We work very closely with U.S embassies around the world to provide you with the quickest and confidential means of establishing relationship to fulfill the embassy’s requirements. We work with the embassies to establish a sample collection site for your loved ones overseas, where the samples will be mailed back to our main laboratory for quick and speedy analysis.
Our collection sites across the country have your sample collected and mailed back to our main laboratory for quick and speedy analysis. We begin processing your samples once all samples are received, and routinely deliver results in 3-5 business days, sometimes faster. If the DRL determines that additional markers need to be tested, we test the extra markers FREE OF CHARGE at NO COST TO YOU. After testing we will mail the results to the embassy or the USCIS if it is required to complete your immigration process based on the result. We provide high quality, reliable DNA tests at affordable prices and even offer flexible payment plans. To begin, please send to us a copy of your INS-USCIS letter that contains a beneficiary’s or petitioner’s file number, names and contact information for all individuals involved in the immigration case. We will send a DNA sample collection kit to the appropriate office in your country. If one of the test participants resides in USA or Canada we will schedule a convenient sample collection site and schedule an appointment time to the client residing in the United States or Canada. To coordinate your case for sample collection, we have thousands of sample collection sites at both the national and international levels. Also, USCIS (United States Citizenship and Immigration Services) recommends DNA testing to prove biological relationships for individuals who have submitted form I-130.
Do the infedelity testing for peace of mind or for court, know the truth before you proceed to divorce or take any drastic action We can test any biological material such as semen, Saliva, or blood stain, on any piece of clothes or paper. We can differentiate between multiple DNA contributors from a single sample. Bring us any sample such as under garment, spotted clothes or semen stains on any matrix.