PickUpSim Ovum Collection Simulator From EU-Based Company Accurate – SESAM 2016 Exhibitor Video Part 2

ovum collection simulator europe

At SESAM 2016 HealthySimulation.com interviewed Massimo Giannessi, Chief Operating Officer at Accurate, a European-based provider of healthcare simulation products, including the PickUpSim. The interviewed covered the PickUpSim, an innovative, high fidelity system for the simulation of the human ovum collection procedure in the context of assisted human reproduction.

About Accurate

Accurate encompasses advanced skills in software engineering applied to educational model and biomedical engineering, as well as a deep international experience of research and development of truly effective, hi-tech, educational models. The analysis of educational needs, around which R&D focuses its main activities, is taken care of by a well-recognized, international scientific board. The continuous presence at the primary international congresses in the panorama of medical education through publications and lectures, proves the strong collaboration with the medical/scientific community and the significant amount of resources devoted to technological research.

PickUpSim is an innovative, high fidelity system for the simulation of the human ovum collection procedure in the context of assisted human reproduction. The simulator includes an haptic feedback system and a virtual echographic monitor. The main technical features of PickUpSim include:

  • Haptic feedback
  • Simulation of the deformation imposed by the needle on the soft tissues
  • Simulation of follicle emptying and re-filling
  • Scenarios based on real clinical images

Simulation of PickUpSim enables hands-on procedural training and permits, thanks to the haptic feedback, simulation of the resistance to penetration of the soft tissues traversed by the Ovum Aspiration Needle, in particular the ovarian surface and the ovarian follicle.

Echographic Monitoring

  • Monitoring of the procedure by a simulated Transvaginal Echographic monitor
  • Real time simulation of emptying and re-filling of the follicles

Permitted Movements and Echographic Monitoring


Sponsored Advertisement:


  • Needle movements are allowed both in the forward and in the backward direction.
  • It is possible to move the ultrasound probe in the sagittal plane and to observe a coherent and real-time modification of the scene (allowing the user to investigate the volume of the follicles and to choose the proper entry plane for the needle).
  • It is possible to rotate the ultrasound probe and to get a transverse view (in order to allow the user to investigate blood vessels and to differentiate vessels from follicles)
  • Simulated aspiration of follicles driven by a pedal pump.

Exercises and Simulations: The user can practice and develop competency using simulation scenarios based on real clinical images.

The scenarios available take into account:

  • the proper movements to reach the target follicles;
  • the proper suction and washing timing;
  • the avoidance of critical anatomical structures.

A user’s performance can be evaluated on all the above aspects.

Control: The intuitive control software runs on a comfortable notebook with a wide-view (15.6″) LED backlight display, Core-i3 processor and 4 GB RAM.

External LCD Display: The external 18.5″ LED backlight display lets you isolate the echographic view bringing more realism to your simulation scenario.

PickUpSim is a product from Accurate, a company blending international experience, scientific research, engineering and development of truly effective hi-tech educational solutions in the medical field.

 

European simulationists can learn more at the Accurate Website!


Sponsored Advertisement:


Featured Job Listing: Simulation Program Developer & Instructor for University of Maryland Medical System

healthcare simulation jobs maryland

Another great featured medical simulation job from our jobs listing page!

Job Title: Simulation Program Developer/Instructor
Institution Name: University of Maryland Medical System
Location: Linthicum Heights, Maryland, United States

The University of Maryland Medical System (UMMS) is comprised of 12 hospitals and is one of the largest private, nonprofit health care providers in the mid-Atlantic region. We are currently seeking a Simulation Program Developer/Instructor to join our team in Linthicum Heights, MD.

The Simulation Program Developer/Instructor is responsible for the planning and implementation of educational programs with a primary focus on Emergency Medical Service (EMS) content and participants. This position develops and presents curriculum to educate EMS providers, other external agencies, and internal providers on airway management as well as other elements of emergency care of the ill and injured patient. This position also informs and educates Emergency Service community to the clinical services and resources available to the severely injured patient.

Qualifications:

  • Bachelor’s Degree in Emergency Health Services or related field required.
  • Certification as a National Registry Paramedic and Maryland Paramedic is required.
  • Minimum two (2) year experience as Advanced Life Support provider.
  • Experience with instruction of the adult learner required (evidence of training or certification in education/instruction preferred).
  • Background in paramedics or respiratory therapy is ideal.

