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web-based interactive decision tree tool intervax-tool  (Intervax Ltd)

 
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    Intervax Ltd web-based interactive decision tree tool intervax-tool
    Screenshot of <t>InterVax-Tool</t> at http://vaxeval.com . The <t>decision</t> <t>tree</t> with decisions and notes is presented on the top portion. The lower portion provides content on how relevant key considerations impact the active decision in the tree and provides the opportunity for users to take notes on each key consideration, building a description of the scenario during the process.
    Web Based Interactive Decision Tree Tool Intervax Tool, supplied by Intervax Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/web-based+interaction+tool/intervax+tool/pmc06620503-97-4-8
    Average 90 stars, based on 1 article reviews
    web-based interactive decision tree tool intervax-tool - by Bioz Stars, 2026-10
    90/100 stars

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    1) Product Images from "An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool"

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool

    Journal: Vaccine

    doi: 10.1016/j.vaccine.2019.06.019

    Screenshot of InterVax-Tool at http://vaxeval.com . The decision tree with decisions and notes is presented on the top portion. The lower portion provides content on how relevant key considerations impact the active decision in the tree and provides the opportunity for users to take notes on each key consideration, building a description of the scenario during the process.
    Figure Legend Snippet: Screenshot of InterVax-Tool at http://vaxeval.com . The decision tree with decisions and notes is presented on the top portion. The lower portion provides content on how relevant key considerations impact the active decision in the tree and provides the opportunity for users to take notes on each key consideration, building a description of the scenario during the process.

    Techniques Used:

    Related Articles

    Vaccines:

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool allows users to assess implications for trial design, to identify areas where more information is needed, and ultimately to make informed decisions on the trial design.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We created InterVax-Tool ( http://vaxeval.com ), an online, interactive decision-support tool, to help diverse stakeholders navigate the decisions in the design of phase III vaccine trials.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: By using InterVax-Tool, the participants quickly focused their discussion on the three key areas where more information is needed to inform ZIKV vaccine trial planning: (1) the ability of serological assays to identify specific past flavivirus infections, i.e. determining serological positivity for ZIKV against a background of potential cross-reactivity from dengue virus (DENV; a related flavivirus); (2) forecasted or expected incidence required for feasible sample sizes; and (3) whether to use laboratory-confirmed ZIKV infection (whether asymptomatic or symptomatic) or laboratory-confirmed symptomatic Zika disease as the primary endpoint.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Further, because InterVax-Tool aims to avoid user fatigue, some trial design options were excluded (e.g., factorial design and interim analysis options).

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool facilitates open decision-making, accountability, and shareability by allowing users to take notes on their decisions and on how each key consideration applies.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Because InterVax-Tool is organized in a hierarchical decision tree framework, decisions are reflected as discrete choices between two or more options.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We suggest that once feasible trial designs are identified, users of InterVax-Tool could consult with statisticians and epidemiologists to generate required sample sizes.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: The guidance within InterVax-Tool provides ample reference to the scientific literature on these topics as well as to the complementary, comprehensive WHO guidance document .

    Selection:

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool allows users to assess implications for trial design, to identify areas where more information is needed, and ultimately to make informed decisions on the trial design.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We created InterVax-Tool ( http://vaxeval.com ), an online, interactive decision-support tool, to help diverse stakeholders navigate the decisions in the design of phase III vaccine trials.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: By using InterVax-Tool, the participants quickly focused their discussion on the three key areas where more information is needed to inform ZIKV vaccine trial planning: (1) the ability of serological assays to identify specific past flavivirus infections, i.e. determining serological positivity for ZIKV against a background of potential cross-reactivity from dengue virus (DENV; a related flavivirus); (2) forecasted or expected incidence required for feasible sample sizes; and (3) whether to use laboratory-confirmed ZIKV infection (whether asymptomatic or symptomatic) or laboratory-confirmed symptomatic Zika disease as the primary endpoint.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Further, because InterVax-Tool aims to avoid user fatigue, some trial design options were excluded (e.g., factorial design and interim analysis options).

