COVID-19 Update: We are open and continue to operate. See our statement here.
eDNA - The Power of a Forensic Ecology Laboratory at Your Fingertips
SureScreen Scientifics specialise in the analysis of ecological samples. We provide a diverse range of laboratory services to the ecological industries, including forensic ecology eDNA-based species detection from environmental samples and molecular species identification and sexing. We also have extensive expertise in eDNA assay design.
Great Crested Newt eDNA
SureScreen Scientifics is one of the UK’s leading great crested newt eDNA service providers.
The great crested newt Triturus cristatus is an ecologically important species, protected under legislation within the UK. eDNA-based surveys of great crested newts are nationally recognized as an approved methodology for ecological impact assessments for the planning and development sector.
Fast and reliable identification of bat species from droppings
eDNA species detection for white-clawed crayfish, signal crayfish, marbled crayfish and crayfish plague
Species identification of biological samples and targeted eDNA analysis of water samples for smooth newt, plants or freshwater pearl mussels and more...
Molecular DNA-based method to determine the sex of a bird from a feather or eggshell sample.
Visit our online shop to purchase your sample collection kits now.
Unlike targeted qPCR, eDNA metabarcoding offers the ability to detect multiple species or taxa from a single sample. SureScreen now offer a full metabarcoding service including collection kits, extraction, NGS, bioinformatics and reporting.
Some of the potential target groups and applications include:
|Insects||Diet analysis||Microbial communities|
Get in touch to discuss your project and receive a quote.
Assay Design Services
Can’t see your species listed? Let our in-house team of molecular biologists help and design an assay for any target species
eDNA Survey Seasons
Great Crested Newt
Results for GCN eDNA surveys are only accepted by Natural England if the samples were collected between mid-April and late-June, however, we can analyse samples taken all year round for other applications.
Bat Dropping Identification
Although bat activity levels vary over a 12-month period, droppings found within roosts often stay in place for a number of months, meaning that if they have not degraded beyond the capabilities of our analysis, we can test the droppings all year round.
Due to seasonal weather conditions and changes in crayfish activity over the year, sample collection is best suited to the summer months where crayfish activity levels are higher.
Molecular DNA-based method to determine the sex of a bird from a feather or eggshell sample can be carried out all year round.
Plant Species Detection
Over winter, leaves and shoots of most plants die back, with only the dormant roots remaining as living tissue. Over the spring and summer, leaves, stems and flowers are all viable sources of DNA for testing. Exception: Live roots and evergreen plants are viable all year round.
Similar to GCN, adults emerge from hibernation on land from late February, returning to freshwater to breed. By October, most smooth newts will be back on land and preparing to hibernate.
Overwintering demon shrimp begin feeding in the spring and reproducing in April. With up to 3 generations produced each year, the breeding seasons finish in October and activity levels drop until the next spring.
Freshwater Pearl Mussel
Freshwater pearl mussels are present in water throughout the year; however, activity levels drop off over winter. In the summer months, individuals are feeding and reproducing which allows a much greater chance of detecting DNA from the water.
Highly species-dependent – check with us before collecting a sample for advice.
About Forensic Ecology
As one of the first providers of great crested newt eDNA analysis, we have grown to employ a diverse range of molecular biologists, consultant forensic scientists, bioinformaticians and ecologists to provide a range of services and product development for the ecological industry. We are committed to developing and improving current methods and researching and patenting new technologies. We employ two PhD students in conjunction with the University of Derby and over the last few years we have launched a number of new eDNA services including bat species identification from faeces and the first commercially available eDNA test for white-clawed crayfish, signal crayfish and the crayfish plague.