Why Choose CellPeptides’ MOTS-c?

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What Is MOTS-c Peptide?

MOTS-c is a peptide composed of 16 amino acids; its molecular formula is C101H152N28O22S2, and its molar mass is 2174.59 g/mol.

It originates from a small segment of the DNA in the mitochondria, the minute structures in cells that serve as power plants, converting food into energy the body can use.

Of course, MOTS-c also helps maintain energy production. In laboratories, it is created synthetically so that researchers can investigate how it acts on cells under controlled conditions.

CellPeptides sells MOTS-c in 10mg freeze-dried vials.

This peptide changes how cells handle energy and respond to stress, making it great for metabolism, aging, and cell protection experiments.

It’s easy to prepare and use, providing accurate and informative results for anyone doing lab work.

Key Characteristics of MOTS-c

MOTS-c works with mitochondria, the cellular structures that turn sugar and fat into energy. This helps these mitochondria work much more efficiently, providing a regular and balanced energy supply.

It’s a tiny peptide consisting of just 16 amino acids, and it acts fast in lab models so that researchers can observe results quickly.

It is an excellent research tool to study how cells regulate energy and age and stay healthy despite long-term stress or damage.

What Can MOTS-c Do for You?

In lab studies, MOTS-c has a lot to offer. It helps scientists know how cells metabolize energy and stay healthy. Here’s a closer look at what it can do for your experiments.

Improves Energy Use

MOTS-c helps cells convert sugar and fat into energy. That enables scientists to investigate how energy production works using lab models, including cell cultures or small animals, and what goes haywire with energy in low-energy output conditions.

Supports Healthy Aging

This peptide may help slow certain aging aspects by keeping those cells strong and charged up. Scientists can use it to study the effects of energy shifts on aging, including how well cells hold up after time in experiments and what enables those cells to keep clicking along as they age.

Protects Cells from Stress

When the cell experiences stress, such as excess strain on workload or chemical injury to the cell, MOTS-c helps the cells protect themselves from things like that.

So, when cells survive under challenging conditions, we want to know why they might be robust and how they can return from complicated situations.

Balances Metabolism

In lab conditions, scientists can track weight, sugar levels, and general health and watch as MOTS-c preserves healthy homeostasis.

Use Cases for MOTS-c in Research

Energy Production Studies

MOTS-c is tested on the something grams. When will the cells be making energy from sugar or fat? It’s added to cell cultures or animal models and measured for how much energy comes through, giving clues to what regulates energy balance and how it can shift in different conditions.

Aging Research

This peptide is employed to study the long-term effects of aging on cells. MOTS-c can be added to models, and scientists can see whether it maintains energy or helps prevent cells from deteriorating. This demonstrates how it may help keep the cells healthy while aging in the lab.

Stress Response Experiments

MOTS-c is predominantly used in models of stress, such as high levels of sugar or hypoxia. You can look at how it maintains life and function in cells, data on how cells fare under stress, and what MOTS-c does to bolster them through these tests.

Metabolism Research

People test it out on models with metabolism difficulties, trying things like weight gain or sugar problems. Scientists can see how MOTS-c tweaks energy use and protects specific health metrics, learning more about how metabolism stays centered and what happens when it’s not.

What Effects Can You Expect from MOTS-c?

MOTS-c has an apparent effect in laboratory experiments, depending on how you use it. Here’s what you could see in your tests.

Better Energy Levels

MOTS-c turns up cells’ ability to derive energy from sugar and fat. You can observe this in experiments where you see greater energy output within a handful of days, which will aid you in observing how at least some cells become more robust and active in your model over a very brief period.

Less Cell Aging

It can reduce aging markers in cells, such as damage or stasis. This may take weeks to appear in lab tests so you can monitor as cells remain healthier longer and determine what MOTS-c does to help them.’

Stronger Stress Resistance

MOTS-c enables cells to better cope with stress, allowing them to live longer and function more efficiently. You may notice this by a benefit in survival rates or health checks over a couple of days, highlighting what it does to help your cells in the problematic conditions in your experiments.

Steady Metabolism

MOTS-c maintains a balance between cells’ use of sugar and fat. These may manifest in days or weeks with test results around weight or energy levels, giving you data on how it maintains metabolism even and healthy in your lab work.

Recommended Research Dosage Guidelines

CellPeptides MotS-c is intended for research only and not for human consumption. Still, here’s how to do it in your research.

Starting Dose

Begin with 0.1mg to 0.5mg per dose to see how your model reacts. This little bit gives you an idea of what MOTS-c does without putting you at risk of using too much.

Standard Range

Most studies use between 1mg and 3mg per dose, depending on what you’re looking at, such as energy or stress. This range provides nice, precise results without wasting the peptide, making it usable for different experiments.

Administration Frequency

Dose once per day for short studies and once every few days for longer ones. That’s based on whether you want rapid effects, like in a week, or observe effects accumulate over a month or more in your research.

Reconstitution Process

Dissolve MOTS-c in sterile water. Just add 1mL to a 10mg vial, and as such, have a 10mg/mL concentration; you then use a syringe to pull out however much you need for each dose; very simple and precise.

Store mixed product at 2-8 °C, use within 30 days. Always keep your tools clean to avoid contamination.

Tips for Starting Your MOTS-c Research

Here’s how to begin with MOTS-c in your lab.

Storage Guidelines

Unopened vials should be stored at 2-8°C in the refrigerator. Mix it, keep it cold, and use it for 30 days to keep it strong and effective for your experiments.

Prepare Supplies

Before you begin, line up your sterile water, syringes, and alcohol wipes. These help you keep everything organized and secure, allowing you to measure doses precisely and ensure you don’t make any errors in your work.

Start with a Low Dose

Try 0.1mg to 0.5mg first and see what it does in your model. This tiny initial dosage lets you observe MOTS-c’s effects on these factors before applying more significant amounts, ensuring that your assays remain pure and unambiguous.

Record Data

Document your doses, the times you take them, and what you observe each time. Readings, experimental protocols, and the results of tests should all be written down in addition to notes.

FAQs

What is its shelf life?

It just needs to be maintained for 30 days in the fridge after each mixing, which is no problem, as it stays stable unopened for a few months at 2–8°C, allowing you enough time to plan and perform your test for real.

What are the fields where MOTS-c showed health condition improvement?

Scientific evidence and studies shown that MOTS-c can help with fat, muscle metabolism, insulin sensitivity, improves osteoporosis condition as well as heart health.