Press Release

Florida State and TMH To Host Brain Research Symposium

CONTACT: Doug Carlson
(850) 645-1255; doug.carlson@med.fsu.edu

April 4, 2016

FLORIDA STATE AND TMH TO HOST BRAIN RESEARCH SYMPOSIUM

On Friday, distinguished researchers focusing on how the brain develops and how developmental disabilities affecting the brain and the mind arise will gather at a Tallahassee symposium to discuss their findings.

Keynote speaker Jill Escher, known as an “autism research philanthropist,” focuses on epigenetics and germline errors in the etiology of autism. She is president of the Autism Society of the San Francisco Bay Area, a housing provider to adults with developmental disabilities.

Also speaking will be Amy Wetherby, director of the Autism Institute at the Florida State University College of Medicine, and Pradeep Bhide, director of the Center for Brain Repair at Florida State.

The public is invited. A light lunch will be provided for those who RSVP at http://med.fsu.edu/developingmind by noon Thursday.

The FSU-TMH Symposium on the Developing Mind will take place:

FRIDAY, APRIL 8

11:30 A.M.-2:30 P.M.

TURNBULL CENTER

555 W. PENSACOLA ST.

TALLAHASSEE, FLORIDA

Press Release

FSU, SMH Internal Medicine Residency Program Receives Initial Accreditation Approval

FSU Media Contact
Doug Carlson: (850) 645-1255 or (850) 694-3735
Doug.carlson@med.fsu.edu

SMH Media Contact
Kim Savage: (941) 893-7649
kim-savage@smh.com

FSU, SMH Internal Medicine Residency Program
Receives Initial Accreditation Approval

SARASOTA, Fla. (April 12, 2016) – The Florida State University College of Medicine and Sarasota Memorial Health Care System received the good news today that their Internal Medicine Residency Program was approved by the Accreditation Council for Graduate Medical Education (ACGME).

The initial accreditation clears the way for SMH and FSU to begin reaching out to graduating medical students interested in enrolling in the program in the summer of 2017.

“The news couldn’t have been more timely … we just spent two days meeting with a really top-notch group of medical students presenting their research and case reports at the Florida ACP conference in Orlando,” said Wilhelmine Wiese-Rometsch, MD, director of the FSU College of Medicine Internal Medicine Residency Program at Sarasota Memorial. “Many of the students are getting ready to graduate this year and were very interested in Sarasota’s program. As news of our accreditation gets out, the level of interest is already intensifying.”

The ACGME approved the program’s initial accreditation following the April 8-10 meeting of the internal medicine review committee. Once the Sarasota program has been operational two years, ACGME surveyors will conduct a second site visit to validate it is meeting the standards of ACGME, the sanctioning body of graduate medical education in the U.S. and Canada.

The Sarasota program is the first residency program approved by ACGME between St. Petersburg and Fort Myers along Florida’s west coast. When it reaches full capacity in year three, the Sarasota program will enroll 39 residents and by 2020 begin producing 13 new internal medicine physicians each year.

Developed to help combat a growing shortage of primary care physicians, the residency program is an important move for the region, said John P. Fogarty, M.D., dean of the College of Medicine. The Sarasota area grew by 25,000 people between 2010 and 2015 and is home to more than 125,000 residents age 65 and older, according to the U.S. Census Bureau.

“This new internal medicine residency program is a significant part of the commitment to producing future physicians for Sarasota and this entire region,” Dr. Fogarty said. “Numerous studies have shown that most physicians end up practicing near where they completed residency or fellowship training.”

During their three years of training, residents rotate through all of the disciplines in internal medicine under the supervision of FSU and Sarasota Memorial’s highly qualified, board certified physicians and medical educators.

Residents and teaching hospitals also provide a significant source of care for underserved populations, including 40 percent of all charity care in the United States, according to the American Medical Association. Nationwide, resident physicians also provide services for the most critically ill patients, including those suffering from HIV/AIDS, burn victims, and veterans.

As part of Sarasota’s residency program, Sarasota Memorial plans to open an adult Internal Medicine practice in Newtown that will serve as a base for resident physicians’ outpatient training. The facility will allow the residents to gain experience in chronic disease management and preventive health, while providing continuity of care to a vulnerable and underserved population. People visiting the clinic would be cared for by resident physicians and Sarasota Memorial faculty physicians co-managing and supervising each patient’s care for the duration of each resident’s three-year training program. The team will care for the uninsured and underinsured, including Medicaid and Medicare patients, at low to no cost depending on an individual’s ability to pay.

