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Unlocking Your Full Potential: The Advantages of Full-Body Weight Training Over Other Workout Splits


When it comes to weight training, choosing the right workout split is a crucial decision with far-reaching impact. In recent years, the full-body weight training method has gained significant popularity and traction

Full body involves working multiple muscle groups (though not necessarily all of them) in a single session. This contrasts with body part splits (“bro splits”) and other methods such as push-pull legs, or upper-lower splits. 

Full body training might seem counterintuitive, but there’s a really good chance you’ll get better results than you would with “bro splits” and potentially better results for both beginner and experienced lifters than other training splits. 

A Brief History of the “Bro Split”


Full-body training has made a bit of a comeback in recent years, but for decades this was just how people trained. It was only when steroid use became prevalent in the world of bodybuilding that “bro splits” – training based around training specific body parts on a single day – became the norm.

The reason for this is that if you’re on tons of gear your arms, chest, back, or whatever can take a serious pounding, with recovery aided by anabolic steroids and other compounds. For us mere mortals, however, the body part split is probably not the best choice. 

First of all, most of your volume is probably junk. You can only get gains out of about 10 sets per week on a body part. Another reason is that you’re only training the body part once per week probably, so you’re just not getting the optimal frequency of training for each body part. This is especially true of smaller body parts like arms, shoulders, and chest that can take a pounding but bounce back very quickly. 

Time Efficiency: Maximizing Your Workouts

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One of the most prominent advantages of full-body weight training is its time efficiency. Finding the time for extended gym sessions can be challenging. Full-body workouts offer a comprehensive approach to fitness, targeting all major muscle groups in a single session. This means that you can get an effective workout in a shorter amount of time compared to traditional splits. What’s more, full-body training is traditionally only done three times per week, but you can get away with two.

Compare this to body part splits, you often dedicate different days to specific muscle groups, generally five days per week. While this can be effective for muscle isolation and growth, it can result in more frequent and longer gym visits. Full-body workouts, on the other hand, allow you to make the most of your time by working all muscle groups in one session.

Frequency and Recovery: Striking the Right Balance


Your muscles don’t grow in the gym – they grow when you’re at rest. Full-body weight training provides greater recovery time for each muscle group when scheduled properly. This gives it an edge over upper-lower or push-pull leg splits, which are performed four or even six times per week.

Balancing frequency and recovery is critical in fitness, and full-body workouts can help you achieve this balance by allowing sufficient time for each muscle group to recover and grow.

Balanced Development: Building a Solid Foundation

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Balanced muscle development is a key goal for many fitness enthusiasts. You don’t want to be the guy with a torso shaped like a Dorito sitting on stick legs. Full-body weight training helps ensure all muscle groups are targeted regularly – and you’re likely getting more good volume for those stems than you would be on a typical “leg day.” This comprehensive approach minimizes the risk of neglecting specific areas and fosters balanced muscle development.

Body part splits, on the other hand, tend to emphasize certain muscle groups more than others. This is especially true when you have a least favorite day you tend to skip a lot. Imbalance training leads to muscle imbalances, that not only give you a wonky physique, but it also increases your chance of injury over time…

Increased Caloric Burn: A Boost for Weight Loss


If you hate cardio, we’ve got some great news for you. Full-body workouts can basically act as cardio with weights. They engage multiple muscle groups simultaneously, which results in higher caloric expenditure. Full-body training is an excellent choice for individuals looking to burn more calories and shed excess fat. If fat loss is one of your fitness goals, full-body weight training can be a particularly effective strategy.

A side benefit of the cardiovascular aspects of full-body training is increased oxygen consumption and elevated heart rate. Thus, it can have a positive impact on cardiovascular health, namely your heart. 

Because full body training tends to rely heavily upon heavy compound movements, rather than the isolation focus of body part splits, it’s a great way to get strong while increasing your heart health.

Full-body weight training offers a host of benefits when compared to other workout splits. It’s efficient, effective, and adaptable to a wide range of fitness goals and levels. Different training approaches have their merits and may work better for some individuals depending on their specific objectives. But for most natural lifters, full-body training is probably the best way to train.

With that said, please remember that the best training split for you depends on your individual goals, preferences, and fitness level. Always consult with a fitness professional or trainer who can help tailor a program aligned with your unique needs and objectives.

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A New Generation of Weight-Loss Drugs Target Brain Plasticity


A breakthrough in weight-loss drug development is on the horizon, thanks to the innovative research led by Associate Professor Christoffer Clemmensen from the Novo Nordisk Foundation Center for Basic Metabolic Research at the University of Copenhagen. Clemmensen and his team have developed a new type of weight-loss drug that affects brain plasticity and shows promising results in preclinical studies. Published in the scientific journal Nature, this new drug could potentially offer a more effective and targeted approach to weight loss.

