Atomic Force Microscopy News and Research

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Atomic force microscopy is a type of scanning probe microscopy used to image the surface of a substance, but at an atomic level. It can map the surface structure of different substances to understand how different structures interact with each other. This is done using a cantilever, which is similar to a vinyl record needle.

Groundbreaking Insights Into How Typical Perfluoroalkyl Acids Accelerate DNA Degradation

Recent research published in the journal Eco-Environment & Health (Volume 2, 2023) reveals groundbreaking insights into how typical PFAAs accelerate the degradation of DNA.

26 Dec 2023

Model Helps Researchers 'See' Proteins on AFM Substrates

By employing a computational-based approach, researchers from Kanazawa University have introduced a new method for predicting protein placement on AFM substrates.

13 Dec 2023

Kanazawa University Research: Researchers Define a Protocol for Narrow Cantilever Fabrication and High-Resolution Imaging of Living Cells Using AFM

Researchers at Kanazawa University report in STAR Protocols procedural details and tips for nanoendoscopy-AFM, for capturing images of nanoscale structures inside living cells.

12 Sep 2023

Innovative Technique Enables In Vivo Imaging of Intracellular Protein Aggregates

Tau aggregates have become the main study focus for figuring out the mechanisms underlying neurodegeneration since they are a prevalent form of amyloid protein. Tau fibrils and oligomers, among other forms of tau aggregates, have been linked to a variety of neurodegenerative disorders.

21 Jun 2023

Exploring the Regulatory Mechanism and Physiological Significance of P62 Phosphorylation

Nuclear factor erythroid 2-related factor 2 (NRF2) is a master transcription factor with a role in maintaining oxidative stress response. It can be triggered by both redox-dependent and redox-independent pathways.

13 Jun 2023

Hair Regrowth with Softening Stiff Hair Follicle Stem Cells with microRNA

According to a recent Northwestern Medicine study, hair follicle stem cells also turn rigid with age, making it harder for them to generate hair, just like people’s joints can stiffen and become more difficult for them to move around.

6 Jun 2023

Researchers Uncover a New, Direction-Dependent Friction in Proteins

An interdisciplinary research team of the Institutes of Physical Chemistry and Physics of the University of Freiburg and the Max Planck Institute of Biophysics in Frankfurt-am-Main has discovered a new, direction-dependent friction in proteins called anisotropic friction.

3 Apr 2023

Fiber optical nanomechanical probe can measure in vivo biomechanical properties of tissue, single cell

Fiber sensing scientists at Shenzhen University have developed a compact fiber optical nanomechanical probe (FONP) for measuring in vivo biomechanical properties of tissue and even single cell.

13 Feb 2023

Intracellular drug delivery using a novel nano transporter

The effectiveness of a novel nano molecule as a drug delivery system has been examined in a recent study by the University of Barcelona.

From University of Barcelona 13 Jan 2023

Potential SARS-CoV-2 therapy based on banana protein

A study praising the development of a potential treatment that might be applied to combat all recognized influenza strains was published online on January 13th, 2020.

25 Oct 2022

New insights into cadherin binding using high-speed atomic force microscopy

Cell-cell adhesion molecules, which link opposing cells, preserve the structure of the cell, tissue, and organ.

20 Jul 2022

Experts determine the assembly of proteins with specialized protein needles

Protein assembly is considered to be an essential factor for the development of ordered biological structures, but how about engineering one.

10 Jan 2022

Improving our Understanding of Bacterial Membranes

We speak to Professor Bart Hoogenboom and Georgina Benn about current research using technology to create the sharpest images of living bacteria ever recorded.

From University College London 12 Nov 2021

Novel technique greatly increases the resolution of atomic force microscopy

Scientists at Weill Cornell Medicine have developed a computational technique that greatly increases the resolution of atomic force microscopy, a specialized type of microscope that "feels" the atoms at a surface.

17 Jun 2021

First real-time observation of DNA-histone interactions

The genetic material of most organisms is carried by DNA, a complex organic molecule. DNA is very long -- for humans, the molecule is estimated to be about 2 m in length.

2 Jun 2021

Supercomputer simulations help uncover the mechanism for HIV replication

Viruses lurk in the grey area between the living and the nonliving, according to scientists. Like living things, they replicate but they don't do it on their own. The HIV-1 virus, like all viruses, needs to hijack a host cell through infection in order to make copies of itself.

1 Apr 2021

New atomic force microscopy enables faster, less-invasive imaging of biological samples

Kanazawa University researchers have reported a new approach of atomic force microscopy for imaging biological processes and specimens.

31 Mar 2021

Altered sugar composition impacts cell-to-surface adhesion

Biotechnologists measure the forces with which algae cells adhere to surfaces and move on them. How can cells adhere to surfaces and move on them? This is a question that was investigated by an international team of researchers headed by Prof. Michael Hippler from the University of Münster and Prof. Kaiyao Huang from the Institute of Hydrobiology (Chinese Academy of Sciences, Wuhan, China).

4 Jan 2021

High-speed atomic force microscopy sheds light on structure, dynamics of intrinsically disordered proteins

Kanazawa University’s pioneering high-speed atomic force microscope technology has now shed light on the structure and dynamics of some of life’s most ubiquitous and inscrutable molecules – intrinsically disordered proteins.

29 Dec 2020

High-speed AFM enables real-time visualization of influenza A hemagglutinin during viral entry

Unlike living organisms, to avoid extinction, viruses need to hijack living host machineries to generate new viruses.

18 Aug 2020