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BiodesignBiodesign
+7+7
AI is Not the Opposite of Nature

AI is Not the Opposite of Nature

Why we need to talk about responsibility before intelligence.

Raphael Kim, PhD
AlgaeAlgae
+15+15
History and Scope of AI in Biodesign

History and Scope of AI in Biodesign

A Career-Oriented Guide for Students & Educators

Raphael Kim, PhD
Research ToolResearch Tool
+6+6
Designing with Shape‐Shifting (Fold‐Switching) Proteins

Designing with Shape‐Shifting (Fold‐Switching) Proteins

Foundational TierFoundational Tier
+1+1
Orchestrating Self-Replication in Artificial Cells
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Orchestrating Self-Replication in Artificial Cells

Using Digital Microfluidics to Design Programmable Life

ProteinProtein
+1+1
Reclaiming Protein: From Nutrient Myth to Design Medium

Reclaiming Protein: From Nutrient Myth to Design Medium

A biodesigner's perspective

CommentaryCommentary
+3+3
Rethinking Design When AI Enters the Lab

Rethinking Design When AI Enters the Lab

What Google’s Co-Scientist Means for Biodesign

Machine LearningMachine Learning
+5+5
AI-Driven Protein Engineering: What it Means for Biodesign Practice

AI-Driven Protein Engineering: What it Means for Biodesign Practice

Lessons from a curious case of a tropical enzyme

Raphael Kim, PhD
BiodigitalBiodigital
+1+1
Computer Gaming with Bacteria?

Computer Gaming with Bacteria?

A Peculiar World of Biotic Gaming

Raphael Kim, PhD
CommentaryCommentary
+1+1
ChatGPT Search for Biodesign Research and Education

ChatGPT Search for Biodesign Research and Education

How AI search Engine Could Shape Biodesign Learning

Raphael Kim, PhD