The Mize Award: The Smithsonian Institution
Utilization of Archaeological Technology to Develop Insights Regarding Bone Health
An award was granted to the Smithsonian Institution, National Museum of Natural History for the project Human Bone Density in 17th Century America. This study will use DEXA scan imaging technology to analyze the bone health and general health of the early settlers of Jamestown, VA and St. Mary's, Maryland.Douglas W. Owsley, Smithsonian Curator in the Anthropology section has started on this project that could enhance knowledge in health care in a way that could further stimulate today's ongoing study of bone health in a positive way.
Bones from about 20 to 30 residents of Jamestown, Virginia and St. Mary's, Maryland are available for study at the Smithsonian in a reasonable state of preservation from the viewpoint of an archaeologist. A study by DEXA scan has begun to determine osteopenia or osteoporosis. Currently there is a vast amount of accumu-lated knowledge regarding these diseases.
Can the bones from yesteryear add to current knowledge by showing us differences between today's and a population of Americans from the 1600's utilizing established archaeological technology combined with 20th century technology? Could the results show us a relationship of osteopenia/osteoporosis to disease more prevalent then, such as osteomyelitis, and nutritional or other changes, helping to improve today's health care.
A study on the femurs, and thoracic spines of the above mentioned group could be matched to already known modern day subjects of similar sex and age. Such differences or similarities could be useful in clinical medicine today.
The ITHC has funded Zamorano University Food Analysis projects since 2010. The hope is that as an agricultural college the diet of the surrounding population could be influenced in a positive manner. The purpose of an agricultural college is not only to produce food, but to produce food that is healthful. The work of the students and professors has supported this mission each year since.
The Crudem Foundation
Medical records constitute a critical foundation of healthcare institutions and have the potential to improve access to information and quality of patient care. Ready access to reliable, up to date and accurate patient histories support timely diagnoses, appropriate therapies, and treatment plans. The majority of developed countries use electronic medical records (EMR) to ensure optimum efficiency and effectiveness.
Novel EMR implementations for low resource countries, such as Haiti, despite the considerable benefits, such systems are a luxury for most institutions in low resource countries.
2020/2021 Implementation of Electronic Medical Records in Haiti
Hôpital Sacré Coeur (“HSC”) in Milot recognizes the critical importance of EMR and has committed to upgrading its medical records system to an EMR model in order to provide their regional patient population with excellent, quality healthcare. That need is underscored by the steady annual increase in transaction volume: in 2019, Hôpital Sacré Coeur completed more than 590,000 patient transactions. Thankfully, HSC has both the infrastructure, staff competency and technical resources to entertain the inclusion of EMR in the hospital.
The Institute for Technology in Health Care supports The Crudem vision and is pleased to assist in The Crudem Foundation's initiation of the Phase 1 installation of the Bahmni OpenMRS Distro EMR System for Hôpital Sacré Coeur to enable the hospital and its partners to provide more accessible, durable, and accurate patient histories; as well as showcase an exemplary EMR model for Haiti and other low resource countries medical providers.
On Monday, October 19, 2015 the Cytopathology Laboratory at Hôpital Sacré-Coeur opened. Haitian women scored a life-changing victory. Thirty-seven Pap Smears were collected that day. They were prepared and stained. On Wednesday, October 21, all 37 Pap Smears had been read by Dr. Santos and the reports printed out. On Thursday, October 22nd, all 37 patients were notified of their results via a system devised by the clinical staff at Hôpital Sacré-Coeur. The following day some of those with abnormal reports had been seen, biopsied and were awaiting final disposition of their cases. One woman was unable to comprehend how such an important test, which had taken her two years to have performed, could have the results ready in only 3 days.
“The Institute for Technology in Health Care has changed this dreadful reality for the better. Because of your generous support, Hôpital Sacré-Coeur in Milot has been able to equip a small pathology lab and acquire the services of Dr. Rene Santos, a Cuban born Pathologist and the only specialist of his kind in all of Northern Haiti --- a region with a population of more than 2 million people..."
This capacity is a really significant step for the women of Haiti, not only for the lives which will be saved, but for the relief of the anxiety and mental anguish that these women endure in fear of this dread disease. This reality was brought home by the pinched, anxious face of one of those notified that her result was abnormal. She happened to be a nurse on the Hôpital Sacré-Coeur staff and she raced to the door of the Operating Room, where an OB-Gyn team was working, with fearful questions about her fate. The fact that the surgery team was able to answer her questions, examine her and perform a biopsy that same day is almost unbelievable to those who know from past experience what a time consuming ordeal this usually is for the patient.”
The Association for the Advancement of Medical Instrumentation (AAMI)
The ITHC approached AAMI to establish the Association for the Advancement of Medical Instrumentation Foundation / Institute for Technology in Health Care Clinical Solutions Award was established in 2005. This is an award that recognizes career achievement in the field of Clinical Engineering.
