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31 entries

Resources

  1. LNP Screening Array vs. Unchained Labs Sunscreen

    by Joshua Gomes

    • application
    • overview
    • deep dive

  2. LNP Screening Array vs. Cytiva NanoAssemblr

    by Joshua Gomes

    • application
    • overview
    • deep dive

  3. LNP Screening Array vs. PreciGenome NanoGenerator

    by Joshua Gomes

    • application
    • overview
    • deep dive

  4. LNP Screening Array vs. TAMARA

    by Joshua Gomes

    • application
    • overview
    • deep dive

  5. LNP Screening Array vs. KNAUER NanoScaler

    by Joshua Gomes

    • application
    • overview
    • deep dive

  6. LNP Screening Array vs. Dolomite Automated Nanoparticle System

    by Joshua Gomes

    • application
    • overview
    • deep dive

  7. What Is LNP Formulation Screening?

    by Joshua Gomes

    • application
    • overview

  8. What Equipment Does an LNP Screening Lab Need?

    by Joshua Gomes

    • application
    • overview

  9. How to Standardize LNP Screening Across Teams and Sites

    by Joshua Gomes

    • application
    • overview

  10. How Much RNA Does Each Formulation Use in an LNP Screen?

    by Joshua Gomes

    • application
    • overview

  11. How Much Hands-On Time Does Automated LNP Formulation Take?

    by Joshua Gomes

    • application
    • overview

  12. How to Run Microfluidic LNP Formulation Without a Microfluidics Engineer

    by Joshua Gomes

    • application
    • overview

  13. How Early-Stage Biotechs Can Screen LNPs Without a Formulation Instrument

    by Joshua Gomes

    • application
    • overview

  14. Does Microfluidic LNP Formulation Require a Pressure Controller?

    by Joshua Gomes

    • application
    • overview

  15. Single-Use vs. Reusable Microfluidic Chips for LNP Screening

    by Joshua Gomes

    • application
    • overview

  16. What Technical Support Comes With the LNP Screening Array?

    by Joshua Gomes

    • application
    • overview

  17. How to Compare LNP Formulations During Screening

    by Joshua Gomes

    • application
    • overview

  18. How to Measure Reproducibility in an LNP Screening Workflow

    by Joshua Gomes

    • application
    • overview

  19. How to Evaluate an LNP Screening Platform

    by Joshua Gomes

    • application
    • overview
    • deep dive

  20. What to Look for in an Automated LNP Formulation Workflow

    by Joshua Gomes

    • application
    • overview
    • deep dive

  21. What Causes Variability in LNP Formulation?

    by Joshua Gomes

    • application
    • overview
    • deep dive

  22. LNP Screening Array vs. Benchtop Systems

    by Joshua Gomes

    • application
    • overview
    • deep dive

  23. What Determines the Cost per LNP Formulation?

    by Joshua Gomes

    • application
    • overview
    • deep dive

  24. How the LNP Screening Array Works

    by Joshua Gomes

    • application
    • overview

  25. Building a Higher-Throughput LNP Screening Workflow

    by Joshua Gomes

    • application
    • overview
  26. A SLAS format microfluidic device with 6 sets of meandering channels connecting pipette interfaces to reservoirs.

    Accelerate innovation with Parallel Fluidics

    by Sophie Naud

    • overview
  27. A SLAS format microfluidic device with four sets of identical channels. Each channel has two pipette interfaces on one end and a reservoir on the other end. Herringbone mixers occupy the majority of each channel’s length.

    Drug Development & Therapeutics

    by Joshua Gomes

    • overview
    • application
  28. Half of a SLAS format microfluidic device with eight pipette interfaces

    Design to device, simplified

    by Sophie Naud

    • overview
  29. A double-slide format microfluidic device with three MV-1 microvavles on top of a white background.

    Choosing your device material

    by Sophie Naud

    • overview
  30. A microfluidic device with multiple pipette interfaces connected to a zig-zagging channel. The device is placed on top of a black background.

    Creating flow in a microfluidic system

    by Joshua Gomes

    • overview
  31. A 2D microfluidic device in AutoCAD. The features of the device are outlined in white.

    CAD for microfluidics

    by Joshua Gomes

    • overview