One of the easiest ways to think about protein is this simple rule. Try to eat about one gram of protein for every pound of body weight per day. So if you weigh 180 pounds, aim for around 180 grams of protein per day. If you are overweight and working toward a goal weight, use your goal weight instead. For example, if you weigh 240 pounds but your goal is 200 pounds, aim for about 200 grams of protein per day. This helps your body hold onto muscle while losing fat, which keeps your metabolism stronger and helps you look leaner as the weight comes off. The key is not trying to eat all your protein at one meal. The easiest way to hit your target is to spread protein across the day. A simple structure looks like this. Breakfast around 30 to 40 grams Lunch around 40 grams Dinner around 40 to 50 grams Two snacks around 20 to 30 grams Now hitting your protein goal becomes much easier. Simple Tips and Hacks to Get More Protein Start your day with protein. Most people start the day with carbs. Instead, try eggs, Greek yogurt, cottage cheese, or a protein shake so you begin the day with 30 to 40 grams. Drink protein when you are busy. Protein shakes are one of the easiest ways to add 30 to 50 grams quickly. Build every meal around protein first. Choose the protein source first like chicken, steak, salmon, or eggs, then add the rest of the meal around it. Double your protein portion. If you normally eat one chicken breast or one egg, simply increase it. Small increases add up fast. Keep high protein snacks nearby. Good options include Greek yogurt, jerky, tuna packets, cottage cheese, protein bars, or shakes. Prep protein ahead of time. Cook several pounds of chicken, ground turkey, or steak at the beginning of the week so it is easy to grab during busy days. Add protein to foods you already eat. Mix protein powder into oatmeal, smoothies, or yogurt. Add egg whites to scrambled eggs. Eat protein first during meals. This helps ensure you get enough before filling up on other foods.

You guys--- I have taken semiglutide & tirzepitide in the past & when I tell you the combo of RETA & MOTS-C has been a game-changer! I have been on Reta & MOTS-C for 4 months now. My inbody scans show consistent body fat loss and muscle growth. All while still losing weight. Eating 120+g of protein every day, & have one "cheat" meal a week. I am weight lifting at 3x/week & just started implementing cardio 2-3x a week for at least 20 mins. If you are on Reta, you need to try adding Mots-C! What do you guys think??

Hey guys looking to do an order but wondering about what to stack i think my order is a bit much and want to make it more minimal So my challenge for my stack✨ I'm a 35 plus-year-old mum ready to feel better — supporting my body the right way. ✨ I want: 💪 more energy 🍃 a healthy body and sustainable weight loss 🌟 glowing, balanced skin 🧠 clarity for my ADHD 💆‍♀️ calmer anxiety But I’m not into growth hormone-type solutions or harsh stimulants. I just started on Reta and GHK CU What peptide stack would you recommend?

Several peptides have been studied for heart health, but the level of evidence varies significantly. Some are still experimental research compounds while others have been tested in larger clinical trials. The most commonly discussed peptides in cardiovascular research include thymosin beta 4, elamipretide also known as SS 31, apelin peptides, relaxin based therapies, and natriuretic peptides such as BNP and ANP analogs. Thymosin beta 4 is one of the most studied peptides for cardiac repair. Most of the research focuses on heart attack recovery and ischemic injury. Preclinical studies show that it may help reduce inflammation, support blood vessel growth, and improve cardiac remodeling after injury. Human research is still limited and results so far suggest it remains an investigational approach rather than an established therapy. Elamipretide, also known as SS 31, is a mitochondria targeted peptide that has been studied in heart failure and mitochondrial dysfunction. Early human trials suggest it may improve mitochondrial energy production in heart cells and influence cardiac function, although results across studies have been mixed. Apelin peptides are natural signaling molecules involved in blood pressure regulation, cardiac contractility, and vascular health. Early clinical research shows they can improve short term cardiac output and heart performance in heart failure settings. Several apelin receptor agonists are currently being studied as potential therapies. Relaxin based therapies such as serelaxin have been studied in acute heart failure. Early trials showed improvements in symptoms and some cardiovascular markers, but larger studies did not demonstrate clear reductions in mortality or long term heart failure outcomes. Natriuretic peptides have the longest clinical research history in cardiology. These include BNP and ANP based drugs such as nesiritide and carperitide. They help regulate fluid balance, blood pressure, and vascular tone and have been studied extensively in acute heart failure, although long term outcome benefits have been inconsistent.