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Articles2019-03-01T16:35:24-04:00

Cancer biology and High-Frequency Ultrasound: non-invasive identification, visualization, and quantification in a wide variety of preclinical tumor models

Ultrasound has become a widely used preclinical imaging modality that can be used to visualize a variety of internal structures within small animal models with high resolution (down to 30µm). This provides researchers with primary structural information in real-time

By |March 7th, 2019|Animal Models, Articles, Cancer Research, Molecular, Mouse, Physiology, Rat|

𝘐𝘯 𝘷𝘪𝘷𝘰 intermittent hypoxia: New chambers give researchers dynamic and controlled O₂ environment to enhance research

Intermittent hypoxia (IH), also referred to as hypoxia-reoxygenation, is a condition where periods of normal tissue oxygen pressure (normoxia) cycle with periods of low tissue oxygen pressure (hypoxia). This alternating lack of oxygen is associated with various forms of

By |March 6th, 2019|Animal Models, Articles, Cancer Research, Hypoxia, Molecular, Mouse, Rat|

Investigating the role of metabolism in human induced pluripotent stem cell generation

This team of researchers in the Biology Department at Western University are investigating metabolic ways to increase efficiency of reprogramming adult cells to iPSCs. Embryonic stem cells are pluripotent, which means they can turn into any cell type found in the

By |February 21st, 2019|Articles, Cancer Research, Hypoxia, Lab Equipment, Molecular|

A Non-Invasive Method to Assess Coronary Flow Reserve

Coronary flow reserve (CFR) is a measure of the ability of the coronary arteries to increase blood flow to the myocardium via dilation during periods of stress.  CFR is reduced by age, as well as various disease states including

Transverse Aortic Constriction (TAC): Why, how and the outcome as it relates to pressure overload-induced cardiac hypertrophy and/or heart failure

Chronic congestive heart failure, more commonly referred to as heart failure (HF), is a multifactorial cardiac disease which can affect the heart both structurally and/or functionally thereby impairing its ability to properly fill and eject blood from the ventricles.

Normoxia isn’t normal: Conventional incubators generate more questions than they answer

Since the first CO2 incubators were made commercially available in the late 1960’s they have become a staple for researchers to grow and maintain cells in vitro. These chambers have been highly effective for this task; however, they do

By |November 26th, 2018|Articles, Cancer Research, Hypoxia, Lab Equipment, Molecular|

Re-evaluating manual colony counting: How automated counting is saving researchers time and effort

Manual colony counting method A typical manual counting scenario looks like this: The researcher finds an object and decides whether it is a colony. If it is determined to be a colony, the researcher then ascertains if it meets

By |November 8th, 2018|Articles, Cancer Research, Lab Equipment, Molecular|

Benchtop blood pressure: A fast, affordable and non-invasive technique

The capability to precisely and non-invasively measure the systolic and diastolic blood pressure, on top of heart rate and other blood flow parameters in rodents, can be of great clinical value to researchers. The non-invasive rat and mouse blood

Cardiac Capacity and Thermal Performance: an examination of cardiovascular development in Atlantic salmon

This team of researchers in the Biology Department at Western University are investigating ways to reintroduce Atlantic salmon to the Great Lakes, specifically Lake Ontario. Hatchery stocking programs are a major tool used to improve recreational fishing opportunities. They

Bringing hypoxia chambers into the 21st century: Making a case for absolute measurements

In the last year, I’ve spoken to countless hypoxia researchers in person, at conferences, and over the phone. When I reach out to these people the one question I always ask is “in what units does your current chamber

By |October 29th, 2018|Articles, Cancer Research, Hypoxia, Molecular|

Microvascular perfusion and tissue dissolved oxygen provide valuable insights into the study of ischemic stroke and hemorrhagic shock

Animal models of stroke and hemorrhagic shock are widely used to develop and assess different life-saving treatments. With stroke, it is essential to restore blood flow and oxygen to the brain to prevent associated morbidity. In hemorrhagic shock, priorities

In vivo confocal microscopy: Exquisite resolution with fluorophore imaging in living animals

Invicro and Scintica Instrumentation have teamed up to help solve a fundamental issue of microscopic imaging; quantification can be difficult without customizable image analysis software. The ViewnVivo confocal endomicroscope is used to obtain clear, high quality in vivo images

By |October 2nd, 2018|Articles, Cancer Research, Imaging, Molecular|

Endothelial Dysfunction and Arterial Stiffness: Elucidating the mechanisms of the underlying pathophysiological changes

Cardiovascular changes associated with aging result in significant morbidity and mortality worldwide. The research community invests a tremendous amount of effort in investigating endothelial dysfunction and arterial stiffness. By measuring both tissue-level and system-level physiology the mechanisms surrounding the

Important questions to consider when doing hypoxia research

The review article “Frequently asked questions in hypoxia research” by Wenger et al. covers several issues every researcher performing In vivo or In vitro hypoxia-based research should think about before performing their studies. This article is meant to help

By |September 26th, 2018|Articles, Hypoxia, Molecular, Physiology|