Engage Students in Science with SEPA-Funded Education Materials

As school starts up again, we look forward to a year that further enhances health and science literacy and brings students closer to pursuing science as an exciting future career. The National Institutes of Health continues to help both educators and students toward these goals through its Science Education Partnership Award (SEPA) Program Exit icon.

What Is SEPA?

SEPA funds innovative science, technology, engineering, and mathematics (STEM), and informal science education (ISE) projects for students in pre-kindergarten through grade 12 (P-12), as well as public outreach activities such as science museum exhibits. Its goal is to invest in educational activities, including interactive online resources, that improve the training of a future workforce to meet the country’s biomedical research needs. SEPA encourages partnerships between biomedical researchers and P-12 teachers, schools, and other interested groups. SEPA provides:

  • Opportunities for students from underserved communities to learn about careers in basic or clinical research.
  • Professional development, skills, and knowledge building for science teachers.
  • Support for science centers and museum exhibits on health and medicine to improve community health literacy.

In March 2017, SEPA found its new home with the National Institute of General Medical Sciences (NIGMS). Congress mandated the move so that SEPA could more efficiently integrate with our other institution-building and research training programs and increase collaboration opportunities between them.

SEPA-Funded Resources

The following are just some of the various SEPA-funded resources that educators can use to engage their students in science:

Spiral of Life Mural Series: Animal Evolution Exit icon. Credit: Duquesne University.

The Partnership in Education: movies, games, and curricula Exit icon (elementary and middle school)

The Partnership in Education at Duquesne University specializes in using cutting-edge technologies and creative media platforms—including videos, apps, posters, and lesson plans—to bring science to life and inspire lifelong learning. Topics include development Exit icon, evolution Exit icon, the science of sleep, and regenerative medicine Exit icon. Continue reading

Happy Birthday, BioBeat

This month, our blog that highlights NIGMS-funded research turns four years old! For each candle, we thought we’d illuminate an aspect of the blog to offer you, our reader, an insider’s view.

Who are we?

Over the years, the editorial team has included onsite science writers, office interns, staff scientists and guest authors from universities. Kathryn, who’s a regular contributor, writes entirely from her home office. Chris, who has a Ph.D. in neuroscience and now manages the blog, used to do research in a lab. Alisa has worked in NIGMS’ Bethesda-based office the longest: 22 years! She and I remember when we first launched Biomedical Beat as an e-newsletter in 2005. You can read more about each of the writers on the contributors page and if you know someone who’s considering a career in science communications, tell them to drop us a line.

How do we come up with the stories?

We get our story ideas from a range of sources. For instance, newspaper articles about an experimental pest control strategy in Florida and California prompted us to write about NIGMS-funded studies exploring the basic science of the technique. A beautiful visual from a grantee’s institution inspired a short post on tissue regeneration research. And an ongoing conversation with NIGMS scientific staff about the important role of research organisms in biological studies sparked the idea for a playful profile of one such science superstar.

A big change in our storytelling has been shifting the focus from a single finding to broader progress in a lab or field. So instead of reporting on a study just published in a scientific journal, we may write about the scientist’s career path or showcase a collection of recent findings in that particular field. These approaches help us demonstrate that scientific understanding usually progresses through the slow and steady work undertaken by many labs.

What are our favorite posts?

I polled the writers on posts they liked, and the list is really long! Here are the top picks.


Four Ways Inheritance Is More Complex Than Mendel Knew


The Endoplasmic Reticulum: Networking in the Cell


Interview With a Scientist: Janet Iwasa, Molecular Animator


From Basic Research to Bioelectric Medicine


An Insider’s Look at Life: Magnified, an Airport Exhibit of Stunning Microscopy Images

What are your favorite posts?

We regularly review data about the number of times a blog post has been viewed to identify the ones that interest readers the most. That information also helps guide our decisions about other topics to feature on the blog. The Cool Image posts are among the most popular! Below are some other chart-topping posts.


Our Complicated Relationship With Viruses


The Proteasome: The Cells Trash Processor in Action


Demystifying General Anesthetics


Meet Sarkis Mazmanian and the Bacteria That Keep Us Healthy


5 Reasons Biologists Love Math

We always like hearing from readers! If there’s a basic biomedical research topic you’d like us to write about, or if you have feedback on a story or the blog in general, please leave your suggestions in the comment field below or email me.