Upon completing their residency, the physicians can apply for board certification and become licensed to practice independently as Internal Medicine specialists or continue their training in additional subspecialties.

FSU College of Medicine Internal Residency Program at Sarasota Memorial
The Internal Medicine program in Sarasota will be the fifth residency program sponsored by the FSU College of Medicine. In the past five years, the College of Medicine has sponsored new programs in Tallahassee (internal medicine, general surgery and dermatology) and Fort Myers (family medicine). Florida State also sponsors a fellowship for advanced training in procedural dermatology in Tallahassee.

About Sarasota Memorial
Sarasota Memorial Health Care System is a regional referral center offering Southwest Florida’s greatest breadth and depth of care, with more than 900,000 patient visits a year. Sarasota Memorial’s flagship 819-bed acute care hospital has been recognized repeatedly as one of the nation’s largest, and best, with superior patient outcomes and a complete continuum of outpatient services– from urgent care clinics and physician groups, laboratory and diagnostic imaging centers, to home health and skilled nursing & rehabilitation. Sarasota Memorial is the only hospital repeatedly ranked #1 in the Bradenton-Sarasota-Venice-North Port region (U.S. News’ “Best Hospitals”) and among the top 100 hospitals in the nation (Truven Health Analytics).

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Press Release

FSU Researcher Targets On-Off Switch of Cardiac Contraction

CONTACT: Julie Jordan, FSU College of Medicine
(850) 645-9699; julie.jordan@med.fsu.edu

May 11, 2016

FSU RESEARCHER TARGETS ON-OFF SWITCH OF CARDIAC CONTRACTION

TALLAHASSEE, Fla. — Calcium is most associated with bones, but it’s also a key player in the heart.

When calcium binds to a certain protein in heart cells, it triggers muscle contraction. Too much calcium causes stronger heartbeats; too little calcium leads to weaker beats.

Jose Pinto, a researcher in the Florida State University College of Medicine, will spend the next five years studying how the heart’s calcium is regulated and how to correct a calcium imbalance using an inside approach in the cardiac cell. The National Institutes of Health has awarded him a $1.8 million grant, which will allow him to continue the work he began last year with funds from an American Heart Association award.

“The concept and the aims are similar, but we are now going much deeper into the molecular mechanisms,” said Pinto, an assistant professor in the Department of Biomedical Sciences.

The long-term goal is to identify components inside the cardiac cell that are involved with the development of cardiomyopathies — diseases that can lead to heart failure — and open the door for more effective treatment strategies inside the cell.

Troponin C is a gene that Pinto calls “the calcium sensor of the heart,” the on-off switch controlling contractions in the heart. His team is working to demonstrate that mutations in that gene cause the heart to pump blood in one of two harmful ways. One results in hypertrophic cardiomyopathy, where the heart becomes abnormally thick and initially pumps more forcefully. The other is dilated cardiomyopathy, where the pumping chamber stretches and the walls become thinner — and thus pumps more weakly.

“In the hypertrophic heart, it can be compared to a dimmer switch; you turn it only a little bit and the lights come on — it’s hypersensitive to calcium,” Pinto said. “In the dilated cardiomyopathy, it’s like you switch, switch, switch, switch, and the lights never come on.”

Once he successfully demonstrates Troponin C’s role, he aims to focus on a possible treatment of hypertrophic cardiomyopathy using an enzyme found inside heart cells.

“The beautiful thing about the enzyme we are targeting is that it has been shown to be only present in the heart,” Pinto said. “The main problem with most drugs developed to target enzymes is that they affect other cells, healthy cells, and the patient experiences unwanted side effects.”

Pinto believes that targeting hypertrophic cardiomyopathy from within the heart cells may help prevent those unwanted side effects.

“If your heart is working above the normal range all the time, that is going to lead to problems,” Pinto said. “The unique thing about our project is that we’re going to be studying what the deletion of this enzyme will do in the heart after the disease has already started. We are looking at the reversal of the disease: Can we do something to bring the heart back to normal?”

