Things you should know about MICROVASCULAR ANGIOGENESIS


Alphabioregen is a biotechnology company situated in Boston, Massachusetts. We have years of experience and have been providing people with 3D tissue engineering helping in people’s specific research goals. Our team of professionals and science experts helps people recognize the shortcomings of their research and eliminate them with the help of scientific 3D tissue models that work according to the organs of the living organism.



We desire to move your research from 2D to the 3D method. 3D tissue models provide a systematic means for analysis of drugs. We construct an accurate and exact model of the living 3D human tissues that will function as the native tissues in the living host. All our tissue models have very high reproducibility and are designed to replicate the human biology. All our models are a replica of the organs and tissues in living organisms and help researchers especially doctors to understand the internal workings of the living body.

Alphabioregen’sprimary areas of concentration are:


  •   Microvascular angiogenesis
  •  3D Human HUVECs Angiogenesis
  • Cancer
  • Heart disease
  • Chronic respiratory diseases
  • Cardiovascular diseases
  • Alzheimer’s disease

Our customized and client-centered tissue models will help you conduct your research more systematically,and you will be able to find answers regarding early stage discovery of the drugs and its effect on the organs. These models are just perfect for all kinds of clinical trials from small to large scale. 

Alphabioregen’s main aim is to promote the field of scientific research by helping scientists, doctors, medical institutions, students,etc. all our products are sold at a fairer price with good quality and resistance. 

The tissue replicas made by us at Alphabioregen will help you reach to the top of science and medicine. Contact us today to get access to a laboratory full of the best scientific 3D tissue models and equipment.
Location: Boston, MA 02116, USA

Comments

Post a Comment

Popular posts from this blog

3D Cultured Artery Sold Online for Research and Educational Purposes

Image
The process of culturing 3D cells in an artificial environment to help it grow and interact with its surroundings has been a process that has created immense advancements and opened various new aspects of application.  Application:  Human Internal Mammary Artery Endothelial from Alphabioregen has been used to investigate the way oral pathogens travel through the body by infecting dendrite cells and inducing them to migrate through endothelial layers. These derived arteries were initially subjected to micro analysis. Using GFP- Expressing Human Saphenous is used in the process of regenerating human cells. The Human Internal Mammary Artery Endothelial is sold online through various websites which guarantee normal healthy human mammary artery with no bacteria, yeast, fungi or virus and made by attach, spread, and proliferate in Growth Med.  The applications of these online sold products are specifically for laboratory research use only and strictly not for human, cli
Read more

Cell culture solutions for scientific research

  Cell culture products and models are very essential for increasingly complex research projects. With the advancement in scientific technology we have been creating a highly advanced research products like 3D cell culture solutions that have been playing a big role in furthering scientific discoveries in fields like neurobiology, stem cell technology, and cancer research. 3D cell cultures are more predictive and physiologically relevant than 2D cell cultures. Advantage of 3D cell culture- ·          The differentiation potential of stem cells grown in 3D has significantly higher as compare to stem cell growth in 2D culture. ·          3D cultures reduce the time spent in drug discovery because the study of drug safety and efficiency is relatively easier in 3D culture models. ·          Study of pathogen-host interaction can be done with reduced hazard levels through 3D models. ·          3D cell culture models significantly reduced the ethical concerns in cellular and mole
Read more