ASIP Member Sherif Zaki, MD, PhD a founder and chief of the Infectious Disease Pathology Branch at the Centers for Disease Control and Prevention, passed away suddenly on Sunday, November 21at an Atlanta hospital. He was 65.
Dr. Zaki, helped diagnose previously unknown infectious diseases around the world, including influenza and other viral and bacterial illnesses. He was both a physician and a PhD scientist and sought to solve a host of medical mysteries. As the founder and chief of the CDC’s Infectious Disease Pathology Branch, he was at the forefront of efforts to identify numerous deadly diseases, including the hantavirus, West Nile virus, the Ebola and Zika viruses, severe acute respiratory syndrome (SARS) and the current global pandemic of covid-19.
Through the use of immunohistochemistry, a method of staining microscopic cells to identify foreign pathogens that can cause illness, Dr. Zaki made advances in identifying little-known or mutating diseases. For the past 18 months, he and his staff were working overtime on SARS-CoV-2 — the coronavirus that causes covid-19. In addition to his work at the CDC, Dr. Zaki taught at Emory, contributed chapters to medical books and was the author or co-author of more than 400 scientific papers. He traveled around the world, helping other pathologists learn his research methods.
Zaki attended Egypt’s Alexandria University, from which he received his medical degree in 1978 and a master’s degree in pathology. He did his medical residency in Egypt, then came to United States and eventually became a naturalized U.S. citizen. He received a doctorate in experimental pathology in 1989 from Emory University in Atlanta.
He had a photographic memory and a knack for cracking hard cases and has been an ASIP member since 1990.
This has been a difficult year for everyone—especially those who are experiencing isolation due to COVID-19. Many people are desperate for connection, and we try to share resources to encourage the ASIP spirit during these challenging times. The pandemic continues to take a toll on health care workers.
There is hope, and you can help. We want to continue our efforts in discovering disease mechanisms with even more ways to support education in pathology. We would love to have you join us for #GivingTuesday. ASIP joined #GivingTuesday last year and raised funds for travel awards. This year our goal is to raise $10,000. Your donations will be matched by the ASIP!
How can you help?
As a supporter of the ASIP, we need your help. Please share our fundraiser with your network on #GivingTuesday. We welcome any donation amount. Mark your calendar and help us reach our $10,000 goal. How will the money raised be used?
Your Impact has helped many past award recipients. Will you consider donating this year to ASIP to help advance pathology education? Every $ raised is helpful. Thank you for your support. Click the red button below to donate. We are grateful for you and your generosity. Together, we can make lasting change.
The platform will offer outstanding opportunities to explore the latest research. You’ll have access to plenary lectures, workshops, symposia, poster presentations, an exhibit hall and career services. You can also:
Trainee Scholar Awards recognize excellence in research from ASIP Trainee members (Undergraduate Students, Pre- and Post-Doctoral Trainees). Awardees are selected based upon the scientific merit of their submitted abstract. Trainee abstracts will be programmed for presentation in a poster session and/or minisymposia.
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The ASIP Young Investigator Keynote Seminar Series is a virtual forum for trainee members of the ASIP to showcase their research through full-length seminars. This seminar series enables ASIP trainee members to get to know each other’s research, complimenting their social and networking interactions. This seminar series also enables regular members of the ASIP to participate in the professional development of our trainee members, and learn about the research of their colleagues in the field of experimental pathobiology. Faculty members please encourage your predoc and postdoctoral trainees to participate.
If you would like to be a presenter in the next series, please contact us.
Join us in congratulating member Kristen Engevik, PhD, of Baylor College of Medicine for winning Second Place for her entry in the the FASEB BioArt Competition. Her entry titled, “Infectious Waves” is a video of rotavirus inducing calcium waves in monkey kidney epithelial (MA104) cells during infection. These MA104 cells contain a genetically encoded calcium indicator (teal). Rotavirus infected cells (magenta) elicit increased calcium (teal) in both infected and neighboring noninfected cells that manifests as waves originating from sites of infection. This is an important communication route during rotavirus infection.
She is a postdoc in Dr. Joseph Hyser’s lab and uses live imaging of calcium signaling (like what we see in this video) as a tool to better understand enteric viral infection and pathogenesis.