Microscopy

Microscopy is an umbrella term to describe techniques used to analyse small samples that cannot be viewed with the naked eye. There is a wide range of microscopy techniques and scientific instruments available that can be used depending on their applications. A microscope magnifies tiny objects or samples and can provide a wealth of vital information about their cell structure, contamination, parasites and so much more.

This hub will contain all of the information you need to know about microscopy and will include the latest news and fascinating research articles. Whether you are looking to expand your knowledge of compound microscopes or fluorescence microscopy, you will find it all here under featured articles and the latest interviews.

What is Microscopy?

The word microscope is derived from the Greek “mikros”, meaning small and, “skopein” meaning to see.

Imaging Techniques in Drug Discovery

Expansion Microscopy in Neurology

Phase-Contrast Microscopy: An Overview

Applications of 3D X-ray Microscopy

Scanning Electron Microscopy (SEM): An Overview

Diagnosing Alzheimer's Using Microscopy

Differentiating Tumors using Microscopy

Microscopes in Forensic Epidemiology- An Overview

Microscopy in Oncology Research: Visualizing Tumor Microenvironments

What is High-Resolution TEM (HR-TEM)?

Photobleaching in Fluorescence Microscopy

See more featured articles »

Avoiding Cell Death in Fluorescence Microscopy

The Digital Evolution of Microscopy

Role of Microscopy in Ballistics

Why Size Matters in Microscopy

‘Staining’ of Biological Samples when Using Electron Microscopy: Why stain density matters

Microscopy and Artificial Intelligence

Deep Learning in Fluorescence Microscopy

Investigating the Applications of Meoscopy

Microscopy’s Involvement in Brain Imaging

Optimizing Live Cell Imaging with FRET Microscopy

What is 3D X-Ray Microscopy?

Advances in Scanning Electron Microscopy

Optimizing Live Cell Imaging with FRET Microscopy

How do Epifluorescence Microscopes Work?

Transmission Electron Microscopy: An Overview

Advances in Fluorescence Microscopy

What is Expansion Microscopy?

TEM Imaging Modes

Two-photon Microscopy Principles and Methodology

What are Polarized Light Microscopes and How Do They Work?

Light Microscopy Techniques in Virology: An Overview

Using Microscopy for Deep In Vivo Brain Imaging

Uses of Microscopy in Forensics

Confocal Microscopy: An Overview

How Do Spectrometer Accessories Elevate Instrument Capabilities?

Optical Microscopy: An Overview

Applications of Polarized Light Microscopy

Understanding the Brain Through Electron Microscopy

Live-Cell Imaging with Super-Resolution Microscopy

Using Electron Microscopy to Detect Viruses

Scanning Helium Microscopy: An Overview

Confocal Reflection Microscopy for Cell Migration Studies

What is Environmental Forensic Microscopy?

Applications of IVIS (In Vivo Imaging Systems)

Investigating the Intersection between Microscopy and Healthcare

Applications of Scanning Electron Microscopy

Light Microscopy Techniques in Virology: An Overview

What is FIB-SEM?

The Determination of Post-Mortem Interval (PMI) Using Transmission Electron Microscopy

Using Scanning Electron Microscopy to Image SARS-CoV-2

Imaging Nuclear Structures Using AFM

‘Staining’ of Biological Samples when Using Electron Microscopy: Why stain density matters

Fluorescence Microscopy: An Overview

Electron Microscopy: An Overview

TEM Imaging Modes

Identifying Corpses Using Microscopy

Cryo-Electron Microscopy: An Overview

Advantages and Limitations of Fluorescence Microscopy

Visualizing the 3D Architecture of Tissues

What is Confocal Imaging?

Microscopy and Artificial Intelligence

X-ray Microscopy: An Overview

Intravital Kidney Microscopy: An Overview

Latest Microscopy News and Research

Research Reveals Molecular Link Between Matrix Protein Motifs and Ameloblast Organization

Tooth enamel looks simple from the outside and consists of a hard, smooth surface built to withstand years of wear.

12 Sep 2026

New Insights Into How Giant-Nucleus Cells Promote Early-Stage Cancer Growth

Iron is an essential micronutrient, but excess iron can damage cells and increase cancer risk. While many cells die from iron-induced oxidative stress, a subset survives and may become cancerous. Previously, the identity of these surviving cells was unclear.

11 Sep 2026

IU Biologists Find a Hidden Weak Spot in How Bacteria Build the Tails They Use to Move

New research from Indiana University has uncovered a previously unknown vulnerability in how bacteria build the whip-like tails they use to move.

10 Sep 2026

Novel Microscopy Method Captures Live Body-Wide Organismal Cellular Signaling

We can't hear it, but the different parts of our body are in constant conversation, communicating to keep the entire system running efficiently.

10 Sep 2026

Condensed Euchromatic Domains Dynamically Regulate Gene Expression and Maintain Nuclear Organization

The human genome is about two meters long, yet it is folded inside a cell nucleus only about 10 micrometers in diameter.

9 Sep 2026

Key Cellular Complexes Drive Protein Localization Within Resistant Bacterial Membranes

Gram-negative bacteria are responsible for causing several infections that are hard to treat, owing to their high resistance to antibiotics.

7 Sep 2026

RNA Polymerase Successfully Transcribes an Expanded Genetic Alphabet

All known life on earth utilizes the same genetic alphabet, consisting of four letters. Now, researchers at University of California San Diego have demonstrated that one of biology's most essential enzymes can accurately read and transcribe an expanded, eight-letter genetic alphabet.

4 Sep 2026

Optical Metabolic Imaging Profiles Single-Cell Metabolic Fitness in Blood Without Dye Labeling

A routine blood sample contains a diverse collection of immune cells that can reveal important clues about health and disease. These cells, known as peripheral blood mononuclear cells (PBMCs), are widely used to study infections, autoimmune disorders, cancer, and the immune system's response to treatment.

3 Sep 2026

Unexpected Mechanism Shows Muscle Cells Limit Rather Than Drive Membrane Growth

Every movement we make, from blinking to sprinting, depends on the ability of muscle fibers to contract in a rapid and coordinated way. Achieving this precision requires an intricate internal membrane network known as the transverse tubule, or T-tubule, system.

3 Sep 2026

Researchers Unlock Key Potassium Channel That Controls Plant Stalk Elongation

Potassium (K) is one of the three essential nutrients for plants. It plays a critical role in a wide range of processes, including cell growth, photosynthesis, and regulation of water balance. Plants take up K from the soil and circulate it throughout their bodies via molecules called K+ channels.

3 Sep 2026