UGTLDUGT LAB FOR DISCOVERY

UGT LAB FOR DISCOVERY

From plant metabolites
to UGT functions.

Connecting target metabolites to candidate enzymes through complementary evidence — structure, evolution and biological data in one research frame.

Explore the platformBrowse research cases
Plant UGT tertiary structure with substrate-binding pocket in surface representation

Representative plant UGT structure and substrate-binding pocket.

Workflow

An integrated workflow for UGT function discovery

Connecting target metabolites to candidate enzymes through complementary evidence.

  1. 01

    Target metabolite

    Define substrate and biological context.

    Plant metabolic pathway overview showing target substrate context and biological scope definition
  2. 02

    UGT resources

    Explore plant UGT families and annotations.

    Phylogenetic tree overview of plant UGT gene families and evolutionary relationships
  3. 03

    Structure & AI assessment

    3D modeling and binding analysis.

    UGT enzyme 3D structure model with predicted binding pocket geometry and docking pose
  4. 04

    Biological evidence

    Expression, phylogeny and literature.

    Expression heatmap showing tissue-specific and treatment-responsive UGT transcript patterns
  5. 05

    Candidate prioritization

    Integrate evidence and rank candidates.

    Candidate UGT ranking chart with evidence coverage and priority scoring axes

Workbench

Enough information density for researchers.

Public pages describe capabilities. Real tables, structural results and project status expand inside the Research Workspace.

01
UGT Atlas / UGT Table

Enter the candidate space from species panorama, family and annotation.

 02
Structure Workspace

Review structure sources, donor-first docking and geometry diagnostics.

 03
Biology Workspace

Bring expression, sample metadata and pathway links back to candidates.

 04
Candidate Center

Compare evidence, coverage and your own research decisions.

Public case

Start from a method illustration and know what it is not.

No approved named real case is currently configured. This section uses a generic method illustration; it does not represent experimental findings.

Method illustration · not an experimental result

Five steps to narrow candidates while keeping evidence gaps visible

Problem and input, candidate space, three-axis evidence, researcher judgment and reviewable output.

Read method cases
  1. 01Problem & inputSpecies · substrate · donor
  2. 02Candidate spaceAtlas · Table · source
  3. 03Three-axis evidenceEvolution · Structure · Biology
  4. 04Research judgmentCoverage · Priority · Decision
  5. 05Research outputCompare · Report · Package

Start a study

Understand the method first, then bring your own question.

Learn about inputs, analysis boundaries and output structure. Real research operations require access through the authorized entry point into the Research Workspace.

Workspace accessRead the researcher guideView method casesView research package structure