cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.15145364
title: Table 1 in Two new species of Allocheilos (Gesneriaceae) from the karst regions in Yunnan, China

description: Table 1. Morphological comparison of Allocheilos maguanensis sp. nov., A. rubroglandulosus sp. nov., and A. cortusiflorus in Gesneriaceae.
CharactersA. maguanensisA. rubroglandulosusA. cortusiflorusBractsbroadly ovate to roundedellipticlinearCalyx lobeselliptic, apex acutetriangular, apex awnylinear, apex acuteCorollaglandular-villous outsideglandular-pubescence outsideglandular-villous outsideAdaxial lip of corollainner two lobes bigger than outer two lobesinner two lobes bigger than outer two lobesinner two lobes almost equal to outer two lobesAbaxial lip of corollatriangular, slightly reflexed, apex acutetriangular, extremely reflexed, apex acutetriangular, slightly reflexed, apex acuteFilamentsapex glabrescentapex glabrousapex glabrescentStaminodes3, major, 3-4 mm long3, major, 3-4 mm long2, minor, 0.4-0.5 mm longTop of lateral staminodeswithout red glandswith red glandswithout red glandsMature fruitlinear, 1.0-1.1 cmelliptic, 0.7-0.8 cmlinear, 1.5-1.8 cmHabitatnear the summit of the limestone hillsdeep limestone sinkholesdeep limestone sinkholes or valleys
description: Published as part of Chen, Wen-Hong, Guo, Shi-Wei, Wu, Jian-Yong, Chen, Li & Shui, Yu-Min, 2020, Two new species of Allocheilos (Gesneriaceae) from the karst regions in Yunnan, China, pp. 155 in PhytoKeys 157 on page 155, DOI: 10.3897/phytokeys.157.32729
DOI: 10.5281/zenodo.15145386
title: Table 1 in A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean

description: Table 1. Information of specimens examined in this study.
FamiliySpeciesVoucher numberLocalityCoordinatesDateDepthCollecterGenBank accession numbers18S-rDNAITS-rDNA28S-rDNACOI12S-rDNA16S-rDNAParazoanthidaeAntipathozoanthus tubus sp. nov.NSMT-Co 1742Iwa Beach, Sagami Bay, Kanagawa, Japan35°09'36"N, 139°08'36"E26 Jul 201913.6M. ObuchiMW652773MW652765MW652768MW649812MW652761MW652770NSMT-Co 1743Kotogahama, Sagami Bay, Kanagawa, Japan35°08'48"N, 139°09'05"E6 Jul 202014M. Obuchi------A. hickmaniCMNH-ZG 05883Roca Onan, Pizon Island, Galapagos, Ecuador0°35'27.2"S, 90°41'09.6"W14 Mar 200727A. ChiribogaMW652771MW652764--MW652759MW652769A. cavernusNSMT-Co 1604Sakurajima, Kagoshima, Japan31°35'23.5"N, 130°35.27.8"E20 Sep 201521JD. Reimer-MG384699MW652766MG384660MW652763MG384681A. remengesauiNSMT-Co 1603Blue Hole, Palau7°8'29.4"N, 134°13'23.3"E15 Sep 201423JD. ReimerMW652772MG384703MW652767MG384649MW652762MG384673A. obscurusNSMT-Co 1602Cape Bise, Motobu, Okinawa-jima Island, Japan26°42'34.4"N, 127°52'49.2"E14 Aug 20145JD. ReimerMW652774MG384691-MG384644MW652760MG384685
description: Published as part of Kise, Hiroki, Obuchi, Masami & Reimer, James Davis, 2021, A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean, pp. 49 in ZooKeys 1040 on page 49, DOI: 10.3897/zookeys.1040.62309
DOI: 10.5281/zenodo.15145387
title: Table 1 in A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean

description: Table 1. Information of specimens examined in this study.
FamiliySpeciesVoucher numberLocalityCoordinatesDateDepthCollecterGenBank accession numbers18S-rDNAITS-rDNA28S-rDNACOI12S-rDNA16S-rDNAParazoanthidaeAntipathozoanthus tubus sp. nov.NSMT-Co 1742Iwa Beach, Sagami Bay, Kanagawa, Japan35°09'36"N, 139°08'36"E26 Jul 201913.6M. ObuchiMW652773MW652765MW652768MW649812MW652761MW652770NSMT-Co 1743Kotogahama, Sagami Bay, Kanagawa, Japan35°08'48"N, 139°09'05"E6 Jul 202014M. Obuchi------A. hickmaniCMNH-ZG 05883Roca Onan, Pizon Island, Galapagos, Ecuador0°35'27.2"S, 90°41'09.6"W14 Mar 200727A. ChiribogaMW652771MW652764--MW652759MW652769A. cavernusNSMT-Co 1604Sakurajima, Kagoshima, Japan31°35'23.5"N, 130°35.27.8"E20 Sep 201521JD. Reimer-MG384699MW652766MG384660MW652763MG384681A. remengesauiNSMT-Co 1603Blue Hole, Palau7°8'29.4"N, 134°13'23.3"E15 Sep 201423JD. ReimerMW652772MG384703MW652767MG384649MW652762MG384673A. obscurusNSMT-Co 1602Cape Bise, Motobu, Okinawa-jima Island, Japan26°42'34.4"N, 127°52'49.2"E14 Aug 20145JD. ReimerMW652774MG384691-MG384644MW652760MG384685
description: Published as part of Kise, Hiroki, Obuchi, Masami & Reimer, James Davis, 2021, A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean, pp. 49 in ZooKeys 1040 on page 49, DOI: 10.3897/zookeys.1040.62309
DOI: 10.5281/zenodo.15145392
title: Table 1 in A new subspecies of the genus Duvalius Delarouzee, 1859 (Coleoptera, Carabidae, Trechini) from western Serbia, with a key and an annotated catalogue of Serbian Biharotrechus and Duvalius s. str. taxa

description: Table 1. Linear measurements and morphometric ratios of Duvalius (Biharotrechus) semecensis tarensis ssp. nov. and its closest conspecific relative D. (B.) semecensis semecensis.
CharacterSubspeciesDuvalius (Biharotrechus) semecensis tarensis ssp. nov.Duvalius (Biharotrechus) semecensis semecensisTL*4.31-4.674.17HL*0.70-0.750.67HW*0.80-0.870.79HL/HW0.85-0.880.85A2L/A2W2.401.89A10L/A10W2.67-2.722.60PL*0.84-0.900.83PW*0.99-1.071.00PL/PW0.84-0.850.83EL*2.46-2.872.56EW*1.63-1.801.55EL/EW1.51-1.601.65
* - values in mm.
description: Published as part of Curcic, Srecko, Vesovic, Nikola, Kuraica, Milos, Bosco, Fabrizio, Curcic, Nina B. & Vrbica, Maja, 2022, A new subspecies of the genus Duvalius Delarouzee, 1859 (Coleoptera, Carabidae, Trechini) from western Serbia, with a key and an annotated catalogue of Serbian Biharotrechus and Duvalius s. str. taxa, pp. 73 in Subterranean Biology 43 on page 73, DOI: 10.3897/subtbiol.43.76049
DOI: 10.5281/zenodo.15145393
title: Table 1 in A new subspecies of the genus Duvalius Delarouzee, 1859 (Coleoptera, Carabidae, Trechini) from western Serbia, with a key and an annotated catalogue of Serbian Biharotrechus and Duvalius s. str. taxa

description: Table 1. Linear measurements and morphometric ratios of Duvalius (Biharotrechus) semecensis tarensis ssp. nov. and its closest conspecific relative D. (B.) semecensis semecensis.
CharacterSubspeciesDuvalius (Biharotrechus) semecensis tarensis ssp. nov.Duvalius (Biharotrechus) semecensis semecensisTL*4.31-4.674.17HL*0.70-0.750.67HW*0.80-0.870.79HL/HW0.85-0.880.85A2L/A2W2.401.89A10L/A10W2.67-2.722.60PL*0.84-0.900.83PW*0.99-1.071.00PL/PW0.84-0.850.83EL*2.46-2.872.56EW*1.63-1.801.55EL/EW1.51-1.601.65
* - values in mm.
description: Published as part of Curcic, Srecko, Vesovic, Nikola, Kuraica, Milos, Bosco, Fabrizio, Curcic, Nina B. & Vrbica, Maja, 2022, A new subspecies of the genus Duvalius Delarouzee, 1859 (Coleoptera, Carabidae, Trechini) from western Serbia, with a key and an annotated catalogue of Serbian Biharotrechus and Duvalius s. str. taxa, pp. 73 in Subterranean Biology 43 on page 73, DOI: 10.3897/subtbiol.43.76049
DOI: 10.5281/zenodo.14988222
title: Russian predicatives. Grammar. Statistics, Author experiments [Русские предикативы. Грамматика, статистика, авторские эксперименты]

