Alphabioregen
Biotechnology, 607 Boylston St, Boston, Massachusetts, 02116, United States, 1-10 Employees
Phone Number: +16*********
Who is ALPHABIOREGEN
Alphabioregen is a Regeneration Medicine based, biotechnology company, located in Cambridge Massachusetts. We specialize in providing you with a unique approach to 3D tissue engineering, ...
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Headquarters: 607 Boylston St, Boston, Massachusetts, 02116, United States
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Date Founded: 2015
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Employees: 1-10
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Revenue: Under $1 Million
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Active Tech Stack: See technologies
Industry: Biotechnology
SIC Code: 8011
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Frequently Asked Questions Regarding Alphabioregen
Answer: Alphabioregen's headquarters are located at 607 Boylston St, Boston, Massachusetts, 02116, United States
Answer: Alphabioregen's phone number is +16*********
Answer: Alphabioregen's official website is https://alphabioregen.com
Answer: Alphabioregen's revenue is Under $1 Million
Answer: Alphabioregen's SIC: 8011
Answer: Alphabioregen has 1-10 employees
Answer: Alphabioregen is in Biotechnology
Answer: Alphabioregen contact info: Phone number: +16********* Website: https://alphabioregen.com
Answer: Alphabioregen is a Regeneration Medicine based, biotechnology company, located in Cambridge Massachusetts. We specialize in providing you with a unique approach to 3D tissue engineering, helping you reach your specific research goals. Our team of experts, will help you recognize the problems and take action to decrease or eliminate potential impacts to your research by using 3D tissue models that mimic organs of the living host. Alphabioregen scientists understand that in living tissue cells exist in three dimensional micro environments, which enhance cell to cell interaction via extra cellular matrix standard monolayer or 2D cell cultures are inadequate representation of these environments, which make them unreliable predictor of in vivo drug efficacy and toxicity. Our goals are" MOVING RESEARCH FROM 2D TO 3D" We understand a 3D model resemble in vivo tissue in terms of cellular communication and development of extracellular matrices. These models help cells to migrate within the matrices, mimicking a living tissue. Moreover, cells that are grown in a 3D model exhibit different gene expression than those grown in 2D model.
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