PinPoint learn / 24 explainers

The question behind the search, answered from the source.

Dosing searches usually mix three things: what a label or study reported, how a vial becomes syringe units, and how an entry is recorded. These explainers keep the three apart, cite each claim, and link the guide, chart, half-life page and calculator for every compound they cover.

01 / 6 explainers

GLP-1, amylin and metabolic research

Editorial still life for glp-1, amylin and metabolic research
Retatrutide dosing explained

GLP-1 & METABOLIC / DOSING EXPLAINER
6 sources · about 1000 words

Retatrutide dosing as reported in phase 1 and phase 2 studies, the 10 mg vial arithmetic in mg, mL and U-100 units, and how weekly entries are logged.

Eloralintide explained

GLP-1 & METABOLIC / INVESTIGATIONAL COMPOUND
6 sources · about 700 words

Eloralintide is an investigational amylin receptor agonist with phase 1 and phase 2 data and no label. What the studies report, and how weekly logs work.

5-Amino-1MQ explained

CELLULAR RESEARCH / COMPOUND EXPLAINER
5 sources · about 700 words

5-Amino-1MQ explained from its rat and mouse sources, why oral entries are logged in capsule milligrams, and how it is recorded beside a GLP-1.

SLU-PP-332 explained

CELLULAR RESEARCH / INVESTIGATIONAL COMPOUND
6 sources · about 700 words

SLU-PP-332 is an experimental ERR agonist studied in mice and cultured cells, with no human dosing data. What the papers measured, and what they did not.

CagriSema explained

GLP-1 & METABOLIC / INVESTIGATIONAL COMBINATION
6 sources · about 700 words

CagriSema is cagrilintide given with semaglutide, investigational in its studies. What the two 68-week phase 3 papers report and how each part is logged.

Levocarnitine explained

METABOLIC / LABEL EXPLAINER
5 sources · about 700 words

Levocarnitine (L-carnitine) from its FDA labels: the 200 mg/mL injection, the 100 mg/mL oral solution, what the labels report and the mL to mg math.

02 / 4 explainers

Blends and stacks, one compound at a time

Editorial still life for blends and stacks, one compound at a time
KLOW peptide blend explained

PEPTIDES / BLEND EXPLAINER
8 sources · about 800 words

What is in a KLOW or GLOW peptide blend, what the sources for KPV, GHK-Cu, BPC-157 and TB-500 report, and how one blend vial is logged per component.

BPC-157 and TB-500 explained

PEPTIDES / STACK EXPLAINER
6 sources · about 750 words

BPC-157 and TB-500 described one at a time from their sources, the vial arithmetic for each in mg, mL and U-100 units, and how two compounds are logged.

SS-31 and MOTS-c explained

CELLULAR RESEARCH / STACK EXPLAINER
6 sources · about 750 words

SS-31 (elamipretide) has an FDA label; MOTS-c has mouse data. Each compound's sources, vial arithmetic and how two mitochondrial peptides are logged.

CJC-1295 and ipamorelin explained

PEPTIDES / STACK EXPLAINER
7 sources · about 750 words

CJC-1295 and ipamorelin described separately: two growth hormone secretagogues, their human studies, vial arithmetic in mcg and units, and logging.

03 / 8 explainers

Single-compound explainers

Editorial still life for single-compound explainers
IGF-1 LR3 explained

PEPTIDES / COMPOUND EXPLAINER
4 sources · about 750 words

What is known about IGF-1 LR3, why its evidence is detection science rather than dosing data, and how a 1 mg vial converts to mcg, mL and U-100 units.

MOTS-c dosage explained

PEPTIDES / DOSING EXPLAINER
4 sources · about 750 words

MOTS-c dosage questions answered from the source: a mouse and cell discovery study, a 10 mg vial in mg, mL and units, and how the entries are logged.

GHK-Cu dosage explained

PEPTIDES / DOSING EXPLAINER
4 sources · about 750 words

GHK-Cu dosage questions traced to the source: what the copper peptide review covers, a 50 mg vial in mL and units, and topical versus injected entries.

Dihexa explained

PEPTIDES / COMPOUND EXPLAINER
4 sources · about 700 words

Dihexa explained from its 2013 rat study and that paper's later expression of concern, why no vial arithmetic exists, and how oral entries are logged.

