Monday, August 31, 2020


By: Megan Meller, MS, MPH / Transcribed & Edited by: Lennard M. Gettz

Months into the global pandemic, we have learned from all state and federal health agencies about the heightened standards of Covid-prevention safety measures in public areas.   As a central gathering source for infected people and potential viral transmission, hospitals require the highest level of safety codes and regulated modeling- including the care and treatment of CoronaVirus patients.  For this reason, a dedicated department in all health centers is in place to manage and enforce disease prevention protocols within the staff, the patients and the entire hospital environment. Microbiologist and public health practitioner Megan Meller, MS, MPH is a member of this department at the Gundersen Health facilities (La Crosse, WI). Her specialized work provides a significant set of keys in the fight against Covid in the front lines.

I am the lead infection preventionist for Gundersen Health’s outpatient clinics. My department is focused on the safety of patients and staff, and we do this through education and by carrying out an extensive list of priorities set by regulatory standards.  We maintain strict attention to the cleanliness of our work environment and ensure that equipment and instruments used during patient care are cleaned and disinfected according to industry standards.  We also help develop patient education as it relates to infectious diseases. Before Covid began, we were focusing on drug resistant bacteria and educating patients about hand hygiene and wound care.

Part of our objectives include ensuring that all safety protocols are being followed through by the nursing staff. An example of this is a group of bacteria called CARBAPENEM RESISTANT ENTEROBACTERIACEAE  (CRE)  - germs (bacteria) that can cause infections in healthcare settings and they are resistant to many antibiotics (1).  Because of the number of CRE cases a few years ago in the U.S., we ensure that all our endoscopes are cleaned and disinfected appropriately as well as setting proper guidelines in handling and storing (2). Knowing about issues like CRE is just one of many hazards in healthcare facilities where a patient’s health can be gravely affected under our care.

The COVID-19 Pandemic has also brought attention to how BURNOUT affects patient and staff safety. For staff, this can occur when you are being overworked and or overstimulated, such that you don't have time to recover. In the case of the current pandemic, Emergency Rooms and Critical Care Units all over the country are at risk of staff exhaustion from double or triple shifts due to limited resources- especially in areas that are overrun with patients (3). Exhaustion affects your performance because it could lead to a lack of empathy and a degradation of focus which can greatly affect the patient and your safety.

To know your capacity is crucial in this job.  Staff are trained to look out for this within themselves and each other. In our facility (as with all response units), what we strive to do is WATCH OUT FOR EACH OTHER, especially in a pandemic when we're more focused on trying to stay on top of all the changes and protect patients and protect staff.  We also need to remember to put ourselves first - mentally, physically, and emotionally, or else we won’t be any good for everyone else. I need to remember daily to find time for self-care. When I am at my best, I give my best to others.

Wisconsin watched New York’s numbers back in March- and we all expected this to come to us and the rest of the country.   We all felt it was just a matter of time.  Outbreaks happen when people get complacent. When the spike surge hit Florida and Texas, we thought the Midwest got off pretty lucky with lower case numbers and deaths. But what I always try to remind my people is that, “it's just a matter of time” before our own luck runs out.  From a public health standpoint, making a difference in this pandemic is about changing behavioral patterns- and the way to do this (until you’re blue in the face) is EDUCATION- pushing to change the minds of the people. 

We did not know much about COVID-19 at the beginning of the pandemic, including how long someone remained infectious with COVID. When the CDC published their guidelines on COVID Isolation, this was a breakthrough (3). This guidance shaped our testing criteria, isolation criteria, and quarantine guidance. 

Contagious Period
Based off research compiled by the CDC, most people are infectious with COVID-19 up to two days before symptom onset and 10 days after the first appearance of symptoms (4). Scientists showed that in most cases, they were unable to collect replication-competent virus after the 10th day on infection – meaning that an individual was no longer infectious. For patients who are immunocompromised, they may be infectious for up to 20 days. This is important information because in patients with mild illness, they may continue to test positive up to 3 months after their initial infection – even when no longer contagious. We have seen this within our own population. These findings support a symptom-based strategy to isolation discontinuation rather than a test-based strategy.

This kind of information was important in how we developed patient education.  It also shaped the way we interacted with providers, because it helped identify when it was safe to bring patients back into the clinic and when to schedule surgeries and procedures.

In July, the CDC published a Morbidity and Mortality Weekly Report (MMWR) about cloth masks that demonstrated their effectiveness in preventing COVID-19 transmission. A CDC investigation showed that in a salon with a universal masking policy, two COVID-positive hair stylists worked while symptomatic but, remarkably, there was no reports of COVID-19 transmission among 139 clients that the stylists worked with (5). Now, other coworkers and their family members of the stylists developed COVID infections, but none of the customers—because they were wearing cloth masks and their clients were also wearing cloth masks during haircut appointments. That to me was powerful data. So to answer a common question about the effectiveness of cloth masks, once I saw that data, it was clear to me that cloth masks work and we need to educate the public to this.

We’ve seen what can happen when we overwhelm a healthcare system, like what happened in New York City and many areas across the world. Overwhelmed healthcare systems often struggle to provide care for all patients due to resource diversion which can result in poor health outcomes. Another concern is how the COVID-19 is impacting chronic disease states since many healthcare systems were redesigning care and limiting services in the wake of COVID-19 (6). In the beginning of the pandemic, Gundersen canceled elective procedures to free up hospital beds and went virtual for many outpatient appointments. Six months into the pandemic, we are fully operational but have modernized patient care. Virtual visits have become common practice at Gundersen Health for health concerns that can be addressed without an in-person appointment.

While we have been successful to date, it is still critical for the community to do their role in COVID-19 prevention through masking and social distancing. It’s hard. I get it. My mom is coming to visit this weekend for the first time since the pandemic was declared.  I told her, “okay, we will have to wear a mask around each other while we're inside together”.  That kills me to have to set these guidelines, but I don't want to get her or myself sick.

Upgrading Solutions "As We Go" 
Fighting a pandemic relies heavily on information sharing.  In the beginning, everyone was using ventilators but over time, we’ve backed off from that. Now we're using alternative ventilators like C-PAP (Continuous positive airway pressure) and BiAPS (Bilevel Positive Airway Pressure) because we learned that a COVID infection was causing a wet lung in some severe cases,  so intubating someone with a ventilator was not going to typically result in a positive outcome.  We found that we can get better outcomes by using less invasive forms of ventilation. What’s more, protocols like MATH+ (use of Methylprednisolone) all ties into this because WE LEARN AS WE GO.  The global community of health care professionals all learn what works and what doesn't work and what might be more effective. And the more we publish new findings and the more we share and connect with each other, the faster we're going to get to an antiviral solution whether it's something that's already on the market or a brand-new technology.

One of the questions I get a lot is about a vaccine, and viral dynamics. We know that there is pressure for viruses to evolve in ways that maintain their ability to transmit from person to person.  We call it “natural selection.” Some respiratory illness, with time, may evolve to be more contagious but not as deadly. What I hope happens with COVID-19 is that it evolves in this manner to be less severe but only time will tell.

I see COVID-19 eventually becoming more like the flu where it occurs every year. Perhaps 50 years from now or even let's say 10 years from now- COVID may look more like another common cold because it's found its sweet spot where it can keep infecting people without causing the same magnitude of severe illness that we  are currently seeing. We're in an incredible age of technology and pandemics encourage innovation. So I do think we will eventually have a vaccine for COVID-19 but it might be one we have to get every single year because the virus is going to keep evolving and we need to just stay on top of it- like we do with the flu.

A lot of factors are important when it comes to reducing the number of cases (and mortality) linked to COVID-19. I believe masking and social distancing can play a major role in the reduction if enough people adhere to them. The current state of COVID immunity is still being investigated and that too impacts case numbers.

Predicting all this also makes a big difference in prevention. While we're not seeing a surge of deaths and hospitalizations in our area yet, we're seeing other manifestations of COVID-19.  In Wisconsin, we are testing more people than we were in the beginning of the pandemic and we are more compliant with masking.  COVID-19 has made all of us in healthcare much more attuned to prevention measures like isolation precautions, personal protective equipment, and environmental cleaning. At Gundersen, we stress that where and who you take your lunch break with can increase your risk for getting COVID.  In my department, we used to eat lunch together huddled around a table, talking and laughing. Now we eat our lunches separately at our desks because it is safer.

