Woma
Woma is a color-intensifying and pattern reduction mutation which brightens up the overall coloration of a ball python's background colors, while reducing the saddling to dark, thin bands. The belly is typically patternless.
First Produced By:
NERD
First Produced In:
2000
Gene Type:
Incomplete Dominant
Complex:
Spider Complex
Order through RGI:
Additional References
Special Thank You to Our Supporters
We couldn't develop our tests without the support of the community. These breeders helped us by volunteering to send their sheds in for our research.
About Our Test Grades
The test grade describes the accuracy of different tests we offer.
You can help us improve the accuracy of our shed tests by sending in samples.
You can help us improve the accuracy of our shed tests by sending in samples.
A+
There is at least one Peer reviewed scientific paper detailing this mutation. Our lab has run over 1000 homozygous, heterozygous, and normal samples have been run and match known genetics, and all known mutations are covered by our test.Peer reviewed scientific paper detailing this mutation. Over 1000 homozygous, heterozygous, and normal samples have been run and match known genetics, and all known mutations are covered by our test.
Expected accuracy for this test is over 99.9%.
Expected accuracy for this test is over 99.9%.
A
Over 1000 homozygous, heterozygous, and normal samples have been run and match known genetics, and all known mutations are covered by our test.
Expected accuracy for this test is over 99.9%.
Expected accuracy for this test is over 99.9%.
B
Over 500 homozygous, heterozygous, and normal samples have been run and match known genetics. Until we reach a few thousand, we will keep our eyes open for anything "new" or "unexpected".
Expected accuracy for this test is over 99.5%.
Expected accuracy for this test is over 99.5%.
C
A minimum of 200 homozygous, heterozygous, up to several thousand have been run and match known genetics/mutations over 99% of the time. To date our test accounts for all located/known mutations that cause this phenotype, but we are still looking to see if there are any signs that another mutation exists that causes this morph.
Expected accuracy for this test is over 99%. (We should clarify that this means it will be 99% accurate for the mutation that we are testing for, and that we are letting you know that it is very possible that there are more mutations out there that are compatible, that we don't have a test for yet). So a Het or Hom result will be generally correct, and a negative means you may have one of the secondary mutations that there is not currently a test for yet.
Expected accuracy for this test is over 99%. (We should clarify that this means it will be 99% accurate for the mutation that we are testing for, and that we are letting you know that it is very possible that there are more mutations out there that are compatible, that we don't have a test for yet). So a Het or Hom result will be generally correct, and a negative means you may have one of the secondary mutations that there is not currently a test for yet.