Topics covered in this section:
- KDXplore GenXplore
- Getting Started
- Connecting to Database
- Searching for Genotypes
- Genotype Table
- Genotype Information
- Genotype Genealogy Tree
- Genotype Cross Information
- Genotype Trait Information
- Cross Designer
- What To Do With Generated Progeny
GenXplore allows Specimen and Pedigree data to be explored for searched Genotypes. From GenXplore the database can be queried on the basis of different search criteria for certain individuals (Genotypes).
After searching genotypes pedigree, detailed parentage information, cross information and phenotypic information can be viewed.
GenXplore is also aimed at cross design which can be performed after a list of individuals is created. When a cross is designed in GenXplore the user will be warned if the cross has already been made.
|1||From the main KDXplore main window, select the GenXplore button to display the GenXplore home screen.|
|2||The Search panel at contains search controls at the top.|
|3||The Genotype Information panel is located on the right-hand side at area . The topmost fields become populated when Genotypes are searched.|
|4||The tabs at change the display from Genealogy Tree, Crosses and Trait Values.|
|5||The tab at area is used to navigate to the Crossing panel which is illustrated in the next image.|
When the laptop/pc has a network connection KDXplore can login to KDDart. Login requires:
- The URL for the database;
- A valid User Name and Password; and
- The Group Name, if applicable.
The following image shows the GenXplore window and the login steps are described below:
|1||To connect to a database in GenXplore click the button seen at .|
|2||This will open a login dialog .|
|3||Enter the database URL in the first field (or select from the drop down of previous database URLs), then the username and password.
Choose a login group (if applicable) from the fourth field drop down menu.
|4||Select the login button to login.|
After a database connection is made Genotype searches can be performed as outlined next.
|1||Select the genus to search for from the Genus drop down menu . This will populate with all genus’s available when a database is connected.|
|2||Select the search criteria from the drop down menu .|
|3||Select the search modifier for the criteria chosen from the drop down . In this example, there are no other options so choose so the area is greyed out.|
|4||Enter the search term in the field at . Using the example, the search is for the genotype ID ‘424856’.|
|5||Filial generation of results shown can be adjusted at .|
|6||Once search parameters have been set, select the Search button or press Enter .|
Searched results will be shown in the table below the search controls. This is explained in the following section.
All Genotypes can be searched in the Search panel. The instructions below demonstrate how to search for a Genotype by Genotype ID.
|1||The Search panel displays the search results. The columns appearing are user configurable with the default display showing: Id, Name, Acronym, Note, Filial generation (F), and Alias (“Also known as”).|
|2||Navigation of search results is by Page using the controls in area where the Results per page setting can be adjusted.|
|3||Search results can be accumulated by selecting the Add to previous results checkbox at .|
|4||Selecting a search result will display Genotype Information in the right panel.
Selecting the search result with the Right mouse button will reveal a menu as illustrated. Results may be removed from the displayed table; selected rows can be exported to .CSV file; or collected to prepare for Seed Prep/Trial Design (See Trial/Nursery Design in section SECTION NUMBER for more information).
The GenXplore module has the ability to collate Genotypes into lists that can be created and edited by the user. These lists allow for easier and more efficient analysis of specific Genotypes. The below instructions detail how to use search results to create a new Germplasm list:
|1||To create a new Germplasm list, select the Tools menu at and choose the Entry List Editor option. This will open up the Entry List Editor window.|
|2||Select entries such as the ones selected in and click and drag the selected entries to the Entry List Editor’s Specimen List panel in .|
|3||Select the Save button at which will bring up the Enter Details window at .|
|4||Enter the details and select Save to create a new Germplasm List.|
After a new list is prepared it, can be saved as a specimen group, used in Trial design (see SECTION NUMBER) or exported.