Recent headlines show evidence of Coronavirus pathogens in hospital air supply and air passageways- creating a systemic hazard for the staff and patients under critical care. Substantial controversy about the role played by SARS-CoV-2 in aerosols in disease transmission, due in part to detections of viral RNA but failures to isolate viable virus from clinically generated aerosols. As of March 30, 2020, approximately 750,000 cases of coronavirus disease (COVID-19) had been reported globally since December 2019 (1), severely burdening the healthcare system (2). The extremely fast transmission capability of severe acute respiratory syndrome coronavirus 2 (SARS-CoV-2) has aroused concern about its various transmission routes. This study led to 3 conclusions.  (see complete article)

By: Megan Meller, MS, MPH
There has been a lot of news coverage about how COVID-19 is spread. Someone who is asymptomatic has the infection but no symptoms and will not develop them later. Someone who is pre-symptomatic has the infection but don't have any symptoms yet. Both groups can spread the infection. COVID-19 spreads easily and we believe that's because it's spread by those who don't know they're infected. We suspect that individuals who are pre-symptomatic are infectious for two to three days before having symptoms. (see complete article in


MEGAN MELLER, MS, MPH is an Infection Preventionist with Gundersen Health System based in La Crosse, Wisconsin. From a young age, Megan has been passionate about science and the world of infectious diseases. Megan received her Master of Science in Microbiology at Indiana University-Bloomington where she studied alphavirus replication and her Master of Public Health (MPH) from the University of Wisconsin School of Medicine and Public Health. While working on her MPH, Megan worked closely with Infection Control departments and the communicable disease section at the Wisconsin Department of Health Services. In her current role, Megan is the lead Infection Preventionist for Gundersen’s outpatient departments and works closely with infection control partners located at regional hospitals. Megan is also a media consultant for the Infection Control and Infectious Disease departments and serves as an infection control consultant for numerous organizational groups.  

1. CDC Statement: Los Angeles County/UCLA investigation of CRE transmission and duodenoscopes. Centers for Disease Control and Prevention. July 10, 2015.
2. Transmission of multi-drug resistant bacteria via ERCP. American Society for Gastrointestinal Endoscopy. 
3. Sasangophar et al (2020). Provider Burnout and Fatigue During the COVID-19 Pandemic: Lessons Learned From a High-Volume Intensive Care Unit. Anesth Analg.
4. Duration of Isolation and Precautions for Adults with COVID-19. Centers for Disease Control and Prevention. Updated August 16, 2020.
5. Absence of Apparent Transmission of SARS-CoV-2 from Two Stylists After Exposure at a Hair Salon with a Universal Face Covering Policy – Springfield, Missouri, May 2020. Morbidity and Mortality Weekly Report. Centers for Disease Control and Prevention. July 17, 2020. 69:28.
6. Chudasama et al (2020). Impact of COVID-19 on routine care for chronic diseases: A global survey of views from healthcare professionals. Diabetes and Metabolic Syndrome: Clinical Research and Reviews. 14:965-967.


RN, BSN, CIC, FAPIC - Denver, CO
COVID-19 changed life as we knew it, highlighting infection prevention (IP) gaps across the spectrum of healthcare settings – especially in long-term care (LTC). IP in acute care has been an emphasis for years. I believe the work that has occurred in acute care can be applied in LTC. While Megan’s article focused on the hospital setting, COVID-19 underscored how the LTC setting was woefully unprepared for the impending tragedy. This article addressed the overwhelmed healthcare system, the demand for ongoing education, and the call for community engagement – all key to preventing transmission regardless of the setting.  IP in LTC has not been given the attention it needed or deserved. The infection preventionist in LTC usually wears multiple hats and is forced to juggle priorities. I believe the new normal will change IP across all settings as IP outside acute care directly impacts the acute care setting. (

RODNEY CHENG, MD - Los Angeles, CA
COVID-19 has been responsible for a lot of economic hardships, disrupted a lot of lives, and killed a lot of people. Despite this- we can take away some positives from the pandemic and this article touches on them. There is an overdue emphasis on safety and personal protection. Who knows what the new normal will be, but at the very least, if we learn to wear masks when we are sick and wash hands often, this will have been an invaluable lesson. This article does a great job of explaining why this virus is effective as a disease vector. Lastly, it’s amazing to see scientists and health experts race to characterize the disease, and base protocols on good data. Given that virus shed from patients after 10 days are no longer replication competent, it’s reasonable and important to proceed with critical health services if asymptomatic.

