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Research

Research notes,
lab methods,
compound profiles.

Editorial dispatches from the NZM research desk — receptor pharmacology, protocol-design notes, lab-method walkthroughs, and frontier-science explainers. Written for researchers, in plain language.

Reconstitution 101: How to Properly Prepare Lyophilized Peptides for Research
Lab Methods· 22 APR 2026 · 4 min read

Reconstitution 101: How to Properly Prepare Lyophilized Peptides for Research

A practical lab-handling guide to reconstituting research-grade lyophilized peptides: choice of solvent, technique, post-reconstitution stability, and the operational mistakes that ruin protocol consistency.

Read the article ↗
Recent dispatches

More from the desk.

Ipamorelin + CJC-1295: Paired GH-Secretagogue Mechanism in Research
Compound Profiles· 4 min read

Ipamorelin + CJC-1295: Paired GH-Secretagogue Mechanism in Research

Ipamorelin and CJC-1295 (no DAC) are the canonical GH-secretagogue research pairing. The pairing reflects complementary receptor pathways: ghrelin-receptor agonism plus GHRH-receptor agonism, not a single-mechanism stack.

18 APR
BPC-157 vs TB-500: Single Compounds or the WOLVERINE Blend?
Compound Profiles· 4 min read

BPC-157 vs TB-500: Single Compounds or the WOLVERINE Blend?

Two of the most-cited tissue-repair peptides cover complementary mechanisms. When does a research protocol benefit from each individually, and when does the WOLVERINE blend make sense?

14 APR
MOTS-c and the Mitochondrial Communication System
Frontier Science· 5 min read

MOTS-c and the Mitochondrial Communication System

MOTS-c is one of the first-discovered mitochondrially-encoded signaling peptides. Its existence rewrote part of the cell-biology textbook, and its research profile is expanding fast.

30 MAR