Deep Dive

⬡ SureChEMBL 2.0: Rebuilding Patent Chemistry for the AI Era

Deep Dive | Edition 14

Feb 11 • Natasha Kilroy

🔬BinderFlow: Making Protein Binder Design Work in Real Labs

Deep Dive | Edition 13

Feb 4 • Natasha Kilroy

🧬 Designing the Building Blocks of Life: A Primer on Structural Biology

What’s your biggest time sink in early drug discovery process?

Jan 28 • Natasha Kilroy

🧬 MOLECULE: Why Protein Motion Changes How We Classify Drug Action

Deep Dive | Edition 12

Jan 14 • Natasha Kilroy

🧬 GenomePAM: Letting the Human Genome Discover PAMs for You

Deep Dive | Edition 11

Dec 10, 2025 • Natasha Kilroy

🧫 IGLOO: Tokenising the Language of Antibodies

Deep Dive | Edition 10

Dec 3, 2025 • Natasha Kilroy

Germinal: AI for Epitope-Targeted Antibody Design

Deep Dive | Edition 9

Nov 26, 2025 • Natasha Kilroy

🧩 Reconstructing the Fold: How Bioinspired Variables Fix a 20-Year Problem

Deep Dive | Edition 8

Nov 19, 2025 • Kiin Bio and Natasha Kilroy

🧪 Elnora AI: Learning From the Experiments Science Forgets

Deep Dive | Edition 7

Nov 18, 2025 • Kiin Bio and Natasha Kilroy

🧠 AOP Net: Mapping the Hidden Logic of Toxicity

Deep Dive | Edition 6

Nov 12, 2025 • Kiin Bio and Natasha Kilroy

Dyna-1: Learning protein dynamics from what's missing

Deep Dive | Edition 5

Nov 6, 2025 • Kiin Bio and Natasha Kilroy

RFdiffusion3: Protein design at all-atom resolution

Deep Dive | Edition 4

Nov 5, 2025 • Kiin Bio and Natasha Kilroy

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