LumiPrime

Design the panel you actually need.

Multiplex qPCR and RT-PCR panel design that shows its work. Primers and probes checked against every other oligo, every dropped target explained.

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Respiratory pathogen 9-plex · build 07

PARTIAL

Delivered

Delivered markers with organism, gene, fluorophore, and run
Organism	Gene	Fluor	Run
RNase P (human) IC	RNP	ROX	all runs
Staphylococcus aureus	nuc	FAM	01
Streptococcus pneumoniae	lytA	HEX	01
Haemophilus influenzae	hpd	Cy5	01
Mycoplasma pneumoniae	CARDS	FAM	02
Chlamydia pneumoniae	ompA	HEX	02
Legionella pneumophila	mip	Cy5	02
Bordetella pertussis	ptxA-Pr	FAM	03

+ 2 more

Excluded

Bordetella parapertussis / IS1001

D9-NO-VIABLE-PROBE

0 of 91 probe candidates passed hard constraints

Pending

Chlamydia psittaci, Coxiella burnetii: no discriminating regions

Most design tools tell you what worked.

LumiPrime tells you what didn't. When a target can't be designed cleanly, you get the organism, the gene, the accession, and the reason it was excluded. No silent omissions, no panel that quietly covers less than you asked for. We're opening a small beta soon.

Panels, not primer pairs

In multiplex PCR and qPCR, every primer and probe is screened against every other oligo in the reaction. Cross-dimers are caught during design, not at the bench.

Exclusions are explained

A target that can't be designed cleanly is named, with its gene, its accession, and the constraint it failed.

Built for your instrument

Fluorophore assignment for real-time PCR channel budgets, and an explicit split into sequential runs when a multiplex panel exceeds it.

Early access

Tell us what you’d build first.

We read every note. The panel idea is how we start the conversation.