cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.23725/znjr-dd68
title: NWD396627.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD396627.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/05gp-0994
title: NWD102758.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102758.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/0dka-5633
title: NWD315849.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD315849.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/0ha6-6x55
title: NWD924920.freeze5.v1.vcf.gz

description: TOPMed: NWD924920.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/0zmj-7718
title: NWD169025.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169025.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/13ta-cx50
title: NWD102729.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102729.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/167x-pb30
title: NWD843631.freeze5.v1.vcf.gz

description: TOPMed: NWD843631.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/1pcd-zf79
title: NWD476577.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD476577.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/2g8k-tn49
title: NWD843423.freeze5.v1.vcf.gz

description: TOPMed: NWD843423.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/3cp7-n363
title: NWD102740.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102740.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/3ddz-5611
title: NWD236496.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD236496.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/3g7m-5366
title: NWD169054.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169054.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/56rh-wj88
title: NWD236886.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD236886.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/5c0p-9625
title: NWD102834.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102834.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/5ncw-nr79
title: NWD236570.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD236570.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/6fas-2w55
title: NWD924949.freeze5.v1.vcf.gz

description: TOPMed: NWD924949.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/7cy9-f683
title: NWD169081.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169081.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/7wvv-nw52
title: NWD398121.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD398121.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/8a4f-rb71
title: NWD315835.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD315835.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/8chx-gk86
title: NWD844031.freeze5.v1.vcf.gz

description: TOPMed: NWD844031.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/8sxp-5m68
title: NWD925311.freeze5.v1.vcf.gz

description: TOPMed: NWD925311.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/9g4r-1073
title: NWD102695.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102695.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/aqds-7186
title: NWD397339.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD397339.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/ayqb-k940
title: NWD925195.freeze5.v1.vcf.gz

description: TOPMed: NWD925195.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/b0c4-ax87
title: NWD843627.freeze5.v1.vcf.gz

description: TOPMed: NWD843627.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/b8m9-3x43
title: NWD924400.freeze5.v1.vcf.gz

description: TOPMed: NWD924400.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/bbha-ej97
title: NWD168846.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD168846.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/bvea-mr23
title: NWD315840.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD315840.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/dsah-tt79
title: NWD169350.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169350.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/e1wx-4y93
title: NWD315778.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD315778.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/ea6m-jt33
title: NWD316065.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD316065.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/eafc-xy68
title: NWD397689.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD397689.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/ect3-1303
title: NWD168709.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD168709.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/ek0p-1j06
title: NWD476646.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD476646.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/f6gs-xc88
title: NWD169145.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169145.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/h0dc-y734
title: NWD477049.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477049.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/jhzb-kg54
title: NWD924818.freeze5.v1.vcf.gz

description: TOPMed: NWD924818.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/jr98-7a08
title: NWD844294.freeze5.v1.vcf.gz

description: TOPMed: NWD844294.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/kh6x-0n28
title: NWD397173.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD397173.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/mbjw-3s70
title: NWD169151.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169151.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/mbwe-v940
title: NWD102699.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102699.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/md2w-4w35
title: NWD237413.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237413.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/p6rz-8f45
title: NWD476537.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD476537.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/pfmg-t220
title: NWD476832.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD476832.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/pjhr-qn97
title: NWD476826.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD476826.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/pjm1-sw86
title: NWD315957.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD315957.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/pmf3-pk62
title: NWD237030.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237030.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/pnhj-y309
title: NWD924842.freeze5.v1.vcf.gz

description: TOPMed: NWD924842.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/pxq4-w233
title: NWD397225.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD397225.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/qr4t-6e40
title: NWD102569.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102569.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/re47-2h90
title: NWD316456.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD316456.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/rnjc-cx78
title: NWD237354.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237354.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/sbn2-9j39
title: NWD925028.freeze5.v1.vcf.gz

description: TOPMed: NWD925028.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/t9rr-zn87
title: NWD477088.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477088.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/tep1-1a29
title: NWD477177.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477177.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/tf53-na50
title: NWD843828.freeze5.v1.vcf.gz

description: TOPMed: NWD843828.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/tg21-9697
title: NWD843708.freeze5.v1.vcf.gz