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Press Release

FSU College of Medicine To Graduate 119 New Physicians and 12 Master’s Students

CONTACT: Doug Carlson, FSU College of Medicine
(850) 645-1255; doug.carlson@med.fsu.edu

May 20, 2016

FSU COLLEGE OF MEDICINE TO GRADUATE 119 NEW PHYSICIANS AND 12 MASTER’S STUDENTS

The Florida State University College of Medicine will graduate its 12th class of medical students at a commencement ceremony Saturday. Ricardo Gonzalez-Rothi, M.D., chair of the Department of Clinical Sciences, will deliver the commencement address.

In addition, the college will graduate its seventh class of students with the Master of Science Degree in Biomedical Sciences – Bridge to Clinical Medicine. By completing the program, the 12 students will begin medical school at Florida State May 31 as members of the incoming Class of 2020.

The highly successful outreach program has been credited with increasing the number of qualified candidates for medical school from backgrounds that are underrepresented in medicine, including minority students and students from rural communities. The success of its outreach programs has helped the College of Medicine achieve a ranking above the 90th percentile nationally each of the last six years in percentage of black or African-American graduates.

The commencement ceremony will be held:

SATURDAY, MAY 21

10 A.M.

RUBY DIAMOND CONCERT HALL

WESTCOTT BUILDING

FLORIDA STATE UNIVERSITY

TALLAHASSEE, FLA.

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Press Release

Bus Trips Give FSU Medical Students Glimpse of Rural Medicine

CONTACT: Doug Carlson
850-645-1255; doug.carlson@med.fsu.edu

June 1, 2016

BUS TRIPS GIVE FSU MEDICAL STUDENTS GLIMPSE OF RURAL MEDICINE

Friday, first-year College of Medicine students will board buses and fan out across North Florida to explore rural health care. It’s the FSU College of Medicine Rural Learning Experience (RuLE), sponsored by the Florida Blue Foundation. The idea is to increase students’ familiarity with rural health – and the possibility that they’ll practice rural medicine – by exposing them early to rural communities and health providers.

This year, four buses each will depart with 30 first-year students, 12 master’s students and faculty and staff from the College of Medicine and other FSU colleges. The destinations are:

• Cairo, Ga., where they will visit a rural hospital, the Grady County Health Department, two clinical practice sites, and tour a local auto museum.
• Quincy and Havana, where they will visit the Capital Regional emergency room, the PAEC Migrant Center and have a Q&A with Havana residents.
• Marianna, where they will visit the county health department, a rural hospital, and speak with community leaders and residents at Rivertown Community Church.
• And Wakulla County, where they will visit the Tallahassee Memorial HealthCare Walk-in Clinic, the local health department, a nursing and rehab center, and Wakulla Springs State Park.

Across all locations they will meet and hear from primary care physicians, nurse practitioners, administrators, community leaders, and from second-year medical students who participated in the 2015 RuLE. Media are invited to ride along on one of the buses or to do interviews and take photos at any of the locations.

Buses will depart:
FRIDAY, JUNE 3
8:15 A.M.
FSU COLLEGE OF MEDICINE
1115 W. CALL ST., TALLAHASSEE

Directions: From downtown, travel west on Tennessee Street and turn left on Stadium Drive. The College of Medicine is at Stadium and Call Street. Press parking will be available by RSVP.

Visit http://med.fsu.edu/index.cfm?page=ruralMedicalPrograms.home for more information about the College of Medicine’s rural health programs.

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Press Release

NIH Awards $1.7 Million Grant To College of Medicine Researcher Seeking Answers About How Cells Talk To Each Other

CONTACT: Doug Carlson, FSU College of Medicine
(850) 645-1255; doug.carlson@med.fsu.edu

June 3, 2016

NIH AWARDS $1.7 MILLION GRANT TO COLLEGE OF MEDICINE RESEARCHER SEEKING ANSWERS ABOUT HOW CELLS TALK TO EACH OTHER

TALLAHASSEE, Fla. — Human cells, whether healthy or damaged, are able to communicate with each other by secreting small vesicles packed with a sophisticated cargo of functional proteins and RNAs.

The signals coming from a healthy cell are part of what allows life to flourish. The signals being sent by damaged cells, meanwhile, are under scrutiny as a possible source for the spread of cancer and other diseases.

