Background
Cardiovascular diseases are the leading cause of death and disability worldwide, and the number of patients and deaths from cardiovascular diseases has been increasing globally over the past three decades.
With the change in people's lifestyles and aging of the population, the population affected by metabolic and behavior-related risk factors has been significantly increasing. It is urgent to collect relevant data through specific experimental methods to explore cardiovascular disease-related risk factors, including hypertension and diabetes, obesity and high cholesterol, smoking and excessive alcohol consumption, as well as aging, so as to provide support for the treatment and early prevention of cardiovascular diseases and improvement of people's health.
What can we offer you?
I. Recommend accurate, high-quality and reasonable integrated equipment technical solutions for you based on your research request, and scientific research direction.
II. Perform efficient accounting for you to seek cost-effective product configuration based on your capital and budget, and meet the value balance between capital and equipment.
I. Establish and facilitate international academic cooperation, sharing and support, and provide continuous assistance and support for your research via a strong consultant team.
II. Offer a complete technology communication platform to provide great domestic and international technical support for users in need.
I. For specific needs, corresponding equipment can be provided to complete the experimental design and to ensure its application and output.
II. Provide instructive configuration and technical solutions for your laboratory construction based on your budget and experiment area.
Areas of Solution
Including drug screening, pharmacological studies, etc.
Research on hypertension, atherosclerosis, aging, heart failure, diabetes and other diseases
Research on receptor signaling pathways, ion channels
Research on asthma, chronic obstructive pulmonary disease (COPD), pulmonary arterial hypertension, etc.
Research on heart failure and myocardial ischemia-reperfusion
Myocardial ischemia modeling of rats and mice
Bladder and uterine smooth muscle
Muscle atrophy and fatigue
Human and animal physiology & psychology
Cardiovascular Research Solution Coverage
Electrocardio: intracardiac electrocardio, surface electrocardio
Blood flow: non-invasive blood flow velocity
Myoelectricity Electro-encephalogram
Measure tension changes during systole-diastole of in-vitro vessels
Large vessels such as the aorta
Peripheral resistance vessels
*Coronary artery, cerebral artery, renal artery, pulmonary artery, pulmonary trachea, mesenteric artery, femoral artery, etc.
Measure tension changes during systole-diastole of muscle tissues.
Skeletal muscle, cardiac muscle, bladder smooth muscle, uterine smooth muscle, etc.
In-vitro heart perfusion
High-speed cardiac electrophysiological imaging
Culture cells under hypoxic environmental conditions
Related Products and Data Display
All-around Protection
Equipment Operation and Technical Guidance
Scientific Research Progress Tracking
Experimental Data Services
International Exchange
Cross-platform Collaboration
Technology Achievement Industrialization
Thanks to fifteen years of experience and history in the cardiovascular field, China Gate Scientific has accumulated a large number of resources, stable and rich channels, and a wide range of partners. Our company has set up a team of professional cardiovascular technology engineers, integrated a number of manufacturers of imported equipment, and established and maintained a team of domestic and foreign expert consultants to provide more convenient, high-quality and efficient professional services for Chinese researchers so as to promote the process of advanced medical research in China and facilitate the industrialization of high-tech achievements.
Consultant
Henrik Pedersen got his degree from Aarhus College of Engineering. He is the technical director of Danish Myo Technology and a hands-on technical wizard with more than 30 years of experience in putting together myographs and organ baths. Henrik is responsible for coordinating and bringing development and production to life. Ensures that each and every system that leaves the facility lives up to the highest standard possible.
Dr. Reddy is an Assistant Professor at Baylor College of Medicine. Since 1998, he has used Pulsed Doppler systems to conduct cardiovascular research in small animals, leading to multiple publications. Dr. Reddy has been integral to the design and testing of the Doppler Flow Velocity System (DFVS). At Indus, he directs training of customers using the DFVS and serves as Senior Scientist, helping develop new instrumentation and explore novel applications.