As an employee at UMMS, it’s unbelievable how much you will grow. You will find new opportunities to take your skills and knowledge to the next level. No other single facility can offer you the variety of specialties, progressive technologies, invigorating pace, and opportunities for advancement. Most importantly, you’ll find a level of collaboration and camaraderie you won’t find anywhere else. We offer a comprehensive benefits program designed with you and your dependents in mind. To learn more and to apply, visit the UMMS website job link here.

UMMS is proud to support an environment of diversity and encourages inquiry from all applicants. EOE

Apply here for the position!

Cardionics To Launch All New Auscultation Products at IMSH 2017!

auscultation simulation

Cardionics celebrated the launch of their new website this week by providing HealthySimulation.com a sneak peak of the new auscultation products they will launching at January’s International Meeting for Simulation in Healthcare! From the next generation SAM (Student Auscultation Manikin), to a wearable shirt that allows for ausculation of low-fidelity or standardized patients, to a new and improved Classroom Infrared Emitter (CIE) and Heartman Headphone! Check out the leaked details below:

SAM, the Student Auscultation Manikin – 3rd Generation!

Not only is SAM getting a new look and app, but new case videos, real sounds library, Echo Cardiogram Videos, and ECG waveform for heart sounds! Sounds like (pun intended) there is a lot of new learning opportunities coming out with SAM3:

Case Videos contain patient and clinical interactions for various conditions. Users can watch a video and practice listening to the SAM for a life like simulation. Users can also create and save their own case videos.

  • The Real sound library contains sounds recorded from live patients.
  • Echo Cardiogram videos associated with various heart conditions are recorded from live patients.
  • An ECG waveform is displayed with various heart sounds to help identify S1.
  • New look externally and new software look
  • SAM Online – software has a new look and a new app is on its way.

What is SAM Online?

SAM Online is Cardionics interactive online system, which provides access to heart, lung, bowel and bruit sounds, all formatted online for private use 24/7. Students, instructors and practicing medical professionals are utilizing SAM Online for at-home study, online instruction and assessment of clinical auscultation skills.

The SimShirt System

The Sim Shirt is a garment worn by a Standardized Patient (SP) for simulating physiological conditions to test a student or examiner diagnostic and procedural skill. The shirt provides a second choice to wearing the RFID tags required by the Cardionic’ SimScope. Instead of wearing individual RFID tags adhered to bear skin tags are integrated in a shirt. The shirt is reusable and washable. Note this product is finishing development so some product enhancements may be different at launch.

The SimShirt System consists of the SimScope, SimShirt, and a tablet, and customers who already own a Cardionics SimScope can separately purchase the SimShirt or tablet only

New and Improved Classroom Infrared Emitter (CIE) and Heartman Headphone

The CIE is getting a brand new look and upgraded functionality! The Classroom Infrared Emitter is designed to provide simultaneous listening for a classroom or simulation lab full of students. Many institutions find value in utilizing the Classroom Infrared Emitter with high priced manikins and simulators, allowing each student greater interaction with the sounds of the manikin or simulator. You can now connect the CIE to two additional CIEs to increase room coverage! This is an increase from 30 to 90 students.

Mark Your Schedules to visit Cardionics at IMSH2017:

Attend the Cardionics new product launch presentation “Mastering Auscultation Skills with Innovative Hybrid Simulation Solution on Monday, January 30th from 3:00-3:30PM at the Spotlight Learning Labs. The Labs will be held in the Rainbow Spring I/II room of the Hyatt Orlando. This room is conveniently right across the lobby from the entrance to the exhibit hall.

Stop by Cardionics booth # 901 at IMSH to learn more about their new products, pre-order discounts, winter promotions, and to pick some fun giveaways!

In the meant time be sure to go check out the colorful new Cardionics website!


Supported Organization:


Hibbing Nursing Students Go Beyond Books and Train in New $1M Healthcare Simulation Center

Hibbing Nursing Students Go Beyond the Books, Train in Simulation CenterAnother article showcasing how the media can cover your simulation program! Read our tutorial on how to gather such public attention for your simulation program here!