One Florida State University College of Medicine scientist is zeroing in on establishing how the cargo of those tiny vesicles, known as exosomes, is reorganized when cancer is present. David Meckes, assistant professor of biomedical sciences, believes he is close to understanding how the antagonist in the reorganization does its work.

Meckes received a $1.7 million grant from the National Cancer Institute of the National Institutes of Health to further examine his theory. His research could point to more effective and less harmful ways to treat diseases such as cancer.

“In this study we hope to advance understanding of how a cancer-causing virus modulates the production and functions of exosomes,” Meckes said. “These questions are not only significant to the fields of oncogenic viruses and extracellular vesicles, but also to general aspects of cancer biology, including cell growth, transformation, and metastasis.”

The study of exosomes is part of a young and rapidly expanding field of research, and Meckes already has published significant findings that led to his current study. He was the first to demonstrate that a viral protein known as LMP1 alters the cargo of exosomes released from cells infected with a human tumor virus known as Epstein-Barr. And he showed that the modified exosomes are able to transport proteins capable of transforming a healthy cell into a tumor cell through the activation of cellular growth signaling pathways.

“Despite the potential importance of these viral-modified vesicles in the formation of a cancer, very little is known about how LMP1 actually enters and manipulates the host exosome pathway,” he said.

Meckes and his team at Florida State have two specific aims in their ongoing five-year study. First, to establish how the viral protein LMP1 drives exosome content reorganization, thereby altering the function of exosomes. Second, to determine what effects the modified exosomes have on intracellular communication and cellular transformation.

“Uncovering the mechanisms involved in the manipulation of exosome content and function will aid in the design of novel therapeutics to combat cancers associated with Epstein-Barr Virus,” Meckes said. “For example, blocking exosome secretion, or LMP1 targeting to exosomes, may inhibit the growth or ability of cancer cells to spread.

“Additionally, it is likely that findings from these studies will have broad implications in the treatment of other cancers and diseases that are facilitated by cellular communications that take place by way of exosomes.”

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Press Release

FSU Colleges Collaborate To Pave Smoother Pathway Into Health Professions

CONTACT: Ron Hartung, FSU College of Medicine
(850) 645-9205; ronald.hartung@med.fsu.edu

By Ron Hartung
June 2016

FSU COLLEGES COLLABORATE TO PAVE SMOOTHER PATHWAY INTO HEALTH PROFESSIONS

TALLAHASSEE, Fla. — Every year, thousands of new students arrive at Florida State hoping to enter a career in health care. For a variety of reasons, most of these would-be physicians, nurses, pharmacists and others wind up in different careers — and communities lose out on the health care they could have provided.

In an effort to turn that trend around, fully half of FSU’s colleges are working together to create a student-friendly pathway into the health professions. Called the Interdisciplinary Medical Sciences Program (IMS for short), it’s unlike anything else in the country — and with the provost’s blessing, it’s on a super-fast track.

Students are taking part in orientation sessions this summer. The curriculum is being fine-tuned for the fall semester. And hopes are running high.

“It’s an exciting moment for Florida State,” said Provost Sally McRorie. “We will vigorously pursue this innovative approach to preparing students and helping them find jobs in medical fields. I predict we will become the destination for students from Florida who want access to the full range of health professions.”

Most of the program’s courses already exist, though some are being revised with pre-health students in mind. The biggest change is in the way the students are guided along the pathway – and in the sense that the participating colleges are all working together as program partners.

Some universities have premed programs, College of Medicine Senior Associate Dean Myra Hurt said, but they’re not as flexible, all-encompassing or student-centered as this one.

“There’s no straightforward path to figure out, ‘Do I really want to go into the health professions?’” said Hurt, who conceived this idea in 2012. “Eventually we’ll see such a difference in how students feel about the path they’re on.”

Representatives from seven colleges served on a taskforce charged with getting IMS off the ground: Arts & Sciences (Departments of Biological Science, Chemistry and Psychology); Communication and Information; Human Sciences; Medicine; Nursing; Social Sciences and Public Policy; and Social Work. In addition, students from the College of Business will be conducting case studies to determine the best way to recruit the right students as well as employers.

