi: CUMZ 4631 (4 shells). Ra-Ru, Taphraya, Srakeow: CUMZ 4628 (1 shell). Tam Leum, Klonghad, Srakeow: CUMZ 4625 (1 shell). Khao Cha Ang-Oan, Borthong, Chonburi: CUMZ 4542 (4 shells), CUMZ 4618 (1 shell), CUMZ 4626 (4 shells). Khao Cha Mao Waterfall, Rayong: CUMZ 4543 (1 shell). Tam Suwanphupha, Khao Chamao, Rayong: CUMZ 4545 (1 shell). Wat Ma-deau (Tam Khao Loi), Khao Chamao, Rayong: CUMZ 4544 (4 shells). Plieu National Park, Chanthaburi: CUMZ 4509 (1 shell), CUMZ 4536 (1 shell), CUMZ 4539 (9 shells), CUMZ 4560 , CUMZ 4615 (4 shells). Sibha Shan Waterfall, Chanthaburi: CUMZ 4547 (6 shells). Tha Mai District, Chanthaburi: CUMZ 4603 (1 shell). Koh Kud, Trat: CUMZ 4559 (9 shells), CUMZ 4614 (7 shells). Kaeng Kracharn National Park, Phetchaburi: CUMZ 4527 (1 shell). Tam Nam Pud, Pangnga: CUMZ 4623 (1 shell).Shell. Shell large , yellowish with white narrow peripheral band, and paler color below on lower shell surface. Upper shell surface with thin growth lines interrupted with spiral wrinkles. Last whorl large and rounded; aperture large ovate; lip simple but slightly thickened in adult snails  bulbous with undifferentiated duct. Internal wall of penis exhibits closely packed papilla knobs that abruptly cease near atrium; penial verge absent. Internal sculpture of vagina with thin and smooth longitudinal vaginal pilasters (vp). Internal surface of dart apparatus smooth; dart papilla (dp) conic, and with a smooth surface –1–(15–20)–276). Central tooth unicuspid triangular with rounded head  to right of pneumostome, large and thick; left dorsal lobe to left of pneumostome, composed of anterior left dorsal lobe  and posterior left dorsal lobe (pldl); shell lobe absent 18ACEFA5-526C-5479-89C7-73C01B4AEDA7Naninadistinctavar.funerea Smith, 1896: 128. Type Locality: Vanbu, Tonkin . Naninadistinctavar.pallidior Smith, 1896: 128. Type Locality: Vanbu, Tonkin . Hemiplectafunerea : See the species list of Indochinese species Fig. .Thailand: Bor Klue District, Nan: CUMZ 4649 (5 shells). Ton Tong Waterfall, Doi Phu Ka National Park, Nan: CUMZ 4575 .Shell. Shell large , depressed conic, dextral, with 6–7 whorls; spire slightly elevated with wide and shallow suture. Shell almost black to dark brown with thin yellowish peripheral band. Apex obtuse; embryonic shell large with smooth surface; subsequent whorls with thin growth lines and thin radial wrinkles. Last whorl keeled; aperture large and ovate; lip simple, yellowish to dark yellow, and slightly thickened in adult snail. Columella slightly dilated; parietal callus thin and transparent. Umbilicus wide and deep  elongate with undifferentiated duct. The unique characters are a coiled epiphallic caecum (ec) and curved flagellum (fl), which are not found in the other species  consists of scattered papillary knobs lining penial wall; penial verge absent –1–(65–75)–135). Central tooth unicuspid conic-shaped, and dull cusp  present .ell Fig. , while tell Fig. . Since tHemiplectafunerea can be distinguished from H.distincta by the angulated, dark brown or yellowish shell, distinct penial sculpture, and a long and distinctively coiled epiphallic caecum , CUMZ 4565 (9 specimens in ethanol), CUMZ 4574 .Shell. Shell relatively small , elevated to slightly depressed, upper surface with distinct nodules arranged on growth line, and lower shell surface nearly smooth. Last whorl keeled; aperture large and ovate; lip simple to slightly expanded and dark brown. Umbilicus widely opened and deep  consists of small to large papillary knobs arranged in oblique lines on penial wall; relatively smaller knobs surrounding penial verge. Penial verge (pv) small, short, conic, and with smooth surface  bulbous with undifferentiated duct. Internal wall of vagina with series of thin longitudinal vaginal pilasters (vp). Dart apparatus (da) relatively short; internal wall of chamber with smooth wall, and papilla of dart apparatus (dp) slightly elongate, conic, and with smooth surface –1–(19–21)–80). Central tooth triangular, tricuspid; ectocones small; mesocone large .Limestone outcrops with deciduous forest near road no. 1226, Pang Mapha Sub-district, Pang Mapha District, Mae Hongson Province, Thailand , depressed conic, thin and dextral. Whorls 5 to 6, increasing regularly, slightly convex, with very wide and shallow suture. Spire convex; apex acute; embryonic shell smooth; following whorls with thin growth lines and radial wrinkles or undulating surfaces. Periostracum thin and transparent. Shell pale brownish to yellowish. Last whorl angular with strong peripheral keel which is much reduced near aperture. Aperture not descending, widely ovate and moderately oblique; lip simple to slightly thickened in adult specimen. Columella slightly dilated; parietal callus slightly thick