wedge
wedge
wedge Biotrofix wedge References
wedge wedge wedge wedge wedge
 
Home
greybar
The Company
greybar
Preclinical Research Services
Acute Stroke
Stroke Recovery
Alzheimer's Disease
Amyotrophic Lateral Sclerosis
Traumatic Brain Injury
Spinal Cord Injury
Muscular Dystrophy
Myocardial Infarction
Peripheral Vascular Disease
Others
Will Travel Services
greybar
The Team
greybar
Publications
greybar
Contact Us


Well-equipped CRO laboratory
 

Acute Stroke Animal Models & CRO Services

Stroke is the third leading cause of death and disability in the U.S., with approx. 700,000 new cases per year. Eighty-five percent of strokes are "ischemic," due to occlusion of a brain artery, causing death of brain tissue (infarction) supplied by that artery.

Acute stroke treatments are given within a few hours after stroke onset. Such treatments include thrombolytic ("clot-busting") and tissue-sparing ("neuroprotective") agents. Biotrofix is highly experienced in rodent (mouse and rat) models of acute focal stroke, including suture-occlusion, Chen, Tamura, and embolic methods. These models are suitable for testing of new thrombolytic and neuroprotective strategies. Endpoints of these studies include histology (infarct volume determination) and behavioral testing.

Download ACUTE STROKE NEUROPROTECTION MODEL (.pdf)

 
 
Home | The Company | Preclinical CRO Services | The Team | Publications | Contact Us | Site Map
wedgeBiotrofix, Inc.830 Winter Street, 1st floor, Waltham, MA 02451Tel: 781-314-9300Fax: 781-465-6061


Biotrofix is a premier preclinical contract research organization specializing in animal models of CNS, cardiac and vascular disease. With years of experience, both academic, commercial, clients throughout the biotech and pharmaceutical industries, Biotrofix delivers industry-leading preclinical CRO services, including rodent models of acute stroke and stroke recovery, preclinical CRO services for Alzheimer's Disease, transgenic animal models for ALS, as well as CRO services for brain injury, preclinical CRO services for spinal cord injury and related cardiac drug discovery and development.