RISE-ing Above: Embracing Physical Disability in the Lab

This is the fourth post in a new series highlighting NIGMS’ efforts toward developing a robust, diverse and well-trained scientific workforce.

Marina Nakhla

Marina Z. Nakhla
Hometown: West Los Angeles, California
Blogs For: Ottobock “Life in Motion,” Exit icon a forum for the amputee community, where she’s covered topics ranging from medical insurance to dating.
Influential Book: The Catcher in the Rye by J.D. Salinger
Favorite TV Show: Grey’s Anatomy
Languages: English and Arabic
Unusual Fact: Gets a new pair of legs every year or two

Nakhla at her graduation from California State University, Northridge, where she graduated with a B.A. in psychology with honors. She is currently a second-year master’s student there studying clinical psychology. Credit: Christina Nakhla.

When Marina Z. Nakhla was just a toddler, she lost both of her legs. Now 22 and a graduate student at California State University, Northridge (CSUN), she has hurdled obstacles most of us never face.

Nakhla conducts research to better understand the decrease in mental abilities experienced by people with brain diseases. She is a scholar in CSUN’s Research Initiative for Scientific Enhancement (RISE) Program. This training program aims to enrich and diversify the pool of future biomedical researchers. Her long-term goal is to earn a Ph.D., to work as a clinical psychologist and to continue conducting research in neuropsychology. Along the way, she aspires to be a leader to her peers and an advocate for underrepresented people, particularly those with disabilities.

I first learned about Nakhla from an email message titled “CSUN RISE Student.” The acronym, pronounced “see [the] sun rise,” is an apt motto for a program that prepares students for a bright future in science. I believe it also encapsulates Nakhla’s positive, forward-looking mindset, despite the obstacles she has faced. Here’s her story:

Q: What got you interested in science?

A: Growing up, I was always drawn to science. I enjoyed learning how things work. I first became interested in psychology after reading The Catcher in the Rye in high school. I was so intrigued by Holden Caulfield’s thought processes and experiences of alienation and depression, despite the fact that he came from a wealthy family and went to a good school.

Why are some people more prone to experiencing depression? Why are some peoples’ thought processes so different than others? What factors contribute to resiliency? How can we help these people? These questions also made me think about the significant adversities that I had personally experienced. My desire to know more about the brain, as well as my personal experiences, instilled my passion to make a difference in others’ lives through science. Continue reading

Interview With a Scientist: Namandjé Bumpus, Drug Metabolism Maven

Medications are designed to treat diseases and make us healthier. But our bodies don’t know that. To them, medications are merely foreign molecules that need to be removed.

Before our bodies can get rid of these drug molecules, enzymes in the liver do the chemical work of preparing the molecules for removal. There are hundreds of different versions of these drug-processing enzymes. Some versions work quickly, others work slowly. In some cases, the versions you have determine how well a medication works for you, and whether you experience side effects from it.

Namandjé Bumpus Exit icon, a researcher at Johns Hopkins University School of Medicine, is interested in how human bodies respond to HIV medications. She studies the enzymes that process these drugs. Her research team discovered that a genetic variant of a liver enzyme impacts the way some people handle a particular HIV drug. This variant is found in around 80 percent of people of European descent. She describes her work in this video.

Bumpus recently presented her research to a more scientifically advanced audience at an Early Career Investigator Lecture at the National Institutes of Health. Watch her talk titled Drug Metabolism, Pharmacogenetics and the Quest to Personalize HIV Treatment and Prevention.

Dr. Bumpus’ work is supported in part by NIGMS grant R01GM103853.

Bit by the Research Bug: Priscilla’s Growth as a Scientist

This is the third post in a new series highlighting NIGMS’ efforts toward developing a robust, diverse and well-trained scientific workforce.

Priscilla Del Valle
Credit: Christa Reynolds.
Priscilla Del Valle
Academic Institution: The University of Texas at El Paso
Major: Microbiology
Minors: Sociology and Biomedical Engineering
Mentor: Charles Spencer
Favorite Book: The Immortal Life of Henrietta Lacks, by Rebecca Skloot
Favorite Food: Tacos
Favorite music: Pop
Hobbies: Reading and drinking coffee

It’s not every day that you’ll hear someone say, “I learned more about parasites, and I thought, ‘This is so cool!’” But it’s also not every day that you’ll meet an undergraduate researcher like 21-year-old Priscilla Del Valle.

