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Paternity test

Standard test includes the testing of one alleged father and one child.

It is possible to add more individuals in the testing. Make your choice below.
Where possible, we also recommend including a maternal sample in the test to ensure an accurate result in rare cases.

Original price was: € 180.00.Current price is: € 150.00.

From:  180.00 From:  150.00

Description

18-marker genetic analysis by Promega PowerPlex® 18D System kit is used for paternity testing.

Turnaround Time: 5-10 working days

Specimen Requirements: Buccal cell sample
The sample collection kit will be sent to the address specified on the order.

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Are you looking for answers? Our paternity test provides peace of mind with reliable results.

Accuracy: Over 99.99% reliable results for clear answers.

Fast Results: Get your results in as little as 5-10 business days.

Confidentiality: Our Customer portal guarantees complete privacy throughout the process.

Easy to Use: Simple at-home collection kit included.


How It Works:

Order your test kit.
Collect DNA samples with easy swabs (2x cheek swabs for father and child included with the default test).
Fill the questionnaires in the customer portal.
Send samples to our certified lab in the pre-paid box.
Receive secure results via our secure 2-factor authenticated customer portal.

PS! We recommend including the mother’s sample as well. Including the mother’s DNA sample in a paternity test helps identify rare situations that could lead to inconclusive or ambiguous results. While not required for the 99.99% accuracy of most tests, it provides an extra layer of certainty and helps avoid rare cases.

 

For more information about the topic:
The accuracy of the paternity test and other biological relationship tests is 99.99%. Although an accurate result is guaranteed by comparing the DNA of the father with that of the child, we recommend that you include a sample from the mother where possible.
By including the mother’s DNA, we can more accurately determine which part of the child’s DNA comes from the mother and which remaining part of the child’s DNA needs to be compared with the presumed father. Testing the mother will also help to accurately determine the probability of paternity in exceptional cases where the same allele is inherited from both parents.