Here’s a sampling of what IMS offers students:

• Choice of three majors. The pathway has three branches: Pre-Professionals, including physicians, nurses, physician assistants and pharmacists; Patient Care in the Community, including social workers, patient navigators and health advocates; and Health Policy and Technology, including social scientists and health informaticists.
• Core sciences for everyone. During the first two years, every IMS student will take the core sciences. “When you finish this,” said Associate Dean Helen Livingston, Hurt’s go-to curriculum planner, “you have a fundamental basis for any field in health care, wherever you go.”
• Real-world experiences. Science is important, but it’s only part of the picture. So every student will have regular contact with health professionals in the community, through shadowing and seminars. They’ll get answers to key career questions: “What professions are available?” “Could I see myself doing this job?” “Hours? Income? Training required?” “What are the social and psychological components of being in health professions?”
• Flexibility. In the past, students sometimes chose a narrowly defined major without all the information they needed — then wasted time and money changing their major. Sometimes they ended up with a degree but no profession. The interdisciplinary approach provides new opportunities to take electives and explore options. “For example, there are a number of College of Human Sciences courses, like child development, that someone interested in pediatrics could take,” Hurt said. “That really wasn’t an option before.”
• Continual advising. Students don’t come to college equally prepared. Some get poor advising along the way. Some don’t cope well with life’s surprises. “So we hope to provide lots of guidance,” Livingston said. “Not just in an academic sense, but in terms of how they’re growing personally and professionally and helping them determine a career path.”
• Team-based approach. These future health professionals will work side by side, mirroring the real world’s increasing demand for collaboration.

Hurt predicts as many as 140 students will sign up this first year. One of those pioneers is Emilie Miller. Right now she hopes to become a physician assistant focused on pediatrics, but she appreciates IMS’ array of options.

“I had planned to major in nursing as a bridge to the career path I wanted,” said Miller, who graduated in May from Tallahassee’s St. John Paul II Catholic High School, but then her mom learned about IMS. “After reading the description, it was exactly what I was looking for. I am beyond excited to be a part of something so new and creative.”

In some cases, IMS has been an opportunity for departments to carry out changes they’d already been considering.

“Chemistry is called the ‘Central Science’ because it is so strongly tied to all of the physical and biological sciences, and students in each of these majors require a solid grounding in the basic principles of chemical structure and reactivity,” said Tim Logan, chair of the Department of Chemistry and Biochemistry.

“These topics are currently taught in a framework that has worked well for generations,” Logan said. “However, there is increasing awareness that the full traditional chemistry curriculum is not necessarily needed by non-chemistry students and, in particular, by premedical students. We are trying to accommodate changes in the education needs of premedical/pre-professional students by designing these new courses.”

Judith McFetridge-Durdle, dean of the College of Nursing, particularly likes the options IMS offers her students.

“As a limited-access major, the College of Nursing must turn away hundreds of qualified applicants each year,” she said. “The IMS program will allow students who are not accepted into the Bachelor of Science in Nursing Program at the end of their sophomore year to continue on and graduate with a degree from Florida State that will prepare them for a career in another health-related field.”

Late last month, Florida Gov. Rick Scott hosted a two-day Degrees to Jobs Summit. College of Medicine Dean John P. Fogarty thinks the IMS program fits right in.

“We want our graduates to be fully prepared to get jobs in this economy,” Fogarty said. “Even during the lowest part of the recent recession, health care was still a dependable career for employment. With this program, we can make sure that our students get a great education while meeting the health-care needs of our state and nation.”

IMS is based in the College of Medicine, and Hurt and Livingston will direct it. Hurt predicts that in five years, if things go well, there may be 800 IMS students. “Eventually,” she said, “it could be a lot. It could be a whole lot.”

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Press Release

FSU Researchers Win Gap Awards To Launch Ideas To Marketplace

CONTACT: Kathleen Haughney, University Communications
(850) 644-1489; khaughney@fsu.edu

@FSUResearch

June 2016

FSU RESEARCHERS WIN GAP AWARDS TO LAUNCH IDEAS TO MARKETPLACE

TALLAHASSEE, Fla. — Five Florida State University researchers are receiving financial support from the university to transform promising lines of research into viable technologies for the global marketplace.

Researchers Hoyong Chung, Daniel Kaplan, Biwu Ma, Yaacov Petscher and Cheryl Xu will receive a combined total of more than $100,000 from the university to work on new projects such as environmentally friendly plastics, cancer therapies and a new material for a light-emitting diode, among others.

