We continue to progress in our Wiems Lab laboratory. And at Wiemspro we always fight for innovation and continuous improvement. Without research, there is no future.
Exclusively, we are pleased to present to youWiems Lab, our R&D laboratory specialized in the study of EMS (Full Body Electrostimulation), where we analyze and quantify how Wiemspro contributes to society based on 3 fundamental pillars:
- Health.
- Productivity.
- Divulgation.
What do we do at Wiems Lab?
Wiems Lab is a pioneering laboratory dedicated to the exhaustive analysis of the impact of muscle electrostimulation on human health. Strategically located in the facilities of the iMuds Research Center, belonging to the prestigious University of Granada, we stand out for our dedication to cutting-edge research in this field.
In this synergistic collaboration between Academy and the business sector, we rigorously pursue the highest quality standards in all phases of the process, from research to the dissemination of results. This strategic alliance allows us to merge academic knowledge with practical experience, ensuring that our research is rigorous, relevant and applicable in the real world.
Our main purpose is to unravel the potential benefits of electrostimulation to improve people’s quality of life. Through a multidisciplinary approach, we explore how this innovative technology can be effectively employed in various health and wellness contexts. We seek to identify specific strategies that can be tailored to the individual needs of each person, thus providing a personalized and effective approach to improving health and physical performance.
We collaborate closely with healthcare professionals to ensure that our research translates into practical and beneficial interventions for their patients. Our commitment to excellence is reflected in the application of the strictest analysis and evaluation methods, guaranteeing the validity and reliability of our conclusions. Ultimately, our goal is to offer innovative, evidence-based solutions that significantly improve people’s quality of life and contribute to the advancement of knowledge in the field of muscle electrostimulation.
Case Studies
A case study conducted by Wiems Lab is a detailed and comprehensive investigation that specifically analyzes the effects of muscle electrostimulation on an individual or group of individuals in a particular context. These studies can vary in their focus and scope, but generally involve the collection of data on the application of electrostimulation in real situations, followed by careful analysis of the results obtained.
In a typical Wiems Lab case study, a group of participants is selected who may have certain health conditions, physical performance goals, or specific characteristics that make them suitable for research. Then, an intervention protocol is designed that may include muscle electrostimulation sessions for a certain period of time.
During the study, objective and subjective data are collected, such as physical measurements, health and performance assessments, satisfaction surveys, and participant feedback. These data are rigorously analyzed using statistical and qualitative methods to identify patterns, trends, and significant effects associated with the application of muscle electrostimulation.
The ultimate goal of a Wiems Lab case study is to provide a deeper understanding of how electrostimulation can influence people’s health and well-being in specific situations. The findings of these studies can contribute to the formulation of practical recommendations for health professionals, fitness trainers and others interested in harnessing the benefits of this innovative technology. Furthermore, these studies can help generate solid scientific evidence supporting the effective use of muscle electrostimulation in various clinical and sports applications.
Success stories
Wiems Lab has accumulated numerous success stories that illustrate the positive impact of muscle electrostimulation on people’s health and physical performance. Here are some representative examples:
- Improving postoperative rehabilitation: Wiems Lab conducted a study involving patients recovering from orthopedic surgeries, such as ligament reconstructions or muscle tissue repairs. By using muscle electrostimulation as a complement to traditional physical therapy, a significant acceleration in the rehabilitation process was observed. Patients experienced faster recovery of muscle strength and a reduction in the time needed to regain full functionality.
- Optimizing sports training: High-performance athletes participated in a Wiems Lab study designed to improve their training and sports performance. By incorporating regular muscle electrostimulation sessions into their training programs, athletes experienced significant increases in strength, endurance and speed. Additionally, a decreased risk of injury and faster recovery were observed between intensive training sessions.
- Chronic pain management: Individuals suffering from chronic pain, such as low back pain or fibromyalgia, participated in a Wiems Lab study focused on pain management through muscle electrostimulation. Regular use of electrostimulation was found to help reduce pain intensity, improve physical function, and increase participants’ quality of life. These results offered new perspectives for the non-pharmacological treatment of chronic pain.
