LDHA
Lactate dehydrogenase, an enzyme encoded by the LDHA gene, plays a known role in our physical and mental health. The point mutation on the LDHA gene is located on an intron. Such a change in an intron can affect how often the gene is used to make the protein. This is called gene expression. However, when looking at the point mutation in the LDHA gene in pigeons, it is not yet clear how this mutation, based solely on the altered enzyme activity, affects their flight performance. There may be other, as yet unknown mutations that are inherited along with the LDHAA allele that also have an impact on flight performance.
Scientific research undeniably shows that selection based on the LDHAA allele in racing pigeons can improve the genetic quality of their performance. In short, by selective breeding based on this allele, we can optimise the performance of racing pigeons. Some studies with a limited sample in a standard Belgian group of racing pigeons show that about 3.74% have the LDHAAA genotype. In addition, some 22.42% have the LDHAAG genotype (= LDHAAB genotype). These percentages are probably even on the high side. However, in the pigeons that perform best, the LDHAA allele is more common.
Suitable samples
Feathers
- 4–5 freshly plucked breast feathers
- Moulted feathers, down feathers, and blood feathers should be avoided. These sometimes contain insufficient DNA or can cause damage to the feather follicle when pulled out. Blood feathers are new feathers that can be recognized by the blue sheath at the base of the feather.
- To avoid contamination, do not touch the shaft (the end of the feather protruding from the bird’s skin) with your hands.
Blood sample
- Small amounts (capillary tube) are sufficient for an accurate analysis.
- A drop of blood on a coffee filter or paper.
Cheek swab from a nestling
A gentle way to collect DNA from young birds
Note: avoid contamination with food or food scraps
Eggshell with membrane
Have you recently had a nest hatch? If so, save the eggshells. Place the shell, with the dried blood vessels still attached, as completely as possible into a plastic zip-top bag and send it to us.
Turnaround times
- If you send the sample by mail, we will confirm receipt via email.
- Processing time: 5-7 business days from receipt of your sample.
- You will receive an email when your results and certificate are available on your personal portal.
Prices
| Performance genes | Excl. VAT (€) / price per item |
|---|---|
| 1 genotype | € 36,00 |
| 2 genotypes | € 39,00 |
| 3 genotypes | € 42,00 |
| 4 genotypes | € 45,00 |
| 5 genotypes | € 48,00 |
| 6 genotypes | € 51,00 |
| 7 genotypes | € 54,00 |
| 8 genotypes | € 57,00 |
Request a test
STEP 1: Complete the request form
Choose whichever way of filling it in suits you best.
- Excel: fill in digitally.
- PDF: print and fill in by hand.
Then add it to the form below, or send it along with your samples.
STEP 2: Send us your samples
There are several ways to do this
- At our front desk* (during opening hours)
- Through the letterbox* (outside opening hours)
- By post*
- Through your vet
STEP 3: Payment & results
You will receive your invoice as soon as we have received your complete request.
Payment can be made on site*, by bank transfer or through your vet. Once payment is received, we begin the analysis.
You will receive your certified results by email, within the agreed turnaround time, unless stated otherwise.
* Our address: NeorniLab, Beverlosesteenweg 129, 3583 Paal, Belgium