Enveda Biosciences
Series C in 2024
Enveda Biosciences is a biotechnology company that employs artificial intelligence-powered tools to investigate and define molecules sourced from living organisms. Its primary objective is to build an exhaustive database of chemical biodiversity, thereby expediting the discovery of novel medicines. The company's innovative drug discovery platform integrates machine learning, metabolomics, and robotics to analyze natural samples for both chemical structure and biological activity, eliminating the need for isolating individual compounds or extensive experimentation. This enables healthcare industry clients to develop a wide range of new medications, from antibiotics to hypotensives.
Enveda Biosciences
Series B in 2024
Enveda Biosciences is a biotechnology company that employs artificial intelligence-powered tools to investigate and define molecules sourced from living organisms. Its primary objective is to build an exhaustive database of chemical biodiversity, thereby expediting the discovery of novel medicines. The company's innovative drug discovery platform integrates machine learning, metabolomics, and robotics to analyze natural samples for both chemical structure and biological activity, eliminating the need for isolating individual compounds or extensive experimentation. This enables healthcare industry clients to develop a wide range of new medications, from antibiotics to hypotensives.
Enveda Biosciences
Series B in 2023
Enveda Biosciences is a biotechnology company that employs artificial intelligence-powered tools to investigate and define molecules sourced from living organisms. Its primary objective is to build an exhaustive database of chemical biodiversity, thereby expediting the discovery of novel medicines. The company's innovative drug discovery platform integrates machine learning, metabolomics, and robotics to analyze natural samples for both chemical structure and biological activity, eliminating the need for isolating individual compounds or extensive experimentation. This enables healthcare industry clients to develop a wide range of new medications, from antibiotics to hypotensives.
Enveda Biosciences
Series B in 2022
Enveda Biosciences is a biotechnology company that employs artificial intelligence-powered tools to investigate and define molecules sourced from living organisms. Its primary objective is to build an exhaustive database of chemical biodiversity, thereby expediting the discovery of novel medicines. The company's innovative drug discovery platform integrates machine learning, metabolomics, and robotics to analyze natural samples for both chemical structure and biological activity, eliminating the need for isolating individual compounds or extensive experimentation. This enables healthcare industry clients to develop a wide range of new medications, from antibiotics to hypotensives.
Enveda Biosciences
Series A in 2021
Enveda Biosciences is a biotechnology company that employs artificial intelligence-powered tools to investigate and define molecules sourced from living organisms. Its primary objective is to build an exhaustive database of chemical biodiversity, thereby expediting the discovery of novel medicines. The company's innovative drug discovery platform integrates machine learning, metabolomics, and robotics to analyze natural samples for both chemical structure and biological activity, eliminating the need for isolating individual compounds or extensive experimentation. This enables healthcare industry clients to develop a wide range of new medications, from antibiotics to hypotensives.
Enveda Biosciences
Seed Round in 2020
Enveda Biosciences is a biotechnology company that employs artificial intelligence-powered tools to investigate and define molecules sourced from living organisms. Its primary objective is to build an exhaustive database of chemical biodiversity, thereby expediting the discovery of novel medicines. The company's innovative drug discovery platform integrates machine learning, metabolomics, and robotics to analyze natural samples for both chemical structure and biological activity, eliminating the need for isolating individual compounds or extensive experimentation. This enables healthcare industry clients to develop a wide range of new medications, from antibiotics to hypotensives.