- Neuromuscular rehabilitation: Patients with neurological injuries, such as strokes or spinal cord injuries, benefited from neuromuscular rehabilitation programs developed by Wiems Lab. Muscle electrostimulation was used to selectively stimulate affected muscle groups, helping to restore motor function and improve mobility in these people.
These success stories are just examples of how Wiems Lab has contributed to the advancement in the understanding and application of muscle electrostimulation in various clinical and sporting contexts. Each demonstrates the potential of this technology to improve people’s health and physical performance, backed by solid scientific evidence and tangible real-life results.
Physiological Tests
At Wiems Lab, a variety of physiological tests are performed designed to evaluate the effects of muscle electrostimulation on the human body. These tests provide objective and quantifiable data that help to better understand how electrostimulation affects different physiological systems and how it can be used effectively in various contexts. Some of the common physiological tests carried out at Wiems Lab include:
- Muscle strength evaluations: Dynamometers and isometric strength equipment are used to measure muscle strength before, during and after the application of electrostimulation. These tests allow us to evaluate how electrostimulation affects the ability to generate force in different muscle groups.
- Body Composition Analysis: Using techniques such as electrical bioimpedance or dual-energy X-ray absorptiometry (DEXA), participants’ body composition is assessed, including muscle mass, body fat, and bone density. This allows changes in the distribution of body mass as a result of electrostimulation to be detected.
- Metabolic measurements: Basal metabolism tests and aerobic capacity tests are performed to evaluate how electrostimulation affects the metabolism and cardiovascular capacity of individuals. This helps to better understand the effects of electrostimulation on calorie burning and improving cardiovascular endurance.
- Monitoring muscle activity: Electromyograms (EMG) are used to record the electrical activity of the muscles during the application of electrostimulation. This provides detailed information about muscle activation and neuromuscular coordination during electrical stimulation.
- Pain and fatigue assessments: Pain assessment scales and fatigue questionnaires are carried out to measure the subjective impact of electrostimulation on the perception of pain and the level of fatigue perceived by the participants.
These physiological tests are carried out in a rigorous and controlled manner in the Wiems Lab laboratory environment, using state-of-the-art equipment and following standardized protocols. The data obtained from these tests are analyzed comprehensively to provide a more complete understanding of the effects of muscle electrostimulation on the human body and to support the laboratory’s research findings.
What projects are carried out at Wiems Lab?
At Wiems Lab, we are dedicated to research in various areas related to muscle electrostimulation, addressing a wide range of topics to better understand its effects on health, physical activity and aesthetics. These areas are divided into three clearly defined lines of research:
- Health: In this area, our focus is on understanding how electrostimulation affects people with different health conditions. We study the behavior of electrostimulation in profiles with specific pathologies, such as multiple sclerosis, thyroiditis, fibromyalgia or type II diabetes. Our goal is to investigate how electrostimulation can be used as a complementary therapeutic tool to improve quality of life and physical function in these populations.
- Physical activity: This line of research focuses on the study of electrostimulation in healthy individuals, but with different levels of physical activity. We investigate the impact of full body electrostimulation in both sedentary and active people, with the aim of understanding how this technology can be used to improve sports performance, increase strength and endurance, and optimize body composition in a wide variety of conditions. profiles.
- Aesthetics: In this area, we are dedicated to the development of scientific evidence on aspects related to body aesthetics. We study how electrostimulation can be used for specific aesthetic goals, such as losing weight, toning, reducing cellulite and promoting collagen production to combat the signs of aging. Our research focuses on understanding the underlying mechanisms and effectiveness of electrostimulation in improving people’s physical appearance and emotional well-being.
Through these three areas of research, we seek to generate solid and applicable scientific knowledge that contributes to the advancement of muscle electrostimulation as a versatile and effective tool in different health, physical activity and aesthetic contexts. Our goal is to provide a scientific basis for the practical application of electrostimulation, both in clinical and sports settings, to improve the quality of life and promote people’s general well-being.
Do you want to participate in Wiems Lab studies?
If you have any topic, pathology or experience that you would like us to study, let us know.
