Histology & Microscopy

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UTA biology professor awarded NIH grant for new super-resolution microscope

UTA will soon add a new piece of cutting-edge equipment to its already impressive and growing research armamentarium - a type of super-resolution microscope (SRM) that allows biologists to see structures within a cell in even finer detail.

31 Oct 2023

UTA bioengineer receives NIH grant to develop high-resolution imaging system to quantify cell tracking

The ability to dynamically track the movement of cells is essential for modeling cellular interactions as they form organs such as the heart. But current microscope technology isn't up to the task of capturing those movements.

30 Oct 2023

Researchers study how cells adapt to stressful and complex environments

Imagine the life of a yeast cell, floating around the kitchen in a spore that eventually lands on a bowl of grapes. Life is good: food for days, at least until someone notices the rotting fruit and throws them out.

16 Oct 2023

Researchers create a comprehensive cellular atlas of the Broca’s area in the brain

The brain is made up of numerous types of cells that are organized into different structures and regions.

12 Oct 2023

New method for ultrafast and ultrasensitive quantitative measurement of biological nanoparticles

Can particles as minuscule as viruses be detected accurately within a mere 5 minutes? Osaka Metropolitan University scientists say yes, with their innovative method for ultrafast and ultrasensitive quantitative measurement of biological nanoparticles, opening doors for early diagnosis of a broad range of diseases.

6 Oct 2023

Cutting-edge NanoSIMS imaging sheds light on the progression of Parkinson's disease

Parkinson's disease is a complex neurodegenerative disorder that leads to the deterioration of specific types of neurons in the brain, resulting in a number of motor and non-motor symptoms.

29 Sep 2023

Three new projects launched to map neuronal connections in the mouse and macaque brains

A complete map of all the connections in an entire mammalian brain may be in sight. Allen Institute researchers have just launched three new projects to construct large, detailed maps of neuronal connections in sections of the mouse and macaque brains, with an eye toward creating full wiring diagrams of these animals' brains in the future.

26 Sep 2023

Gene-silencer study could pave the way for novel cancer therapeutics

Deep inside our cells - each one complete with an identical set of genes - a molecular machine known as PRC2 plays a critical role in determining which cells become heart cells, versus brain or muscle or skin cells.

26 Sep 2023

Study discovers a new endocytic pathway in budding yeast

Endocytosis is an important cellular process through which cells internalize substances such as water and nutrients.

25 Sep 2023

New insights into the molecular mechanism of protein degradation

Within the intricate molecular landscape inside of a cell, the orchestration of proteins demands precise control to avoid disease.

22 Sep 2023

A family of weird proteins hijacks plants’ cellular plumbing

Many of the bacteria that ravage crops and threaten our food supply use a common strategy to cause disease: they inject a cocktail of harmful proteins directly into the plant's cells.

13 Sep 2023

Elevated pressure in the bile canaliculi alters structure of the liver tissue

The liver produces bile, which the intestine uses for digestion. For the transport of bile, the liver relies on a network of microscopic tubings, known as bile canaliculi, formed by liver cells called hepatocytes.

7 Sep 2023

Researchers unearth secrets of zinc transporter protein

A group of researchers has unearthed the secrets behind a tiny but crucial protein that shuttles zinc ions (Zn2+) within our bodies. The discovery offers a deeper understanding of how our cells maintain optimal health.

31 Aug 2023

Ion channel proteins can transiently rearrange into larger structures

A member of an important class of ion channel proteins can transiently rearrange itself into a larger structure with dramatically altered properties, according to a study led by researchers at Weill Cornell Medicine.

30 Aug 2023

Researchers discover how proteins regulate 'treadmilling' in cells

Researchers at the Centre for Genomic Regulation (CRG) have discovered how proteins work in tandem to regulate 'treadmilling', a mechanism used by the network of microtubules inside cells to ensure proper cell division.

25 Aug 2023

New approach reveals spongelike properties of the skin’s dermis layer

Hydraulic permeability - the ability of water to move in all directions through a multicellular complex tissue - allows skin to maintain turgor and appear plump.

22 Aug 2023

The ancestral origins of the cardiovascular system

Coronary arteries are a vital part of the human heart, providing it with oxygen-rich blood so that it can work.

22 Aug 2023

Researchers decipher the mode of action of new antibiotic

More and more bacterial pathogens are developing resistance. There is an increasing risk that common drugs will no longer be effective against infectious diseases.

22 Aug 2023

Scientists map how worm brain encodes behavior

To understand the full relationship between brain activity and behavior, scientists have needed a way to map this relationship for all of the neurons across a whole brain - a so far insurmountable challenge.

21 Aug 2023

Scientists capture first images of ribosome-modifying enzymes in action

Bacteria draw from an arsenal of weapons to combat the drugs intended to kill them. Among the most prevalent of these weapons are ribosome-modifying enzymes.

14 Aug 2023