The Role of GLP-1 in Weight Loss


In their study, the researchers demonstrate a novel use of the weight-loss hormone GLP-1. Traditionally, GLP-1 has been used to help manage weight, but Clemmensen’s team discovered that it could serve as a ‘Trojan Horse’ to deliver specific molecules into the brain. These molecules target the brain’s plasticity, resulting in significant weight loss in mice.

The study suggests future patients could achieve similar weight-loss results with lower doses, potentially reducing side effects.

From Mice to Humans: The Next Steps

Currently, the new drug is in the preclinical phase, involving studies on cells and experimental animals. The next critical step is to conduct clinical trials with human participants. These trials will determine how the drug works in humans and whether the impressive results seen in mice can be replicated.

Clemmensen is optimistic about the potential of this drug, noting that GLP-1-based drugs are already known to induce weight loss. By attaching a molecule that affects the glutamatergic neurotransmitter system to GLP-1, the team has created a drug that may offer significant weight loss benefits. Previous studies with similar compounds have shown promise in human participants, further supporting the potential of this new drug.

Overcoming the Brain’s Defense Mechanisms

The human body is naturally designed to defend a certain body weight and fat mass, a trait that has historically helped humans survive periods of food scarcity. However, in today’s world, where obesity is a growing problem, this evolutionary advantage can be detrimental.

Clemmensen and his team developed an interest in molecules used to treat chronic depression and Alzheimer’s disease, which block a receptor protein called the NMDA receptor. These receptors play a key role in brain plasticity, affecting long-term changes in brain connections. By targeting these receptors, the new drug can potentially alter the brain’s structure and function to promote weight loss.

The Potential of Targeted Drug Delivery

A significant innovation of this new drug is its targeted delivery method. By combining GLP-1 with molecules that block the NMDA receptor, the drug specifically targets the neurons that control appetite. This specificity reduces the risk of non-specific effects that can cause severe side effects, a common issue with many neurobiological drugs.

“This family of molecules can have a permanent effect on the brain,” Clemmensen explains. “We see molecular signatures of neuroplasticity in our work, but in this case, in the context of weight loss.” The drug’s ability to cross the blood-brain barrier and target specific brain regions marks a significant advancement in weight-loss treatment.

Implications for Future Treatments


The implications of this research extend beyond weight loss. By using GLP-1 as a vehicle to deliver drugs to specific parts of the brain, Clemmensen’s team has opened the door to a new class of treatments for various neurodegenerative diseases and psychiatric disorders. This approach could lead to more effective and targeted therapies for conditions that have been difficult to treat due to the challenges of crossing the blood-brain barrier.

Understanding Neuroplasticity

Neuroplasticity, or the brain’s ability to restructure itself by forming new neural connections, is central to this new drug’s mechanism. This ability allows the brain to adjust to new experiences, learn new skills, and recover from injuries. By harnessing neuroplasticity, the new drug can potentially bring about long-lasting changes in brain function that promote weight loss.

In conclusion, the development of this new weight-loss drug represents a significant step forward in the fight against obesity. By targeting brain plasticity and utilizing innovative drug delivery methods, Clemmensen and his team have created a promising new treatment that could benefit millions of people struggling with weight management. As research progresses and clinical trials begin, the potential for this drug to revolutionize weight-loss therapy becomes increasingly clear.

Are you excited about the brain side effects of weight loss drugs? Leave your thoughts in the comments below. 


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Stay Pain Free With These Simple Stretches


When it comes to staying pain-free, sometimes it’s a joint effort between you and your physical trainer. However, if you don’t have a trainer, here are simple stretching tips to prevent hip, back, and ankle pain. In this article, we’ll explore these tips and how they can help you stay mobile and pain-free. 

Mobility is simply how well your joints move. Someone who has strong mobility will be strong within different ranges of motion. It’s important to train mobility before engaging in exercises like weightlifting and even walking.

Walking involves a lot from the body: foot plantar flexion, ankle dorsiflexion, hip flexion and extension, rotation in the pelvis, and stability in the core. Doing mobility exercises before a walk is important to prime the body for all these functions. By enhancing mobility, you can improve your performance and reduce the risk of injuries.

Mobility Exercises

Centenari shared two effective mobility exercises that can be done before a walk to prevent pain and improve joint function.

The CAR Ankle Exercise

CAR stands for controlled articular rotations. This exercise involves taking the joint through its full range of motion, and exploring how well you can control these outer ranges. This helps uncover where you may be limited or where progress can be made, both neurologically and kinesthetically.

How to Perform the CAR Ankle Exercise


  1. Sit on the floor and raise your right leg off the ground.
  2. Pull your right leg to your chest by using both hands to hold up your knee, keeping your leg suspended in the air.
  3. Create small circles with your foot by pointing your toe and rotating your ankle.
  4. Perform the rotation in one direction for 30 seconds, then switch directions for another 30 seconds.
  5. Repeat the exercise with the other leg.
  6. Practice the exercise for 90 seconds on each side.