Infection Prevention’s response to COVID has evolved as rapidly as the data is published.  Unlike most science and research, the general public has been along for the journey- as everyone has been updated through media about each research breakthrough, failed trial, and vaccine development phase.  The ebbs and flows of scientific discovery are challenging to translate, as success is not always linear.  As this article points out, healthcare has made tremendous progress in understanding the virus and how to prevent transmission.   But maintaining the public’s engagement with prevention measures will continue to be challenging.  It’s important for science communicators to continue spreading facts and translating complex concepts into relatable and clear guidance.   Infection Preventionists will continue to support the safety of our patients and healthcare workers.  But managing this pandemic relies on support from everyone both inside and outside the healthcare setting.  

COVID continues to disrupt societal structure and our lifestyle this fall.  Schools, colleges, nonessential workers are still learning and working from home.  Zoom, common to comic book readers, is now a household word.  Social distancing is now becoming physically and emotionally isolating.  Small and large gatherings are epicenters for community outbreaks.  How do we proactively work to control the spread of this disease?   This is a good time to update our vaccination status and receive the influenza vaccine.  Pharmacies and clinics can schedule appointments for vaccination.   Vaccines for COVID are in clinical trials.  Wearing a mask, washing/sanitizing hands, and social distancing reduces respiratory viral infections in addition to COVID.  When transmission is controlled, restrictions ease allowing resumption of work and social activities.  All of us have a crucial role to play in this process.   Let us commit to proactively control COVID transmission.

Other recent articles from:

FUCOIDAN: Anti-Cancer Functions + Inhibitor of Covid-19
A natural health ingredient known as FUCOIDAN has joined our western fight against cancer  -native to the cold temperate seas of China, Japan, Korea. According to Memorial Sloan Kettering Cancer Center, "Fucoidan is a complex polysaccharide found in many species of brown seaweed .... shown to slow blood clotting. Laboratory studies suggest that it can prevent the growth of cancer cells and has antiviral, neuroprotective, and immune-modulating effects."

MODERN OPTICS To Prove Masking Benefits & Infection Control  LaVision imaging technique shows how masks restrict the spread of exhaled air.  The primary way of person-to-person corona virus transmission is via aerosols or small droplets created by breathing, sneezing or coughing. The reach of exhaled air can be effectively reduced using a face mask as shown in the video. A simple Schlieren imaging technique is applied to visualize the air flow caused by a person breathing and coughing. Using a face mask the exhaled air flow is blocked reducing effectively the risk of infection.

Hospital Air Shows Heavy Presence of SARS-Cov-2  July 23, 2020 - Recent headlines show evidence of Coronavirus pathogens in hospital air supply and air passageways- creating a systemic hazard for the staff and patients under critical care. Substantial controversy about the role played by SARS-CoV-2 in aerosols in disease transmission, due in part to detections of viral RNA but failures to isolate viable virus from clinically generated aerosols.  Active study from the University of Florida states: "Air samples were collected in the room of two COVID-19 patients ... Those with respiratory manifestations of COVID-19 produce aerosols in the absence of aerosol-generating procedures that contain viable SARS-CoV-2, and these aerosols may serve as a source of transmission of the virus".

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Monday, August 10, 2020

OVERREADING: How WIFI Changed the Face of Medicine

Introduction by: Dr. Robert L. Bard, MD, PC, DABR, FASLMS

In a recent case study with a Covid-Positive patient locked down at home, I partnered with an ultrasound manufacturer to donate use of their latest scanning model and remote access to their best virtual technical trainer to manage an at-home self-scanning scenario.  The patient had personal hand-held access to a high end ultrasound to monitor and screen for any possible symptoms with the complete remote guidance of the imaging tech and (me) the Radiologist/Overreader. Thanks to  today's teleconferencing tools and remote access to the device, the patient learned how to scan himself accurately and getting his proper cardiovascular readings was fast, easy and efficient.

