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Cluster TCRs from 10x with TCRdist
Cluster TCRs from 10x data using TCRdist to group related receptors by similarity, turning exact clonotypes into biologically meaningful clusters.
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Nanopore Sequencing for Metagenomics: A primer
By EVOBYTE Your partner in bioinformatics Introduction If you’ve ever tried to make sense of a complex microbiome—soil, wastewater, or the…
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Clustering and Cell Type Identification in scRNA‑seq: from Graphs to Labels
By EVOBYTE Your partner in bioinformatics Introduction You’ve run quality control and normalization on your single‑cell RNA‑seq (scRNA‑seq) data. Now comes…
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Harmonize SOPs With AI: A Practical Guide
SOP Harmonization with an AI Assistant unifies procedures, reduces deviations, and speeds audits for LIMS and ELN workflows.
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Long‑Read TCR Sequencing: Insights for Immunology
By EVOBYTE Your partner in bioinformatics Introduction T cells read the world through their T cell receptors (TCRs). Each TCR is…
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90-Day Lab Digitization Roadmap: Intake to Reporting
In 90 days, modernize intake, documentation, and reporting with AI and IoT, cutting errors and speeding client-ready results.
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Single‑Cell Genomics 101: Data Formats, QC, and Preprocessing for scRNA‑seq
By EVOBYTE Your partner in bioinformatics Introduction If you’ve ever been handed a folder of FASTQ files and asked to “run…
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Digital Lab: From Paper Forms To Seamless Sample Registration
Every minute spent retyping paper forms slows your lab. A well-implemented Digital Lab replaces that friction with fast, accurate sample registration…
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Immunoreceptor Sequencing: Methods, Bioinformatics, and Why It Matters for Drug Discovery
By EVOBYTE Your partner in bioinformatics Introduction Every T and B cell carries a unique “barcode” in its antigen receptor. Sequencing…
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Implementing FAIR Data Principles In Modern Digital Labs
Your lab’s data is valuable only if people can find it, trust it, and reuse it. FAIR Data Principles help you…