description: TOPMed: NWD843708.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/tpzx-xy71
title: NWD477129.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477129.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/tzpm-tp29
title: NWD397368.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD397368.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/v37g-jd08
title: NWD169136.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169136.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/vep3-fh92
title: NWD236360.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD236360.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/vhax-6w83
title: NWD237096.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237096.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/vjsb-v792
title: NWD843441.freeze5.v1.vcf.gz

description: TOPMed: NWD843441.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/vqnz-8f92
title: NWD236815.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD236815.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/vtcp-dd51
title: NWD924716.freeze5.v1.vcf.gz

description: TOPMed: NWD924716.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/wb6b-cs02
title: NWD315903.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD315903.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/we4w-2061
title: NWD476858.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD476858.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/xk0m-7y02
title: NWD316022.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD316022.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/y0d0-kz33
title: NWD397427.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD397427.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/yset-tg36
title: NWD843366.freeze5.v1.vcf.gz

description: TOPMed: NWD843366.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/04cr-5z93
title: NWD169996.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169996.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/08kv-db78
title: NWD317372.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD317372.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/0hve-3246
title: NWD170419.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD170419.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/1x7n-h067
title: NWD926545.freeze5.v1.vcf.gz

description: TOPMed: NWD926545.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/1xpk-1894
title: NWD477337.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477337.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/2qn8-2x31
title: NWD398639.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD398639.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/2x4v-bd58
title: NWD103583.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD103583.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/39t4-zh11
title: NWD102939.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD102939.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/3s2n-2836
title: NWD237532.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237532.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/416f-gq79
title: NWD169452.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169452.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/4v13-5q13
title: NWD925592.freeze5.v1.vcf.gz

description: TOPMed: NWD925592.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/5ta2-0z74
title: NWD925497.freeze5.v1.vcf.gz

description: TOPMed: NWD925497.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/5x4b-xh55
title: NWD926183.freeze5.v1.vcf.gz

description: TOPMed: NWD926183.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/5x5r-cg26
title: NWD477370.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477370.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/5xpj-8y27
title: NWD169567.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169567.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/95e0-dq83
title: NWD317670.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD317670.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/98n1-ay27
title: NWD237938.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237938.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/9fhp-1341
title: NWD317221.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD317221.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/9hp3-3k09
title: NWD925835.freeze5.v1.vcf.gz

description: TOPMed: NWD925835.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/aq48-1t42
title: NWD317153.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD317153.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/at9s-zv53
title: NWD844509.freeze5.v1.vcf.gz

description: TOPMed: NWD844509.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/axqv-kk55
title: NWD238167.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD238167.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/c6x5-3142
title: NWD477421.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477421.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/cghf-8p58
title: NWD169899.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169899.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/cj22-a707
title: NWD477966.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD477966.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/cp17-2m91
title: NWD237881.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD237881.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/cxpe-em74
title: NWD925300.freeze5.v1.vcf.gz

description: TOPMed: NWD925300.freeze5.v1.vcf.gz <br>File: VCF file
DOI: 10.23725/d1by-sv07
title: NWD169499.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD169499.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.23725/df0v-8196
title: NWD398343.freeze5.v1.vcf.gz.csi

description: TOPMed: NWD398343.freeze5.v1.vcf.gz.csi <br>File: VCF CSI file
DOI: 10.6084/m9.figshare.7743677
title: Nutrient accumulation in Eucalyptus bark at different population densities

description: ABSTRACT The objective of this study was to quantify the accumulation of nutrients in the bark of four eucalyptus clones at 12 years-of-age, planted at different population densities, and the values were extrapolated to kg of nutrients per hectare. The experiment used randomized blocks in a 4 × 3 factorial design and three replications, with four Eucalyptus clones (2486, I182, I144, and GG100) planted at three population densities (416, 833, and 1111 trees ha-1). The rigorous cubage of three trees per plot was performed by collecting discs of bark at the following heights: diameter at breast height (1.30 m), 0, 25, 50, 75, and 100% of the commercial height of the stem. The bark discs of each tree were grouped and used to determine N, P, K, Ca, Mg, and S content, in addition to the basic density. The volume and dry mass of bark per tree was estimated and the accumulation of nutrients per tree ha-1 was estimated sequentially, for each population density. Analysis of variance and Tukey’s post-hoc tests verified that Ca showed the greatest accumulation in the bark, followed by N, K, S, Mg, and P. The increase in population density contributed to higher bark production and greater nutrient accumulation per hectare. However, this increase was not evident when comparing densities of 833 and 1111 trees ha-1.
DOI: 10.6084/m9.figshare.7743683.v1
title: EFFECTS OF LONG-TERM ROUX-EN-Y GASTRIC BYPASS ON BODY WEIGHT AND CLINICAL METABOLIC COMORBIDITIES IN BARIATRIC SURGERY SERVICE OF A UNIVERSITY HOSPITAL

