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Posts
Uncategorized
- 3 Types of Glass Coverslips
- 5 Different Types of Spectroscopy
- Advancements in Precision Fluid Dispensing System Technology
- Advantages and Disadvantages of Photolithography
- An Introduction to Wound Healing Assays
- An Overview of the Fabrication Processes for Interdigitated Electrodes
- An Overview of the Photolithography Process
- Applications Of Wound Healing Assays
- Biological Testing with Patterned Electrodes
- Biosensors Explained – An Overview of Modern Bioelectronic Manufacturing
- Building a Better Biosensor Polymer with Organic Semiconducting Materials
- Cell Invasion Assays for Cancer Research
- Cell Migration Assay Applications: Pharma Industry
- Cell Migration Assay Applications: Research
- Cell Migration, Cell Invasion & Wound Healing Explained
- Cells on the Move: Do surface coatings influence cell migration?
- Chemical & Biosensor Chips Based on FETs
- Chemical & Biosensor Chips: CNTs, Graphene & More
- Chronic Inflammation and Migration of Colon Cancer Cells
- Comparison of the Oris Cell Migration Assay to the Scratch Assay
- Copper Thin Films for Corrosion Testing
- Counting Cells in Migration Assays with ImageJ
- Creating patterns through Metal Lift-off
- Custom Dicing Service
- Custom Metal Coatings from Platypus Tech
- Custom Metal Coatings—When to Use Aluminum Thin Films
- Different Types of Metal Deposition
- E-beam Metal Deposition
- Electrochemical Analysis of Dyes with Gold Electrodes
- Electrochemistry & the Basics of Redox Reactions
- Electrode Design
- Endometriosis and Cell Migration
- Flexible Electronics
- Force Spectroscopy in Molecule Binding
- Fundamentals of AFM & Why Metal Surfaces Matter
- Gold Coatings for Spectroscopy
- Gold Thin Films: Thickness Vs. Transmission
- Gold-Coated Glass: Properties & Applications
- Gold-Coated Silicon Wafers in Electrochemistry
- Gold-Coated Silicon Wafers: Properties & Applications
- Gold-Coated Substrates & Surfaces in Nanotechnology
- Gold-Coated Substrates in COVID-19 Research
- How are Silicon Wafers Used in Electrochemistry
- How Do Mica Sheets Work?
- How Thin Films Factor into Surface Science
- Making Patterned Metal Surfaces with Metal Lift-Off Techniques
- Masking & Micro-patterning
- Material Characterization Techniques
- New Products for Microscopy & Spectroscopy
- New Surfaces for Cell Migration Assays
- Next-generation Photolithography
- OEM Silicon Chips & Wafers for Biosensors
- Patterning Metal Surfaces Using Shadow Masks
- Periodontal Disease & Cell Migration
- Photolithography based Lift-off
- Photolithography: Applications in Microfabrication
- Photolithography: The Basics
- Principles of Cell Migration
- Pros and Cons of Surface Patterning Via Screen Printing
- Raman Scattering of the Sulfur Bond at Metal Surfaces
- Scanning Tunneling Microscopy of Ultra-flat Gold Surfaces
- Self-Assembled Monolayers in IR Spectroscopy
- SEM Imaging: Understanding the Basics
- Semiconductor Photolithography
- Surface Characterization Techniques
- Template Stripped Chip Removal
- The Basics of Surface Science: Nanoscale Chemistry & Physics
- The Evolution of Cell Culture Surfaces
- The Importance of Cleanrooms in Metal Deposition & Micro-Manufacturing
- Thin Film Interference Effects
- Thin-film Metal Coatings
- Using Patterned Electrodes for Chemical Sensors
- Using Photolithography for Surface Patterning
- Wet Etching
- What are Patterned Electrodes?
- What are the Steps in Cell Migration
- What is a Cell Migration Assay?
- What is a Disk Electrode Used For?
- What is a Surface Resistivity Electrode?
- What is Compound Screening in Drug Discovery?
- What is Plasma Cleaning?
- What is the Difference Between Invasion and Cell Migration Assays?
- What Is the Thin Metal Film Deposition Process?
- Why Is There a Shortage of Silicon Chips?
- Why use a Custom Metal Coating?