and translucent. Umbilicus narrowly opened, deep, and partly covered by reflected columellar lip Fig. .Genitalia. Atrium (at) long. Penis (p) long slender, cylindrical, and encircled by thick penial sheath (psh) extending to about half of penis length. Epiphallic caecum (ec) short, straight; penial retractor muscle (pr) thin and attached to the tip. Epiphallus (e) short, about half of penis length. Flagellum (fl) short, stout, and with thin muscle bands connected to penial sheath. Vas deferens (vd) small tube  small, conic, and with smooth surface  short and enlarged muscular cylinder; externally covered with thin longitudinal muscular bands around half of dart apparatus length. Internally with irregular wall, dart papilla (dp) conic and smooth. Gametolytic sac (gs) bulbous without distinct duct. Free oviduct (fo) long and encircled with thin blackish muscular tissue. Oviduct (ov) long and with lobules; prostate gland bound to oviduct. Albumen gland, hermaphroditic duct, and hermaphroditic gland missing from the examined specimen  long, cylindrical, about same length as penis; internal wall with thin and smooth longitudinal vaginal pilasters (vp). Dart apparatus –1–(16–19)–75). Central tooth symmetrical tricuspid and triangular; mesocone conic shaped and with pointed cusp; ectocones short with dull cusps located at middle of tooth height. Lateral teeth asymmetrical tricuspid; endocone nearly absent; mesocone triangular with pointed cusp; ectocone with pointed cusps and located below endocone. Marginal teeth start around tooth numbers 16 to 19, elongate and obliquely bicuspid; endocone larger than ectocone and with pointed cusp; ectocone very small. Outer marginal teeth bicuspid and shorter than inner teeth  from Myanmar and Falsiplectaintegripedia Schileyko & Semenyuk, 2018 from southern Vietnam. This new species, however, differs by having a shell width almost two-times larger than H.uter, but further comparison of anatomical characters is necessary to confirm their distinction. Hemiplectanemorosa sp. nov. clearly differs from F.integripedia in having a well-developed dart apparatus, globular gametolytic sac, and long epiphallus and flagellum. In contrast, F.integripedia has no dart apparatus, a long gametolytic duct, a very short epiphallus and the vas deferens attached near the tip of the epiphallus (flagellum lacking). Hemiplectanemorosa sp. nov. also differs from H.undosa  by having a relatively smaller shell size, an angular last whorl with strong peripheral keel, and a narrow umbilicus. In contrast, H.undosa has a rounded to slightly shouldered last whorl, and a wide and deep umbilicus.The shell morphology of this new species is similar to Hemiplecta s.l. and have the type locality within the geographic area covered by mainland Indochina, Peninsular Malaysia or the southeastern part of Myanmar. All the nominal species group names are listed alphabetically where their original combinations and original publication were provided. In nearly all instances, the original literature was checked for authorship and date, page numbers of the original description and illustrations, and type locality to ensure accuracy of the entries. The usage of the nominal name, necessary references that provided descriptions or images of possible type specimens, and recent taxonomic treatment articles that placed species into the genus Hemiplecta are also listed. The current taxonomic status  of each taxon is provided, mainly following recent literature and this study. The depository information of the name-bearing types  is provided. The name-bearing types are illustrated when possible; exceptions are those recently published in This synoptic list includes all the nominal species-group names that have been attributed to auriettae 1 Nanina (Macrochlamiys) auriettae Tapparone Canefri, 1889: 318, 319, pl. 8, figs 4–6. Type locality: Sul monte Mooleyit .Hemiplecta?auriettae: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced.Remarks. The topotype specimen NHMUK 1912.4.16.497 2 Helixchevalierii Souleyet, 1842: 101. Type locality: Malacca .Helixchevalierii: Souleyet, 1852: 503, 504, pl. 28, figs 24–26.Hemiplectachevalierii: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced.cymatium 3 Naninacymatium Bens. Helixcymatium Benson. Pfeiffer, 1856b: 58, pl. 17, figs 1, 2. Type locality: Pulo Lancavi, peninsulae Malaccanae .Hemiplectacymatium: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced.Remarks. The manuscript name “cymatium Bens.” was never published by Benson. It was first mentioned in the species list published by UMZC and NHM collections. There are three specimens from UMZC I.104350 ex. Benson collection accompanied by a label with the taxon name but without collection locality. A specimen that closely matched the original description is figured herein 4 Xestinadenserugata Möllendorff, 1901: 45, 46. Type locality: Berg Dran und Hong-gong, Süd Annam.Hemiplectadenserugata: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntype SMF 226943/1 5 Helixdistincta Pfeiffer, 1850: 69, 70. Type locality: Insulis Moluccis [possibly error or mislabeling]. Helix pl. 86, species 465.Hemiplecta (Hemiplecta) distincta: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Possible syntype NHMUK 20200199 ”, and a small printed label stating “Type?”