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In Vivo/In Situ

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Preclinical Imaging of Conscious Unrestrained Animals

Preclinical Imaging of Conscious Animals Download PDF Here Introduction Molecular imaging techniques such as positron emission tomography (PET), magnetic resonance imaging (MRI), intravital microscopy (IVM), and single photon emission computed tomography (SPECT) are valuable tools for studying brain function in preclinical animal models. To accomplish this, animals are typically anesthetized to reduce unwanted artifacts

By |2022-10-17T10:57:03-04:00October 17th, 2022|Categories: Animal Models, Articles, Imaging, In Vivo/In Situ, Mouse, PET/CT|Tags: |Comments Off on Preclinical Imaging of Conscious Unrestrained Animals

Application Note: Physoxic Cell Culture – Yes or No?

Physoxic Cell Culture - Yes or No? Download PDF Here Oxygen is a fundamental factor for most life forms. For life science researchers, O2 is an electron acceptor, a highly reactive molecule that is essential for life and a molecule that affects every single event and reaction in biology. Ambient oxygen is most often

By |2022-10-11T14:18:44-04:00October 11th, 2022|Categories: Articles, Hypoxia, In Vitro/Ex Vivo, Molecular, Tissue Culture, Tissue Oxygen|Tags: |Comments Off on Application Note: Physoxic Cell Culture – Yes or No?

Detect the Changes of the Cerebral Cortex Blood Perfusion of a Cardiac Arrest (CA) and Return of Spontaneous Circulation (ROSC) Mouse Model

Detect the Changes of the Cerebral Cortex Blood Perfusion of a Cardiac Arrest and Return of Spontaneous Circulation Mouse Model Download PDF Here Background and Customer Needs Cardiac arrest is the sudden termination of the cardiac ejection function, the disappearance of the great artery pulsation and heart sound, and the serious ischemia and hypoxia

By |2022-09-19T15:44:11-04:00September 15th, 2022|Categories: Animal Models, Articles, In Vivo/In Situ, Mouse, Physiology|Tags: , |Comments Off on Detect the Changes of the Cerebral Cortex Blood Perfusion of a Cardiac Arrest (CA) and Return of Spontaneous Circulation (ROSC) Mouse Model

Real-Time Monitoring of the Regional Velocity, Distribution of Blood Flow, and Perfused Vessel for Sciatic Nerve and Foot Pads

Real-Time Monitoring of the Regional Velocity, Distribution of Blood Flow, Perfused Vessel for Sciatic Nerve and Foot Pads Download PDF Here Background and Customer Needs As an important kinase regulating energy homeostasis, AMPK is one of the central regulators of eukaryotic cell and organism metabolism, responsible for regulating the input and output of cell

By |2022-08-30T10:16:14-04:00August 22nd, 2022|Categories: Animal Models, Articles, In Vivo/In Situ, Mouse, Physiology|Tags: , |Comments Off on Real-Time Monitoring of the Regional Velocity, Distribution of Blood Flow, and Perfused Vessel for Sciatic Nerve and Foot Pads

Using the Laser Speckle to Observe Changes in Cerebral Blood Flow after Lymphatic Ablation and Quantitative Analysis

Using the Laser Speckle Imaging System to Observe Changes in Cerebral Blood Flow Download PDF Here After Lymphatic Ablation and Quantitative Analysis Background and Customer Needs The circulatory system is a continuous closed system of ducts distributed throughout the body, including the cardiovascular system and the lymphatic system. What circulates in the cardiovascular system

By |2022-08-30T10:16:07-04:00August 22nd, 2022|Categories: Animal Models, Articles, In Vivo/In Situ, Mouse, Physiology|Tags: , |Comments Off on Using the Laser Speckle to Observe Changes in Cerebral Blood Flow after Lymphatic Ablation and Quantitative Analysis
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