Abstract synthetic protein expression element
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IDENTIFY THE UNIQUE ELEMENT THAT BOOSTS PROTEIN EXPRESSION

From biotechnology tools to therapy discovery: Our protein engineering platform enhances production yield and the quality of your end product.

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Synthetic element in biosciences

IDENTIFY THE UNIQUE ELEMENT THAT BOOSTS PROTEIN EXPRESSION

From biotechnology tools to therapy discovery: Our protein engineering platform enhances production yield and the quality of your end product.

contact
services

Technology

OPTIMIZE YOUR PROTEIN PRODUCTION SYSTEM – FROM mRNA TO SYNTHETIC PROTEINS

Simultaneously analyzes thousands of naturally occurring and genetically engineered signal peptides

Significant improvements in protein yield (up to 500% in external validations)

Especially powerful for difficult-to-express proteins that hinder development

Compatible with expression optimization of any mammalian protein production system: from mRNA therapies to synthetic proteins

Protein engineering for biotechnology

News

PRESS RELEASE

Stay informed: Announcements, key milestones, and what we are working on next.

October 22, 2024

Avenue Biosciences Raises $2.5M Seed to Scale AI-Enhanced Protein Engineering

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Avenue Biosciences Raises $2.5M Seed to Scale AI-Enhanced Protein Engineering

October 7, 2024

Avenue Biosciences Welcomes Industry Experts to Advisory Board for Market Insights and Focused Growth

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Avenue Biosciences Welcomes Industry Experts to Advisory Board for Market Insights and Focused Growth

October 4, 2024

Avenue Biosciences Joins StartX, the Largest Community of Stanford Founders

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Avenue Biosciences Joins StartX, the Largest Community of Stanford Founders
Machine learning transforming biosciences

The Technology

A BLEND OF SYNTHETIC AND ORGANIC BIOLOGY

Our platform is a unique combination of high-throughput chemistry and synthetic biology, powered by machine learning and AI algorithms.

It is the most powerful solution to engineering N-terminal signal peptides: An element significantly underutilized in protein biologics.

Enhance any protein production system: From protein biologics and biosimilars to any mammalian protein-based biotechnology tools.

APPLICATION POSSIBILITIES

ENABLE PRODUCTION OF DIFFICULT-TO-EXPRESS PROTEINS

ENABLE PRODUCTION OF DIFFICULT-TO-EXPRESS PROTEINS

ENHANCE PROTEIN, mRNA & VIRAL THERAPIES

ENHANCE PROTEIN, mRNA & VIRAL THERAPIES

SINGLE CHAIN PROTEIN EXPRESSION OPTIMIZATION

SINGLE CHAIN PROTEIN EXPRESSION OPTIMIZATION

MULTI-CHAIN PROTEIN EXPRESSION OPTIMIZATION (mABS, ANTIBODIES)

MULTI-CHAIN PROTEIN EXPRESSION OPTIMIZATION (mABS, ANTIBODIES)

BOOSTING VACCINE & DRUG DISCOVERY

BOOSTING VACCINE & DRUG DISCOVERY

MAMMALIAN CELL LINE DEVELOPMENT

MAMMALIAN CELL LINE DEVELOPMENT

THERE IS A GROWING DEMAND FOR PROTEIN-BASED BIOLOGICS AND USE OF PROTEINS AS TOOLS FOR DIAGNOSTICS.

Benefits

FEWER BOTTLENECKS, MORE BREAKTHROUGHS
1

Increase the success of therapeutic and biotechnology development with precise, scalable protein engineering

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CHALLENGES INTO VICTORIES

2

Reduce time-to-market and production costs in pre-clinical therapeutic development

Preclinical development process using latest technology

UNLOCK BREAKTHROUGHS FASTER

3

Gain a critical advantage and unique IP with novel molecular components

Unique naturally occurring and synthetic elements

OUTPACE THE COMPETITION

Laboratory professional working with precision and experience.

About

WHO WE ARE

Avenue Biosciences is a team of life science and technology visionaries. We resolve fundamental challenges in therapeutic development through powerful protein engineering that combines organic biologics and machine learning. Our proprietary method is based on years of scientific research from the University of Helsinki, Finland.

Meet our team

This novel method has capacity for analyzing thousands of protein expression elements at once to find a handful of promising candidates. The resulting unique molecular combinations can provide substantial value worth millions to therapeutic developers tapping into countless opportunities in protein biologics drug discovery.

Ville Paavilainen
Research Director, University of Helsinki
A woman holding a child on the beach.

This novel method has capacity for analyzing thousands of protein expression elements at once to find a handful of promising candidates. The resulting unique molecular combinations can provide substantial value worth millions to therapeutic developers tapping into countless opportunities in protein biologics drug discovery.

Ville Paavilainen
Research Director, University of Helsinki
Machine learning and faster discovery in biotechnology.

REVOLUTIONIZING HEALTHCARE THROUGH INNOVATIVE SOLUTIONS

Discover our cutting-edge technology and services that drive advancements in biopharma.

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