. Additionally, the collection localities “Siam & Camboja” and “Siam & Cochin Chine (Martens)” were probably added at a later date. Therefore, we consider this lot to be possible syntypes. The specimen that closely matched the measurements in the original description and illustration in H.distincta are only from Indochina. Therefore, the type locality “Insulis Moluccis [Molucca Islands in eastern Indonesia]” possibly error or mislabeling.The museum collection and current published record with detailed geographical data of esculenta Maassen, 20066 Hemiplectaesculenta Maassen, 2006: 17, 18, figs 10–12. Type locality: limestone area near village Hang, Pu Luong National Park, Thanh Hoa, Vietnam. Current taxonomic status.Hemiplecta. Valid species.Type specimens. Holotype RMNH 99424 (see RMNH 99425 (1 shell).Remarks. The type specimen was recently illustrated in floweri Smith, 18997 Hemiplectafloweri Smith, 1899: 284, 285, text figures. Type locality: Maxwell’s Hill, Larut, Perak . Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntype NHMUK 1899.3.16.1–2  instead of the distant species H.abbasi Maassen, 2009 from Sumatra 9 Naninadistinctavar.funerea Smith, 1896: 128. Type Locality: Vanbu, Tonkin . Hemiplectafunerea: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Lectotype (design. n.) NHMUK 1896.1.25.4 10 Helixgordoniae Benson, 1863: 87. Type locality: Birmanica prope Moulmein . Hemiplecta?gordoniae: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced from the Benson collection.Remarks. The topotype specimen from Godwin-Austen collection NHMUK 1903.7.1.309 13 Helixhumphreysiana Lea, 1840: 175. Type locality: Pondicherry and Singapore. Hemiplectahumphreysiana: Godwin-Austen 1898: 74–76, pl. 80, fig. 6, 6b; pl. 81, fig. 1, 1e. Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntype NMNH 116569 15 Camaenakhamducensis Thach & Huber in Thach, 2018: 67, figs 886–888. Type locality: Kham Duc area, Phuoc Son, District, Quang Nam Province, Central Vietnam.Hemiplectakhamducensis: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Holotype FMNH 386292.Remarks. This nominal species was transferred to the genus Hemiplecta by Camaenidae has a holopod type of pedal groove , and narrow umbilicus .khamducensis Thach & Huber, 200016 Hemiplectakhamducensis Thach & Huber in Thach, 2020: 38, 39, figs 434–437. Type locality: Kham Duc, Phuoc Son District, Quang Nam Province, Central Vietnam.Current taxonomic status.Hemiplecta. Junior homonym and junior synonym of Hemiplectakhamducensis .Type specimens. Holotype NHMUK 20200208.Remarks. This species was originally proposed as a junior secondary homonym from the same locality as the senior homonym. Basically, this junior homonym agrees well in all diagnostic shell characters of a red-brown shell, strong peripheral keel, and shell shape that all lie within the range of variation of the present species. This species is synonymized with H.khamducensis  herein, and, therefore, the replacement name is not necessary at present.NHM collection .lanxangnica Inkhavilay & Panha, 201917 Helminthoglyptahuberi Thach, 2017: 54, figs 747–749 .Ariophantalaotica: Hemiplectalaotica: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntype SMF 226681  from Laos.Remarks. The type specimen was recently illustrated in malaouyi 19 Xestamalaouyi Morgan, 1885a: 374, 375, pl. 5, fig. 4. Type locality: Mont Kerbou, à 1800 mètre environ ďaltitude .Hemiplectamalaouyi: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntype MNHN-IM-2000-34170 .neptunus Pfeiffer, 186121 Helixneptunus Pfeiffer, 1861a: 190. Type locality: Siam [Thailand]. Hemiplecta (Hemiplecta) neptunus: Current taxonomic status.Hemiplecta. Synonym of Hemiplectadistincta.Type specimens. Syntype NHMUK 20150065 22 Naninadistinctavar.pallidior Smith, 1896: 128. Type locality: Vanbu, Tonkin . Current taxonomic status.Hemiplecta. Synonym of Hemiplectafunerea.Type specimens. Syntype NHMUK 1896.1.25.5 23 Helixpernobilis Férussac, 1821: 39, no. 182. Type locality: Poulo-Condor .Koratiadistinctapernobilis: Koratiapernobilis: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced.pharangensis 24 Xestinapharangensis Möllendorff, 1901: 46. Type locality: Pharang, Süd