Table of Content FFPE Transcriptomics Offers Valuable Insights into Diseases 3′ mRNA-Seq vs Whole Transcriptome RNA-Seq 3′ mRNA-Seq is Ideal for Expression Profiling Whole Transcriptome RNA-Seq for Isoform and Biomarker
Human-derived specimens obtained during a biopsy are a potent source of disease-relevant molecular information. The information stored in these specimens is essential for diagnosing and choosing treatments and fuelling innovative
Formalin-fixed paraffin-embedded (FFPE) human tissue samples provide information for the study of disease development, progression, and treatment efficacy. One of the largest research applications for FFPE samples is in oncology
When a patient undergoes a biopsy or surgery, tiny pieces of tissue are removed and preserved with formalin and paraffin (wax) in a form called formalin-fixed paraffin-embedded (FFPE) samples for
Single-cell RNA-Seq has revolutionized the field of transcriptomics, providing unprecedented insight into cellular complexity and heterogeneity. In our first blog post of the RNAEXPERTise Blog Series on Single-Cell RNA-Seq –
In the spirit of commemorating the remarkable journey of QuantSeq, Lexogen proudly presents exclusive behind-the-scenes interviews with key team members. Join us as we dive into the heart of QuantSeq’s
10 years of QuantSeq: applications of 3’ mRNA-Seq in inspiring scientific discoveries This year, Lexogen celebrates the 10th anniversary of QuantSeq, our flagship product and pioneering kit for 3′ mRNA
The roots of classical single-cell RNA sequencing (scRNA-Seq) trace back to the desire and need to capture the nuances of individual cells within a heterogeneous cell population. Early efforts laid
Introduction Drug discovery and development is an elaborate and lengthy process, and researchers are constantly seeking innovative tools to unravel the complexities of human biology further and accelerate
In higher eukaryotes, multiple transcript isoforms can originate from a single gene, diversifying the transcriptome and, consequently, the proteome. Transcript isoforms occur due to variations in transcription initiation, splicing, and
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