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Pure Lab Peptides

Cell Migration Assays: Scratch, Transwell and 3D Models

Cell Migration Models in Peptide Research article image from Pure Lab Peptides

A cell migration assay must match the movement question. Scratch assays measure net gap closure, transwells measure passage through a membrane, and matrix barriers add invasion-related constraints. Control for cell number, division, survival and starting geometry before attributing a difference to movement.

GHRP-2 Research: Receptor Context and Release Assays

GHRP-2 research graphic showing receptor and pathway context for RUO laboratory research

GHRP-2 research includes receptor and hormone-release experiments. Two pituitary-cell studies reported contrasting antagonist findings, so species and preparation belong beside the conclusion. Secretion, signaling and binding results should not be merged into an unrestricted potency or benefit claim.

GHRP-6 Research: From Secretion to Receptor Structure

GHRP-6 research article hero image from Pure Lab Peptides

GHRP-6 research spans secretion assays, intracellular signaling and receptor structures. Each answers a different question. A receptor-bound structure helps locate contacts, while functional studies test their consequences; neither alone establishes every whole-organism effect.

Ipamorelin vs GHRP-2: Potency and Selectivity

Ipamorelin vs GHRP-2 research comparison graphic for RUO laboratory context

Potency and selectivity answer different questions. Read the original hormone comparison, understand its animal-model scope and keep material identity separate from a biological claim.

Epitalon Research: Telomere Measurements and Evidence Limits

Buy Epitalon for research article image from Pure Lab Peptides

Epitalon research has examined telomere-related measurements in cultured cells. Gene expression, enzyme activity, telomere length and ALT are different readouts. Results depend on the model, and none of these measurements alone demonstrates longer human life.

Types of Peptides: How Research Families Are Classified

Pure Lab Peptides infographic showing peptide family classification in research context

Types of peptides can be grouped by length, sequence, structure, origin or target. These categories overlap. A tripeptide can also be synthetic and modified; a shared family name does not establish the same activity, purity or handling requirements.