This program was yet another proof that DIGITAL ULTRASOUND is the future of emergent diagnostics. What makes ultrasound a perfect device for this remote diagnostic paradigm is its ability to come in many PORTABLE models.  Also, ultrasound is fast responding, safe (radiation free), non-invasive and easy to learn with a trainer.   This is the perfect formula for satisfying the many critical care situations where the reality of distance can be addressed with technology.

The concept of REMOTE imaging has been around for decades. My practice has been involved with some of the most complex clinical trials and treatment partnerships with hospitals in Italy, Australia, Germany and other foreign lands, reviewing, investigating or confirming scans like MRI's, CT and Ultrasound.  To operate high-powered imaging technology is a craft in and of itself, but to READ what you see, then to dig deeper to 'play detective' and to drive the investigative process with accuracy and intuition is a solid contribution to any medical team.  

Click to see complete Remote Self-Screening Program
I have built a reputation of being the surgeon's "go-to second opinion".  To have an oversight partner, reviewing your scans and conclusions is accountability at its finest, and peace-of-mind of a second pair of expert eyes.

Thanks to the advancements of our web-based communication tools, overseas collaboration via electronic FILE-SHARING has been streamlined to empower and facilitate the world of patient care.  As with TELEMEDICINE (where a patient and physician's time and safety are better supported) the concept of installing a Radiological Overreader in any patient care facility is part of our next generation of unified medicine.

1) Installing an affordable value added service to any practice
2) A second opinion is PEACE OF MIND of all your scans from a certified Radiologist- adding new diagnostic support to your patients
3) Expands your ability to collaborate with other physicians as well as treating your patients remotely
4) Having advanced imaging analysis reduces the level of RISK by raising a level of validity and added confidence to all your medical reports relating to complex scans
5) As a virtual partnership, having an overreader is an affordable upgrade to your staff without the overhead

D2D: Doctor-to-Doctor is a common term in TeleMed Conferencing uniting physicians in active sites (Point of Care
activity with patient) + a remotely accessed medical radiologist placed on the scene via WIFI.


Diagnostic Imaging Validations in Remote Team Research Studies

From product testing to quality reviews of treatment solutions and medicines, proposed innovations undergo intensive assessment protocols to achieve the highest possible levels of quantitative data-gathering necessary- and to prove the EFFICACY of any product. To pass all the strict regulatory guidelines for public distribution, testing labs are the last line of defense for public health and safety by either confirming or rejecting manufacturers' claims. SAFETY is the other top consideration in product reviews- ensuring the low-to-zero level of risk from public use. Once a product in question has fulfilled the initial staging guidelines of testing, a means to confirm effectiveness and safety (on humans) is through CLNICAL TRIALS where a population of patients is monitored for any and all biochemical effects. Forms of validation include observational surveying, blood & skin testing, mechanical stress-testing, bio-simulations and the use of clinical imaging technologies (when applicable). Innovations like advanced ultrasound is a common option for repeat checking of any bodily responses. Today's sonograms are preferred by primary investigators for their fast, accurate and affordable data collecting. In addition, repeat use for tracking and monitoring is completely safe (non-radiation) for any patient.

 "Before & After" Studies
The most sensible and logical way to identify the results of any treatment is by tracking the body's response to it. Controlled testing must show the patient's condition PRE and POST effects, where true data-finding is collecting the necessary EVIDENCE of its claims. The investigator can pull a significant amount of data from this form of validation testing: including stage-by-stage bodily response to future projections of possible side effects. Recording of any and all psysiological response means the researchers are counting on the patient's body to tell us what it is undergoing during the testing phase. To prevent mis-reading and erroneous reports, trials tend to work with a large number of test patients (commonly 50-100) and may also employ redundancies like undergoing multiple testing protocols for a second or even third opinion. To capture the benefits of a BEFORE AND AFTER review, Imaging is often used as a standard screening solution for the response of most of the major organs.

WHAT ARE B LINES? Expert ultrasound readers are trained to identify anomalies in organ performance. In the case of screening for possible Covid-related pathogen response, B-lines are often  sought after as a prime indicator of fluid in the lungs.  They can be visualized as hyperechoic vertical lines extending from the pleura to the edge of the ultrasound screen. These lines are sharply defined and laser-like and they typically do not fade as they progress down the screen. A few B-lines that move along with the sliding pleura can be seen in normal lung due to acoustic impedance differences between water and air. However, excessive B-lines are abnormal and are typically indicative of underlying lung pathology.