Annam .Hemiplectapharangensis: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Holotype SMF 226947/1  in having a flatter shape, with a weak keel, and a spiral band on periphery.pluto 26 Helixpluto Pfeiffer, 1863a [1862]: 268, 269. Type locality: Lao Mountains, Camboja . Nanina (Hemiplecta) pluto: Hemiplectapluto: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Lectotype (design. n.) NHMUK 2020200 27 Oxytessakaya Morgan, 1885a: 380, 381, pl. 6, fig. 1. Type locality: Mont Kerbou, à 1200 mètre environ ďaltitude .Hemiplectasakaya: Laidlaw, 1932a: 89. Maassen, 2001: 101.Current taxonomic status.Hemiplecta. Synonym of Hemiplectacymatium.Type specimens. Syntype MNHN-IM-2000-34169 28 Helixtextrina Benson, 1856: 252. Type locality: ad Thyet Myo . Hemiplecta?textrina: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced.Remarks. The specimen from the Blanford collection NHMUK 1906.1.1.389 from Bassein, Pegu is figured herein 29 Helixtheodori Philippi, 1846: 191, 192. Type locality: Prope Mergui Indiae orientalis .Hemiplectatheodori: Current taxonomic status.Hemiplecta. Valid species.Type specimens. The type specimens could not be traced.Remarks. The topotype specimen NHMUK 1888.12.4.1517 30 Nanina (Hemiplecta) undosa Blanford, 1865: 68. Type locality: Shan Hills, east of Ava .Helixundosa var. Hanley & Theobald, 1874: 45, pl. 111, figs 2, 3.Hemiplectaundosa: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Probable syntype NHMUK 20200201 31 Helixuter Theobald, 1859: 305. Type locality: Maulmein . Hanley and Theobald 1872: 27, pl. 58, figs 7, 8.Hemiplectauter: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Holotype NMHUK 1888.12.4.1487 .Atkinson . The NHMzimmayensis Godwin-Austen, 188832 Hemiplecta?zimmayensis Godwin-Austen, 1888c: 241, 242. Type locality: Zimmay, Siam territory .Hemiplecta (Hemiplecta) zimmayensis: Current taxonomic status.Hemiplecta. Synonym of Hemiplectadistincta.Type specimens. Syntypes NHMUK 1888.12.4.2007 ”. This specimen (NHMUK 1903.7.1.2108) from the Godwin-Austen collection is figured herein.lahatensis 33 Helixlahatensis Morgan, 1885b: 69. Type locality: dans la forêt Lahat et Ipoli .Ariophantalahatensis: Dyakialahatensis: Hemiplectalahatensis: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntype MNHN-IM-2000-22834 35 Hemiplectasalanganavar.martensi Collinge, 1903: 209. Type locality: Bukit Bersa .Current taxonomic status.Hemiplecta. Synonym of Hemiplectasalangana.Type specimens. Syntype NHMUK 1904.5.26.18–19 36 Helixretrorsa Gould, 1843: 139. Type locality: Tavoy, British Burma . Helix (Caracolla) retrorsa: Dyakiaretrorsa: Blanford and Godwin-Austen 1907: 300. Laidlaw, 1931: 191.Hemiplectaretrorsa: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Lectotype 37 Naninasalangana Martens, 1883: 134–136, pl. 25, figs 8–12. Type locality: insulam Salanga (Junk Ceilon) ad oram occidentalem peninsulae Malaccanae . Dyakiasalangana: Hemiplectasalangana: Current taxonomic status.Hemiplecta. Valid species.Type specimens. Syntypes ZMB/Moll 32578 , which are taxonomically informative at the species level  from the Philippines, H.werberi  from Sulawesi, H.foersteri Kobelt, 1914 from Papua New Guinea, and H.belerang Cilia & Abbas, 2012 from Sumatra exhibit a long gametolytic duct, with or without a dart apparatus  from Peninsular Malaysia exhibits a coiled epiphallic caecum, long gametolytic organ, and presence of shell lobes (Table Macrochlamydinae (Macrochlamydinae. Further anatomical information and molecular analyses will elucidate whether the generic placement is appropriate or whether these species form a distinct group.This comparison further indicated that the other five species are likely to have been inappropriately placed in the ta Table . Four spmiplecta . On the amydinae . HoweverHemiplecta and described from Indochina, including Peninsular Malaysia and Myanmar. There are six nominal species for which the name-bearing type could not be discovered, except the four nominal species: H.auriettae, H.gordonae, H.textrina and H.theodori where the topotypic specimen are figured as representative. However, generic placement of many species are still provisional because these species are known only from their shell descriptions without the genitalia characters. Like the other land snail group in Indochina, a systematic revision has never been studied, and species recognition is difficult. The species have long been described with only a brief description and without illustrations of unique characters of the species. This species list with illustrated type or authentic specimens provides a key species data and facilitates proper species identification.In the species list, 39 available species-level names are recognized as part of the genus