Nursing students at the Hibbing Community College (HCC) are stepping out of the classroom, into a realistic hospital room setting and learning how to treat patients in life and death situations. The newly remodeled HCC Healthcare Simulation Center opened this semester and is transforming the way students train. The state-of-the art simulation allows the students to go beyond the book and gain real-life experience that comes without the risk of working on real people.

“Students can come in and practice clinical with patients from birth all the way up to death, and they can do it in a safe environment,” explained Sandy Gustafson, nursing program director at HCC. “They can actually do the hands-on care in critical or unusual situations that they wouldn’t get in a facility that’s in a rural area.” The mannequins talk, breath, blink, cough, puke and bleed like a real human would. One of the female robots even gives birth.

“We can assess them in a way that’s different than just learning from a book because we’re just pretending there,” said Brandy Mass, a first-year nursing student. “If you don’t have that experience behind you with the simulation, then you risk the chance of freezing or not knowing what to do or drawing a blank,” said Ashton Martin, a first-year nursing student. “This prevents us from feeling that nervousness.”

#NLNSummit2016 Video Plenary – Debra Spunt Lecture by Dr. Janice C. Palaganas

nln summit simulation talk

Miss the NLN Summit this year? No worries HealthySim has you covered with this awesome Debra Spunt Lecture sponsored by Laerdal Medical and provided by Dr. Janice Palaganas, Director of Educational Innovation and Development and the Center for Medical Simulation!

A winner of multiple honors, Dr. Palaganas most recently received the President’s Award from Loma Linda, the university’s highest honor for scholastic achievement and community participation; and the Presidential Citation Award from the Society for Simulation in Healthcare. Her professional service includes membership on the committee that produced a report for the Institute of Medicine on measuring IPE outcomes; contributing content to the NLN High-Stakes Assessment for Nursing Study; in 2012, chairing the Interprofessional Education and Healthcare Simulation Symposium, attended by more than 500 educators, a conference funded by the Josiah Macy, Jr. Foundation, the NLN, and SSH. Just this year, Dr. Palaganas received another substantial grant from the Macy Foundation for “Creating an Interprofessional Community of Practice for Health Professions Educators.”

Her primary career focus has been as an educator of educators, bringing her long experience in and passion for IPE simulation to audiences nationwide and abroad. Dr. Palaganas has instructed approximately 4800 professionals, 20 percent of whom have been nurses. Her current students are among today’s leaders in health care education, ranging from department chairs, deans, and directors to postdoctoral research fellows. In her work for the SSH, she developed training and mentoring for all SSH accreditation reviewers.

Dr. Palaganas was editor-in-chief of SSH’s first textbook, Defining Excellence in Health Simulation Programs. She serves as a journal reviewer at SSH, for the NLN’s Nursing Education Perspectives, and for the Journal of Patient Safety. Her original scholarship includes numerous published peer-reviewed articles, many considered seminal pieces, e.g., a history of simulation-enhanced IPE; the first study of co-debriefing; and an updated meta-review of IPE literature.

You can watch all the recording keynote address from this Summit on the NLN Youtube page!

Laerdal’s SimMom Receives Non-Gravid Abdominal Skin Product Update

laerdal simmom flat abdomen

Laerdal is now proud to be able to offer the SimMom Flat Abdominal skin as thier newest product enhancement for SimMom. With the new non-gravid flat abdominal skin, SimMom is not only an obstetrical simulator but can be used as an advanced female patient simulator to address women’s health issues and assessment skills during training. These improvements increase the overall flexibility of the Sim Mom simulator.

laerdal non-gravid flat abdominal skin

What are the latest enhancements to SimMom?

  • Ultrasound Solution for SimMom: An optional Ultrasound Solution has been embedded to gravid and flat abdomen skins to help improve point-of-care diagnostics training, and visually determine the health of the fetus and mother, during the progression of birth.
  • Automatic Delivery Module: An optional Automatic Delivery Module has been added to the existing birthing and post-partum module range.
  • Wireless Connectivity: An instructor can freely walk around the room whilst they assess and control a training session using a wireless connection from their operator PC and the SimMom Link Box.
  • Non-Gravid Abdominal Skin: SimMom can now be fitted with a non-gravid abdominal skin to expand the scope of your simulation training. Early stage pregnancy cases can now be simulated as well as expanding the use of SimMom into a non-pregnant female patient simulator

This system is now available as an upgrade or additional add-on.

