DiversityNursing Blog

By Nurse.com

This fall, Duquesne University in Pittsburgh will become the first academic institution in the U.S. and globally to offer a dual degree in nursing and biomedical engineering for undergraduate students, according to a news release.

“Duquesne has pioneered the integration of clinical knowledge and patient care with engineering techniques in a single program, creating the first bachelor’s degree of its kind,” Provost Timothy Austin, PhD, said in the release.

The five-year program will provide students with a foundational body of knowledge that keeps patient care and practical application at the core of studies supporting innovations and technological advances.

The joint degree could prove a tremendous value to employers and patients, said John Viator, PhD, director of Duquesne’s biomedical engineering program. 

By gaining actual clinical experience, students also will develop new perspectives with respect to a patient’s health and functional needs. “Engineers do not always fully appreciate the hospital culture and the clinical needs of patients,” Mary Ellen Glasgow, RN, PhD, FAAN, dean and professor of the School of Nursing, said in the release. “This dual degree gives our students both the engineering and nursing perspectives to solve real world clinical problems.” 

In addition to learning engineering and nursing, students will benefit from class and clinical experiences that incorporate the Toyota Production System principles (used to address safety, cost and efficiency) and the American Association of Critical Care Nurses’ Synergy Model. 

Job opportunities for biomedical engineers are expected to grow 27% between 2012 and 2022, and nursing careers are expected to expand by 19% in the same timeframe, according to statistics from the Bureau of Labor Statistics. With the combined knowledge and skills of the two disciplines, opportunities may be limitless for the “nurse engineer,” Viator and Glasgow predict.

“Our students will begin their careers with the preparation, knowledge and worldview usually seen in those with years of experience in the field,” Austin said in the release. “This exciting BME/BSN partnership illustrates Duquesne’s innovative academic programs and the university’s focus on preparing students with the knowledge and skills to serve others.” 

Source: nurse.com

BY JAMIE DAVIS

First up in this week’s news is a look at an article on humor and the mental health of senior citizens I found over at healthday.com. A new study from researchers at Loma Linda University in California looked at the effects of the stress hormone cortisol on aging patients’ memory and mental acuity. They studied the possibility that laughter might lower the effects of cortisol on the seniors.

Healing Power of Funny Videos

Two groups of senior citizens were shown a funny 20 minute video and then were tested on their memory and mental acuity as well as cortisol levels. This was then compared to tests on a group who did not see the video. The subjects who saw the funny video were found to score better on the memory tests and had lower cortisol levels suggesting that regular exposure to funny and humorous things can improve memory and mental state of seniors.

The study was presented recently at the Experimental Biology conference in San Diego. One of the authors summed up the research saying, “it’s simple, the less stress you have, the better your memory.” This doesn’t mean that we need to be comedians in the midst of our care for patients but it does point to the core nursing tenet that when we treat the whole patient we manage their overall health better.

Make sure your hospitals have access to humorous videos and movies in their in-house TV system. Maybe even share a suggested funny YouTube video of the day with your patients who wish to view it. When appropriate, you could even open up your patient interactions with a simple joke. Maybe “why did the chicken cross the road” will be a precursor to better patient interactions in the future.

Source: nursingshow.com

By Melissa McGlensey

Melvyn Amrine, of Little Rock, Ark., may not remember the details of his life since his Alzheimer's diagnosis, but he recently proved that his love for his wife transcends memory.

Melvyn was diagnosed with Alzheimer's disease three years ago and since then it hasn't been easy for his wife, Doris, CBS News reported. Melvyn at times doesn't remember details like whether he proposed to his wife, or vice versa. However a recent holiday prompted Melvyn to remember the most important thing.

On the day before Mother's Day, Melvyn went missing. Considering he normally requires assistance to do any walking, his family was alarmed and notified the police.

When police found Melvyn, he was 2 miles from his house and he was resolute in his goal, according to Fox 16. He was going to the store to buy flowers for his wife for Mother's Day, just like he had done every year since they had their first child.