The Tool Bar, appears below the Genotype information fields which operate as follows:
|Genealogy Tree Build||Collects the parentage, cross and phenotypic data for the selected genotype.|
|Previous||Navigate to the previous Genotype.|
|Next||Navigate to the next Genotype.|
|Clear||Clears the selected entry.|
|Export to Helium||Exports or imports data with Helium.|
|Expand||Opens the Genotype Information panel in a separate window.|
The following steps will demonstrate how to export Genotype Information to a CSV:
|1||Select the Collect Genotype Information button to collect information for the selected genotype.|
|2||Next, select the CSV export/import button and select the Export option.|
|3||Select the file location and select Save.|
The following steps will demonstrate how to export Genotype Information to Helium:
|1||Select the Collect Genotype Information button to collect information for the selected genotype.|
|2||Next select the Helium Export/Import button and select the “Export” option.|
|3||Select the file location then select Save. The subsequent file can then be opened in Helium for viewing.|
The GenXplore module can create a Genealogy Tree for any selected Genotype ID. The following instructions outline how to do this:
|1||By selecting a Genotype from the Genotype table and selecting the button at , the panel below will be populated with the Genealogy tree structure or ancestry of the selected genotype appearing in area .|
|2||Undocking the panel, by selecting the button seen in area , provides a closer view.|
|3||Controls for the Genealogy tree can be seen in area and area . The controls in area have Zoom control, whether to pan when dragged or select nodes, display the tree in radial format and save the tree to .PNG file. The top controls also contain a legend for what the shape of Nodes in the tree represent, and the colour. The shape of the nodes and the colour in this instance represent the known (or unknown) sex of the nodes of the tree, when they were used to create progeny (also seen) in the tree.|
|4||Controls at the bottom of the panel seen in area allow the user to set what criteria, size and colour should be represented as. E.g. the size of each node in the tree could be representative of the # of crosses it was involved in, or maybe how many ancestors it has (length of line). The controls in area also contain options for the naming of nodes, e.g. whether to display ID, name of genotype or acronym.|
|5||To the furthest left of the controls in is a selector for what level of ancestry to show. In the instance shown here the tree is very large. This can be reduced by only showing 5 generations (as seen below).|
The Genealogy Tree that is generated will automatically show 10 levels of depth. The image and steps below outline how to change the depth of the tree.
|1||Enter the desired amount of tree depth such as the level of ‘5’ as shown in . Nodes can also be selected and dragged manually around the panel area.|
|2||Select the Choose option in .|
Once genotypes are selected, Right-Clicking anywhere will present a number of options as seen below:
From the options the user can:
- Export selected genotypes to .CSV format
- Add selected Genotypes to the list in the genotype table
- Collect genotypes for Trial/Nursery Design.
- Cross Genotypes as Female (Automatically adds to crossing table - see section 12.)
- Cross Genotypes as Male (Automatically adds to crossing table - see section 12.)
- Change the colour scheme used for node rendered (When a numeric genotype info. is chosen for node colour, the colour scheme used to display it is set here.)
The genealogical history of any Genotype crosses can be shown in the Cross Information panel as seen below:
- Crosses tab displays the overall cross information for the selected genotype.
- Cross Information panel displays the overall cross information including total crosses and total back/test crosses.
- Crosses panel is a list of crosses that the selected genotype has been involved in. The resulting genotypes (By name and ID) can also be seen here.
- Back/Test Crosses panel is a list of back/test crosses for the selected genotype. Note that the Crosses panel will not contain these entries.
Some Genotypes may have Trait information attached to them. To display the Trait information, the user will need to search for, and select a Trait, and then follow the instructions below:
|1||To display phenotypic data for the selected genotype select the Trait Values tab in area .|
|2||The Traits and respective values for the selected genotype will display in area . Selections from this table will display the Trait description in area .|
|3||Trial information for the selected Genotype will be visible from this screen also in the panel in area .|
The GenXplore module gives users the ability to design crosses between various Genotypes. After searching for, and selecting Genotypes in the Search panel, Genotypes can be dragged into the Crossing panel. After selecting Genotypes for crossing, the below instructions will demonstrate how to create the cross.
|1||Navigate to the Make Crosses tab by selecting at .|
|2||The Genotypes selected for crossing can will be visible at area and after being dragged to those locations. Genotypes to-be-crossed as female are displayed in the left table and male genotypes are in the right table.|
|3||The at , when selected checks each cross has not been previously made and generate the names for subsequent intermediate child entries in the lower area .|
|4||Attempting a cross that has already been made will display a warning dialog that can be seen in the image below. Crosses made previously will also display in the table in area .|
The concept of Rank and expected crosses are that the genotypes chosen for crossing have an intended rank or importance.
For each parent genotype, crosses will be performed with each corresponding genotype of the opposite sex with the same rank, if expected crosses is larger than 0. Expected crosses then corresponds to how many ranks below the genotype will cross with genotypes of the corresponding sex.
For a less advanced crossing setup see the following section.
|1||Rank of genotypes for crossing can be adjusted by selecting a genotype in either parent list and using the arrows seen in area .|
|2||Expected crosses for genotypes can be adjusted by selecting a genotype in either parent list and entering the expected crosses values in area .|
|3||Preset values for Diallel and Half-Diallel can be set by selecting the check boxes in area .|
|4||Once parameters are set, the seen in area can be selected to perform the crosses.|
The Punnet View allows the users to cross Genotypes but has a simpler display to choose male and females to cross. The below instructions outline how to use this view.
|1||Selecting the button with the button seen in area of the crossing panel will open the Cross Editor window at .|
|2||Inside this dialog seen in area are the selected genotypes for crossing. X-axis is female entries. Y-axis is Male entries. By selecting cells in this matrix, you are selecting crosses to be performed.|
|3||In area the options for including a back cross and test cross can be checked.|
|4||Once crosses have been designed, the Cross button seen in area can be selected to perform the crosses.|