They received the money through the university’s biannual GAP competition, a “Shark Tank”- like event that allows researchers to pitch their ideas to a panel of local business men and women, Vice President for Research Gary K. Ostrander and Office of Commercialization Director Brent Edington.

“As a research university, FSU has a mission to produce new technologies and make discoveries that can make our world a better place,” Ostrander said. “The GAP competition is an excellent opportunity for researchers to pitch their ideas and seek funding to help move their work to the next stage of development.”

The GAP program provides university researchers with funding to help prepare their work for commercialization and potentially find outside investors. Over the past 10 years, it has doled out more than $2 million to help researchers develop products such as new cancer treatments, food contamination test kits and next-generation wound dressings.

“The support our office provides through these grants helps researchers refine their technologies and prepare them for the marketplace,” Edington said.

At the spring competition, the panel agreed to fund five promising projects.

The winning projects are:

• An environmentally friendly plastic: Chung, assistant professor of chemical and biomedical engineering, is examining ways to make new, functional plastics out of natural products. According to Chung, 99 percent of current plastic is petroleum based. He has been experimenting with lignin, a plant-based material that would be partially biodegradable.

• A marker for colorectal cancer: Kaplan, an associate professor in the College of Medicine, has identified a protein that could be an early indication for colorectal cancer, which affects almost 1.2 million people. If this cancer is caught early, the survival rate is high. Unfortunately, it is often not caught at the early stages.

• Organic light-emitting diodes (LEDs): Ma, associate professor of chemical engineering, is working with a class of materials called perovskites to build organic LEDs. Perovskites are any materials that have the same type of crystal structure as calcium titanium oxide. Perovskites have shown tremendous potential in creating LEDs that are both more cost efficient and brighter than traditional LEDs.

• Better student evaluations: Petscher, director of research for the Florida Center for Reading Research at Florida State, has developed new testing materials with more in-depth analytics to help teachers predict who is struggling and how to help these students catch up to their classmates. Current tests only show current ability, while Petscher’s new diagnostic tool also predicts possible hurdles for students down the line.

• Sensors in extreme environments: Xu, associate professor in the Department of Mechanical Engineering, is using a 3D printer to create a novel ceramic material that can withstand harsh environments, such as the inside of a high-speed jet turbine. The sensors can provide critical data about heat and pressure abnormalities occurring in the intricate spaces of these turbines that can help predict issues before they occur.

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Press Release

FSU College of Medicine Among Best In Nation At Preparing Diverse Physician Workforce

CONTACT: Ron Hartung
(850) 645-9205; ronald.hartung@med.fsu.edu

By Doug Carlson
June 29, 2016

FSU COLLEGE OF MEDICINE AMONG BEST IN NATION AT PREPARING DIVERSE PHYSICIAN WORKFORCE

TALLAHASSEE, Fla. — Fifteen years after enrolling its first class, the Florida State University College of Medicine has emerged as one of the most diverse medical schools in the country, according to current Association of American Medical Colleges (AAMC) enrollment data.

The FSU College of Medicine is the only AAMC-member institution ranked in the top six for enrollment of both black and Hispanic students among 136 U.S. medical schools. Its enrollment percentage for black or African-American students is double the national average.

Through its first 12 graduating classes, FSU’s medical school has produced 106 black and 135 Hispanic physicians.

“Our numbers are a reflection not of chance, but of design,” said John P. Fogarty, dean of the FSU College of Medicine. “We have a very specific mission to produce more physicians for Florida’s underserved communities, urban and rural, and we know that the only way to do that is to bring in students who are more likely to practice in those areas one day.”

From 1980 to 2012, only 17 AAMC medical schools (none of them in Florida) graduated 350 or more black or African-American physicians, and only 17 (including four in Puerto Rico) graduated more than 400 Latino or Hispanic physicians.

“We are on pace to exceed those numbers in a shorter time frame,” Fogarty said, noting that the college only reached its full enrollment five years ago.

The AAMC’s Missions Management Tool (MMT), which provides data allowing medical schools to assess their performance in a variety of areas related to mission, also rates Florida State one of the top programs in the nation in the category of preparing a diverse physician workforce.

The MMT places Florida State among the top 10 percent of medical schools in the country for percentage of graduates who are African-American. At the same time, Florida State rates as one of the top 15 percent of schools for percentage of graduates who are Hispanic.

