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FROM CURIOSITY TO UNDERSTANDING

Journal SEQVORA.

Science feels closer when you ask good questions.

Articles:17

A short chain of glass elements representing a peptide and its constituent units.
Basics

Peptides: let's begin with the basics

What peptides are made of, how they differ from proteins, and why belonging to the same class does not mean having the same effect.

A transparent wave and intertwined threads representing marine collagen.
Collagen

Marine collagen: does the source or the evidence matter more?

What to check when comparing collagen supplements: composition, studies of the finished product, tolerability and limitations.

A sculptural illustration of a knee joint and collagen fibres.
Collagen

Collagen and joints: asking the right questions

Which study outcomes matter when assessing collagen for joints, and why a supplement does not replace a diagnosis.

A neuron-like structure and calm ripples on water illustrating anxiety research.
Neuropeptides

Selank: what evidence to look for

How to assess a clinical study of anxiety: its design, participants, measurements and limitations.

A transparent network connecting laboratory slides, representing neuropeptide research.
Neuropeptides

Semax: context matters more than bold conclusions

What to look for in Semax studies: the patient group, endpoints, safety and how broadly the findings apply.

An hourglass and paired glass elements representing time and biochemical research.
Longevity

Carnosine: a mechanism is not a promise

How to distinguish a biochemical hypothesis from a proven effect on health and lifespan.

Three different sequences under a magnifying glass, illustrating a comparison of bioregulator data.
Longevity

Bioregulators: questions about the evidence

Why the name of a field cannot replace an assessment of a specific substance, study and indication.

A stylised illustration of a receptor and the GLP-1 signalling molecule.
Metabolism

GLP-1: the hormone, the receptor and the medicines

How natural GLP-1, its receptor and medicinal agonists differ. Basic concepts without treatment regimens.

A peptide chain, a stylised receptor and a laboratory notebook representing semaglutide research.
Metabolism

Semaglutide: beyond the headlines

What a GLP-1 receptor agonist is, how to assess semaglutide study results and why treatment requires a doctor.

A research vial and microscope optics illustrating BPC-157 research.
Sport

BPC-157: where the evidence stops

Why experimental data on BPC-157 cannot replace clinical trials, and which questions remain open.

A test tube and a stylised measurement curve representing the interpretation of laboratory results.
Sport

Growth hormone: a measurement is not an outcome

Why a change in a hormone measurement does not establish better recovery or athletic performance.

Two different chains on separate glass slides, illustrating a comparison of substances and their names.
Sport

TB-500 and thymosin: getting the names right

How to match a trade name, a molecule and a study without transferring conclusions between different substances.

A drop of serum above a textured surface, illustrating Argireline skincare research.
Cosmetology

Argireline: behind the “Botox effect” claim

An overview of acetyl hexapeptide-8, studies of cosmetic formulas and the limits of comparisons with botulinum toxin.

Cosmetic products, textures and a magnifying glass representing a close look at ingredients.
Cosmetology

Facial peptides: reading the label

A clear approach to checking a cosmetic product: its INCI list, formula, claims and published evidence.

Cream, a glass spatula and a softly textured surface illustrating an assessment of skincare claims.
Cosmetology

Reading the claims on a cream jar

Hydration, the appearance of wrinkles and the effect of a procedure are different claims. Learn to find the relevant research for each.

A Petri dish, stylised microorganisms and peptide chains representing laboratory research.
Medicine

Antimicrobial peptides: an idea's long journey

Why activity in the laboratory does not amount to a ready-made treatment, and which testing stages matter to patients.

Analytical vials, a prism and stylised peaks representing peptide quality control.
Chemistry

“99% purity”: what does that number mean?

Why an analytical certificate does not prove clinical effectiveness, and what to ask about documentation.