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Synthetic Bio AI

Building a comprehensive Biological Knowledge Graph to predict adaptational traits and design optimized enzyme circuits.

Dry Lab Platform Stack

Our Dry Lab processes raw biodiversity sequences into functional, design-ready components. By linking genomic databases with environmental factors and physical traits, our neural networks construct a highly detailed **Biological Knowledge Graph**.

Our modular model architecture comprises Large Language Models for hypothesis formulation, Protein Language Models for sequence mutations, DNA generative modules for regulatory circuit layout, and active learning engines to refine next-stage protocols.

Knowledge Graph

Mapping relations: Species has GeneGene encodes ProteinProtein catalyzes reactionPathway causes Phenotype.

Function Prediction

Detecting homolog functions in unstudied species to uncover novel enzymes, heat-resistant catalysts, and structural dyes.

Pathway Design

Recombining genomic transcripts from disparate organisms to construct novel light-emitting pathways and metabolic functions.

Active Learning Loop

Feeding experimental success and failure data back into our databases, maximizing information gain for subsequent design loops.

Biological Knowledge Graph Navigator
SP Species GN Gene HB Habitat PR Protein PW Pathway PH Phenotype
Hover over a node
Select any node on the graph to map related biological datasets.
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