The AAMI Foundation & Institute for Technology in Health Care’s Clinical Solution Award honors a healthcare technology professional or group that has applied innovative clinical engineering practices or principles to solve one or more significant clinical patient care problems or challenges facing a patient population, community or group.
Dr. Matthew Di Prima, Senior Materials Scientist, Center for Devices and Radiological Health, FDA
Dr. Matthew Di Prima, was instrumental in the establishment of the NIH/VA/FDA 3D print exchange, which has enabled over 500,000 high-quality essential items, such as personal protective equipment, to be manufactured by anyone with 3D printer during the earliest stages of the COVID-19 pandemic.
“This public health emergency has been incredibly challenging, and I think that entire public health community has really stepped up to meet the demands of this difficult time,” said Di Prima. “It's great to have the work that I, and by extension my team and others in the public health community, have performed be recognized in this way, and I would like to thank AAMI for honoring me with this award.”
American Academy for HIV Medicine (AAHIVM)
AAHIVM/ITHC HIV Practice Award was established as an annual award in 2011, with the first awards given by the American Academy for HIV Medicine (AAHIVM) in 2012. Recipients are nominated for the award and an AAHIVM committee selects recipients. Some of the awards have been given for use of social media to educate at-risk populations, telemedicine to expand clinical reach in urban, rural, and prison populations, and in focusing electronic health software on the needs of clinicians specializing in treating HIV positive patients. While the ITHC funds the awards, it has no involvement in the selection process.
2021 Winner: Laura N. Armas-Kolostroubis, MD
The American Academy of HIV Medicine and the Institute for Technology in Health Care have awarded the 2021 Cesar Augusto Caceres Award for Technology in HIV Practice to Dr. Laura N. Armas-Kolostroubis of CAN Community Health, Sarasota FL. for conceptualizing a program that leverages existing technology by configuring old laptops that are then delivered to community partner organizations representing marginalized populations often reluctant to come into a clinic setting.
CAN Connect automatically launches as the machine is turned on, allowing for a telehealth visit to occur with very little machine interaction or proficiency. It also provides an easy interface with the clinic’s telehealth electronic medical records (EMR).
Patients are also able to conduct an audio-visual meeting to access prevention specialists, patient care coordinators or case managers and browse for other needed assistance (jobs/housing/coverage). After the visit(s), the machine is rebooted and ready for its next use. The technology combats the marginalization due to stigma which prevents people with or at risk for HIV from coming into a specialty clinic. The mobility and ease of this technology aims to remove barriers to care.
“The benefits of this program are extensive, with minimal start-up costs depending on the machine being used,” says Dr. Armas-Kolostroubis. “CAN Connect improves persistence in care and adherence to ARV and PrEP, resulting in improved viral suppression and decreased new infections. All without burdening the clinical setting already strained by COVID-19 precautions.”
In 2019 The Institute for Technology partnered with the Medical Society of the District of Columbia Foundation (MSDC) for the MSDC project "A Study of Technology’s Impact on the Wellbeing of Physicians in the District of Columbia "the goal was to provide the foundation for the MSDC to create or assist in the creation of treatment programs for the benefit of DC’s physicians, its hospitals, private groups or other practices suffering from burnout
MSDC encourages its members to adopt the best practices identified in the data and promote national policies for other states and practices to adopt them as well. The Healthy Physician Program was initiated.
The COVID-19 pandemic in 2020 highlighted the great need for programs focusing on physician well-being. The ITHC is pleased to have renewed the award for expansion of the program and data analysis to assess the program benefits.
The Conway School of Nursing, Catholic University of America
The COVID-19 pandemic of 2020 has brought the need for Telehealth services to the forefront previously limited to rural healthcare settings. The ITHC is pleased to give a 2020 Award to the Conway School of Nursing to initiate a telehealth course of study for nursing students.
"The overarching purpose of this project is to prepare undergraduate BSN and graduate nurse practitioner [NP] students to expertly utilize and advance telehealth as a provider platform in academic and professional practice. A unique focus on the ever-present problem of access-to-care underpins this effort and aligns with the values of the University and the Conway School of Nursing. Today, telehealth is instantly changing the dynamics of provider-patient engagement. The COVID-19 pandemic has rightly peaked the healthcare industry’s interest in this relatively new technology because telehealth effectively disregards the traditional challenges of providing healthcare access to patients living in remote/isolated locations. The faculty at the CSON believe that patient demographics should not result in denying access to health services. Academia must therefore develop creative and useful strategies to educate graduate and undergraduate students to deliver nursing services to patients and families living in remote or isolated locations. Simulation scenarios will be developed to address use of telehealth in multiple locations (home, schools, skilled nursing facilities, long term care facilities, work sites, and primary care clinics) and multiple communication modes (videoconferencing, store and forward, mHealth, and remote monitoring). Clinical scenarios will include BSN-NP intra-professional collaboration and will be disseminated on the Education Hub. "