Cytometry News and Research

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Counting number of endothelial cells in blood may predict cancer treatment's effectiveness

Counting the amount of a type of normal cell circulating in the blood of people with cancer could predict whether a tumor progresses or responds to therapy, a new study led by the University of Michigan Comprehensive Cancer Center has found. The finding could give doctors an early indication of whether a treatment will be successful, sparing patients months of an ineffective therapy.

15 May 2005

How does the body keep the number of neutrophils produced constant in the blood?

Every day, the human body manufactures and destroys about 100 billion neutrophils- the most common type of white blood cell and one of the most highly-produced cells. Neutrophils live about eight hours, are bacteria-eaters and are a key component of the immune system. Without them, the body can be subject to life-threatening infection.

23 Mar 2005

Discovery that sheds new light upon the growth and development of human natural killer (NK) cells

Scientists here have made a major discovery that sheds new light upon the growth and development of human natural killer (NK) cells, powerful but somewhat mysterious components of the body’s immune system that are the first line of defense against cancer and infectious diseases.

23 Mar 2005

Genomic DNA provides clues to new advances in cancer diagnostics

Researchers at the University of Illinois at Chicago have identified a method of assessing the malignant potential of cells based on the sensitivity of cellular DNA to enzyme digestion.

22 Mar 2005

Astronaut's eyes may become windows on the bloodstream

Our eyes may become more than windows of the soul if a multidisciplinary team of University of Michigan researchers succeeds with a clever combination of nanoparticles and ultrafast pulsed laser to see individual cells as they zip past in the bloodstream.

29 Nov 2004

Researchers attempt to quantify processes underlying cell heterogeneity

Combining the latest methods in gene splicing and computer modeling, Rice University researchers are trying to develop a predictive framework for one of the most basic and complex biological phenomena — cellular heterogeneity, or the ability of genetic clones to act and behave differently when exposed to the same set of environmental stimuli.

8 Nov 2004

Researchers identify biomarkers that could lead to more accurate diagnosis of systemic lupus erythematosus

University of Pittsburgh researchers have identified biomarkers that could result in earlier and more accurate diagnosis of systemic lupus erythematosus (SLE), a devastating disease that affects as many as 1.5 million Americans, and occurs 10 to 15 times more frequently in women.

4 Nov 2004

New technology to diagnose, treat deadly diseases

By developing a new technology to analyze proteins in single human cells, York University professor Sergey Krylov hopes to create a diagnostic ‘Swiss Army Knife’ that can eventually help to diagnose and treat a variety of currently incurable diseases like cancer, diabetes, Parkinson’s and Alzheimer’s.

29 Sep 2004

Discovery may help to define the limits for life on Earth, as well as elsewhere in the universe

The discovery of millions of micro-microbes surviving in a 120,000-year-old ice sample taken from 3,000 meters below the surface of the Greenland glacier was announced by Penn State scientists today (May 26) at the General Meeting of the American Society for Microbiology in New Orleans, La. The discovery may help to define the limits for life on Earth, as well as elsewhere in the universe, such as on cold planets like Mars.

27 May 2004

System Biosciences launches siRNA expression libraries to target 8,500 human genes

The siRNA libraries contain 7,500 and 43,800 siRNA template sequences that target 1,500 and 8,500 well-characterized human genes, respectively.

6 May 2004

New Cell Sorter Helps Understand Deadly Diseases

Researchers at NC State’s College of Veterinary Medicine have a new state-of-the-art tool, a high-speed cell sorter, that should quicken the pace of their research. The machine sorts or collates cells into groups, allowing scientists to look only at the cells they are working on.

23 Mar 2004