The correct name is: Lei-Ning Chen. The correct citation is: Li S, Chen L-N, Wang X-H, Zhu H-J, Li X-L, Feng X, et al. (2021) Chromosomal variants accumulate in genomes of the spontaneous aborted fetuses revealed by chromosomal microarray analysis. PLoS ONE 16(11): e0259518.


Higher chances of survival to hospital admission after out-of-hospital cardiac arrest in patients with previously diagnosed heart disease. Open Heart 2021;8:e001805.van Dongen LH, Blom MT, de Haas SCM, ESCAPE-NET Investigators, Middle initials have been added to the following authors: Laura H van Dongen, Petra J M Elders, Hanno L Tan.


Correction to: Reprod Biol Endocrinol 19, 137 (2021)https://doi.org/10.1186/s12958-021-00826-wFollowing publication of the original article , the autThe other one is that the reference number 23  should be updated as following:Cakiroglu Y, Saltik A, Yuceturk A, Karaosmanoglu O, Kopuk SY, Scott RT, et al. Effects of intraovarian injection of autologous platelet rich plasma on ovarian reserve and IVF outcome parameters in women with primary ovarian insufficiency. Aging. 2020;12:10211–22. doi: 10.18632/aging.103403.The original article  has been


Rapa), carrot ( Daucus carota subsp. Sativus), garden cress (Lepidium sativum), radish ( Raphanus raphanistrum subsp. Sativus), ginger , fenugreek ( Trigonella foenum -graecum), cinnamon ( Cinnamomum verum), black seeds ( Nigella sativa), date ( Phoenix dactylifera), pennyroyal  (Mentha pulegium ) and bitter and spicy foods [Menorrhagia is abnormal heavy or prolonged vaginal bleeding with 19.24% prevalence in Iranian women  and decrbleeding -9. Eatinbleeding ,7. In PMcarica ) -9. Nutricarica ) -9. Therecy foods -9. In adcy foods -9. In thcy foods ,7. Ibn Scy foods . Variouscy foods ,12. Cuppcy foods ,14. Clincy foods ,15. Reco This study was a part of the Ph.D. thesis of Fatameh Yusefi. Fataneh Hashem-Dabaghian was the supervisor and Jaleh Aliasl contributed to the writing the manuscript. The authors declare that there is no conflict of interests.


