Additional file 1: of Association between genotypic diversity and biofilm production in group B Streptococcus

Strains examined in this study. (XLSX 27 kb

Phylogenetic tree showing the topological relationship between mtDNA rRNA-Thr/Cox1 fragments of <i>Calicophoron calicophorum</i> from cattle (white dots, C) and deer (black dots, D) using <i>Calicophoron daubneyi</i> as outgroup.

<p>Numbers along branches indicate bootstrap support (values over 50 shown). Where available, data on region of origin is included (N = North; NE = North-East; E = East; SW = South West; W = West; NW = North West).</p

Batch-level prevalence for cattle slaughtered in New Caledonia in 2013.

<p>Batch-level prevalence for cattle slaughtered in New Caledonia in 2013.</p

Binomial general linear mixed model animal-level data output (i).

<p>Binomial general linear mixed model animal-level data output (i).</p

Binomial general linear mixed model rumen fluke-level data output (i).

<p>Binomial general linear mixed model rumen fluke-level data output (i).</p

Geographical distribution of inspected cattle and deer herds in New Caledonia.

<p>Pie charts indicate the inter-herd prevalence of paramphistomes in cattle for each municipality, where the size of the pie chart is proportional to the number of herds inspected from that municipality. Stars indicate municipalities with deer and colour indicates whether or not paramphistomes were observed in deer from that municipality.</p

Animal-level prevalence for cattle slaughtered in New Caledonia in 2013.

<p>Animal-level prevalence for cattle slaughtered in New Caledonia in 2013.</p

Distribution of animal-level prevalence of paramphistomes in batches of cattle at slaughter by age group and observation period.

<p>Animal-level prevalence is shown in categories, where by the first value of the range is excluded and the last value is included. Negative batches are shown as a separate category at animal-level prevalence of zero.</p

Yli 65-vuotiaan hyvinvoinnin edistäminen : projekti ehkäisevässä vanhustyössä

Tämä kehittämistyö on esitteen laatiminen HASIC-projektista, Healthy Ageing Supported by Internet and Community. HASIC-projekti toteutettiin seitsemässä Euroopan Unionin jäsenmaassa 1.1.2014–30.6.2016. Mukana projektissa olivat Suomi, Norja, Viro, Espanja, Saksa, Unkari ja Hollanti. Osallistujaorganisaatiot näistä maista olivat joko ammattikorkeakouluja tai yliopistoja. Turun ammattikorkeakoulu koordinoi projektia, jossa edistettiin yli 65-vuotiaiden hyvinvointia ja osallisuutta. Projektissa kiinnitettiin huomiota ikäihmisten terveelliseen ruokavalioon, riittävään fyysiseen aktiivisuuteen, kohtuulliseen alkoholinkäyttöön sekä sosiaaliseen vuorovaikutukseen. Tämän kehittämistyön eli esitteen laatimisen tietoperusta koostuu hyvinvointia, ehkäisevää vanhustyötä, neuvonta- ja ohjaustyötä sekä projektitoimintaa käsittelevästä kirjallisuudesta. Esite laadittiin yhteistyössä HASIC-projektin Turun ammattikorkeakoulun tiimin, projektin ikäihmisraadin ja Unkarin Debrecenin yliopiston dekaanin ja lehtorin kanssa. Tutkimusmenetelminä ovat keskustelut, esitys kansainvälisessä konferenssissa ja reflektointi. Kehittämistyön raamina toimii Kari Salosen esittämä konstruktivistinen kehittämismalli. Esite valmistui toukokuussa 2016. Esitteen avulla halutaan tavoittaa ikäihmisiä ja lisätä heidän tietoisuuttaan siitä, miten he voivat aktiivisesti edistää omaa hyvinvointiaan. Esite on osa HASIC-projektin tulosten juurruttamista.The aim of this thesis as a development work was to make a brochure of HASIC project, Healthy Ageing Supported by Internet and Community. The HASIC project was carried out in seven European Union countries 1.1.2014–30.6.2016. These countries are Finland, Norway, Estonia, Spain, Germany, Hungary and The Netherlands. The participating organizations are either universities of applied sciences or universities. Turku University of Applied Sciences coordinated the project. The aim of the project is to enhance the well-being and participation of older people (65+). The HASIC project paid attention to a healthy diet, physical activity, moderate alcohol consumption and social participation of older people (65+). The theory of this development work i.e. making the brochure consists of literature handling well-being, preventative elderly care, counselling and projects. The brochure was made in cooperation with the HASIC project team in Turku University of Applied Sciences, the project’s board of older people, and the dean and the lecturer from Debrecen University in Hungary. Methods used in this work are discussions, presentation in an international conference and reflecting. The constructivistic development model presented by Kari Salonen functions as a framework for this development work. The brochure was ready in May 2016. The purpose of the brochure is to reach older people and add their awareness on how they can actively enhance their own well-being. The brochure is a part of the embedding of the results of the HASIC project

Additional file 1: of Using whole genome sequencing to investigate transmission in a multi-host system: bovine tuberculosis in New Zealand

Supplementary text 1.1: Filter Sensitivity Analysis. Supplementary text 1.2: Investigating Highly Distinct Isolates. Supplementary text 1.3: Temporal Signal. Supplementary text 1.4: Hierarchical Model Selection. Supplementary text 1.5: Influence of the Priors. Table S1. Results from investigating highly distinct isolates. Table S2. Results from hierarchical model selection. (DOCX 36 kb