description: ABSTRACT Background: Due to the high failure rate observed in the clinical treatment of morbid obesity an increase in bariatric surgery indications, as an alternative for the control of obesity and comorbidities, is noticeable. Aim: To evaluate the performance of type 2 diabetes mellitus, high blood pressure and dyslipidemia in patients submitted to Roux-en-Y gastric bypass in late follow-up. Methods: Retrospective analysis of 59 patients included in the bariatric surgery program. Anthropometric (height and body weight) and laboratory (LDLc, HDLc, VLDLc, triglyceride -TG - and glucose) data were collected on pre- and postoperative stages, through medical records. Results: Among the patients, 86% were female aged 43±11, of whom 52% had attended high school. The average postoperative time was 7±3 years. During the postoperative period, there were decreases of weight and body mass index, respectively (133±06 kg vs 91±04 kg p&lt;0.05 e 49±74 kg/m2 vs 33±79 kg/m2, p&lt;0.05). In comparison to the preoperative stage, lower concentrations of glucose (101.00±26.99 vs 89,11±15.19, p=0.014), total cholesterol rates (179.00±37,95 vs 167.48±28,50, p=0.016), LDLc (104.30±33.12 vs 91.46±24.58, p=0.016), VLDLc (25.40±11,12 vs 15.68±7.40, p&lt;0.01), and TG (143.35±86.35 vs 82.45±37.39, p&lt;0.01) and higher concentrations of HDLc (43.53±8.23 vs 57.90±15.60, p&lt;0.01) were identified in the postoperative stage. 40% of hypertensive patients were still undergoing high blood pressure treatment during the postoperative stage. There was remission of type 2 diabetes mellitus and dyslipidemia on 81% and 94% of the cases, respectively. Conclusion: Roux-en-Y gastric bypass has proven itself to be an effective long term procedure, promoting weight loss, remission of DM2 and dyslipidemia.
DOI: 10.7284/127488
title: Winch data collected during research cruise AE1625 using a Markey DUSH-5 instrument system onboard the platform RV Atlantic Explorer

description: Original (unprocessed) data collected during a Field_expedition
DOI: 10.6084/m9.figshare.7743671
title: Phenoloxidase activity and haemolymph cytology in honeybees challenged with a virus suspension (deformed wings virus DWV) or phosphate buffered suspension (PBS)

description: ABSTRACT: The innate immune system of honeybees mainly consists in antimicrobial peptides, cellular immunity and melanisation. In order to investigate the immune response of honeybees to immune stressors, three stress degrees were tested. Newly emerged bees naturally DWV-infected were collected from a Varroa mite-free apiary and divided into three experimental groups: naturally DWV infected bees, PBS injected bees, and artificially DWV super infected bees. Phenoloxidase activity and haemolymph cellular subtype count were investigated. Phenoloxidase activity was highest (P&lt;0.05) in DWV-superinfected bees, and the haemocyte population differed within the three observed groups. Although, immune responses following DWV infection have still not been completely clarified, this investigation sheds light on the relation between cell immunity and the phenoloxidase activity of DWV-naturally infected honeybees exposed to additional stress such as injury and viral superinfection.
DOI: 10.6084/m9.figshare.7743671.v1
title: Phenoloxidase activity and haemolymph cytology in honeybees challenged with a virus suspension (deformed wings virus DWV) or phosphate buffered suspension (PBS)