The correct name is: Emmanuella Chinonso Osuala. The correct citation is: Nwagbara UI, Osuala EC, Chireshe R, Bolarinwa OA, Saeed BQ, Khuzwayo N, et al. (2021) Knowledge, attitude, perception, and preventative practices towards COVID-19 in sub-Saharan Africa: A scoping review. PLoS ONE 16(4): e0249853. The publisher apologizes for the errors.


The correct name is: Sanitra Anuwutnavin. The fifth author’s name is spelled incorrectly. The correct name is: Sakita Moungmaithong. The correct citation is: Phatihattakorn C, Wongsa A, Pongpan K, Anuwutnavin S, Moungmaithong S, Wongprasert M, et al. (2021) Seroprevalence of Zika virus in pregnant women from central Thailand. PLoS ONE 16(9): e0257205.


In: Monroe A, Olapeju B, Moore S, Hunter G, Payne Merritt A, et al. Improving malaria control by understanding human behaviour. Bull World Health Organ. 2021 Nov 1;99(11):837–839, On page 839, reference 3 should read as follows: Kincaid DL, Storey JD, Figueroa ME, Underwood CR. Communication, ideation, and contraceptive use: the relationships observed in five countries. In: World Congress on Communication for Development; 2006 Oct 25–27; Rome, Italy. Washington DC: World Bank; 2007. https://doi.org/10.2471/BLT.20.285369Bull World Health Organ. 2021 Nov 01;99(11):837–9.


