Digital Proteomics is reimagining antibody discovery and sequencing

Here’s what Digital Proteomics has been up to lately.

Antibody Reference Guide

The antibody reference guide We developed a one sheet antibody reference that is handy for antibody-related work. We refer to it often to remind ourselves of the major antibody isotypes, ...
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May 25, 2020

Next Generation Sequencing-Enhanced Antibody Discovery

Using Reptor for NGS-enhanced antibody discovery Traditional antibody discovery methods, such as hybridoma and phage display, as well as newer single cell screening methods, capture only a small portion of ...
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March 3, 2020

Antibody repertoire sequencing: Error correction

Sequencing errors: where do they come from? Immune repertoire sequencing (Rep-seq) allows us to deconvolute the population of antibody sequences that comprise an individual's B-cell response. While antibody repertoire diversity ...
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November 5, 2019

Llama VHH Discovery By Serum Proteomic Analysis

Llama VHH discovery from serum Camelids, such as llamas and alpacas, naturally produce both conventional antibodies and heavy-chain only antibodies (HCAbs)(1). The antigen-binding domain of the HCAb, called the VHH ...
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October 22, 2019

Digital Proteomics is reimagining antibody discovery and sequencing

Digital Proteomics Featured Products and Services

At Digital Proteomics our inspiration comes from the lab, but our approaches use the latest computational and machine learning methods.

Valens^TM
Antibody protein sequencing

Alicanto^®
Single domain antibody discovery

Reptor^TM
Next-gen sequencing of B cells

Valens^TM
Protein sequence confirmation

Alicanto^®
Rabbit monoclonal antibody discovery

Reptor^TM
Hybridoma sequencing

Alicanto^®
Human antibody discovery

Recent News at Digital Proteomics

Antibody Reference Guide

Next Generation Sequencing-Enhanced Antibody Discovery

Antibody repertoire sequencing: Error correction

Llama VHH Discovery By Serum Proteomic Analysis

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