Sgt. Brian Grigsby and Officer Troy Dillard were touched by Melvyn's determination, and decided to help the elderly man complete his mission by taking him to a store and even paying for the flowers.

"We had to get those flowers," Grigsby told CBS News. "We had to get them. I didn't have a choice."

Melvyn's flowers made a very sweet surprise for his wife of 60 years, Doris, as well as a reminder to the rest of us that love knows no obstacles.

"When I saw him waking up with those flowers in hand, it just about broke my heart because I thought 'Oh he went there to get me flowers because he loves me,'" Doris told Fox 16.

She added to CBS News: "It's special, because even though the mind doesn't remember everything, the heart remembers."

Source: Huffingtonpost.com

By Ilene MacDonald

Despite new technology and evidence-based guidelines, medical mistakes happen too frequently and may lead to as many as 400,000 preventable deaths each year.

But two new programs, launched at the University of Virginia Medical Center, offer a new approach to patient safety that may prevent medical errors, WVTF Public Radio reports.

This year the organization introduced a simulation lab in the pediatric intensive care unit. The "Room of Errors" features high-tech infant mannequins attached to monitors. When doctors and nurses enter the lab, they have seven minutes to determine what is wrong.

As part of a recent exercise, a doctor-nurse team worked together to spot 54 problems with the scenario, including the fact the ventilator wasn't plugged into the correct outlet, the heat wasn't turned on and the potassium chloride was programmed at the wrong concentration.

The interpersonal, team-based learning approach helps doctors and nurses improve their ability to make decisions together and communicate with one another, Valentina Brashers, M.D., co-director of the Center for Interprofessional Research and Education, an effort headquartered at UVa's Schools of Nursing and Medicine, told WVTF.

"Knowing that there are others that you can work to think with you and share with you their concerns as you work through difficult problems makes care provision a much more enjoyable and rewarding activity. It reduces staff turnover. It creates an environment where we feel like we're all in it together with the patient," she said.

The pilot proved so successful that the medical center intends to roll it out to the entire hospital.

In its quest to eliminate medical mistakes at the organization, UVa also launched a second patient safety initiative that calls for hospital administrators to meet each morning to talk about any problems that occurred in the previous 24 hours, according to a second WVFT article.

The "Situation Room" features white boards and monitors, where administrators review every new infection and unexpected death and then visit the places where the problems took place.

Sometimes the solutions are easy fixes, such as a receptionist who removed a mat that caused patients to trip at the entrance of an outpatient building. Others, caused by communication problems, are more complicated, Richard  Shannon, M.D., executive vice president for health affairs, told the publication. To address it, Shannon wants to shake up the medical hierarchy where the physician sits at the top.

"The physician may spend 20 minutes at the bedside a day. The nurse is there 24/7 and has about 13 times more direct contact with the patient than does the physician," he told WVFT. "You can't have someone at the head of the pyramid who is absent a lot of the time."

Finally, to encourage better communication among caregivers, patients and families, Shannon now encourages healthcare professionals to make rounds in the afternoon, when visitors are on premises.

Source: fiercehealthcare.com

By JAN HOFFMAN

How well can computers interact with humans? Certainly computers play a mean game of chess, which requires strategy and logic, and “Jeopardy!,” in which they must process language to understand the clues read by Alex Trebek (and buzz in with the correct question).

But in recent years, scientists have striven for an even more complex goal: programming computers to read human facial expressions.

The practical applications could be profound. Computers could supplement or even replace lie detectors. They could be installed at border crossings and airport security checks. They could serve as diagnostic aids for doctors.

Researchers at the University of California, San Diego, have written software that not only detected whether a person’s face revealed genuine or faked pain, but did so far more accurately than human observers.

While other scientists have already refined a computer’s ability to identify nuances of smiles and grimaces, this may be the first time a computer has triumphed over humans at reading their own species.

“A particular success like this has been elusive,” said Matthew A. Turk, a professor of computer science at the University of California, Santa Barbara. “It’s one of several recent examples of how the field is now producing useful technologies rather than research that only stays in the lab. We’re affecting the real world.”