There are multiple spelling errors in the author list. Please see the correct author list and citation here:John Ndegwa Wagai, Dale A. Rhoda, Mary L. Prier, Mary Kay Trimner, Caitlin B. Clary, Joseph Oteri, Bassey Okposen, Adeyemi Adeniran, M. Carolina Danovaro-Holliday, Felicity T. Cuttshttps://doi.org/10.1371/journal.pone.0247415Wagai JN, Rhoda DA, Prier ML, Trimner MK, Clary CB, et al. (2021) Implementing WHO guidance on conducting and analysing vaccination coverage cluster surveys: Two examples from Nigeria. PLoS ONE 16(2): e0247415. The ORCID iDs are missing for the ninth and tenth author. Please see the authors’ respective ORCID iDs here:https://orcid.org/0000-0001-7324-9198).Author M. Carolina Danovaro-Holliday’s ORCID iD is: 0000-0001-7324-9198 (https://orcid.org/0000-0002-8834-1146).Author Felicity T. Cutts’ ORCID iD is: 0000-0002-8834-1146 (


Correction to: World J Surg Onc 19, 96 (2021)https://doi.org/10.1186/s12957-021-02207-4Following publication of the original article , the autCurrently it reads:Charlotte KDD, Cornelis J, Petur S, Johannes C, Arend A, Bemelman WA, et al. Adjuvant HIPEC in patients with colon cancer at high risk of peritoneal metastases: Primary outcome of the COLOPEC multicenter randomized trial. J Clin Oncol. 2019;37:482.It should read:Klaver CEL, Wisselink DD, Punt CJA, Snaebjornsson P, Crezee J, Aalbers A, et al. Adjuvant HIPEC in patients with colon cancer at high risk of peritoneal metastases: Primary outcome of the COLOPEC multicenter randomized trial. J Clin Oncol. 2019;37:482.Additionally, a minor change in the abstract has been made and Figure 2I and 2J has been updated with the better resolution figure.The Original article has been updated.


The correct name is: Adam H. Biedrzycki. The correct citation is: De Armond CC, Kim SE, Lewis DD, Biedrzycki AH, Banks SA, Cook JL, et al. (2021) Three-dimensional-printed custom guides for bipolar coxofemoral osteochondral allograft in dogs. PLoS ONE 16(2): e0244208.


The author list has since been corrected to: Pierre Tariot, Erin P. Foff, Jeffrey L. Cummings, Maria-Eugenia Soto-Martin, Bradley McEvoy, and Srdjan Stankovic.In the published abstract, “HARMONY STUDY: PIMAVANSERIN SIGNIFICANTLY PROLONGS TIME TO RELAPSE OF DEMENTIA-RELATED PSYCHOSIS,” doi:


Correction to: Pilot Feasibility Stud 7, 103 (2021)https://doi.org/10.1186/s40814-021-00841-zFollowing publication of the original article , the autThe correct presentation of the names are as follows:1) Given name: Katie, Last name: Ridge2) Given name: Niall, Last name: Conlon3) Given name: Martina, Last name: Hennessy4) Given name: Padraic, Given name: J, Last name: DunneThe original article has been corrected.


Correction to: BMC Plant Biol 22, 138 (2022)https://doi.org/10.1186/s12870-022-03497-wFollowing publication of the original article , authors1 College of Forestry, Nanjing Forestry University, Nanjing 210037, China.The original article has been corrected.


Scientific Reportshttps://doi.org/10.1038/s41598-021-03360-2, published online 07 January 2022Correction to: The original version of this Article omitted an affiliation for Wannaporn Klangpetch, Niramon Utama-ang, Thunnop Laokuldilok, Pipat Tangjaidee and Tri Indrarini Wirjantoro. This affiliation is listed below.Cluster of Innovative Food and Agro-Industry, Chiang Mai University, Chiang Mai 50100, ThailandThe original Article has been corrected.