Quelles sont les meilleures plateformes technologiques de simulation de soins de santé pour la formation des professionnels de la santé ?

VERT, the flight simulator for Linacs was invented to train radiation therapists, dosimetrists, and physicists on the equipment and techniques used in radiation therapy. Being able to make mistakes safely, in a non-pressured environment is a vital part of the learning process. VR for radiation therapy provides a powerful visualisation of patient's DICOM data within the virtual treatment room and facilitates understanding of beam trajectories, technique, imaging, and dose.

Incision Care is a new Periop platform that teaches sterile processing as other areas with in Periop Services, including Anesthesia. It’s a great onboarding tool for those with no SPD experience.

Virtual reality (VR) simulation platforms put you right into a computer-made world where you can deal with realistic patient situations. They're super helpful for training surgeons, letting you practice procedures safely. These platforms make the operating room experience feel real with their detailed graphics and feedback, helping you improve your skills and decision-making. And as VR tech gets better, we can expect even more true-to-life simulations that feel just like the real deal in hospitals.

VR offers a comprehensive, immersive, and flexible training platform that enhances the skills and preparedness of medical professionals, ultimately leading to improved patient outcomes and healthcare quality. In my opinion the below two key benefits highlight the importance of VR in medical training: 1. Immersive Learning Environment: VR creates a highly immersive and interactive learning environment, allowing medical professionals to practice procedures in a simulated, yet realistic setting. Which helps in better retention and understanding of complex medical concepts. 2. Risk-Free Practice: VR allows to practice and perfect without any risk to real patients. This is particularly important for beginners.

As I mentioned earlier, VR platforms for medical professionals are invaluable for enhancing healthcare knowledge. They assist in capturing the critical period of a patient's illness, leading to timely diagnosis and appropriate treatment initiation. However, their accuracy may vary when diagnosing and initiating treatment without detailed patient history. Nevertheless, widespread availability of VR platforms facilitates continuous engagement and learning for medical professionals.

Simulation platforms using manikins provide a dynamic training tool in healthcare, featuring life-like dummies that respond like real patients. These manikins simulate a range of conditions and responses, from vital signs to speech, enhancing training for emergencies, clinical skills, and patient care. Essential for team training, they foster improved communication and coordination in urgent care situations. The true-to-life nature of these simulations extends beyond medical procedures, encompassing the vital human aspect of patient interaction.

Manikin simulators, such as those from Laerdal Medical, CAE Healthcare, Gaumard Scientific, SynDaver, and METI, offer realistic hands-on medical training experiences for healthcare professionals.

High-tech care simulation platforms based on mannequins are training tools used in the healthcare field to simulate realistic clinical situations and allow professionals to practice in a controlled environment. These mannequins are equipped with sophisticated sensors and software that can reproduce vital signs, physiological reactions and complex medical scenarios. I do not agree with practical training based solely on simulations of care on manquins, it is necessary to supplement real care practices in the field. The advantage of simulating care firstly allows students and professionals to avoid risks.

Centros de simulação realística, são experiências marcantes. Tive oportunidade de ver projetos do Ministério da Saúde do Brasil que fomentaram a atuação de alguns para o benefício do povo Brasileiro. Relevantes, assertivos, necessários ao desenvolvimento técnico dos profissionais e ao conforto e resolutividade das ações para os pacientes.

I hope we would have an AI mannikin one day after vigorous machine learning from current standpoint. That would make training more realistic.

SP programs feature actors who mimic real-life medical scenarios, serving as a crucial tool for medical professionals to develop communication skills, empathy, and proper patient care etiquette. Through these role-playing exercises, practitioners can conduct interviews, perform examinations, and navigate sensitive conversations in a supportive environment. The feedback received from these SPs offers a patient's perspective, which is instrumental in honing a healthcare provider's relational abilities.

Training needs to incorporate SP feedback onto the Trainee's performance, esp his/her soft skill, approach and non verbal cues that technology may not be able to detect.

