Lariocidin is a newly discovered lasso peptide attracting attention across antimicrobial research. Learn what makes its unusual structure so remarkable and why scientists believe nature may still hold countless undiscovered molecular innovations.
Antimicrobial peptides are becoming one of the most exciting areas in modern peptide research. Discover what they are, why researchers are studying them, and how nature continues to inspire new molecular discoveries.
Why do some peptides generate endless discussion while others remain relatively quiet? This Lab Notes entry explores the scientific and cultural factors behind debate in peptide research communities.
Why do some peptides dominate research conversations while others remain obscure? This Lab Notes entry explores the scientific, cultural, and structural factors behind peptide visibility.
Why did GLP-related peptides become such a major focus in research circles? This Lab Notes entry explores signaling pathways, receptor complexity, and the rise of multi-target peptide engineering.
In fast-moving research spaces, anecdotes often travel faster than evidence. This Lab Notes entry breaks down the research ladder—anecdote, hypothesis, and evidence—and explains how thoughtful researchers evaluate information without confusing early signals for conclusions.
This Lab Notes post breaks down how to evaluate new peptide research without falling into hype cycles or impulse decisions.
It’s a guide to staying curious, disciplined, and safety-minded in a fast-moving research world.
Peptide Safety Guide: How to Biohack Responsibly in 2025
Antimicrobial resistance (AMR) is one of the biggest global health threats of our time. Standard antibiotics are losing effectiveness, bacteria are evolving faster than our drug pipelines, and the WHO has warned of millions of annual deaths if we don’t find alternatives. Now, a new breakthrough is turning heads: AI-designed antimicrobial peptides (AMPs). What Happened?…
1. Massive Therapeutic Peptide Dataset (58K+ Entries!) In 2025, researchers released a colossal dataset featuring 58,583 experimentally validated therapeutic peptides, each annotated with structural and functional data. Impressively, over 21,000 are multifunctional peptides, and more than 54,700 have structural details—either experimentally determined or predicted via tools like AlphaFold2 Nature.This treasure trove accelerates computational peptide discovery,…
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