Learn more about the new Non-Gravid Abdominal Skin here and Laerdal’s SimMom here!

Maximizing Efficiency of Daily Program Operations in Healthcare Simulation – HealthySimAdmin Video Series Part 5

Recently HealthySimulation.com publicly launched the highly praised HealthySimAdmin video series with Part 1: Collaborative simulation program development. Today we continue our ongoing exploration of how to start and expand a healthcare simulation program with Part 5 of HealthySimAdmin: Improving Healthcare Simulation Center Daily Operations. Originally priced at over $450 the 2 hour presentation and panel discussion is now available to watch for free, thanks to Laerdal, B-Line Medical and Pocket Nurse.

healthy sim admin

About the Session

None of us received a formal education in leading or managing a medical simulation program. While the unique background experiences we hold may help us with certain aspects of operating these modern day clinical training facilities, most of us have identified knowledge gaps when it comes to operations. Henry Henao MSN, ARNP, FNP-BC, EMT leads our conversation on the crucial topic of learning how to successfully manage the operation of a medical simulation lab or program. Questions to be addressed include: how do we efficiently schedule spaces with limited resources? How do we hire, manage, and train staff? Who develops policies and procedures and what are the regulations and enforcement systems publicized and adhered to before and after program launch? What innovative leadership approaches paid off and what management pitfalls can be avoided?

Following Henry’s presentation the HSA panel of experts will continue the discussion addressing topics such as: administrative needs and management strategies, committee development and policy amendments, gaining institutional support, tactics for team staff meetings, usage statistics and analysis, learning when and how to expand staff, consultant reviews, maintenance and support needs, as well as building contingency or emergency backup plans. Considerations for both single lab and multi-lab training facilities will be shared. Audience question and answer session to follow. This session will provide strategies and tactics for the successful operation of your medical simulation lab space.

Session Presentation Lead By:

Henry Henao MSN, ARNP, FNP-BC, EMT
Director, Simulation Training and Research Center
Florida International University

Henry Henao is a clinical assistant professor of Nursing and currently serves as the Director of the Simulation Training and Research Center (the STAR Center) at Florida International University in Miami, Florida. In this capacity, Henry provides the vision and manages the daily operation of a 16,000 square foot facility which houses twenty high-fidelity human patient simulators and opened in February of 2010.

Henry has served as a consultant on faculty development, curriculum integration, design, development, and operations of simulation centers. Henry serves as a team leader and site principal investigator for the longitudinal, multi-site, landmark “The National Simulation Study”, funded by The National Council of State Boards of Nursing’s (NCSBN). Henry recently served as a subject matter expert to review the soon to be published standards for simulation evaluation from the International Nursing Association of Clinical Simulation and Learning (INACSL). Henry was selected as one of twenty participants’ in the National League for Nursing’s (NLN) Leadership development program for simulation educators.

Professor Henao has worked as an emergency department nurse and as an Emergency Medical Technician for nearly twenty years. He currently practices as a Family Nurse Practitioner and is managing partner of Nurse Practitioner Partners, LLC; a nurse-owned company that provides NP services to growing medical practices. Prof. Henao is also Vice-President and Communications Director for the Nurse Practitioner Council of Miami-Dade. Professor Henao holds both a Master and Bachelor of Science in Nursing degrees from Barry
University with a graduate specialization as a Family Nurse Practitioner. He also holds a Bachelor of Business Administration from The Zicklin School of Business, Baruch College/The City University of New York.

Watch the whole series now at the HealthySimAdmin Pages!

OSF HealthCare Partners with NIH and AHA to Create Online Medical Journal for 3D Hearts

osf healthcare 3d printed heart library

“Tea. Earl Grey. Hot.”

Soon any type of 3d printed patient heart will be available online thanks to OSF Healthcare and the AHA.

OSF HealthCare and the National Institutes of Health 3D Print Exchange are developing a partnership with the American Heart Association to establish the Jump Simulation-curated 3D Heart Library as an online medical journal where experts specializing in 3D heart modeling can review and validate models submitted by clinicians world-wide. The 3D Heart Library is an open-source digital repository of hearts with congenital defects on the NIH 3D Print Exchange.

Representatives from the NIH and AHA as well as physicians specializing in 3D modeling from OSF, University of Illinois College of Medicine at Peoria, George Washington University School of Medicine, Rutgers New Jersey Medical School, and the University of Washington recently met in Chicago for a roundtable discussion as part of the effort.

Dr. Matthew Bramlet, Director of the Jump Advanced Imaging and Modeling Program at OSF HealthCare, is working with the AHA-Midwest Affiliate to develop interest in creating accuracy and quality standards for the 3D Heart library, and transition it to a national AHA-backed database. “There are many physicians utilizing 3D modeling for the treatment of congenital heart disease, but there aren’t any best practices for utilizing the technology,” said Dr. Bramlet. “Establishing a peer-review process will drive standardization and increase the quality of 3D digital models around the world.”

Read the full article on the OSF Healthcare Website!

Beyond Debriefing – Studiocode from Vosaic Enables for High Level Research Studies for Healthcare Simulation

vosaic studiocode healthcare simulation

Check out the latest news about Studiocode from Vosaic, which provides high level research opportunities during a/v recording debriefing of your healthcare simulation event. Note: While Studiocode is a standalone product — You can also add Studiocode on top of an existing video solution product to enhance research capabilities!

  • Discover Opportunities: As the capstone product, Studiocode provides endless possibilities for analysis, leading to even deeper insights. Customized video tagging identifies specific moments useful to your research process.
  • Quickly Identify the Crucial Moments: Create timelines, databases, and transcription text that allow for easy cross-referencing and analysis, helping you identify patterns and trends as they emerge.
  • User Self-Discovery: The ability for users to refer to their own videos allows students, researchers, and educators alike to see how their performance is affecting the outcome of their research projects or simulations. This data can be collected and organized to influence future efforts while facilitating debrief scenarios to further learning opportunities.

Studiocode Features Include:

  • Live Markup/Coding
  • Build Markup/Code Forms
  • Live Record Video
  • Import Recorded Video
  • Advanced Markup/Coding
  • Post Markup/Coding
  • Basic Reporting
  • Video Transcription
  • Deep Analysis Tools
  • Advanced Reporting
  • Cloud Storage (add-on)
  • Cloud Sharing (add-on)

About Vosaic In Their Own Words

Video is an invaluable tool for research and learning opportunities. Our video analysis software lets you interpret the multi-faceted elements of video while identifying patterns that form a comprehensive picture. Creating clarity around results and discovering trends that may not be otherwise immediately apparent can lead to more robust outcomes. These new insights facilitate the training and education of everyone from nurses and physicians to mathematical researchers.

Our passion for video analysis means that we are fully invested in all the fields our users work in. We understand your unique needs and that helps drive product utilization, ensuring that you’re maximizing the features of the Vosaic products to produce your best results. Agile and customizable, Vosaic can be applied to almost every need or industry. The fields of healthcare, education, and research in particular have found Vosaic to be an invaluable tool that encourages new insights and drives growth and performance.

Learn more on the Vosaic website today!

Vet Students Train with Simulators in New Lab at Cornell University

Vet Students Train with Simulators in New Lab at Cornell University

Did you know that the use of high-fidelity simulators is increasing rapidly for veterinary sciences? Check out these recent developments from Cornell University:

The Tetlow and Roy Park Veterinary Innovation Laboratory functions as a classroom and a workshop that will change the way veterinary medicine is taught. The laboratory was built with generous support from the Parks and the Triad Foundation, and is housed in Cornell University’s College of Veterinary Medicine (CVM).

The lab is the brainchild of Daniel Fletcher , a veterinarian and biomedical engineer who teaches and practices emergency and critical care at CVM and Cornell’s Companion Animal Hospital.

Fletcher the engineer was fascinated with the computer-operated human simulators used to train medical students to address symptoms such as rapid heartbeat and labored breathing. Fletcher the educator wondered why there weren’t animal simulators for veterinary students. He purchased a human simulator and began stripping it for parts. The first “smart” pet, a dog, debuted in 2010 . By 2013, Fletcher was heading a simulation center and helping to develop new manikin products!