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool facilitates open decision-making, accountability, and shareability by allowing users to take notes on their decisions and on how each key consideration applies.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Because InterVax-Tool is organized in a hierarchical decision tree framework, decisions are reflected as discrete choices between two or more options.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We suggest that once feasible trial designs are identified, users of InterVax-Tool could consult with statisticians and epidemiologists to generate required sample sizes.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: The guidance within InterVax-Tool provides ample reference to the scientific literature on these topics as well as to the complementary, comprehensive WHO guidance document .

    Virus:

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool allows users to assess implications for trial design, to identify areas where more information is needed, and ultimately to make informed decisions on the trial design.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We created InterVax-Tool ( http://vaxeval.com ), an online, interactive decision-support tool, to help diverse stakeholders navigate the decisions in the design of phase III vaccine trials.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: By using InterVax-Tool, the participants quickly focused their discussion on the three key areas where more information is needed to inform ZIKV vaccine trial planning: (1) the ability of serological assays to identify specific past flavivirus infections, i.e. determining serological positivity for ZIKV against a background of potential cross-reactivity from dengue virus (DENV; a related flavivirus); (2) forecasted or expected incidence required for feasible sample sizes; and (3) whether to use laboratory-confirmed ZIKV infection (whether asymptomatic or symptomatic) or laboratory-confirmed symptomatic Zika disease as the primary endpoint.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Further, because InterVax-Tool aims to avoid user fatigue, some trial design options were excluded (e.g., factorial design and interim analysis options).

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool facilitates open decision-making, accountability, and shareability by allowing users to take notes on their decisions and on how each key consideration applies.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Because InterVax-Tool is organized in a hierarchical decision tree framework, decisions are reflected as discrete choices between two or more options.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We suggest that once feasible trial designs are identified, users of InterVax-Tool could consult with statisticians and epidemiologists to generate required sample sizes.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: The guidance within InterVax-Tool provides ample reference to the scientific literature on these topics as well as to the complementary, comprehensive WHO guidance document .

    Infection:

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool allows users to assess implications for trial design, to identify areas where more information is needed, and ultimately to make informed decisions on the trial design.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We created InterVax-Tool ( http://vaxeval.com ), an online, interactive decision-support tool, to help diverse stakeholders navigate the decisions in the design of phase III vaccine trials.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: By using InterVax-Tool, the participants quickly focused their discussion on the three key areas where more information is needed to inform ZIKV vaccine trial planning: (1) the ability of serological assays to identify specific past flavivirus infections, i.e. determining serological positivity for ZIKV against a background of potential cross-reactivity from dengue virus (DENV; a related flavivirus); (2) forecasted or expected incidence required for feasible sample sizes; and (3) whether to use laboratory-confirmed ZIKV infection (whether asymptomatic or symptomatic) or laboratory-confirmed symptomatic Zika disease as the primary endpoint.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Further, because InterVax-Tool aims to avoid user fatigue, some trial design options were excluded (e.g., factorial design and interim analysis options).

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: InterVax-Tool facilitates open decision-making, accountability, and shareability by allowing users to take notes on their decisions and on how each key consideration applies.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: Because InterVax-Tool is organized in a hierarchical decision tree framework, decisions are reflected as discrete choices between two or more options.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: We suggest that once feasible trial designs are identified, users of InterVax-Tool could consult with statisticians and epidemiologists to generate required sample sizes.

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool
    Article Snippet: The guidance within InterVax-Tool provides ample reference to the scientific literature on these topics as well as to the complementary, comprehensive WHO guidance document .



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    Image Search Results


    Screenshot of InterVax-Tool at http://vaxeval.com . The decision tree with decisions and notes is presented on the top portion. The lower portion provides content on how relevant key considerations impact the active decision in the tree and provides the opportunity for users to take notes on each key consideration, building a description of the scenario during the process.

    Journal: Vaccine

    Article Title: An online decision tree for vaccine efficacy trial design during infectious disease epidemics: The InterVax-Tool

    doi: 10.1016/j.vaccine.2019.06.019

    Figure Lengend Snippet: Screenshot of InterVax-Tool at http://vaxeval.com . The decision tree with decisions and notes is presented on the top portion. The lower portion provides content on how relevant key considerations impact the active decision in the tree and provides the opportunity for users to take notes on each key consideration, building a description of the scenario during the process.

    Article Snippet: We created a web-based interactive decision tree tool, InterVax-Tool, to support decision making on vaccine trial design.

    Techniques: