SPORE SPOOR SPOHR SPAHR SPARR SPURR
DNA Project
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Participation:
1. The cost of participation is $99. If the cost of the test is the sole barrier to your participation, then please e-mail the project's group administrator (see e-mail address near the bottom of this page). He may be able to find funds pledged by others to test the line your DNA represents.
2. The recommended test for the project is the 12-marker Y-chromosome test. Many tests are offered by the lab we are using for the project, but the 12-marker test is sufficient. You may choose to have more extensive testing performed (at an increased cost), but a Y-chromosome test of at least 12 markers is required for the purposes of the project.
3. Please make sure upon ordering the test that you click any "confirm" button that may appear. Depending on your monitor resolution, you may have to use your scroll bars to find it.
4. Do NOT sign up for the project if you are female, or if you just want to know the results of the project thus far. The test is based on the Y-chromosome, and because women have no Y-chromosome, they cannot participate directly (though they may help indirectly by helping to recruit male SPOREs and SPOORs, etc., by helping defray the costs of others, or by providing moral support, etc.). The results of the project will be posted to this webpage as they are returned to me - so there is no need to sign up for the project just to see the results - just check back to this page from time to time for updates.
5. E-mail me if you have any trouble ordering your DNA testing kit. I will ensure that you will get a DNA test kit one way or another.
If you are male, and your last name is SPORE, or something similar, and you want to participate by ordering your DNA kit now, then please click the below link:
Join the SPORE/SPOOR/SPOHR Surnames DNA Project
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Results:
Notes on usage of this site:
1. The results of each participant's DNA analysis is provided in the Results Table below.
2. The paternal descent of each sample provider is given in the link in the results table. Click the associated link to open a new page which will show this person's SPORE/SPOOR/SPOHR descent. The new page that loads will also give the participant's e-mail address. Use your browser's 'back' button to return to this page.
3. For every new DNA "type" identified, a new "Node" is created (arbitrarily designated as type "A", and incrementing alphabetically for subsequent 'new' nodes). These "Nodes" are identified by letter on the left-hand side of the Results Table, and near the yellow, circular nodes in the Network Diagram.
4. The SPORE Network Diagram shows the genetic relationship among all the participants.
5. Given the participant's "node" and known paternal descent, we can deduce the "node" (DNA type) of the participant's patriarch (i.e., his father's father's (etc.) father).
6. Each SPORE/SPOOR/SPOHR patriarch, and all his male-line descendants (and patrilinear ancestors) comprise a "clan" of particular DNA type, or Node. The Patriarch's Table, below, associates each node with its clan, where known.
7. By DNA-testing a male-line descendant of your SPORE/SPOOR/SPOHR patriarch, you can directly determine if it is possible that he is genetically related to any of the other "clans" thus far identified.
8. Clans with the same Node (i.e., the same DNA type) are related, whereas Clans with different Nodes are not related.
9. With enough samples, most or all clans should be identified.
10. The Group Administrator is happy to answer any questions you may have about the project.
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Results Table |
N o d e
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Click the link below to see the participants' descents & e-mail addresses
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K i t #
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DYS |
3 9 3 |
3 9 0 |
1 9 |
3 9 1 |
3 8 5 a |
3 8 5 b |
4 2 6 |
3 8 8 |
4 3 9 |
3 8 9 i |
3 9 2 |
3 8 9 ii |
A |
Gerald Spore
|
15788 |
13 |
22 |
14 |
10 |
13 |
14 |
11 |
14 |
11 |
12 |
11 |
28 |
A |
Mitzi Lackey
(by proxy) |
18979 |
13 |
22 |
14 |
10 |
13 |
14 |
11 |
14 |
11 |
12 |
11 |
28 |
A |
privatized Spore |
19288 |
13 |
22 |
14 |
10 |
13 |
14 |
11 |
14 |
11 |
12 |
11 |
28 |
B |
Private SPOOR
| 21467 |
13 |
24 |
14 |
11 |
11 |
12 |
12 |
12 |
12 |
14 |
13 |
30 |
E |
James Scott Spahr
|
197225 |
13 |
23 |
13 |
10 |
16 |
18 |
11 |
12 |
11 |
13 |
11 |
30 |
A |
Charles L Spohr
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285403 |
13 |
22 |
14 |
10 |
13 |
14 |
11 |
14 |
11 |
12 |
11 |
28 |
C |
Th.a.c. Spoor
| N6790 |
13 |
23 |
14 |
10 |
13 |
14 |
11 |
14 |
12 |
12 |
11 |
28 |
D |
Private SPOOR
| N61180 |
13 |
25 |
15 |
11 |
11 |
15 |
12 |
14 |
10 |
14 |
11 |
31 |
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How to read the data table and network diagram:
In the diagram to the left, each gold circle represents a "node", or distinct SPORE DNA type. The size of the gold circle is proportional to the number of results that match that node type. To assess the genetic relatedness between two nodes, move from one node under consideration towards another node via the blue line(s), and count the number of mutations experienced along the way. Each mutation is designated by grey numbers and letters (392ab, for example). The diagram as a whole is designed to minimize the number of mutations needed to explain ALL the data in the table.