People generally excel at using nonverbal cues, including facial expressions, to deceive others (hence the poker face). They are good at mimicking pain, instinctively knowing how to contort their features to convey physical discomfort.

And other people, studies show, typically do poorly at detecting those deceptions.

In a new study, in Current Biology, by researchers at San Diego, the University of Toronto and the State University of New York at Buffalo, humans and a computer were shown videos of people in real pain or pretending. The computer differentiated suffering from faking with greater accuracy by tracking subtle muscle movement patterns in the subjects’ faces.

“We have a fair amount of evidence to show that humans are paying attention to the wrong cues,” said Marian S. Bartlett, a research professor at the Institute for Neural Computation at San Diego and the lead author of the study.

For the study, researchers used a standard protocol to produce pain, with individuals plunging an arm in ice water for a minute (the pain is immediate and genuine but neither harmful nor protracted). Researchers also asked the subjects to dip an arm in warm water for a moment and to fake an expression of pain.

Observers watched one-minute silent videos of those faces, trying to identify who was in pain and who was pretending. Only about half the answers were correct, a rate comparable to guessing.

Then researchers provided an hour of training to a new group of observers. They were shown videos, asked to guess who was really in pain, and told immediately whom they had identified correctly. Then the observers were shown more videos and again asked to judge. But the training made little difference: The rate of accuracy scarcely improved, to 55 percent.

Then a computer took on the challenge. Using a program that the San Diego researchers have named CERT, for computer expression recognition toolbox, it measured the presence, absence and frequency of 20 facial muscle movements in each of the 1,800 frames of one-minute videos. The computer assessed the same 50 videos that had been shown to the original, untrained human observers.

The computer learned to identify cues that were so small and swift that they eluded the human eye. Although the same muscles were often engaged by fakers and those in real pain, the computer could detect speed, smoothness and duration of the muscle contractions that pointed toward or away from deception. When the person was experiencing real pain, for instance, the length of time the mouth was open varied; when the person faked pain, the time the mouth opened was regular and consistent. Other combinations of muscle movements were the furrowing between eyebrows, the tightening of the orbital muscles around the eyes, and the deepening of the furrows on either side of the nose.

The computer’s accuracy: about 85 percent.

Jeffrey Cohn, a University of Pittsburgh professor of psychology who also conducts research on computers and facial expressions, said the CERT study addressed “an important problem, medically and socially,” referring to the difficulty of assessing patients who claim to be in pain. But he noted that the study’s observers were university students, not pain specialists.

Dr. Bartlett said she didn’t mean to imply that doctors or nurses do not perceive pain accurately. But “we shouldn’t assume human perception is better than it is,” she said. “There are signals in nonverbal behavior that our perceptual system may not detect or we don’t attend to them.”

Dr. Turk said that among the study’s limitations were that all the faces had the same frontal view and lighting. “No one is wearing sunglasses or hasn’t shaved for five days,” he said.

Dr. Bartlett and Dr. Cohn are working on applying facial expression technology to health care. Dr. Bartlett is working with a San Diego hospital to refine a program that will detect pain intensity in children.

“Kids don’t realize they can ask for pain medication, and the younger ones can’t communicate,” she said. A child could sit in front of a computer camera, she said, referring to a current project, and “the computer could sample the child’s facial expression and get estimates of pain. The prognosis is better for the patient if the pain is managed well and early.”

Dr. Cohn noted that his colleagues have been working with the University of Pittsburgh Medical Center’s psychiatry department, focusing on severe depression. One project is for a computer to identify changing patterns in vocal sounds and facial expressionsthroughout a patient’s therapy as an objective aid to the therapist.

“We have found that depression in the facial muscles serves the function of keeping others away, of signaling, ‘Leave me alone,’ ” Dr. Cohn said. The tight-lipped smiles of the severely depressed, he said, were tinged with contempt or disgust, keeping others at bay.

“As they become less depressed, their faces show more sadness,” he said. Those expressions reveal that the patient is implicitly asking for solace and help, he added. That is one way the computer can signal to the therapist that the patient is getting better.