description: This is a slightly expanded version of my talk given 16 January, 2019 at the memorial V.V.Vinogradov's readings organized by Lomonosov Moscow University. I discuss the grammar and corpus stats of one productive Russian dative-predicative construction and argue that bizarre or experimental uses of this constructions by Russian authors from XIX-XXI in most cases do not undermine the rigidity of the grammatical constraints.

Comments:



Victor V. Vinogradov (1895 - 1969) is considered one of the pillars of the Moscow linguistic school. There are at least two series of ongoing Vinogradov readings in Moscow - this one organized by the Lomonosov Moscow University and the alternative series organized by the Vinogradov Russian Language Institute, Russian Academy of Science.

The topic of my talk is directly related to Vinogradov's research. Vinogradov was an ardent supporter of Lev Shcherba (1880 - 1944) who proposed the hypothesis according to which non-agreeing nominal predicatives make up a new part of speech called 'category of state'. The core of this controversial word class consists of dative predicatives, i.e. predicatives taking dative subjects and licensing the dative-predicative construction. This claim goes back to Nikolai Pospelov (1890 - 1984) who published an important article on that subject in 1955. The same year, Alexander Isachenko (1910 - 1978) introduced the umbrella term 'predicative' instead of the notorious 'category of state' label. The term 'predicative' is used, e.g. by Pavel Lekant (1932 - 2019), whose own version of Shcherba's hypothesis is more close to Vinogradov's account than to Pospelov's 1955 revision. 

I share with the Schcherbian tradition the sentiment that one needs to account for specific features of Russian grammar and lexicon but unlike the followers of Shcherba and Vinogradov, I do not think that an explanation in terms of parts of speech captures the semantics and morphosyntax of Russian predicatives in the best way possible.
DOI: 10.5281/zenodo.14988223
title: Russian predicatives. Grammar. Statistics, Author experiments [Русские предикативы. Грамматика, статистика, авторские эксперименты]

description: This is a slightly expanded version of my talk given 16 January, 2019 at the memorial V.V.Vinogradov's readings organized by Lomonosov Moscow University. I discuss the grammar and corpus stats of one productive Russian dative-predicative construction and argue that bizarre or experimental uses of this constructions by Russian authors from XIX-XXI in most cases do not undermine the rigidity of the grammatical constraints.

Comments:



Victor V. Vinogradov (1895 - 1969) is considered one of the pillars of the Moscow linguistic school. There are at least two series of ongoing Vinogradov readings in Moscow - this one organized by the Lomonosov Moscow University and the alternative series organized by the Vinogradov Russian Language Institute, Russian Academy of Science.

The topic of my talk is directly related to Vinogradov's research. Vinogradov was an ardent supporter of Lev Shcherba (1880 - 1944) who proposed the hypothesis according to which non-agreeing nominal predicatives make up a new part of speech called 'category of state'. The core of this controversial word class consists of dative predicatives, i.e. predicatives taking dative subjects and licensing the dative-predicative construction. This claim goes back to Nikolai Pospelov (1890 - 1984) who published an important article on that subject in 1955. The same year, Alexander Isachenko (1910 - 1978) introduced the umbrella term 'predicative' instead of the notorious 'category of state' label. The term 'predicative' is used, e.g. by Pavel Lekant (1932 - 2019), whose own version of Shcherba's hypothesis is more close to Vinogradov's account than to Pospelov's 1955 revision. 

