Explore the biological world through the lens of DNA

You don’t need a degree to do real science.

Bee

Is this bee invasive?

Mushrooms

What species is this?

Bird

Is this bird male or female?

Your ideas deserve a lab

From identifying bird gender to improving breeding programs, small businesses and independent practitioners are turning molecular tools into meaningful outcomes.

Stroking a white bird

DNA testing helps bird breeders accurately identify sex, improving breeding decisions and long-term flock planning.

From identifying rare fungi to mapping genetic diversity, independent explorers are using our equipment to enhance field observations with cutting-edge molecular data.

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A portable field laboratory set up outdoors on a wooden table. It features a clear, pyramid-shaped plastic glove box for sterile work, alongside a handheld DNA equipment, a small blue centrifuge, and various sample tubes.

Local fungus recording groups used DNA barcoding to map and differentiate species within the complex Hygrocybe conica (Blackening Waxcap) group.

David Harries, Pembrokeshire Fungus Recording Network

A club for biospeleologists is using DNA workflows to explore and identify hidden cave-dwelling species, uncovering life in extreme and inaccessible environments.

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A close-up, over-the-shoulder view of a young person using a smartphone to analyze a photo of an electrophoresis gel. On the white table next to them sits the physical clear plastic gel tank showing blue and purple dye bands.

Using DNA barcoding, the Triestine Mountaineering Club are exploring rare cave-dwelling species in extreme underground environments.

Joseph Vuch
Stroking a white bird

DNA testing helps bird breeders accurately identify sex, improving breeding decisions and long-term flock planning.

A portable field laboratory set up outdoors on a wooden table. It features a clear, pyramid-shaped plastic glove box for sterile work, alongside a handheld DNA equipment, a small blue centrifuge, and various sample tubes.

Local fungus recording groups used DNA barcoding to map and differentiate species within the complex Hygrocybe conica (Blackening Waxcap) group.

David Harries, Pembrokeshire Fungus Recording Network
A close-up, over-the-shoulder view of a young person using a smartphone to analyze a photo of an electrophoresis gel. On the white table next to them sits the physical clear plastic gel tank showing blue and purple dye bands.

Using DNA barcoding, the Triestine Mountaineering Club are exploring rare cave-dwelling species in extreme underground environments.

Joseph Vuch

What are you interested in exploring…?

You do not need institutional infrastructure to work with professional-grade molecular techniques.

Have an idea in mind?

Many people come to us with unconventional projects, or emerging ideas.

If you are exploring how our products could support your work, we are happy to discuss your project and help you identify next steps.

Get in touch to discuss your project

Bento Lab used to analyse beer genetics
Beer DeCoded

Lab@Home

Lab@Home Episode 1 Title Card

Watch our YouTube series, The Lab at Home, and discover how to do experiments from DNA barcoding to avian sexing—all with tools you can use yourself.
Learn by watching, then try it yourself with guidance and support.

Watch Episode 1 Now

Discoveries in the Wild

Real stories from people turning their own molecular research into meaningful insights.

Recently hatched chicks

Brittney Knight

Solving the Chick Sexing Challenge

Bird Sexing Citizen Science Start-up

See how Brittney Knight used Bento Lab to go from poultry enthusiast to running a professional bird sexing laboratory, without formal training in molecular biology.

Solving the Chick Sexing Challenge

BeeCode Berlin

Exploring the genetic diversity of honeybees

Citizen Science DNA barcoding Education

BeeCode are sequencing and identifying honeybee subspecies in Berlin’s urban areas to promote biodiversity and sustainable beekeeping practices.

DNA Barcoding of Honeybees

Dr Brian Douglas, Lost and Found Fungi Project

DNA-enabling UK field mycologists to discover new species

Citizen Science DNA barcoding Mycology

Over the past few years, field mycologists (amateur fungal experts) in the UK have been using Bento Lab to help identify fungal biodiversity and characterise new species to the UK and to science.

“DNA-enabling” UK field mycologists to discover new species and DNA barcode fungal biodiversity
Lost and Found Fungi Project: Citizen Science Mycology - Dr Brian Douglas Interview

Dr Josef Vuch, Club Alpinistico Triestino

Barcoding the underground world

Citizen Science DNA barcoding

Dr Josef Vuch studies amphibians living in underground caves around Trieste, Italy. He uses Bento Lab to extract DNA and to prepare DNA barcodes for sequencing.

Deep, Dark DNA: Exploring the Next Frontier with Biospeleology

YCAM, Yamaguchi, Japan

Linking bio-art, design, and everyday life

Citizen Science

Participants of YCAM’s Interlab Camp learnt DNA sequencing with Bento Lab and Oxford Nanopore’s MinION, and explored potential links with ethics, art, and design.

Interlab Camp: Personal Biotechnology

David Harries, Pembrokeshire Fungus Recording Network

Fungal DNA barcoding

Citizen Science DNA barcoding Mycology

David Harries and the Pembrokeshire Fungus Recording Network collect fungus fruit bodies and sequence their DNA barcode. Their data contributes to a better understanding of the relationships between fungus collections in Pembrokeshire, UK.

Pembrokeshire Fungus Recording Network DNA Barcoding Exercise May 2019
Recording Fungi for local citizen science

Edoardo Gianni, London Biohackspace

DIYBio: Molecular Biology as a Hobby

Citizen Science

University student Edoardo Gianni and his friends are working on their own biotech projects outside of the college campus. Edoardo has a passion dinoflagellates, marine plankton that glow at night. He wants to identify the genes that makes them glow.

London Biohackspace

Gianpaolo Rando, BeerDecoded

Decoding the DNA of Beer for precision brewing

Citizen Science Sequencing

Gianpaolo Rando is on a mission to understand craft beer at molecular level. Inside a Swiss biohackerspace he prepares DNA libraries for sequencing 1,000 beer microbiomes with the Bento Lab.

Decoding Beer with Bento Lab