Skip to main content

Testimonials and Interviews from your Peers

Read testimonials and interviews from your peers, to find out how scientists like you are driving pioneering research and diagnostics forward using Bio-Techne reagents, kits and instruments.

Our testimonials cover a range of research areas and applications, using everything from gold standard to GMP reagents, and revolutionary, award-winning instruments.

Simply filter in the left-hand menu and see what your peers have to say.

Filter Testimonials

Product Categories
Instrument Category
Filter Interviews
  • Advancing Human Milk Cytokine Research in Malaysia with R&D Systems Multiplex Assays

    Luminex Instrumentation

    R&D Systems Multiplex Assays offer both convenience and precision. For sensitive samples like human milk, it’s the ideal technology to capture accurate cytokine profiles.

  • Quality Assistance: Utilizing Maurice Platforms to Help Customers Bring New Biotherapeutics to Patients in Need

    Imaged Capillary Electrophoresis (iCE)

    For charge variant analysis, we have largely replaced ion exchange chromatography with the icIEF on the Maurice system….. Once we brought it in-house, it was the ideal platform for us - the icIEF fractionation capability enabled us to get further insights into the charge variants.

  • BaseScope RNA ISH is a Powerful Tool for Biomarker Discovery and Validation

    BaseScope™ enabled me to overcome the limitations of antibody-based detection and directly visualize FGFR2 splice isoforms within the tissue context. This has been instrumental in progressing from biomarker discovery to targeted therapy in endometrial cancer.

  • Advancing Research in RNA-Based Therapeutics with Spatial Resolution

    The ability to directly visualize shRNA in brain tissue—with cellular precision—has advanced our therapeutic pipeline in ways no other technique could.

  • Fast and Efficient: How the Ella™ System Is Helping to Simplify Pediatric Vaccine Research

    Simple Plex

    With Ella, we can worry less about manpower and time constraints. It’s convenient, quick, and automated—perfect for pediatric studies with limited sample volume.

  • Quantifying the Unseen: Tackling Low-Abundance Biomarkers with the Ella System

    The Ella system is a valuable tool for supporting our clients’ clinical programs. It’s robust, reliable, and helps us deliver high-quality results faster and with greater confidence.

  • How Fast, Reproducible Simple Plex Assays Are Helping To Advance TBI Research

    From a laboratory perspective, Simple Plex assays on Ella allow us to process large numbers of samples over a short timeframe, with excellent reproducibility. The platform is not just more efficient—it’s also far more user friendly, which means more people in the lab can run assays confidently.

  • Transforming Critical Care Research with Simple Western Technology

    Simple Western

    With the Jess, we've been able to expand the scope of research significantly. This opens up whole new avenues and possibilities for biomarker discovery and therapeutic signalling.

  • Cultrex™ Ultimatrix RGF BME Facilitates Generation of 3D Mini Livers

    (Cultrex) UltiMatrix was a reliable and convenient choice for various 3D cell culture workflows in our laboratory.

  • The Advantages of Implementing icIEF in the Lab

    Imaged Capillary Electrophoresis (iCE)

    Imaged cIEF, also known as icIEF, is a platform analytical technology and offers not only high throughput with a quick turn-around of ~10-min per sample, but also quantitation capability for charge variants, while maintaining the highest resolution of IEF technology.

  • Streamlining Cell Manufacturing: The Impact of Pala

    Cell Sorting and Single Cell Dispensing

    Pala is amazing; the process of sorting is rapid, and the success rate is high. I expect this can greatly facilitate our work through additional cell line engineering efforts.

  • Dr. Victor Luna Finds Novel Synaptic Targets Using Simple Western Technology

    Simple Western

    Simple Western has and will continue to enable us to find novel synaptic targets that could potentially mitigate anxiety-like symptoms related to late-life depression and Alzheimer’s disease.