GOING PORTABLE: Fast Response for Field Demands
Once upon a time, ultrasound imaging device design were large and cumbersome, often the size of a refrigerator.  They were one-piece units with wheels to support in-hospital traveling.  But over time,  as the medical community took to the ultrasound as the reliable choice for quick, accurate scanning, so did the demand to scan patients out on the field.  From ambulances, cruise ships, commercial airlines and even the space program, the design of the ultrasound steered toward more PORTABLE, and HAND-HELD models.

The battery-powered, pocket-sized ultrasound machine became commercially available in the late 1990s where smaller and lighter devices with higher image quality such as those manufactured by GE Healthcare, Siemens and Philips dominated this portable market. These pocket-sized ultrasound machines allowed clinicians to have immediate visual correlation with physical examination findings. They also allow for quick and instant assessments, which are extremely important for emergency physicians. At a healthcare resource allocation level, they significantly reduce a patient’s waiting time and improve clinician’s workflow. Furthermore, the cost of pocket-sized ultrasound machines is much lower than that of standard ones. [3]

A recent study from emergent care physicians and EMT's have called on the need for "pre-hospital imaging"- where the need for efficiency in applying "precious seconds" of focused care means everything. Portable scanners and handheld ultrasound devices are clearly expanding toward at-home  versions all the way to “battlefield” models called “the modern stethoscope”- today’s solution to fast, initial examinations and real-time response, timely suited for our current health crisis and beyond.

Contributors & Technical Advisors

Advanced Imaging & Diagnostic Specialist
Dr. Bard received the 2020 nationally acclaimed Ellis Island Award for his lifetime achievement in advanced cancer diagnostic imaging. He co-founded the 9/11 CancerScan program to bring additional diagnostic support to all first responders from Ground Zero. His main practice in midtown, NYC (Bard Diagnostic Imaging- uses the latest in digital imaging technology and has been also used to help guide biopsies and in many cases, even replicate much of the same reports of a clinical invasive biopsy. Imaging solutions such as high-powered sonograms, Power Doppler Histogram, sonofluoroscopy, 3D/4D image reconstruction and the Power Doppler Histogram  are safe, noninvasive, and do not use ionizing radiation. 

Dr. Kory is Board Certified in Internal Medicine, Critical Care, and Pulmonary Medicine. He served as the Medical Director of the Trauma and Life Support Center at the University of Wisconsin where he was an Associate Professor and the Chief of the Critical Care Service. He is considered a pioneer and national/international expert in the field of Critical Care Ultrasound and is the senior editor of the widely read textbook “Point-of-Care Ultrasound” (winner of the President’s Choice Award for Medical Textbooks from the British Medical Association in 2015).  Most recently, Dr. Kory joined the emergency volunteer team during the early COVID-19 pandemic in NYC at Mount Sinai Beth Israel Medical Center. He is also a founding member of the Front Line COVID-19 Critical Working Group ( composed of 5 critical care experts that devised the COVID-19 treatment protocol called MATH+. (

Michael is the current Global Product Manager for Terason Ultrasound (Burlington, MA). Commercially he has spent the last 19 years training physicians, clinicians and distribution partners around the world on the uses and benefits of ultrasound. He has been recognized numerous times for outstanding clinical and sales excellence both at Terason and GE Healthcare. Michael holds a AAS in Cardiovascular Technology from Southeast Technical College and is a South Dakota native.

Thursday, August 6, 2020

PPE & Safety Supply Drive for Covid Responders & New Hot Spots

Safety & Prevention Initiatives + Philanthropic Support for the Front Lines: Meet the Advocacy for Professional Safety (NYC) 

July 25, 2020- Diagnostic Science Director of the First Responders Health Resource Dr. Robert L. Bard and medical publisher Lennard M. Gettz officially launched "The Advocacy for Professional Safety" (APS)- a volunteer backed Coronavirus prevention support project for the health care community. APS’ public educational mission promotes all current safety measures for patients and professional caregivers in healthcare facilities. APS also conducts a major humanitarian drive to collect and bring donated PPE to Covid front lines in the U.S.