Source: Nytimes.com

DURHAM, N.C. — Before scrubbing in on a recent Tuesday morning, Dr. Selene Parekh, an orthopedic surgeon here at Duke Medical Center, slipped on a pair of sleek, black glasses — Google Glass, the wearable computer with a built-in camera and monitor.

He gave the Internet-connected glasses a voice command to start recording and turned to the middle-aged motorcycle crash victim on the operating table. He chiseled through bone, repaired a broken metatarsal and drilled a metal plate into the patient’s foot.

Dr. Parekh has been using Glass since last year, when Google began selling test versions of its device to thousands of handpicked “explorers” for $1,500. He now uses it to record and archive all of his surgeries at Duke, and soon he will use it to stream live feeds of his operations to hospitals in India as a way to train and educate orthopedic surgeons there.

“In India, foot and ankle surgery is about 40 years behind where we are in the U.S.,” he said. “So to be able to use Glass to broadcast this and have orthopedic surgeons around the world watch and learn from expert surgeons in the U.S. would be tremendous.”

At Duke and other hospitals, a growing number of surgeons are using Google Glass to stream their operations online, float medical images in their field of view, and hold video consultations with colleagues as they operate.

Software developers, too, have created programs that transform the Glass projector into a medical dashboard that displays patient vital signs, urgent lab results and surgical checklists.

“I’m sure we’re going to use this in medicine,” said Dr. Oliver J. Muensterer, a pediatric surgeon who recently published the first peer-reviewed study on the use of Glass in clinical medicine. “Not the current version, but a version in the future that is specially made for health care with all the privacy, hardware and software issues worked out.”

For his study, published in The International Journal of Surgery, Dr. Muensterer wore the device daily for four weeks at Maria Fareri Children’s Hospital at Westchester Medical Center in New York. He found that filming rapidly drains the battery and that the camera — which is mounted straight ahead — does not point directly at what he is looking at when he is hunched over a patient with his eyes tilted downward.

He also had to keep the device disconnected from the Internet most of the time to prevent patient data and images from being automatically uploaded to the cloud. “Once it’s on the cloud, you don’t know who has access to it,” Dr. Muensterer said.

Google has yet to announce a release date for Glass, and the company declined to comment on how many of its testers were doctors or affiliated with hospitals. But “demand is high,” said Nate Gross, a co-founder of Rock Health, a medical technology incubator. “I probably get asked every few days by another doctor who wants to somehow incorporate Glass into their practice.”

And already, outside hospitals, privacy concerns have led some bars and restaurants to ban the devices. Legislators have proposed restrictions on the use of Google Glass while driving, citing concerns about distraction. Doctors, too, are raising similar concerns.

The Glass projector is slightly above the user’s right eye, allowing doctors to see medical information without turning away from patients. But the display can also be used to see email and surf the web, potentially allowing doctors to take multitasking to dangerous new levels, said Dr. Peter J. Papadakos at the University of Rochester Medical Center, who has published articles on electronic distractions in medicine.

“Being able to see your laparoscopic images when you’re operating face to face instead of looking across the room at a projection screen is just mind-bogglingly fantastic,” he said. “But the downside is you don’t want that same surgeon interacting with social media while he’s operating.”

Indeed, similar technology has not always had the smoothest results. Studies have found, for example, that navigational displays can help surgeons find tumors, but they can also induce a form of tunnel vision, or perceptual blindness, that makes them more likely to miss unrelated lesions or problems in surrounding tissue. And in aviation, pilots who wear head-mounted displays that show crucial flight information can lose sight of what is happening outside their windshields, said Dr. Caroline G. L. Cao, who studies image-guided surgery at Wright State University.

“Pilots can get so focused on aligning the icons that help them land the plane,” she said, “that they miss another plane that is crossing the runway.”