The diversity programs meant to bolster enrollment of minority and rural students in medical school at Florida State also appear to be influencing undergraduate enrollment at the university. In 2016, FSU ranked No. 8 nationally for the number of its black or African-American graduates accepted into medical schools.

Many of those undergraduates were involved in a variety of College of Medicine outreach efforts, including the Undergraduate-SSTRIDE (Science Students Together Reaching Instructional Diversity and Excellence) program and the Minority Association of Pre-Medical Students.

“FSU’s commitment to the success of our students — all of our students — is demonstrably reflected in these important programs,” said Sally McRorie, provost and executive vice president for Academic Affairs.

Diversification of the U.S. physician workforce has lagged significantly behind diversification of the population as a whole and threatens to present challenges in meeting public health needs.

In a review of 55 published studies on the topic, the U.S. Health Resources and Services Administration reported on the rationale for diversity in health professions by concluding:

  • Underrepresented minority health professionals, particularly physicians, disproportionately serve minority and other medically underserved populations.
  • Minority patients tend to receive better interpersonal care from practitioners of their own race or ethnicity, particularly in primary-care and mental-health settings.
  • Non-English-speaking patients, particularly in mental-health care, experience better interpersonal care, greater medical comprehension, and a greater likelihood of keeping follow-up appointments when they see a practitioner who understands their language.

In Florida, 40 percent of the population — but only 21 percent of the physician workforce — is black or Hispanic, according to the U.S. Census Bureau and the Florida Department of Health.

“I think that diversity has moved from what I’d say was an important issue to an urgent issue,” said Marc Nivet, the AAMC’s chief diversity officer. “Clearly there’s something good that’s happening at Florida State. It’s a fantastic message that should be shared with all medical schools because we all could learn from that.”

Before enrolling its first class 15 years ago, the College of Medicine already had an established pipeline program meant to expand the pool of qualified applicants from underserved backgrounds. SSTRIDE was developed in 1993 to help FSU’s Program in Medical Sciences (PIMS) achieve greater diversity.

PIMS ended in 2001 when the FSU College of Medicine’s first class arrived. SSTRIDE remained, giving precollege students from rural and urban underserved areas exposure to opportunities that would help prepare them for a career in health care.

“SSTRIDE identifies talented students when there is still time to put them on the right path for being successful in the medical school application process,” said Helen Livingston, associate dean for undergraduate and graduate programs at the College of Medicine.

The College of Medicine has since added additional pipeline programs, including the Summer Institute, the Bridge to Clinical Medicine and the Honors Medical Scholars Society (HMSS).
A snapshot of outreach program success at the College of Medicine:

  • SSTRIDE — 98 percent of high-school seniors in the program are admitted to college. 
  • U-SSTRIDE — More than half of the undergraduates in the program go on to medical school, with the vast         majority of those choosing to attend the FSU College of Medicine.
  • HMSS — 90 percent of participants to date have entered medical school (87 percent at FSU). Seventy-two percent of those who have already graduated from medical school at FSU have entered primary-care residencies.
  • Summer Institute — 99 percent of participants (2008-2015) have gone to college, and 85 percent of those have majored in or are majoring in math, science or health-related fields. To date, 11 percent of participants have gone on to medical school.

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Press Release

FSU College of Medicine To Hold White Coat Ceremony

CONTACT: Ron Hartung
(850) 645-9205; (850) 694-1850; ronald.hartung@med.fsu.edu

Aug. 10, 2016

FSU COLLEGE OF MEDICINE TO HOLD WHITE COAT CEREMONY

Members of the Florida State University College of Medicine Class of 2020 will receive white coats this week, in a traditional ceremony symbolizing the importance of compassionate care for patients and the scientific proficiency expected of physicians.

The featured speaker is Rachel Bixler, M.D., a 2011 graduate of the FSU College of Medicine. She completed the Family Medicine Residency Program at Wake Forest Baptist Medical Center in 2014 and now practices medicine in her hometown, Port St. Joe, at Sacred Heart Hospital on the Gulf.

The ceremony will be held:

FRIDAY, AUG. 12

6 P.M.

RUBY DIAMOND CONCERT HALL

TALLAHASSEE, FLORIDA

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