1: Basic Genetics and Research   2: Learn about DNA Testing   3: DNA Test Results and Ethnicity (MH)   4: DNA Matches (MH)   5: DNA Research Tools   6: Adoption and DNA   7: Help w/ Questions            Translation Tips    Music      Print Friendly and PDF













Project 7: DNA


Goal 5: DNA Research Tools



Goal 5: Learn about DNA research tools.


Choices


ALearn about DNA research tools you can use for family history.


  1. Learn about some of the better-known DNA research tools.

    What's in Your Toolbox? - 2018
    RT—DNA Third-Party Tools You Actually Need - 2019

  2. DNAGedcom: Explore the DNAGedcom site for DNA research tools. Learn more about DNAGedcom in this Family Locket article.

    FL:—DNA Gedcom – A 3rd Party Tool That Can Help Shorten Your Search - 2019

  3. Haplogroups: Join a DNA project Haplogroup on the ISOGG site to connect with others with similar mitochondrial or Y-DNA results.
  4. Visual Phasing: Watch these videos to learn how Visual Phasing can help you recreate grandparents' DNA, or visit the Facebook page for Visual Phasing.

    FHF—Visual Phasing Part 1: Setup - A Segment of DNA—13:35 - 2019   


    FHF—Visual Phasing Part 2: Create Segments Based On Sibling Shared DNA—18:18 - 2019   


  5. Learn more about DNA visual phasing in this handout.

    Visual Phasing Workshop - 2019

  6. Watch these videos to learn how to interpret and create DNA network graphs for your matches.

    FL—How to Interpret a DNA Network Graph—7:34 - 2022



    FL—How to Make a DNA Network Graph—7:51 - 2022



Triangulation
  1. Learn about DNA match triangulation, where three or more people are matched at the same segment location.

    RT—DNA Match Triangulation - 2019

  2. Learn more about using DNA match triangulation in your research.

    FL—Pedigree Triangulation: What is it and How Can it Solve Brick Walls? - 2019
    FL—Segment Triangulation: Proving an Ancestral Line - 2019

  3. Watch this video for tips on using DNA triangulation.

    DNA Triangulation: What, Why, and How—46:58 - 2021


  4. Learn how to triangulate your DNA matches using GEDmatch.

    How to Triangulate Your DNA Matches with Gedmatch—11:50   



  5. Learn more about using GEDMatch to expand your research.

    LT—How GEDmatch Can Amplify Your Genealogy Research


BExplore DNA Painter.


  1. Learn the basics of chromosome mapping, to prepare for using the DNA Painter tool.

    RT—Chromosome Mapping for Absolute Beginners - 2019
    RT—Chromosome Mapping Tips and Techniques - 2019

  2. Learn about the key features of DNA Painter.

    WDY—DNA Painter: What is it and what are its key features?

  3. Get an introduction to using the DNA Painter site for tracking DNA matches.

    DNA Painter – Chromosome Sudoku for Genetic Genealogy Addicts - 2018
    Mining Vendor Matches to Paint Your Chromosomes - 2018

  4. Learn about DNA Painter and how it tracks centimorgans to help with your DNA research.

    GTV—Clustering Tools for DNA Matches—9:32 - 2020



  5. Learn more about the DNA Painter tool.

    MH—An Introduction to DNA Painter—85:00

  6. Learn how chromosome mapping can help you maximize your DNA matches.

    Using your DNA Matches to Link Segments to Ancestors—15:16 - 2022



    Inferred Chromosome Mapping: Maximize your DNA Matches—5:55 - 2022



  7. Learn how the DNA Coverage Estimator can help simplify the process of identifying matches.

    LT—DNA Painter: A New Coverage Estimator at DNA Painter - 2022
    LT—DNA Painter: Five Ways to Use the New DNA Coverage Estimator Tool at DNA Painter - 2022


CLearn about DNA clustering.


  1. Get an introduction to using DNA clustering tools for matches.

    Clustering Tools for DNA Matches - 2019

  2. Learn about the Leeds method and color clustering.

    The Leeds Method for DNA Clustering
    DNA Clustering, Dana Leeds Method - 2020

  3. Learn about the DNA AutoCluster feature on the Genetic Affairs website.

    AutoCluster

  4. Learn how to interpret typical data from DNA cluster charts.

    FL—How to Interpret a DNA Cluster Chart—4:36 - 2021


  5. Use diagrams and charts to organize your DNA research.

    LT—How To Create Diagrams and Charts for Genetic Genealogy Research


DExplore the Chromosome Browser in MyHeritage.


  1. Select DNA Tools in the DNA menu. In the Chromosome Browser tile, click Explore. This displays the "Chromosome Browser — One-to-many" screen. To learn more about how the Chromosome Browser handles shared DNA segments between you and DNA match persons, click the Info button.
  2. Click up to seven DNA match tiles, which adds the names to the top DNA Matches row, next to your name. To remove a name from the list, hover over the name and click the "x" that appears. To clear the list, click Clear.
  3. To search for a DNA match person,
    a) Click the magnifying glass icon (upper right);
    b) Type the name of the match person you want; and
    c) Click the magnifying glass icon again. To clear the search results, click Clear.
  4. Click Compare. Overall comparison summaries for you and each match person are shown at the top. The resulting bar chart shows DNA segments that are shared with the DNA match person(s). Segments are color-coded to correspond with each match person.
  5. To see a detailed comparison summary of chromosome information for you and the match person, hover over a shared segment.
  6. To select a minimum length for triangulated segments, next to "Show triangulated segments that are at least" click the drop-down list and select a centimorgans value.
  7. To see detailed, chromosome-by-chromosome information for you and DNA match persons,
    a) Scroll down to the Shared DNA segments section on the screen; and
    b) Click the arrow next to the match person's name.
  8. To download a file with shared DNA information for your match persons, click Advanced Options and select Download shared DNA info.
  9. Learn more about using the Chromosome Browser and other MyHeritage DNA tools in these videos.

    MyHeritage DNA: Advanced Features—34:00
    The Five Best MyHeritage DNA Tools—46:00


EExplore AutoClusters in MyHeritage.


  1. Select DNA Tools in the DNA menu. In the AutoClusters tile, click Explore. This displays an explanation of the AutoClusters feature, with a demo of the feature appearing on the right.
  2. To generate AutoClusters, click Generate. The dialog that appears reminds you that the process can take from a few minutes to several hours.
  3. To view the AutoClusters results, check for a message in your email account named in the dialog. The message will contain a .zip file with the following components: an HTML file with a visual representation of the AutoCluster analysis, a CSV file with a spreadsheet version of the AutoCluster analysis, and a ReadMe PDF file.
  4. To close the dialog, click the "x" or click Return to DNA results.
  5. To learn more about AutoClusters, read the article or watch the video.

    MH—AutoClusters for DNA Matches - 2019
    MH—Visualizing Ancestral Lines with DNA AutoClusters—67:00