01
Newborn panel
Four hundred conditions checked from one heel-prick card.
Helix Genomics / Sequencing / Basel
Read the code of life
A sequencing lab that turns one tube of blood into a clear answer. The molecule on this page is built live: scroll and watch it unwind, light up and split.
Scroll to unwind
Step 01 / Two strands
Everything starts wound tight.
Every cell carries the same long instruction, folded into a spiral so small a person could not see it. Our work begins by treating that spiral with respect.
Step 02 / Reading
One rung at a time.
As the spiral relaxes, each base pair is read and lit. Four letters, billions of positions, and a pipeline that keeps every one of them in order.
Step 03 / The split
Then the strands part.
Once the strands separate, the copy can be checked against the original. That is the moment a result stops being data and becomes an answer a clinician can use.
Read depth, not guesswork.
-Base pairs drawn
-Twist per pair
-Pairs read
-Strands apart
Programs
Three sequencing programs, each with a named lead and a promised turnaround.
02
Oncology deep read
Tumour and healthy tissue read side by side at high depth.
03
Ancestry atlas
A plain-language report with the science kept on the page.
A lab of nineteen people.
Biologists, software engineers and two very careful logisticians in a converted dye works. We turn away work we cannot do well and we publish our error rates.
D
Dr. Ines MarchettiDirector of sequencing
T
Tomas RothHead of bioinformatics
D
Dr. Amara OkaforClinical lead
Bring us a hard sample.
Degraded, tiny, old, precious. Tell us what you have and we will tell you honestly what we can read.
Partner with usFictional brand. Projects, people and details are sample content.