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Comparison Centre

Two compounds, the same questions, no cherry-picking

Marketing compares compounds on whichever measure flatters them. This compares them on the same fields every time — including the awkward ones like how much human safety data exists. Every score here rates the evidence, not the compound: a higher number means stronger or more mature research, not that something is safer or works better.

Sharing keeps the two compounds you picked.

How to read these scores

Every number here rates the evidence, not the compound. They are editorial 0-100 strength ratings, not percentages, and not a rating out of five stars.

  • Human efficacy evidence strength — Higher = more and better-quality human evidence. It does not mean the effect is bigger or that the compound works for you.
  • Preclinical evidence strength — Higher = more animal, tissue or cell research. Preclinical results are a starting point, not proof of a human benefit.
  • Human safety evidence strength — Higher = more mature, better-documented human safety data. It does not mean the compound is safer than one with a lower number. A score of 80 does not mean “80% safe”.
  • Evidence level (L0-L5) — the strongest type of study behind the compound, from anecdote (L0) to large replicated human trials (L5). It is a description of the study evidence, not a quality, safety or recommendation rating.
  • Confidence — how likely we think it is that this rating changes as new research lands. Low confidence means the picture is unsettled, not that the compound is bad.

None of these ratings is medical advice, a safety guarantee, or a recommendation to use anything. How we grade evidence.

Pasireotide

A broader-spectrum somatostatin analogue approved for specific endocrine disorders including Cushing's disease.

L5Repeated human trialsApproved for a specific indication · FDA (US)
Full profile

Octreotide

The foundational somatostatin analogue, used for acromegaly and symptom control in certain neuroendocrine tumours.

L5Repeated human trialsApproved for a specific indication · FDA (US)
Full profile

How far human research has progressed

Pasireotide

Approved in defined endocrine indications

Octreotide

Long-approved medicine, multiple formulations

Claim-specific benefit evidence

A human exposure study or trial registration does not establish that the claimed benefit occurs.

Pasireotide

Not separately assessed; see the full profile.

Octreotide

Not separately assessed; see the full profile.

Human research context

Pasireotide

Approved in defined endocrine indications

Octreotide

Long-approved medicine, multiple formulations

Human efficacy evidence strength

Higher = more and better-quality human evidence. It does not mean the effect is bigger or that the compound works for you.

Pasireotide

Strength of the human efficacy evidence80 of 100 evidence strength

Octreotide

Strength of the human efficacy evidence85 of 100 evidence strength

Preclinical (animal / lab) evidence strength

Higher = more animal, tissue or cell research. Preclinical results are a starting point, not proof of a human benefit.

Pasireotide

Strength of the animal and lab evidence78 of 100 evidence strength

Octreotide

Strength of the animal and lab evidence80 of 100 evidence strength

Human safety evidence strength

Higher = more mature, better-documented human safety data. It does not mean the compound is safer than one with a lower number.

Pasireotide

Strength of the human safety evidence78 of 100 evidence strength

Octreotide

Strength of the human safety evidence82 of 100 evidence strength

Regulatory status (legal position, not proof it works)

Pasireotide

Named regulators: FDA (US)

FDA-approved in specific endocrine disorders: Signifor for Cushing's disease, and Signifor LAR for acromegaly (with formulation-specific labelling). Approvals are indication- and formulation-specific.

Octreotide

Named regulators: FDA (US)

FDA-approved for acromegaly and for symptom control associated with certain neuroendocrine tumours (e.g. carcinoid and VIP-secreting tumours), depending on product and label. Approvals are indication-specific.

Common claims

Pasireotide

  • · Reduces cortisol production in Cushing's disease
  • · Controls growth hormone in acromegaly

Octreotide

  • · Controls growth-hormone excess in acromegaly
  • · Controls hormone-driven symptoms of certain neuroendocrine tumours

How settled our evidence rating is

Pasireotide

High confidence in ratingL5Repeated human trials

Octreotide

High confidence in ratingL5Repeated human trials

Cancer-related questions raised by the biology

These are theoretical or monitored questions raised by how a compound works. They are not evidence that it causes cancer.

Pasireotide

No established human cancer signal; used to treat hormone-secreting pituitary disease.

Octreotide

Used to control symptoms of hormone-secreting neuroendocrine tumours — a therapeutic oncology context, not a cancer-risk signal.

What this adds up to, in plain English

Pasireotide

Repeated large human trials support specific uses in the groups studied. That is strong evidence something works there — not proof it suits everyone or is free of risk.

Octreotide

Repeated large human trials support specific uses in the groups studied. That is strong evidence something works there — not proof it suits everyone or is free of risk.

A comparison is not a recommendation

Neither column here is an endorsement, and the compound with the higher numbers is not the “better” or “safer” one — it is simply the one with more or better-quality research behind it. Two compounds can both be poorly evidenced, and better-evidenced says nothing about whether either is a sensible idea for a specific person. That is a conversation for a qualified clinician.