LAMPIRE’s Bovine Ultra Long CDR3 Picobody platform enables discovery of uniquely structured binding domains through single B cell sorting and directed sequencing of ultralong CDR3 regions found only in bovine antibodies

LAMPIRE’s Bovine Ultra Long CDR3 Picobody platform enables discovery of uniquely structured binding domains through single B cell sorting and directed sequencing of ultralong CDR3 regions found only in bovine antibodies

LAMPIRE’s Llama vHH platform enables rapid discovery of single-domain antibodies (nanobodies) using proprietary single B cell sorting of antigen-positive llama and alpaca B cells.

LAMPIRE’s Llama vHH platform enables rapid discovery of single-domain antibodies (nanobodies) using proprietary single B cell sorting of antigen-positive llama and alpaca B cells.

LAMPIRE’s Llama vHH platform enables rapid discovery of single-domain antibodies (nanobodies) using proprietary single B cell sorting of antigen-positive llama and alpaca B cells.

The camelid immune system has a unique ability to generate small, highly stable antibody fragments known as nanobodies (vHHs).

LAMPIRE’s goat and sheep polyclonal antibody programs provide reliable, high-yield antibody production for research, diagnostic, and assay development applications.

Chicken polyclonal antibodies offer unique advantages for researchers seeking high specificity and consistent assay performance.

Rabbits are a gold standard host for polyclonal antibody production, consistently generating high‑affinity antibodies with broad epitope recognition.

LAMPIRE’s Rabbit Monoclonal platform delivers high specificity antibodies with reduced off target effects by leveraging the natural strengths of the rabbit immune system.