One doctor who does not allow the device in his practice, Dr. Matthew S. Katz, the medical director of radiation oncology at Lowell General Hospital in Massachusetts, said that security and distractions were primary concerns. A doctor wearing Glass could accidentally stream confidential medical information online, he said, and patients might not feel comfortable with their doctors wearing cameras on their faces.

Until Glass has been better studied in health care and equipped with safeguards, Dr. Katz said, doctors should be forced to check their wearable computers at the clinic door.

“From an ethical standpoint, the bar is higher for use in a medical setting,” said Dr. Katz, who is also an outside adviser for the Mayo Clinic Center for Social Media. “As a doctor, I have to make sure that what I’m doing is safe and secure for my patients — ‘First, do no harm.’ Until I am, I don’t want it in my practice.”

Bakul Patel, the senior policy adviser at the Food and Drug Administration’s Center for Devices, said the agency would regulate only those Glass software programs that function as medical devices, the same approach it takes on health applications on hand-held devices.

“The glasses have been on our radar and we’re excited about it,” Mr. Patel said.

Hospitals that are experimenting with Glass say they are doing so very carefully — obtaining patient consent before procedures, using encrypted networks, and complying with the federal regulation that protects patient privacy, known as Hipaa.

Medical software developers say they, too, have security and privacy in mind. Pristine, a company based in Austin, Tex., createdan app that lets emergency room nurses and doctors beam in specialists for consultations. The company plans to sell a customized version of Glass directly to hospitals. It erases Google’s software and configures the glasses with its own Hipaa-compliant programs.

Another company, Augmedix, which has done pilot tests of Glass at medical centers in the San Francisco area, said patients were informed that their doctors would be wearing the device. In a study of 200 cases, only two or three patients asked that their doctors remove it, said Ian K. Shakil, a co-founder of Augmedix.

Some hospitals see Glass as a relatively low-cost and versatile innovation, much like smartphones and tablets, which more than half of all health care providers use to get access to patient data and other medical information.

But hand-held devices are not very useful in the sterile world of surgery. Because Glass is voice-activated and hands-free, it may be particularly well suited for the surgical suite, where camera-guided instruments, robotics and 3D navigation systems have been commonplace for years.

Dr. Pierre Theodore, a cardiothoracic surgeon at the University of California, San Francisco, calls wearable computers “a game changer.”

“In surgery, Google Glass is incredibly illuminating,” said Dr. Theodore, who uses Glass to float X-rays and CT scans in his field of view at the operating table. “It helps you pinpoint what you’re looking for, so you don’t have to shift your attention away from the operation to look at a monitor somewhere else.”

At Indiana University Health, Dr. Paul P. Szotek, a Level 1 trauma surgeon, is developing an app for Glass for use by paramedics.

The app streams a live feed from the glasses to the closest emergency rooms, so that doctors can see accident victims at the scene and give paramedics potentially lifesaving instructions — like when to go directly to a Level 1 trauma center.

“Last year, I lost a lady on the table from a spleen injury that was absolutely survivable because she was taken to a local hospital and then the delay was over two hours to get her to me,” Dr. Szotek said. “With this wearable technology, we’ll be able to assess patients on the scene and decrease the mortality associated with trauma significantly.”

Dr. Szotek met with Google in March to discuss his software, called 1st Sight. He and other Glass-wearing surgeons recently founded a group — the International Society for Wearable Technology in Healthcare — that is holding its first meeting in Indianapolis in July.

At Duke, Dr. Parekh performs back-to-back surgeries on most days, wearing the Glass headset as he moves from one patient to the next.

About six years ago, he founded a charity with the goal of advancing foot and ankle surgery in India. He travels there every year with a team of expert surgeons to hold clinics and training sessions for local orthopedic surgeons.

In January, at a conference in Jaipur, Dr. Parekh performed surgery and used Glass to stream the procedure on his personal website. That day, the site drew in so many visitors from India and elsewhere that it crashed.

“I’ve been even more excited about Google Glass since then,” he said.

Source: nytimes.com

By Kirsten Chua

Everybody knows that the nursing profession has two different sides—it is both science and art. That said, nursing as a science is more apparent.