This exercise helps improve the range of motion and strength in your ankles, which is essential for walking and other physical activities.

The 90-90 Exercise

The 90-90 exercise is a floor-based position that focuses on hip internal and external rotation. It not only helps increase the range of motion and functionality in the hips but also addresses low back issues that often stem from hip dysfunction.

How to Perform the 90-90 Exercise

  1. Sit on the floor with your right leg bent in front of you at a 90-degree angle.
  2. Position your left leg behind you, also bent at a 90-degree angle.
  3. Sit up straight, take a deep breath, and slowly stretch yourself over your right knee.
  4. Hold the stretch for one second before sitting up again.
  5. Do it again for 90 seconds, then switch to the other side.
  6. Perform the same stretch on the left side.

This exercise helps improve hip mobility and can alleviate lower back pain by addressing hip dysfunction.

Incorporating these simple mobility exercises into your routine can help you stay pain-free and improve your overall joint function. Whether you’re an athlete or just someone looking to stay active, maintaining good mobility is key to preventing injuries and enhancing performance. Remember to consult with your doctor or a physical trainer to ensure these exercises are appropriate for your needs and abilities. Stay active, stay mobile, and stay pain-free!

Will you be using these mobility exercises? Leave your thoughts in the comments below.

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Exercises Enhances Effectiveness of Cancer Treatments in Seniors


New research suggests that exercise could make certain cancer treatments more effective. Specifically, a study has shown that moderate-to-vigorous exercise can help improve antibody therapies used to treat chronic lymphocytic leukemia (CLL). This form of leukemia affects the white blood cells and is common among older adults. In this article, we’ll explain how exercise can potentially boost cancer treatment and what this means for seniors battling this disease.

Researchers at the Universities of Birmingham and Bath conducted a study involving 20 people aged between 45 and 82 who were diagnosed with CLL but had not yet started treatment. These participants were asked to engage in a 30-minute session of moderate-to-vigorous cycling. Blood samples were taken before, immediately after, and an hour after the exercise session.

The researchers found that exercise increased the number of natural killer cells in the blood by 254%. Natural killer cells are a type of immune cell that can target and kill cancer cells. This increase is significant because natural killer cells play a crucial role in fighting cancer.

How Exercise Helps

Immediately after exercise, the researchers noted a 67% increase in the number of cancer cells in the blood samples compared to the samples taken before exercise. This might seem alarming, but it actually means that the exercise helped move the cancer cells out of hiding in the body and into the bloodstream, where they can be more easily targeted by treatments.

The study focused on an antibody therapy called Rituximab, commonly used to treat CLL. Rituximab works by attaching to a specific protein on the surface of cancer cells, making them easier for natural killer cells to recognize and attack.

The researchers tested the blood samples with and without Rituximab. They found that the natural killer cells were twice as effective at killing cancer cells when Rituximab was present, especially in the samples taken immediately after exercise. This suggests that exercise can enhance the effectiveness of antibody therapy by making cancer cells more vulnerable to attack.

Potential Benefits for Seniors

These findings are particularly relevant for seniors undergoing treatment for CLL. The potential for exercise to improve the efficacy of antibody therapies like Rituximab could offer new hope for better treatment outcomes. Moreover, the study suggests that exercise might help in monitoring patients after they have completed treatment. By increasing the number of detectable cancer cells in the blood, exercise could make it easier to spot any remaining or returning cancer cells.

Dr. James Turner from the University of Birmingham highlighted the potential benefits of this research, stating that it could open up new avenues for improving cancer treatments. However, he also emphasized the need for further studies to confirm these findings in larger groups of patients undergoing treatment.

Dr. John Campbell from the University of Bath added that exercise seems to help move cancer cells into the bloodstream, where they are more susceptible to treatment. This could be particularly useful for patients in the monitoring phase after treatment.

The Importance of Personalized Exercise Plans

While the results are promising, it is crucial for seniors to discuss any new exercise routines with their doctors. Caroline Geraghty, a Senior Specialist Information Nurse at Cancer Research UK, advises cancer patients to seek medical advice before starting any exercise program. Each person’s needs and abilities are different, and it’s important to find the right type of exercise that is both safe and beneficial.

This research adds to the growing body of evidence that exercise can play a valuable role in cancer treatment. For seniors with CLL, incorporating moderate-to-vigorous exercise into their routine could potentially enhance the effectiveness of their treatments and improve their overall health. As always, consult with healthcare providers to create a personalized exercise plan that suits your needs and abilities.

Exercise is known to improve physical and mental well-being, and now, it may also be a powerful ally in the fight against cancer. As research continues, we hope to see more concrete recommendations on how to best incorporate exercise into cancer treatment plans. For now, staying active within your capabilities and under medical guidance remains a beneficial approach for overall health and well-being.

What do you think of the findings of these studies? Leave your thoughts in the comments below.

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