description: ABSTRACT: The innate immune system of honeybees mainly consists in antimicrobial peptides, cellular immunity and melanisation. In order to investigate the immune response of honeybees to immune stressors, three stress degrees were tested. Newly emerged bees naturally DWV-infected were collected from a Varroa mite-free apiary and divided into three experimental groups: naturally DWV infected bees, PBS injected bees, and artificially DWV super infected bees. Phenoloxidase activity and haemolymph cellular subtype count were investigated. Phenoloxidase activity was highest (P&lt;0.05) in DWV-superinfected bees, and the haemocyte population differed within the three observed groups. Although, immune responses following DWV infection have still not been completely clarified, this investigation sheds light on the relation between cell immunity and the phenoloxidase activity of DWV-naturally infected honeybees exposed to additional stress such as injury and viral superinfection.
DOI: 10.6084/m9.figshare.7743674.v1
title: Response of vegetation to sheep dung addition in a degraded Cerrado area

description: ABSTRACT Cerrado is the second largest biome in Brazil and is classified as a biodiversity hotspot. The establishment of hydroelectric power stations in Brazil originated degraded areas due to the removal of soil for construction of dams, in which native vegetation sometimes fails to reestablish due to the bad soil conditions. Sheep excrete most of the nutrients they ingest, such as phosphorus, calcium, potassium and nitrogen. This study aimed at investigating whether sheep dung contributes to the improvement of soil quality and stimulates the process of ecological succession in areas affected by the construction of the hydroelectric power station of Ilha Solteira. Four areas were selected, located at the Experimental Farm of Unesp Ilha Solteira/SP, and ten plots of 1 m2 each were established. From October 2014 to December 2015, five replicates received 150 g fresh sheep dung every 15 days. In December 2015 soil sample from top 0.10 m was collected for the determination of soil attributes. Aboveground biomass was also collected, separated into four functional groups, oven-dried and weighed. Data were analysed to check the effect of dung addition upon soil and vegetation variables. Dung addition stimulated the development of several functional groups and changed soil nutrient concentrations in all four studied areas.
DOI: 10.6084/m9.figshare.7743677.v1
title: Nutrient accumulation in Eucalyptus bark at different population densities

description: ABSTRACT The objective of this study was to quantify the accumulation of nutrients in the bark of four eucalyptus clones at 12 years-of-age, planted at different population densities, and the values were extrapolated to kg of nutrients per hectare. The experiment used randomized blocks in a 4 × 3 factorial design and three replications, with four Eucalyptus clones (2486, I182, I144, and GG100) planted at three population densities (416, 833, and 1111 trees ha-1). The rigorous cubage of three trees per plot was performed by collecting discs of bark at the following heights: diameter at breast height (1.30 m), 0, 25, 50, 75, and 100% of the commercial height of the stem. The bark discs of each tree were grouped and used to determine N, P, K, Ca, Mg, and S content, in addition to the basic density. The volume and dry mass of bark per tree was estimated and the accumulation of nutrients per tree ha-1 was estimated sequentially, for each population density. Analysis of variance and Tukey’s post-hoc tests verified that Ca showed the greatest accumulation in the bark, followed by N, K, S, Mg, and P. The increase in population density contributed to higher bark production and greater nutrient accumulation per hectare. However, this increase was not evident when comparing densities of 833 and 1111 trees ha-1.
DOI: 10.6084/m9.figshare.7743659
title: Wheel-flat detection on trams using envelope analysis with Hilbert transform

description: Abstract The wheel-flat defect is one of the many issues decreasing the level of and comfort in light rail vehicles. The two main causes of wheel-flats are temporary or complete wheel blocking. The negative effect is the increase of the dynamic phenomenons in the wheel-rail interaction, which are impulsive in their nature. It could prove to be dangerous for the safety of the ride. Therefore, a regular wheel surface monitoring and wheel-flats detecting would be well-founded to the fast detection of a flat point and to take remedial measures. The main aim of the article is to present the algorithm, according to which the wheel-flat detection during tram passage is possible. Several vibration transducers were mounted on the rail and measured vibration amplitude during trams pass-by. The proposed method is based on the vibration signal processing in the time and frequency domain. The Hilbert transform was used in the algorithm and all research analyses. The carried out experimental study and the analysis of the results of the method, show a high efficiency in the wheel flat detection.