3D Burn vs ACLS Helper

3D Burn Resuscitation is FREE and NO ADVERTISEMENT 3D Burn Resuscitation is an application for calculating burn resuscitation fluid by using Thai human 3D Model. The burn resuscitation fluid in this application has calculated by using Parkland formula. Video Tutorial :https://www.youtube.com/watch?v=upwX5i8Tj9g Main feature of 3D Burn Resuscitation: - Rotate left by touching left area. - Rotate right by touching right area. - Rotate up by touching top area. - Rotate down by touching down area. - Pinch to Zoom - Able to mark, erase, increase level of burn area. - Calculate Lactated Ringer's solution by weight - Calculate cc/hour from time since burn. - 6 Selection human models - Select 3D model by using BMI value. Support Researching Information by - NECTEC (Thailand's National Electronics and Computer Technology Center) - Faculty of Medicine, Chulalongkorn University Thailand - Chonburi Hospital Thailand - Kasetsart University Thailand Funded by - Operation Smile Thailand Participant -Associate Professor Apichai Angspatt, MD Division of Plastic and Reconstructive Surgery Department of Surgery Faculty of Medicine Chulalongkorn University -Tanasit Kangkorn MD. Division of Plastic and Reconstructive Surgery Department of Surgery Chonburi Hospital -Chayamote Chayangsu MD. Division of Plastic and Reconstructive Surgery Department of Surgery Chonburi Hospital -Chinavon Chivaratanond MD. Department of Surgery Chonburi Hospital -Rungtip Ratanamaitrekeart -Arunee kanjanaprapas -Sumalee Khamphiman -Penpun Chaihuadjaroen Faculty of Engineering at Si Racha , Kasetsart University, Si Racha Campus. -Thawatchai Dasiri Computer Engineering -Supiya (Ujjin) Charoensiriwath National Electronics and Computer Technology Center 3D Burn Resuscitation application is intended to be an educational companion for medical students and trainees in a classroom setting under the supervision of an appropriately trained and licensed physician. If you have any feature requests, suggestions or you simply need help, please email to nat.sri@mulberrysoft.com.

During a cardiac arrest, keeping track of times, medications, and procedures performed can be challenging. ACLS Helper was designed to assist the team leader in organizing and monitoring this information throughout resuscitation. With an objective interface and visual and audible alerts, the app assists in monitoring key cardiac arrest events, allowing the team to stay focused on patient care while recording cycles, medications, procedures, and other important milestones. Key features • Adult and pediatric care: specific features to assist with monitoring resuscitation in adult and pediatric patients. • Cycle tracking: timer and alerts to track resuscitation cycles and 2-minute intervals. • Epinephrine administration tracking: track the time since the last administration and receive alerts to assist with monitoring intervals during resuscitation. • Procedure recording: record interventions performed and review a history containing the procedure, time of occurrence, and elapsed time since the beginning of the cardiac arrest. • Alerts during resuscitation: receive visual and audible alerts related to key moments of resuscitation, such as rhythm reassessment, medication administration, and defibrillation. • Chest compression rate: audible signal to assist in maintaining the compression rate, with a configurable rhythm. • Reversible causes — 5 Hs and 5 Ts: monitor possible reversible causes of cardiac arrest and record the information assessed during the resuscitation. • Post-ROSC care: after return of spontaneous circulation (ROSC), review the information and post-cardiac arrest follow-up items available in the app. • Resuscitation history: save completed resuscitation events and review them later. • Resuscitation statistics: review metrics from recorded events to support event analysis and continuous evaluation and improvement. Important ACLS Helper is a support tool for organizing and monitoring care and does not replace training, institutional protocols, clinical judgment, or the care provided by qualified healthcare professionals. Decisions regarding patient care must be made by the responsible healthcare team, taking into account the patient’s clinical condition, institutional protocols, and applicable guidelines.