BUILD and the Diversity Program Consortium

The Diversity Program Consortium (DPC) aims to enhance diversity in the biomedical research workforce through improved recruitment, training and mentoring nationwide. It comprises three integrated programs—Building Infrastructure Leading to Diversity (BUILD), which implements activities at student, faculty and institutional levels; the National Research Mentoring Network (NRMN), which provides mentoring and career development opportunities for scientists at all levels; and the Coordination and Evaluation Center (CEC), which is responsible for evaluating and coordinating DPC activities.

Ten undergraduate institutions across the United States have received BUILD grants, and together, they serve a diverse population. Each BUILD site has developed a unique program intended to engage and prepare students for success in the biomedical sciences and maximize opportunities for research training and faculty development. BUILD programs include everything from curricular redesign, lab renovations, faculty training and research grants, to student career development, mentoring and research-intensive summer programs.

Del Valle’s interest in studying infectious diseases and parasites is motivating her to pursue an M.D./Ph.D. focusing on immunology and pathogenic microorganisms. Currently, Del Valle is a junior at The University of Texas at El Paso (UTEP)’s BUILDing SCHOLARS Center Exit icon. BUILDing SCHOLARS, which stands for “Building Infrastructure Leading to Diversity Southwest Consortium of Health-Oriented Education Leaders and Research Scholars,” focuses on providing undergraduate students interested in the biomedical sciences with academic, financial and professional development opportunities. Del Valle is one of the first cohort of students selected to take part in this training opportunity.

BUILD scholars receive individual support through this training model, and Del Valle says she likes “the way that they [BUILDing SCHOLARS] take care of us and the workshops and opportunities that we have.”

Born in El Paso, Texas, Del Valle moved to Saltillo, Mexico, where she spent most of her childhood. Shortly after graduating from high school, she returned to El Paso to start undergraduate courses at El Paso Community College (EPCC), to pursue an M.D. Del Valle explains that in Mexico, unlike in the United States, careers in medical research are not really emphasized in the student community or in society, so she did not have firsthand experience with research.

Del Valle discovered her passion for research when she was assigned a project on malaria as part of an EPCC course. She was fascinated by the parasite that causes malaria. “It impressed me how something so little could infect a person so harshly,” she says. Continue reading

Student Researcher Finds New Clues About Flu with Old Data

Do you like to find new uses for old things? Like weaving old shirts into a rug, repurposing bottles into candle holders or turning packing crates into tables? Katie Gostic, a University of California, Los Angeles (UCLA) graduate student, likes finding new uses for old data. She channeled this interest when she analyzed existing data to study whether childhood exposure to flu affects a person’s future immunity to the disease.

Katie Gostic
Gostic conducted research for the flu project during the summer of 2015 when she was visiting her boyfriend, a tropical biologist, in Alamos, Sonora, Mexico. Credit: Charlie de la Rosa.

As an undergraduate student at Princeton University, Gostic was originally pursuing a degree in engineering. Her focus shifted to biology after taking an infectious disease modeling class. Gostic’s background in math and programming allows her to take large, complex pre-existing data sets and reanalyze them using new tools and methods. The result: Information that wasn’t accessible when the data were first collected.

Now a graduate researcher in the ecology and evolutionary biology lab of James Lloyd-Smith Exit icon, Gostic studies infectious diseases. The lab builds mathematical models to investigate zoonotic diseases—diseases that animals can transmit to humans but that humans don’t frequently spread between each other. Examples include diseases caused by Leptospira, a type of bacteria that infects household pets and many other animals, and monkeypox, a virus whose transmission to humans is increasing since the eradication of smallpox. The lab also studies bird flus, a category of flu viruses that infect birds and other animals and only occasionally jump to people. A very small number of cases of human-to-human transmission of bird flus have been recorded. However, if a bird flu virus mutated in a way that allowed it to spread among humans, it could cause a pandemic. Continue reading

Not Discounting His Future: Austin Works Toward His Goals

This is the second post in a new series highlighting NIGMS’ efforts toward developing a robust, diverse and well-trained scientific workforce.