APS is comprised of volunteer physicians, educators, writers and other professional care-givers who publish all safety protocols to keep viral transmission and contamination down in patient care areas.  APS launched its “Suggested Safety Guidelines in Patient Care Facilities” program in March of this year (at the height of NYC’s pandemic cases).  This project was directed toward the many local practices and hospitals due to their cluster of immuno-compromised and potentially contaminated traffic. Social media greatly aided in APS wide support from physicians in the northeast as they underwent their state re-opening from the Coronavirus shut-down.

Their Safety Guidelines to medical offices expanded to educational videos and webinars to health groups about in-office safety. APS also acquired PREVENTION101.ORG, a health publication featuring current technologies, treatment updates, standardized safety initiatives and new trends in medical diagnostics. “I’ve always felt that there are many areas in patient care that could use an upgrade... this pandemic made us re-evaluate (just about) every part of our work process for better safety, risk prevention and cost efficiency. From modern air disinfecting innovations like the use of UV-C light, to TeleMedicine to portable hand-held ultrasound devices ... it's all about saving lives!"- says Dr. Bard.

Recognizing the current increase in U.S. figures of 4.6M cases and 155K+ deaths, the APS initiatives continue their public safety drive and uniting with healthcare providers to instill vigilance in prevention measures.  Medical professionals began adapting APS' suggested safety guidelines, and many joined to collaborate and share their safety measures to include in the list of “sensible prevention measures”.  The core is based on early postings by the CDC, NIOSH and NIST in pursuit of restoring public confidence in patient care- reducing/removing the risk of infection. “... this pandemic has awakened many changes in the way we do just about anything, and thinking SAFETY is a big part of that!", states Dr. Stephen Chagares, Breast Cancer Surgeon (NJ). "Meanwhile, I’m equally proud of supporting our health responders in the growing hot spots across the country… with our PPE drive.  This is making great use of social media and our many friends in the safety industry!”
Months into the pandemic, the APS Alliance expanded to include all safety resources like Covid-19 testing labs, sanitizing product manufacturers and medical suppliers including one of its’ first PPE supply partners, Jayson Dauphinee, president of the American Health Supply Co. who regularly donated a significant portion of their inventory of respirator masks and surgical gowns to  Covid treatment units in New York, and (now) other new hot-spots of the US.  Dr. Bard mirrors this philanthropic footprint by leading a PPE donation drive by partnering with other domestic distributors and safety equipment manufacturers, aligning target hospitals in the hardest hit states.

In response to the recent hot spots in 12+ states like Florida, Arizona and Texas, APS shares all useful and encouraging information including current press briefings by Governor Andrew Cuomo about the status of NYS’ continued drop in recent cases and mortality rates. "We are inspired by the many dedicated leaders whose commendable tracking and enforcing of New York's case control have helped bring us away from being the epicenter – and keeping us that way with prevention! We hope to share this level of self-leadership with everyone as a key to surviving this virus," says Cheri Ambrose, Male Breast Cancer Coalition.

According to the Texas Medical Center data, COVID-19 cases escalated from 267 in week 10 (5/31) to 962 in week 13 (6/21). Dr. Joseph Varon, Chief of Clinical Care at the United Memorial Medical Center in Houston, TX.  Works at the Covid Unit of one of America's latest CoronaVirus epicenters. "I've had the worst 48 hours of the last 84 days. I have received more patients over the last two weeks than in the last 10 weeks [totaled]. As the state opened up, people get crazy‐‐ this includes Memorial Day weekend and last week's protest and mass gatherings. Out of all this, my ward is getting a flood of patients. I have tested more than 55,000 people for Covid in the Houston metropolitan area‐‐ and out of those 55,000, 10.5% are Covid positive. And these numbers in Texas are still going up." Dr Varon’s unit is just one of many hospitals in the U.S. who are close to (or currently) at capacity with patients as New York was during the early months of 2020. APS’ supply drive aims to send his hospital their first delivery of donations.

For complete information on the Advocacy for Professional Safety, visit: Media contact: / Grace Davi- 631.920.5757