For example, if you are a nurse, you must know the patient-based nursing care plan (NCP). You must also know the disease mechanisms of all diseases, medications, and management from all sides. Nurses also need to be up to date on new policies, practices, and procedures. Moreover, they need to know how to manipulate new diagnostic equipment and machines.

The science of nursing is easily noticeable and it is very critical for each one to know.

What Is the Art?

Meanwhile, the art of nursing is more than a great deal of science. It is more than just knowing; it is doing. It bridges information from nurses to patients in a skillful way. It is the application of all the science known to nursing to give the utmost care the patient needs.

During your first year in the nursing profession, you are in the heat of the moment. You now belong to that bunch of young professionals who are enthusiastic and motivated in practicing their craft. Maybe many could attest that when you first become a nurse you see the art more than the science of it.

But it is sad to note that as time passes by the semblance of the nursing being an art bleeds out. At the drop of a hat, you get suffocated from the career you once loved.

The Human Touch

In the past 7 years that I have been a clinical instructor, I have seen so many changes in the healthcare arena and how nursing should be. But one thing remains: human nature.

Our patients’ needs have remained constant and relentless. As Maslow’s hierarchy of needs suggests, these include food, sense of belonging, warmth, compassion, self-actualization. These basic needs have been addressed in the same way since the dawn of science. However, the ways to meet them may have changed from time to time.

The art of nursing may have been in each person even before entering the profession. That innate capacity to respond to the needs of individual is already the art of nursing. In nursing school, this vivacity is awakened through constant interaction with the patients in various settings.

Nurses are called to perform relational work. Therefore, the motivation to keep that art in us should be continuously burning. We have the power to heal the sick. An effective nurse is one who gives nursing care independently and collaboratively with other healthcare teams.

The art of nursing comes in as a nurse independently does his or her job. The options s/he considers in taking a certain action and ultimately the action s/he does to respond to patient needs are the art of nursing.

It is in the nurses’ hands to promote positive changes in patients. Everyday we are faced with patients who are in different conditions. In this case, individualized nursing care is noteworthy. Knowledge is not enough. Compassionate care is paramount.

Where Is the Art?

In my experience, I have witnessed things in which nursing as an art is not manifested. I squirmed while hearing a nurse teaching pre-operative patients without compassion. Instead of comfort, fear is built within the patients.  I have observed nurses, who are not well informed about a disease process, explain things to patients without using therapeutic communication. I have noted procedures done outside the context of the protocols and sterile technique.

Sadly, many of these incidents are from those who have been in the profession for so long. Science is applied, but where is the art in this perspective?

Clearly, nurses must be equipped with the science of nursing. But until the art of nursing is recognized as a necessary principle for patient care, nurses will likely to continue to demonstrate behaviors that make them good technicians. However, they will not necessarily be good nurses.

As a field grounded in compassion and direct patient care, the art of the nursing profession is more important than the science. And this is where the so-called calling comes into play. 

Source: nursetogether.com

by David Tennebaum

The single-use timer that will wholesale for about a dollar is designed to make a nurse’s life easier.In medicine, time isn't just money: it can mean the difference between life and death. Clot-busters must be given in the first hour of arrival in a hectic emergency room. Intravenous medications can spoil, and catheters that overstay their welcome invite infection.

By Eric Swensen

While 12-hour weekend shifts for nurses are typical, it’s not common to do it while also attending medical school full-time. But that’s what Mazvita Ethel Simoyi did during her first year at the University of Virginia School of Medicine, commuting every weekend to a hospital in Washington, D.C. to help pay for her education.

Now set to earn her M.D. degree from UVA this month, Simoyi laughed when asked how she endured the relentless schedule of work, schoolwork and commuting.

“I honestly do not know how I did it,” she said. “Necessity makes you rise to the occasion.”

Working Toward a Lifelong Dream

Simoyi knew she wanted to be a doctor from the time she was 5 or 6, when her father, Dr. Mike Simoyi, a general practitioner in Zimbabwe, brought her to his clinic to observe a tubal ligation. “I stood on a stool in the operating room, looking at him make the incision,” she said.

