Turnaround time
10 workdays
36.3
30
PCR-based DNA test for sex determination in rabbits through detection of a Y-chromosome/SRY signal.

Overview
DNA sex determination for rabbits
This DNA test offers a dependable and animal-friendly way to determine the sex of your rabbit. Rather than relying on visual inspection alone, which is often uncertain in young animals, the laboratory analyses DNA from a simple cheek swab sample. The result is a clear, evidence-based answer that helps remove doubt and supports confident decisions.
How does this test work?
A buccal swab is all that is needed for this analysis. The collected DNA is examined in the laboratory using a PCR-based method. The test checks whether the Y chromosome is present or absent. Rabbits with two X chromosomes are reported as female, while the presence of one X and one Y chromosome indicates a male animal. Because this method evaluates genetic material directly, it provides a far more objective answer than external examination alone.
Why can rabbit sexing be difficult?
In young rabbits, the external sex characteristics are still not fully developed. As a result, males and females can look very similar, especially early in life. Even experienced breeders and handlers can make mistakes. An incorrect assessment may lead to practical and financial consequences, such as housing animals together too soon or selling or rehoming a rabbit under the wrong sex.
This matters even more because rabbits can reach sexual maturity at a relatively young age. Unexpected litters, unintended pairings and planning errors occur more often than many owners expect. A DNA test helps remove that uncertainty at an early stage and gives greater confidence when making breeding, housing or rehoming decisions.
What are the advantages of a DNA test?
The main benefit of DNA sexing is clarity. There is no need to wait until physical traits become easier to distinguish, and the outcome is less dependent on interpretation or experience. Sample collection is non-invasive, easy to perform at home and causes minimal stress to the animal. This makes the test especially useful for young rabbits, sensitive animals and situations where fast and reliable confirmation matters.
The result can be valuable for owners seeking reassurance, as well as for professional settings where correct identification is important. This includes breeding plans, sales, rehoming, group housing and the prevention of unintended reproduction.
Who is this analysis suitable for?
What can you expect from the result?
This analysis provides a clear outcome based on the presence or absence of the Y chromosome in the DNA sample tested. You receive a scientifically supported confirmation of your rabbit’s genetic sex, making this test a practical choice for anyone who wants to avoid uncertainty and base decisions on a reliable laboratory result.
Included subanalyses
This analysis includes the following subanalysis:
Allele combinations & result interpretations
Below, for each tested locus, you will find the possible allele combinations that may be reported within this analysis, together with a brief explanation of their genetic meaning. The interpretation of possible interactions between different loci is included in the report, but is not shown here in full because that would lead to too many combinations on this page. The final expression may also depend on other genes and their interaction.
Genotype / allele combination: Female (XX)
The result is X/X. For this test, this means the tested rabbit is interpreted as female. No Y-chromosome/SRY signal was detected.
Genotype / allele combination: Male (XY)
The result is X/Y. For this test, this means the tested rabbit is interpreted as male. The Y-chromosome/SRY signal was detected.
Sampling and submission guidelines




Oral/cheek swab with sufficient cellular material for DNA analysis.
Collect a dry oral swab according to the sampling instructions. Avoid feed or bedding material on the swab.
Dry DNA swab / oral swab.
Allow the swab to dry if needed and pack it clean and dry according to the instructions.
If the signal is weak or unclear, a new sample may be requested.
References