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TMAs let you analyse dozens of tissue samples on one slide — here’s how they work and why researchers use them. " Examples of correct classification for each tissue classes." - Nature.com Introduction In histology and cancer research, one of the biggest challenges is analysing large numbers of tissue samples  in a consistent, efficient, and cost-effective way. This is especially true in biomarker studies, cohort comparisons, and translational research. This is where tissue mi

A new study shows how combining p16 IHC with 9p21 FISH improves accuracy in melanocytic tumour diagnosis — and what it means for tissue research.

Multiplex IF lets you visualise multiple proteins in one tissue section — here’s how it works and when to use it. IF Multiplex section - Lunaphore Introduction As histology research moves toward higher-content, spatially resolved analysis, multiplex immunofluorescence (IF)  has become an important technique for detecting multiple proteins in a single tissue section. Like chromogenic immunohistochemistry (IHC), IF uses antibodies to bind specific antigens. The key difference i

IHC or IF? Here’s how to choose the right technique for your tissue research. Top: IF for Phalloidin and DAPI in Human Bone Marrow-derived Mesenchymal Stem Cells - STAINSFILE. Bottom: In-house stained IHC Multiplex Introduction When planning a tissue-based research project, one of the most common questions researchers ask is: Should I use immunohistochemistry (IHC) or immunofluorescence (IF)? Both techniques use antibodies to detect proteins in tissue, and both are powerful t

New to immunofluorescence? Here’s a simple guide to what IF is and why it’s used in tissue research. IF for Phalloidin and DAPI in Human Bone Marrow-derived Mesenchymal Stem Cells - STAINSFILE Introduction As histology research moves beyond single-marker stains and into more complex, multi-target analysis, immunofluorescence (IF)  has become an increasingly important technique. If you’ve worked with immunohistochemistry (IHC)  before, IF follows the same basic principle—using

A review: Spatial biology is transforming tissue research — here’s how multiplex IHC workflows are helping researchers see more in every slide. Image source: BioTechniques Introduction In the world of histology and tissue research, the ability to see multiple molecular markers together  and in spatial context  is increasingly critical. A recent article on BioTechniques  highlights an end-to-end workflow for exploring spatial biology through multiplex immunohistochemistry (IHC

Get more data from every slide: why multiplex IHC is a game-changer for tissue research.

Multi-color IHC lets researchers visualise more in one slide — see how this technique enhances tissue research.

See more from every slide: how multiplex Immunihistochemistry (IHC) lets you detect multiple proteins in one tissue section.

Move past brown DAB: discover how colourful IHC chromogens can unlock more insight from your tissue sections.

New to IHC? Here’s what it is, why it matters, and how LabNexus can support your research. Section from human G.I tract tissues stained in-house by LabNexus and partner laboratories Introduction Immunohistochemistry (IHC) is one of the most powerful and widely used techniques in modern histology and tissue research. From cancer biology to immunology and developmental studies, IHC allows researchers to visualise where specific proteins are expressed within tissue , and how tho

From tumour models to immunotherapy trials—see what histology tools support today’s most common cancer research studies. Histology Paraffin blocks - LabNexus Introduction Cancer research is a vast, multi-disciplinary field. From understanding tumour biology to testing breakthrough therapies, modern cancer studies rely on a wide range of experimental designs. But across all of these, one tool remains essential: histology . Whether you're working in molecular oncology, immunoth

Tissue research? Here's why histology is your most powerful tool for understanding what’s really happening at the cellular level. Cryosections and H&E Stained Slides - LabNexus Introduction Behind every tissue-based research breakthrough—whether in cancer biology, regenerative medicine, or developmental studies—there’s one common tool: histology . Histology, the microscopic study of tissues and cells, remains one of the most powerful, cost-effective, and widely used technique

A new UK trial aims to reduce side effects from prostate cancer surgery — here’s what researchers should know. Pic: iStock Introduction A new prostate cancer treatment trial has launched in the United Kingdom that could reduce the side effects associated with conventional surgery. This development, reported by Sky News , highlights the growing focus on less invasive therapies designed to preserve quality of life for patients — and underscores the ongoing need for high‑quality

Not all haematoxylin stains are the same—learn the differences and which is best for your histology research.

From gene therapy breakthroughs to disease outbreaks, here’s what health trends mean for histology and tissue research in 2026. Emerging gene therapies may soon help cure some of humankind's most challenging diseases. (Image credit: Getty Images) Introduction Recently, LiveScience published a forward‑looking piece on key health trends expected to shape 2026 —from cutting‑edge gene therapy breakthroughs  to growing concerns about preventable disease outbreaks  and weakening pu

Studying tumour stroma or fibrosis? Discover how Masson’s Trichrome can bring your tissue research into focus.

Not sure whether to choose cryosectioning or paraffin embedding for your tissue samples? This guide breaks down the pros, cons, and use cases for each method to help you decide. Cryosectioning (left) vs Paraffin embedding (right) Introduction In the field of histology , the way you prepare your tissue samples can make or break your study. Two of the most common preparation methods— cryosectioning  and paraffin embedding —offer distinct advantages depending on your research go

Do you want to visualise and measure collagen in mouse or human tissue? Discover how Sirius Red stain can transform your fibrosis and tissue remodelling studies.

Can a standard H&E image reveal the full spatial expression of genes at single‑cell resolution? New research reviewed here suggests it might. Discover what this means for histology‑based studies.