The question then becomes, "how closely related are groups "X" and "Y"?". Well, mutations are rare events. I will spare you the math (e-mail me if you are really interested in this), but suffice it to say that the point where two cousins are likely to have ONE mutation between them is approximately at the 8th cousin level. The point at which two groups are more than 50% likely to have 3 or more mutations between them is about the 35th cousin level (or a common ancestor approximately 1,000 years ago).
But remember that these are statistical measures. This does not mean that SPOREs with different DNA types could not have shared descent, it just means that they are not LIKELY to be close cousins. Rare events like mutations DO happen, and there are cases where multiple mutations DO appear between close cousins (they are just rare, and hence generally unlikely). If another sample were provided which "split the difference" between "A" and "C", then it would appear to make a shared descent between "A" and "C" more likely. On the other hand, the separation between "B" and "C" is so great (greater than 10 mutations) that (virtually) no amount of new samples will be able to show a common descent among those two groups.
This project is still very young, and more samples will continue to pour in, and thus the analysis will become more clear. Please help us with this project by participating and/or locating appropriate individuals for testing. DNA analysis is a valuable and powerful way to uncover linkages within, between, and among sample groups - but its power relies entirely on gathering enough samples to make it worthwhile. Please help :)
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Theoretical Framework
The Theory is actually very simple. All males carry a single Y-chromosome that they got from their father. Generally a man carries his father's surname as well. So all males that derive the same surname from a common male ancestor (viz., the surname "patriarch") will have the same Y-chromosome. But it gets a little better than this. Because the Y-chromosome changes (very slowly) over time as it is passed from father to son(s), two related males of the same surname can make some determination about how closely they are related. So in essence, all that is done is a test of a Y-chromosome of one male, and it is compared to the results of the test from another male. Judging from their similarity, you can determine if they derived their common surname via common descent, or coincidentally.
So my intention is to try to sort out all these lines whose surnames are now SPORE, or SPOOR, or some other similar name. In order to do this, we will need to test at least one descendant from each line. Once the DNA types are known, I will group all the individuals with matching DNA into "clans". Each clan will have "Patriarchs". The below is a list of Patriarchs from which (via their living descendants) to sample DNA. Of course this list will continue to grow.
Spore / Spoor / Spahr Clans
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Node |
Samples |
Patriarch |
A |
15788 |
Spore, Jacob
Birth: 25 July 1771, Shenandoah County, Virginia.
Marriage: 11 December 1792, Shenandoah County, Virginia, Mary Magdalena Tressler.
Death: 20 November 1849, Gibson County, Indiana.
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A |
18979
19288 |
Spore, Henry
Birth: 1784, Virginia.
Death: 07 June 1860, Indiana.
Burial: Derbyshire/McCurdy Cemetery, Princeton, Gibson County, Indiana.
Census: 1850 Gibson County, Indiana, Montgomery Township, Page 45A, HH#590/592.
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C |
N6790
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Spoor, Isack
Birth: 1688/89, Amsterdam, Netherlands.
Marriage:.
Death:.
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E |
197225 |
Spahr, Johann Ulrich
Birth: 1709, Switzerland.
Death: Between 02 September 1769 & 06 March 1770, Frederick County, Virginia.
Note: sometimes aka Johann Ulrich Sparr. |
A |
285403 |
Spohr, Herman
Birth: Germany(?).
Death: 1795, Pennsylvania.
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? |
0 |
Spare, Leonard "Lanert"
Birth: 16 May 1692, Germany.
Death: 18 February 1770, Worchester Township, Pennsylvania. |
? |
0 |
Spoor, Jan Wybesse
Birth: betweeb 1640 & 1645, Harlingen, Friesland, Netherlands.
Death: 1723, Linlithgow, Columbia County, New York. |
? |
0 |
Spohr, David & Spohr, Joseph
From Augusta County, Virginia, to Montgomery County, Indiana, in the early 1800s.
Note: sometimes aka David Spore & Joseph Spore |
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Last updated: 25 April 2012
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