HGH and somatropin, IU to mg

GROWTH HORMONE / UNITS EXPLAINER
4 sources · about 800 words

What HGH (somatropin) is, why HGH peptide searches usually mean secretagogues, and the label figure of 3 IU per mg worked into U-100 units.

Cerebrolysin explained

RESEARCH COMPOUNDS / LITERATURE EXPLAINER
5 sources · about 700 words

Cerebrolysin, a pig-brain peptide mixture: what the Cochrane review and a 1070-patient stroke study found, and why the studies report mL only.

Follistatin 344 explained

RESEARCH COMPOUNDS / ANIMAL-DATA EXPLAINER
6 sources · about 750 words

Follistatin 344 from selected preclinical studies of myostatin blocking: what was measured, and why these studies do not supply a peptide-vial amount.

VIP peptide and aviptadil explained

RESEARCH COMPOUNDS / INVESTIGATIONAL PEPTIDE
7 sources · about 750 words

VIP (vasoactive intestinal peptide) and aviptadil, its synthetic form: receptor pharmacology, three randomised lung studies, pmol/kg math and logging.

04 / 6 explainers

Comparisons and preparation

Editorial still life for comparisons and preparation
CJC-1295 DAC vs no DAC

PEPTIDES / COMPARISON
6 sources · about 750 words

CJC-1295 with DAC and without DAC compared from their sources: albumin binding, a 30-minute versus eight-day half-life input, vial units and logging.

Selank vs Semax compared

PEPTIDES / COMPARISON
6 sources · about 750 words

Selank vs Semax compared from their sources: a tuftsin analogue and an ACTH fragment, their study populations, nasal mg and mcg arithmetic, and logging.

Melanotan 1 vs Melanotan 2

PEPTIDES / COMPARISON
7 sources · about 700 words

Melanotan 1 is afamelanotide, a labeled 16 mg implant; Melanotan II is a research peptide. Each compared from its own sources, units and records.

GHRP-6 vs GHRP-2 compared

PEPTIDES / COMPARISON
6 sources · about 750 words

GHRP-6 vs GHRP-2 compared from their human studies: two growth hormone secretagogues, intravenous half-lives of 2.5 and 0.55 hours, units and records.

How to reconstitute peptides

PREPARATION / STEP-BY-STEP EXPLAINER
5 sources · about 850 words

Peptide reconstitution step by step: what the diluent labels say, how vial total and water volume set concentration, and how mg turns into U-100 units.

Bacteriostatic vs sterile water

PREPARATION / COMPARISON
5 sources · about 750 words

Bacteriostatic water vs sterile water from their DailyMed labels: benzyl alcohol, multiple-dose or single-dose vials, and why volume sets the units.

From an explainer to a record

Logging it in PinPoint

Set up a vial in seconds, log every dose, and see modeled levels between doses. Log injections with compound, dose, site and pain level, with reminders tied to the day and time you set. Modeled curves are mathematical visualizations of published population averages and do not account for individual variation.

Get PinPoint on the App Store

Frequently asked questions

What do the learn explainers cover?
Each explainer takes one search question, such as a compound dosage, a stack or a preparation step, and answers it from labels, peer-reviewed papers and PinPoint's compound library, in that order. Arithmetic is shown separately from evidence.[source]
Do the explainers give doses?
No. They report amounts that labels or studies describe, with the population and setting attached, and they convert vial totals into concentration and syringe units. They do not choose an amount for anyone.[source]
How are stacks and blends handled?
Each compound in a stack or blend is described from its own sources and logged as its own entry. No explainer gives a combined amount, ratio or timing instruction.[source]
How do the explainers connect to the app?
Each one links the matching compound guide, dosing chart, half-life page, calculator and tracker page, and describes logging with the features in the PinPoint App Store description.[source]

Sources and scope

  • PinPoint compound library, retrieved 5 October 2026. The peptide library lists every compound guide and its references.
  • PinPoint app description, retrieved 5 October 2026.
  • Dimensional arithmetic: concentration equals amount divided by volume; U-100 units equal millilitres times 100.