Desenvolvimento de competências de empatia, proximidade com o paciente, habilidades interpessoais e assertividade são resultantes da pratica do (SP). Fundamentais no processo de recuperação das pessoas e até mesmo de realização pessoal dos profissionais de saúde, por inserí-los no contexto mais humanizado da relação.

Task trainers are essential tools in medical education, providing hands-on practice for specific procedures or skills. Some prominent task trainer platforms include Simulab, Limbs & Things, and 3D Systems Healthcare. These trainers offer realistic anatomical models and simulations for practicing a wide range of medical procedures, from basic skills to advanced techniques, in a controlled and safe environment.

Task trainers are essential tools in medical education, providing hands-on practice for specific procedures or skills. Some prominent task trainer platforms include Simulab, Limbs & Things, and 3D Systems Healthcare. These trainers offer realistic anatomical models and simulations for practicing a wide range of medical procedures, from basic skills to advanced techniques, in a controlled and safe environment.

Task trainers are devices designed to resemble parts of the body, allowing medical professionals to refine their skills in procedures such as IV placements, blood sampling, and spinal taps. These devices provide a true-to-life experience, facilitating focused skill enhancement. Their application in real-world clinical scenarios promotes better patient care by fostering greater precision, efficiency, and safety in performing these procedures.

TT has a place. I think we should have longer preceptor rotations for ADN & up. Students should be paired with many roles to gain hands on experience. Permission to be treated by a very closely monitored student will still be in place. As a patient at Emory, I found that due to COVID my RNs that had graduated during that time had never touched a body until post licensure, I invited them for dressing changes, central line dressing changes (with proper PPE), or anything they could learn. For 6 weeks, I was very touch & go, but I wanted them to attempt IVs & an NG tube that I begged for after an illius. There is nothing like human interaction in nursing. It's where we learn humanity, empathy, steadfastness and how to do our jobs well!

E-learning modules are flexible and convenient tools for learning about the latest medical practices and information. They include engaging features such as quizzes and decision-making activities to help improve participation and learning. Available on-demand, they fit easily into busy schedules. Additionally, e-learning's adaptability allows for personalized learning experiences, enabling learners to progress at their own speed.

E-learning modules can be highly effective in training medical professionals, as they provide structured learning experiences tailored to their specific needs. These modules can include interactive content, case studies, simulations, and assessments, allowing professionals to engage actively with the material. Additionally, online platforms offer flexibility in terms of access, allowing professionals to learn at their own pace and convenience. Regular updates to the content ensure that professionals stay current with the latest medical knowledge and practices. Overall, well-designed training modules on medical professional platforms can significantly enhance the skills and knowledge of healthcare professionals.

I completely agree with implementing e-learning programs for all our medical professionals while they work. Additionally, having senior professionals mentor their juniors during work is crucial. Balancing work and learning can be challenging, but collectively, investing in extensive e-learning programs is highly beneficial.

Considering the complexity of healthcare and the increasing penetration of technology, hybrid simulation models offer the advantages of the various training tools and this may serve as one of the better models for training. But it's critical that this model is developed after thorough analysis of the training needs of the staff and its adaptive and evolving in nature. These models can also be customized for the various categories of clinical staff, and having an objective assessment criteria to evaluate the effectiveness of this model is critical for its success.

Touch Surgery: - A digital surgery simulation platform that provides interactive, step-by-step guides and simulations across a wide range of surgical procedures. It's a mobile app that supports surgical training and planning.

Based on my experience, these are the best platforms for medical professionals. Additionally, it would be beneficial to increase engagement through online and offline programs, enabling professionals to enhance their healthcare knowledge and skills. Furthermore, mentoring for medical professionals while on the job should be emphasized to facilitate continuous learning.

Body Interact: A clinical virtual patient simulator that offers dynamic and interactive medical case scenarios to improve clinical reasoning and decision-making skills. It's used in education and training for multiple healthcare disciplines.

When it comes to healthcare simulation technologies for training medical professionals, some top platforms include SimMan by Laerdal, CAE Healthcare's LearningSpace, and Surgical Science's LapSim. These platforms provide realistic scenarios and hands-on training.