Austin Phanouvong
Credit: Christa Reynolds.
Austin Phanouvong
Academic Institution: Portland State University
Major: Biology
Minor: Chemistry
Mentor: Suzanne Mitchell
Favorite Book: The Alchemist, by Paulo Coelho
Favorite Food: Sushi
Hobbies: Hiking, cooking and traveling

BUILD and the Diversity Program Consortium

The Diversity Program Consortium (DPC) aims to enhance diversity in the biomedical research workforce through improved recruitment, training and mentoring nationwide. It comprises three integrated programs—Building Infrastructure Leading to Diversity (BUILD), which implements activities at student, faculty and institutional levels; the National Research Mentoring Network (NRMN), which provides mentoring and career development opportunities for scientists at all levels; and the Coordination and Evaluation Center (CEC), which is responsible for evaluating and coordinating DPC activities.

Ten undergraduate institutions across the United States have received BUILD grants, and together, they serve a diverse population. Each BUILD site has developed a unique program intended to engage and prepare students for success in the biomedical sciences and maximize opportunities for research training and faculty development. BUILD programs include everything from curricular redesign, lab renovations, faculty training and research grants, to student career development, mentoring and research-intensive summer programs.

Austin Phanouvong, 21, likes biology because it teaches him about life.

“Even the way we walk, the way we breathe – there’s all these little components to it that we don’t even think about but they’re very helpful, and one hiccup in that system can lead to many diseases and sicknesses,” Phanouvong says.

Born and raised in Portland, Oregon, Phanouvong is a senior at Portland State University (PSU), where he is in the Building Infrastructure Leading to Diversity (BUILD) EXITO program. As a student in BUILD EXITO Exit icon (which stands for “Enhancing Cross-Disciplinary Infrastructure and Training at Oregon”), Phanouvong takes biomedical science courses, conducts research and participates in professional development workshops and seminars. He has learned about preparing a CV and writing personal statements. In spring 2017, Phanouvong will graduate with a major in biology and a minor in chemistry. He will continue to pursue research opportunities as he applies for medical school, and he hasn’t ruled out the possibility of pursuing a Ph.D. in the future.

Since high school, Phanouvong’s desire has been to help people through a healthcare career. Originally, he was interested in nursing, but he decided he could push his career plans and education farther by going to medical school. Because of his interest in hands-on research, last year Phanouvong’s honors thesis advisor recommended he apply for the BUILD program, and Phanouvong realized BUILD EXITO would be a great opportunity to engage in research as an undergraduate student. Continue reading

Interview With a Scientist: Thomas O’Halloran, Metal Maestro

Inside our bodies is a surprising amount of metal. Not enough to set off the scanners at the airport or make us rich, but enough to fill each of our cells with billions of metal ions, including calcium, iron, copper and zinc. These ions facilitate critical biological functions.

However, too much of any metal can be toxic, while too little can cause disease. Our cells carefully monitor and control their metal content using a whole series of proteins that bind, sense and transport metal ions.

Keeping tabs on why and how metals flow into and out of our cells is a passion of Thomas O’Halloran Exit icon, professor of chemistry and molecular biosciences at Northwestern University in Illinois. For the past three decades, O’Halloran has investigated how fluctuations in the amount of metal ions inside cells influence gene expression, cell growth and other vital functions. Using a variety of approaches, he has uncovered new types of proteins that bind metal ions and investigated the role that imbalances in these ions play in a number of disease-related physiological processes.

One recent focus of his studies has been how zinc regulates oocyte (egg cell) maturation and fertilization. Ultimately, his work could help us better understand infertility, cancer and certain bacterial infections.

Getting It Done: Chyann’s Path to Graduate School and Research

This is the first post in a new series highlighting NIGMS’ efforts toward developing a robust, diverse and well-trained scientific workforce.

Chyann Richard
Credit: Christa Reynolds.
Chyann Richard
Academic Institution: California State University, Long Beach
Major: Psychology
Mentor: Michelle Barrack
Favorite Book: Outliers, by Malcolm Gladwell
Favorite sports team: Los Angeles Lakers
Favorite music: R&B

“A lot of people would never guess that I’m in research and I take pride in that. I want to be able to represent people that don’t even go this far,” Chyann Richard, 20, says.

