contentSlug

type

ContentSlug_ContentQuery

slug

ContentPageContentQuery

content

trendingContent

query ContentSlug_ContentQuery(
  $contentSlug: String!
  $type: [ContentType!]
) {
  ...ContentPageContentQuery_13QmVO
}

fragment CompanyDetails_Content on Content {
  __isContent: __typename
  companies {
    name
    description
    pageUrl
    id
  }
}

fragment CompanyTagList on Company {
  pageUrl
  name
  viewerIsFollowing
}

fragment ContentBasicInfo on Content {
  __isContent: __typename
  id
  type
  title
  lang
  companies {
    ...CompanyTagList
    id
  }
  ...PublishingDetails
  ...Reactions
}

fragment ContentMetadata on Content {
  __isContent: __typename
  type
  title
  lang
  pageUrl
  alternatePageUrls {
    pageUrl
    lang
  }
  imgUrl
  description
  ... on Video {
    liveTime
    videoUrl
  }
  ... on Webcast {
    liveTime
    videoUrl
  }
}

fragment ContentPageContentQuery_13QmVO on Query {
  content(slug: $contentSlug, type: $type) {
    __typename
    id
    type
    title
    isPremium
    lang
    htmlBody
    companies {
      forum {
        latestPosts {
          ...ForumPosts
        }
      }
      defaultInstrument {
        isin
        id
      }
      id
    }
    slug
    ... on CompanyReport {
      reportUrl
    }
    ... on ThirdPartyCompanyReport {
      reportUrl
    }
    ... on StockExchangeRelease {
      reportUrl
    }
    ...ContentBasicInfo
    ...ContentMetadata
    ...PriceAndRecommendation_Content
    ...CompanyDetails_Content
    ...ReportLink_Content
    ...KeyFigures_Content
  }
  ...TrendingContent_1jQ2Cn
}

fragment ForumPosts on ForumPost {
  text
  likesCount
  url
  author
  postedAt
  authorImgUrl
}

fragment KeyFigures_Content on Content {
  __isContent: __typename
  companies {
    defaultInstrument {
      estimateData {
        modelType
        reportingCurrency
      }
      snapshot {
        transaction {
          date
          actualized {
            year
            quarter
            revenue
            revenueGrowth
            ebitAdjusted
            ebitReported
            ebitda
            enterpriseValue
            epsAdjusted
            dividend
            dividendYield
            sharePrice
          }
          estimates {
            year
            quarter
            revenue
            revenueGrowth
            ebitAdjusted
            ebitReported
            ebitda
            enterpriseValue
            epsAdjusted
            dividend
            dividendYield
            sharePrice
          }
        }
      }
      id
    }
    id
  }
}

fragment PriceAndRecommendation_Content on Content {
  __isContent: __typename
  createdAt
  companies {
    id
    name
    viewerIsFollowing
    defaultInstrument {
      snapshot {
        priceData {
          date
          lastPrice
          tradeCurrency
        }
        transaction {
          date
          recommendation
          targetPrice
        }
        prevTransaction {
          recommendation
        }
      }
      id
    }
  }
}

fragment PublishingDetails on Content {
  __isContent: __typename
  createdAt
  publishers {
    name
    imgUrl
  }
  authors {
    __typename
    id
    name
    slug
    imgUrl
    jobTitle
  }
  ... on Video {
    liveTime
  }
  ... on Webcast {
    liveTime
  }
}

fragment Reactions on Content {
  __isContent: __typename
  id
  reactionGroups {
    reactionType
    reactionsCount
    viewerReacted
  }
}

fragment ReportLink_Content on Content {
  __isContent: __typename
  type
  isPremium
  ... on CompanyReport {
    reportUrl
  }
  ... on ThirdPartyCompanyReport {
    reportUrl
  }
  ... on StockExchangeRelease {
    reportUrl
  }
}

fragment TrendingContent_1jQ2Cn on Query {
  trendingContent(type: ARTICLE) {
    __typename
    id
    title
    lang
    pageUrl
    createdAt
    type
    imgUrl
    companies {
      squareLogoUrl
      id
    }
    authors {
      __typename
      imgUrl
      id
    }
    publishers {
      imgUrl
    }
  }
}


new-paper-using-attana-technology-to-study-structures-on-surface-in-ion-liquids-demonstrating-the-effect-of-surface-charges-on-interaction-properties

__typename

title

isPremium

lang

htmlBody

companies

createdAt

publishers

authors

reactionGroups

pageUrl

alternatePageUrls

imgUrl

description

Attana conducts research and development of pharmaceuticals. The company specialises in vitro characterization of molecular interactions, which is used for analysis in the development of new pharmaceuticals. The company's patented solutions are mainly used in the study of different binding properties and macrostructures in cells, proteins, viruses, and bacteria. Operations are found mainly within the Nordic countries and Europe. The company was established in 2002 is based in Stockholm.

Attana

In the paper in "Journal of Colloid And Interface Science (https://www.sciencedirect.com/science/article/pii/S0021979723015990)", the Attana quartz crystal microbalance (QCM) is applied to study...

<div class="abstract">In the paper in "Journal of Colloid And Interface Science&nbsp;(<a href="https://www.sciencedirect.com/science/article/pii/S0021979723015990">https://www.sciencedirect.com/science/article/pii/S0021979723015990</a>)", the Attana quartz crystal microbalance (QCM) is applied to study the electrical response of two ionic liquids. Controlled by an applied electric field, the structure and interaction of ionic liquids on the surface, can be monitored and optimized. This is of high importance for the development of e.g. environment friendly lubricants.&nbsp;This is the third paper by the team of Prof Ruthland that demonstrates how Attana technology can be applied to monitor interaction properties by changing the electrical potential at surfaces.</div>For drug development this is of importance because many interactions in the human body are strongly affected by electrical charges at e.g. the cell surfaces. The pH of human liquids is different, e.g in the blood stream or inside a cell, and that effects the surface charges. Therefore, there is a potential for drug development to tailor local charges on drug molecules such as antibodies, which can then be applied to minimize off-target interactions or improve target interactions. Thanks to Prof. Ruthland's work Attana technology can be applied to optimize drug properties with respect to electrostatic interactions.[En bild som visar illustration, designAutomatiskt genererad beskrivning med låg exakthet][En bild som visar text, skärmbild, linje, diagramAutomatiskt genererad beskrivning]

New paper using Attana Technology to study structures on surface in Ion Liquids demonstrating the effect of surface charges on interaction properties.

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