At a glance
Read the record in context
MOTS-c's discovery source is preclinical. The three-hour number on the card is a tracking estimate, not a human measurement supplied by the paper. A 10 mg package citation can support an example independently, but it cannot change the research category of that timing input.[1]
What the research says
The discovery paper identified a short mitochondrial DNA sequence encoding the 16-amino-acid peptide MOTS-c. Researchers investigated cellular metabolism and insulin sensitivity using cell experiments and mouse models. The work explored mitochondria as a source of signaling peptides as well as energy-producing organelles.[2]
The cellular experiments examined folate-cycle and purine-synthesis pathways, with AMPK activation as part of the proposed mechanism. Mouse studies assessed metabolic responses associated with aging and high-fat feeding. These endpoints address glucose handling and metabolic regulation, rather than a measured therapeutic outcome in a human population.[2]
The abstract reports animal administration but does not specify its route; this guide does not infer one from the app's logging options. The reference establishes a preclinical discovery context. It leaves direct human pharmacokinetic characterization unresolved, which is why the library retains a low-confidence timing estimate.[2][1]
Cited amounts
The library records 10 mg as a supplier catalog package amount. This is the total listed in that presentation, not an amount selected for administration. No personal dosing range is inferred from it.[1][3]
Explore the MOTS-c dosing chartHalf-life and timing
Three-hour increments place the first five halvings at hours three, six, nine, 12, and 15. The final fraction is 3.125%. These simple landmarks may look like a schedule, but they are only locations on the mathematical axis. No administration events are proposed. The library says human response data are not characterized, and the preclinical citation cannot be extended to a measured human subcutaneous profile by multiplying its tracking estimate or labeling the result a dosage chart.[1][5]
Explore the MOTS-c half-life modelReconstitution
Ten milligrams in a hypothetical 2 mL final volume gives 5 mg/mL. That ratio can also be written as 5,000 micrograms/mL. A sample 0.1 mL represents 500 micrograms in the same hypothetical system. The consistency of these unit conversions is independent of the biological evidence. It does not establish a human MOTS-c amount, a route-specific exposure, or a preparation method. The only package fact being carried from the supplier reference is the listed 10 mg total.[3]
Tracking it in PinPoint
From a reference to a record
Built for peptide, TRT, and GLP-1 schedules. Set up your vial in seconds, log every dose, and see your modeled levels between doses. Enter vial size in mg, mcg, or IU and water volume for instant concentration and syringe units. Track vials and prefilled pens side by side.[4]
The Home curve models your levels between doses from published half-life data. Drag to scrub modeled values at any timestamp, or preview 30 days of a dose pattern. Ask PinPoint provides educational reference with sources; it never recommends a dose or a schedule change. These features record and visualize entered information, with the limits of each compound's source data still applying.
Get PinPoint on the App StoreFrequently asked questions
- What can a MOTS-c dosage chart show from this library?
- It can show the arithmetic of a stated package and liquid volume. It cannot establish a human MOTS-c schedule from the library's preclinical reference. The three-hour model input remains an estimate even when a chart presents it as a clean numeric row.[1][2]
- Why can a MOTS-c dosage chart look more certain than its evidence?
- A chart arranges arithmetic into exact rows, while the library's human model data remain uncharacterized. Visual precision does not add a human study. The guide keeps the preclinical source category beside the number to avoid losing that distinction.[1][5]
- Are motsc and MOTS-c different entries in the library?
- They are search spellings used to reach this compound guide. The app record retains one identity, one documented package example, and one qualified tracking reference. Spelling changes do not create additional clinical evidence or different conversion rules.[1][5]
- Can a peptide tracker app record MOTS-c?
- PinPoint's compound library includes MOTS-c. The app description covers logging compound, dose, site, and pain level, as well as viewing modeled levels between recorded doses. The curve uses published reference inputs and does not account for individual variation. The tracker records the schedule entered by its user; it does not choose a dose or recommend a schedule change.[1][4]
Sources
Facts and reference links were retrieved from the PinPoint application library on 5 October 2026. Links below preserve the library's citations; a catalog source supports a package amount only. Source references carried from the library have not all been independently reverified. Arithmetic examples are identified separately from clinical evidence.
- PinPoint compound library, MOTS-cSnapshot of the application library; its references and uncertainty are retained below.Retrieved 2026-10-05 · library
- PubMed pharmacology reference 25738459Identity and research summary checked against this document on 5 October 2026. PubMed abstract, retrieved through NCBI EFetch.Retrieved 2026-10-05 · library-reference
- Supplier catalog package referencePackage amount only; not a clinical amount or endorsement.Retrieved 2026-10-05 · supplier
- PinPoint App Store descriptionFeature wording from the approved application description, not pricing.Retrieved 2026-10-05 · app-description
- Unit conversion and exponential-decay arithmeticC = amount / volume; remaining fraction = 2^(-elapsed / half-life). These are illustrations, not measurements.Retrieved 2026-10-05 · arithmetic