I share with the Schcherbian tradition the sentiment that one needs to account for specific features of Russian grammar and lexicon but unlike the followers of Shcherba and Vinogradov, I do not think that an explanation in terms of parts of speech captures the semantics and morphosyntax of Russian predicatives in the best way possible.
DOI: 10.5281/zenodo.15145388
title: Table 2 in A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean

description: Table 2. Cnidae types and sizes observed in Antipathozoanthus tubus sp. nov. Frequency: relative abundance of cnidae type in decreasing order; numerous, common, occasional, rare (n = number of cnidae).
TissueType of cnidaeAntipathozoanthus tubus sp. nov.LengthWidthMean ± SDFrequencyn(min-max)(min-max)(Length × Width)TentaclesSpirocysts8.0-19.01.0-4.015.6 ± 2.0 × 2.1 ± 0.5Numerous325Bastrichs7.0-16.01.0-4.010.4 ± 1.5 × 2.0 ± 0.7Numerous37Holotrichs medium12.0-19.07.0-8.017.8 ± 2.6 × 7.6 ± 0.5Occasional6Holotrichs large20.0-22.08.0-11.020.7 ± 0.6 × 9.4 ± 0.8Occasional10ColumnSpecial microbasic b-mastigophores12.06.0-Rare1ActinopharynxSpirocysts10.0-16.01.0-3.012.7 ± 1.6 × 2.4 ± 0.7Occasional9Bastrichs11.0-15.02.0-3.012.5 ± 1.0 × 2.3 ± 0.4Numerous37Microbasic b-mastigophores8.0-15.02.0-3.010.0 ± 1.9 × 2.6 ± 0.5Rare5Microbasic p-mastigophores9.0-11.03.010.0 ± 0.8 × 3 ± 0Rare3Holotrichs medium16.0-19.05.0-8.018.3 ± 0.1 × 6.8 ± 0.1Rare4Holotrichs large20.0-22.08.0-10.020.7 ± 0.9 × 9.0 ± 0.7Occasional15Mesenterial filamentsMicrobasic b-mastigophores10.0-14.02.0-3.012.2 ± 1.8 × 2.5 ± 0.5Rare4Microbasic p-mastigophores8.0-16.02.0-4.010.1 ± 0.2 × 3.2 ± 0.6Numerous60Holotrichs medium12.0-19.05.0-10.017.8 ± 1.9 × 9.3 ± 1.2Common23Holotrichs large20.0-25.010.0-12.021.1 ± 1.2 × 10.7 ± 0.5Numerous36
description: Published as part of Kise, Hiroki, Obuchi, Masami & Reimer, James Davis, 2021, A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean, pp. 49 in ZooKeys 1040 on page 49, DOI: 10.3897/zookeys.1040.62309
DOI: 10.5281/zenodo.15145389
title: Table 2 in A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean

description: Table 2. Cnidae types and sizes observed in Antipathozoanthus tubus sp. nov. Frequency: relative abundance of cnidae type in decreasing order; numerous, common, occasional, rare (n = number of cnidae).
TissueType of cnidaeAntipathozoanthus tubus sp. nov.LengthWidthMean ± SDFrequencyn(min-max)(min-max)(Length × Width)TentaclesSpirocysts8.0-19.01.0-4.015.6 ± 2.0 × 2.1 ± 0.5Numerous325Bastrichs7.0-16.01.0-4.010.4 ± 1.5 × 2.0 ± 0.7Numerous37Holotrichs medium12.0-19.07.0-8.017.8 ± 2.6 × 7.6 ± 0.5Occasional6Holotrichs large20.0-22.08.0-11.020.7 ± 0.6 × 9.4 ± 0.8Occasional10ColumnSpecial microbasic b-mastigophores12.06.0-Rare1ActinopharynxSpirocysts10.0-16.01.0-3.012.7 ± 1.6 × 2.4 ± 0.7Occasional9Bastrichs11.0-15.02.0-3.012.5 ± 1.0 × 2.3 ± 0.4Numerous37Microbasic b-mastigophores8.0-15.02.0-3.010.0 ± 1.9 × 2.6 ± 0.5Rare5Microbasic p-mastigophores9.0-11.03.010.0 ± 0.8 × 3 ± 0Rare3Holotrichs medium16.0-19.05.0-8.018.3 ± 0.1 × 6.8 ± 0.1Rare4Holotrichs large20.0-22.08.0-10.020.7 ± 0.9 × 9.0 ± 0.7Occasional15Mesenterial filamentsMicrobasic b-mastigophores10.0-14.02.0-3.012.2 ± 1.8 × 2.5 ± 0.5Rare4Microbasic p-mastigophores8.0-16.02.0-4.010.1 ± 0.2 × 3.2 ± 0.6Numerous60Holotrichs medium12.0-19.05.0-10.017.8 ± 1.9 × 9.3 ± 1.2Common23Holotrichs large20.0-25.010.0-12.021.1 ± 1.2 × 10.7 ± 0.5Numerous36
description: Published as part of Kise, Hiroki, Obuchi, Masami & Reimer, James Davis, 2021, A new Antipathozoanthus species (Cnidaria, Hexacorallia, Zoantharia) from the northwest Pacific Ocean, pp. 49 in ZooKeys 1040 on page 49, DOI: 10.3897/zookeys.1040.62309
DOI: 10.5281/zenodo.14386121
title: Smartphone Addiction in Fibromyalgia