BUILD and the Diversity Program Consortium

The Diversity Program Consortium (DPC) aims to enhance diversity in the biomedical research workforce through improved recruitment, training and mentoring nationwide. It comprises three integrated programs—Building Infrastructure Leading to Diversity (BUILD), which implements activities at student, faculty and institutional levels; the National Research Mentoring Network (NRMN), which provides mentoring and career development opportunities for scientists at all levels; and the Coordination and Evaluation Center (CEC), which is responsible for evaluating and coordinating DPC activities.

Ten undergraduate institutions across the United States have received BUILD grants, and together, they serve a diverse population. Each BUILD site has developed a unique program intended to engage and prepare students for success in the biomedical sciences and maximize opportunities for research training and faculty development. BUILD programs include everything from curricular redesign, lab renovations, faculty training and research grants, to student career development, mentoring and research-intensive summer programs.

Currently a junior at California State University, Long Beach (CSULB), Richard is majoring in psychology. After she graduates with a bachelor’s degree in 2018, she plans to continue to a Ph.D. program and do research in behavioral neuroscience.

Richard is among a select group of undergraduate college students participating in the Building Infrastructure Leading to Diversity (BUILD) program. The BUILD programs focus on finding innovative approaches to increase student engagement in the biomedical sciences, through interventions at student, faculty and institutional levels. As a BUILD scholar, Richard is conducting laboratory research and preparing for graduate school through career development seminars, presentations and other activities.

Richard loves how research introduces her to new ideas and allows her to share these concepts with others, including her parents.

“Because they’ve been teaching me my whole life … now I’ve got a one-up because I know about research and they don’t. That’s really fun,” she says.

Richard’s interest in behavioral neuroscience is both personal and scientific. During Richard’s junior year of high school, her mother was diagnosed with generalized anxiety disorder. This sparked Richard to take an Advanced Placement (AP) psychology course, where she began learning about the prevalence of and treatments for such disorders.

“[The class] started bringing [my mom’s condition] into perspective – that it wasn’t just some random thing,” Richard says. Continue reading

The Irresistible Resistome: How Infant Diapers Might Help Combat Antibiotic Resistance (sort of)

Gautam Dantas
Credit: Pablo Tsukayama, Ph.D.,
Washington University School of Medicine
Gautam Dantas
Born: Mumbai, India
Most proud of: His family, which brings him joy and pride
Favorite lab tradition: OOFF! Official Optional Formal Fridays, when members of his lab can dress up, eat bread—made in the lab’s own bread machine—and drink beer and wine together at the end of the day
When not in the lab, he: Enjoys home brewing, pickling and canning, and spending time with his wife and children. He also attends musical performances, including those of his wife, who sings in the St. Louis Symphony Chorus
Advice to aspiring scientists: Pursue hobbies, take risks, explore beyond your comfort zone. “You can do a Ph.D., but also have other experiences.” He says his own outside activities refine his focus in the lab, keep him grounded and help him be an empathetic mentor to his students. Plus, he met his wife while singing in the chorus of Macalester College in St. Paul, Minnesota

When I Grow Up…

Gautam Dantas remembers the day in 10th grade when he first wanted to be a scientist. It was the day he had a new biology teacher, a visiting researcher from the U.S. The teacher passionately described his own biochemical studies of how organisms live together in communities. By the end of the class, Dantas had resolved to earn a Ph.D. in biochemistry.

He ended up doing much more—gaining expertise in computational biology, protein design and synthetic biology. He now combines his skills and knowledge in multifaceted research that spans four departments at Washington University in St. Louis. His goal: to better understand and help combat a vital public health threat—drug-resistant bacteria.

“Our motivation is that we are living in the antibiotic era, and antibiotic resistance is getting out of control,” Dantas says. “We have very few new antibiotics we can use, so we’re kind of scrambling [to find new ways to treat bacterial diseases].”

His research focuses on one of the groups most vulnerable to bacterial infections—newborn babies.

According to his lab’s website Exit icon, the research is “at the interface of microbial genomics, ecology, synthetic biology, and systems biology,” and it aims “to understand, harness, and engineer the biochemical processing potential of microbial communities.” They do it by scrounging around in infant diapers.

Antibiotic Angst

Since their introduction in the 1940s, antibiotic drugs have saved countless lives. Simultaneously, they weeded out strains of bacteria easily killed by the drugs, allowing drug-resistant strains to thrive. Every year, at least 2 million people in the U.S. become infected and at least 23,000 die from drug-resistant bacteria, according to the Center for Disease Control and Prevention. Continue reading