As she got older, she helped direct patients at the clinic where her father worked with her mother Regina, a nurse. The time she spent there deepened her commitment to medicine.

“The patients [at my parents’ clinic] are very, very grateful for the help they receive,” she said. “My father is also very involved in public health, and educating people at a time when HIV and AIDS was beginning to get a lot of attention. That’s why I wanted to be a doctor – so I could help people and share my knowledge with them.”

To continue her path toward becoming a doctor, Simoyi came to the U.S. from Zimbabwe at age 17 to attend college. After beginning as a biology/pre-med major at Butler University, she transferred to Howard University in Washington, D.C., earning a nursing degree in 2007. She went into nursing so she could earn a living while taking the remaining pre-requisite classes for medical school and “ensure that medicine was 100 percent what I wanted to do.”

After three years working as a nurse, she entered UVA’s School of Medicine in 2010. But she wasn’t quite done with nursing.

Full-Time Medical Student, Part-Time Nurse

During her first year as a med student, Simoyi worked weekends on a medical/surgical/oncology inpatient unit at Providence Hospital in Washington, D.C. She would leave Charlottesville around 5 p.m. Thursday or Friday for Washington, staying with her sister Nyasha or friends from Howard University when she wasn’t at work. She would return to Charlottesville around midnight Sunday to get some sleep before waking up at 7 a.m. Monday to begin another week of med school classes.

During her second year as a medical student, she worked part-time in Charlottesville as a hospice nurse. She continued working as a nurse until November 2012, when she was no longer able to work weekends due to her medical school clerkship.

“Time management was what really saved me,” she said.

Her commitment both to her education and her jobs impressed her classmates and faculty. “I was blown away by her work ethic,” said Chad Lane, a member of her medical school class.

As a part-time pharmacist during his time in medical school, Simoyi’s residency adviser, Dr. Shawn Pelletier, knows firsthand how tough her balancing act was. “It’s a lot of work,” he said. “While other people are studying or relaxing, you’re spending time working to pay tuition.”

The intelligent way Simoyi approached her dual responsibilities helped her do both successfully, said her adviser, Dr. Christine Peterson. “She knew exactly what she wanted to do. She’s very grounded and very realistic,” Peterson said. “She found nursing jobs that would mesh with the enormous amount of hours required for her studies.”

Simoyi also believes the extra hours she put in as a nurse helped with her medical school class work. “When I was reading information from a textbook, I could translate it to my patients. It helped solidify the concepts because I could apply it right away instead of waiting two years [to begin my clerkship],” she said.

When Simoyi did a four-week rotation in transplant surgery with Pelletier, he saw that “she already had the textbook answers, had digested that and had moved onto the next step.” In some cases, the only reply Pelletier had to her questions was: “That’s a good question – we’re trying to figure out the answer to that.”

While her nursing work left her less time to spend outside of class with her fellow students, Simoyi said she very much enjoyed her time at UVA. Her classmates were very welcoming and inclusive, and she appreciated that she was part of a large group of students who had taken non-traditional journeys to medical school.

“I was happy to see how many people had taken different paths, like IT and working as financial advisers,” she said.

Giving Back to Zimbabwe

This summer, Simoyi will begin a surgical residency at Baystate Medical Center in Springfield, Massachusetts. She chose surgery because she likes to work with her hands, figure out what’s wrong with a patient and quickly see results.

“You fix an artery, and you get to see the effects of your work immediately,” she said.

While she’s not sure whether she will end up practicing medicine in the U.S. or Zimbabwe, Simoyi definitely wants to give back to Zimbabwe. “I want to have some impact in Zimbabwe, even if I’m not there physically. I want to do something to make health care better, either in education or through standards of care for patients.”

Her classmates and teacher believe she is primed to succeed in whatever challenge she takes on next.

“Surgery is physically demanding and it requires mental toughness,” classmate Pranay Sinha said. “You have to be tough to go through what she has gone through.”

Source: University of Virigina Health System