description: Objectives: To evaluate the relationship between daily smartphone screen time (DSST), smartphone addiction (SA), and total fibromyalgia impact (TFI) among patients with fibromyalgia. Additionally, to assess the effect of a physician-led educational session on SA and TFI.

Methods: In this randomized controlled trial conducted at a physiatry clinic, 83 patients with fibromyalgia were enrolled (intervention group: N=42; control group: N=41). The mean age was 40.36 ± 6.54 years (intervention) and 40.90 ± 9.42 years (control). The intervention group received a single physician-led educational session on fibromyalgia and the potential negative effects of SA. Both groups received diaries to monitor daily activities. Primary outcomes included SA (measured by the Smartphone Addiction Scale-Short Version, SAS-SV) and TFI (measured by the revised Fibromyalgia Impact Questionnaire, FIQR) at baseline and on day 20. Secondary outcomes included DSST and daily exercise time (DET) tracked during the 20-day period.

Results: Younger and single patients exhibited higher SA levels. Both groups showed improvement in DSST, DET, SA, and TFI over 20 days. Improvements were greater in the intervention group, although differences between groups were not statistically significant. A higher educational level was associated with greater reductions in SA and TFI. Reductions in SA scores correlated positively with reductions in TFI scores.

Conclusion: Daily monitoring using diaries, with or without a one-time educational session, contributed to improvements in SA and TFI among fibromyalgia patients. The lack of significant differences between groups suggests that continuous engagement may be more impactful than a single educational session. The association between reduced smartphone addiction and fibromyalgia impact highlights the potential role of non-pharmacological strategies in fibromyalgia management.
DOI: 10.5281/zenodo.15145401
title: Table 2 in Morphology and phylogenetic analysis of two new deep-sea species of Chrysogorgia (Cnidaria, Octocorallia, Chrysogorgiidae) from Kocebu Guyot (Magellan seamounts) in the Pacific Ocean

description: Table 2. Interspecific and intraspecific uncorrected pairwise distances at mtMutS of species of Chrysogorgia and Radicipes.
Species/populations12345678910111213141Chrysogorgia ramificans sp. nov. MK431863-2C. binata sp. nov. MK4318622.28%-3C. cf. stellata JN22792012.12%0.16%-4C. tricaulis JN227990, JN227991, JN227998, GQ180123-31, EU2680560.82%1.79%1.63%05C. artospira GQ180132-5, GQ3533170.65%1.63%1.47%0.16%06C. artospira GQ8683460.82%1.79%1.63%0.33%0.16%-7C. averta KC788265, GQ1801360.98%1.96%1.79%0.49%0.33%0.49%08C. abludo GQ180139, JN2279991.47%2.45%2.28%0.98%0.82%0.98%1.14%-9C. abludo GQ1801381.96%2.94%2.77%1.47%1.31%1.47%1.63%0.49%-10C. chryseis DQ297421, JN2279922.28%0.49%0.33%1.79%1.63%1.79%1.96%2.45%2.94%-11C. pinnata JN2279880.65%1.63%1.47%0.16%0.00%0.16%0.33%0.82%1.31%1.63%-12C. monticola JN2279890.33%2.28%2.12%0.82%0.65%0.82%0.98%1.47%1.96%2.28%0.65%-13Radicipes stonei MG9869122.28%2.61%2.45%1.79%1.63%1.79%1.96%2.45%2.94%2.61%1.63%2.28%-14Radicipes gracilis JN2279871.79%2.12%1.96%1.31%1.14%1.31%1.47%1.96%2.45%2.12%1.14%1.79%1.14%-
description: Published as part of Xu, Yu, Li, Yang, Zhan, Zifeng & Xu, Kuidong, 2019, Morphology and phylogenetic analysis of two new deep-sea species of Chrysogorgia (Cnidaria, Octocorallia, Chrysogorgiidae) from Kocebu Guyot (Magellan seamounts) in the Pacific Ocean, pp. 91 in ZooKeys 881 on page 91, DOI: 10.3897/zookeys.881.34759
DOI: 10.5281/zenodo.15145404
title: Table 2 in Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar

description: Table 2. PCR cocktails used for the amplification of DNA fragments.
ComponentConcentrationAdditional noteH2O-sterile MQbuffer1 ×5X Phusion HF Buffer; Thermo ScientificdNTPs200 µMdNTP Mix; Thermo Scientificforward primer0.5 µM-reverse primer0.5 µM-polymerase0.02 U/µlPhusion High-Fidelity DNA Polymerase; Thermo ScientificDNA--
description: Published as part of Kaczmarek, Lukasz, Grobys, Daria, Kulpa, Adam, Bartylak, Tomasz, Kmita, Hanna, Kepel, Marta, Kepel, Andrzej & Roszkowska, Milena, 2019, Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar, pp. 1 in ZooKeys 884 on page 1, DOI: 10.3897/zookeys.884.29469
DOI: 10.5281/zenodo.15145405
title: Table 2 in Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar

description: Table 2. PCR cocktails used for the amplification of DNA fragments.
ComponentConcentrationAdditional noteH2O-sterile MQbuffer1 ×5X Phusion HF Buffer; Thermo ScientificdNTPs200 µMdNTP Mix; Thermo Scientificforward primer0.5 µM-reverse primer0.5 µM-polymerase0.02 U/µlPhusion High-Fidelity DNA Polymerase; Thermo ScientificDNA--
description: Published as part of Kaczmarek, Lukasz, Grobys, Daria, Kulpa, Adam, Bartylak, Tomasz, Kmita, Hanna, Kepel, Marta, Kepel, Andrzej & Roszkowska, Milena, 2019, Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar, pp. 1 in ZooKeys 884 on page 1, DOI: 10.3897/zookeys.884.29469
DOI: 10.5281/zenodo.15145400
title: Table 2 in Morphology and phylogenetic analysis of two new deep-sea species of Chrysogorgia (Cnidaria, Octocorallia, Chrysogorgiidae) from Kocebu Guyot (Magellan seamounts) in the Pacific Ocean

description: Table 2. Interspecific and intraspecific uncorrected pairwise distances at mtMutS of species of Chrysogorgia and Radicipes.
Species/populations12345678910111213141Chrysogorgia ramificans sp. nov. MK431863-2C. binata sp. nov. MK4318622.28%-3C. cf. stellata JN22792012.12%0.16%-4C. tricaulis JN227990, JN227991, JN227998, GQ180123-31, EU2680560.82%1.79%1.63%05C. artospira GQ180132-5, GQ3533170.65%1.63%1.47%0.16%06C. artospira GQ8683460.82%1.79%1.63%0.33%0.16%-7C. averta KC788265, GQ1801360.98%1.96%1.79%0.49%0.33%0.49%08C. abludo GQ180139, JN2279991.47%2.45%2.28%0.98%0.82%0.98%1.14%-9C. abludo GQ1801381.96%2.94%2.77%1.47%1.31%1.47%1.63%0.49%-10C. chryseis DQ297421, JN2279922.28%0.49%0.33%1.79%1.63%1.79%1.96%2.45%2.94%-11C. pinnata JN2279880.65%1.63%1.47%0.16%0.00%0.16%0.33%0.82%1.31%1.63%-12C. monticola JN2279890.33%2.28%2.12%0.82%0.65%0.82%0.98%1.47%1.96%2.28%0.65%-13Radicipes stonei MG9869122.28%2.61%2.45%1.79%1.63%1.79%1.96%2.45%2.94%2.61%1.63%2.28%-14Radicipes gracilis JN2279871.79%2.12%1.96%1.31%1.14%1.31%1.47%1.96%2.45%2.12%1.14%1.79%1.14%-
description: Published as part of Xu, Yu, Li, Yang, Zhan, Zifeng & Xu, Kuidong, 2019, Morphology and phylogenetic analysis of two new deep-sea species of Chrysogorgia (Cnidaria, Octocorallia, Chrysogorgiidae) from Kocebu Guyot (Magellan seamounts) in the Pacific Ocean, pp. 91 in ZooKeys 881 on page 91, DOI: 10.3897/zookeys.881.34759
DOI: 10.5281/zenodo.15145402
title: Table 1 in Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar

description: Table 1. Primers used for amplification and sequencing of DNA fragments.
DNA fragmentDirectionCodeSequence (5 ’-3’)ReferenceCOIForvardbcdF01CATTTTCHACTAAYCATAARGATATTGGDabert et al. 2010ReversebcdR04TATAAACYTCDGGATGNCCAAAAAADabert et al. 2008ITS-2ForvardITS2_Eutar_FfCGTAACGTGAATTGCAGGACStec et al. 2018ReverseITS2_Eutar_RrTGATATGCTTAAGTTCAGCGG28S rRNAForvard28SF0001ACCCVCYNAATTTAAGCATATMironov et al. 2012Reverse28SR0990CCTTGGTCCGTGTTTCAAGAC
description: Published as part of Kaczmarek, Lukasz, Grobys, Daria, Kulpa, Adam, Bartylak, Tomasz, Kmita, Hanna, Kepel, Marta, Kepel, Andrzej & Roszkowska, Milena, 2019, Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar, pp. 1 in ZooKeys 884 on page 1, DOI: 10.3897/zookeys.884.29469
DOI: 10.5281/zenodo.15145403
title: Table 1 in Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar

description: Table 1. Primers used for amplification and sequencing of DNA fragments.
DNA fragmentDirectionCodeSequence (5 ’-3’)ReferenceCOIForvardbcdF01CATTTTCHACTAAYCATAARGATATTGGDabert et al. 2010ReversebcdR04TATAAACYTCDGGATGNCCAAAAAADabert et al. 2008ITS-2ForvardITS2_Eutar_FfCGTAACGTGAATTGCAGGACStec et al. 2018ReverseITS2_Eutar_RrTGATATGCTTAAGTTCAGCGG28S rRNAForvard28SF0001ACCCVCYNAATTTAAGCATATMironov et al. 2012Reverse28SR0990CCTTGGTCCGTGTTTCAAGAC
description: Published as part of Kaczmarek, Lukasz, Grobys, Daria, Kulpa, Adam, Bartylak, Tomasz, Kmita, Hanna, Kepel, Marta, Kepel, Andrzej & Roszkowska, Milena, 2019, Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar, pp. 1 in ZooKeys 884 on page 1, DOI: 10.3897/zookeys.884.29469
DOI: 10.5281/zenodo.15145406
title: Table 3 in Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar

description: Table 3. PCR programmes used for the amplification of COI, ITS-2 and 28S rRNA.
StepCOIITS-2 and 28S rRNACyclesTime [min.:sec.]Temp. [°C]CyclesTime [min:sec]Temp. [°C]initial denaturation-05:0098-05:0098denaturation500:3098---annealing00:3045---extension01:0072---denaturation3000:30983500:3098annealing00:305000:3050extension01:007201:0072final extension-07:0072-07:0072
description: Published as part of Kaczmarek, Lukasz, Grobys, Daria, Kulpa, Adam, Bartylak, Tomasz, Kmita, Hanna, Kepel, Marta, Kepel, Andrzej & Roszkowska, Milena, 2019, Two new species of the genus Milnesium Doyere, 1840 (Tardigrada, Apochela, Milnesiidae) from Madagascar, pp. 1 in ZooKeys 884 on page 1, DOI: 10.3897/zookeys.884.29469