The effectiveness and reliability of each Discreet Paternity Test depends on the type of tissue or object being used. For instance, semen has a 90% success rate, while toothbrushes only have a success rate of 60% or less.

Nevertheless, you have our assurance that we will do our best to ensure we are able to extract DNA from the sample if at all possible. Our state-of-the-art laboratory processes enable us to give you the highest level of service at all times.

Prices vary depending on the type of sample – see the table below for more information on what samples can be used, the additional testing cost and its estimated success rate. All our prices are based on the additional extraction processes and analysis that are required to work with the different types of samples.

PLEASE NOTE that all the costs listed below are in addition to the cost of the actual DNA Test they are being used for and are per sample per person. It is not necessary to send the same type of sample for each participant. For example, we can use mouth swabs for mother and alleged father but nail clippings for a child if you do not want the child to question why you are collecting a mouth swab sample. A parent or legal guardian must still provide consent for a child to be tested.

Using an alternative DNA source will typically add 2 working days to the testing time although this may be longer for more complicated samples such as teeth, bone and paraffin embedded tissue.

However, you can rest assured we will take the shortest time possible before sending your results.

Please Contact Us for more information or to place an order.

Differential Extraction is recommended for Male/Female mixed DNA samples containing semen. This includes whole semen, a semen stain on fabric and tampon or feminine pad.

When testing DNA from a sample containing sperm and vaginal cells we expect the resulting profile to be a mixture of male and female DNA. The Differential Extraction process occurs before DNA amplification and physically separates sperm cells from epithelial cells. This process allows us to provide two separate profiles, one from the sperm fraction and the other from the non-sperm fraction, as opposed to one mixed profile.