Meet The Microbiologist
Saeed Khan, Ph.D., Head of the Department of Molecular Pathology at Dow diagnostic research and reference laboratory and President of the Pakistan Biological Safety Association discusses the importance and challenges of biosafety/biosecurity practices on both a local and global scale. He highlights key steps for biorisk assessment and management and stresses the importance of training, timing and technology. Ashley's Biggest Takeaways Adequate biosafety and biosecurity protocols depend on a thorough understanding of modern challenges, and scientists must be willing and able to respond to new...
info_outline From Hydrothermal Vents to Cold Seeps: How Bacteria Sustain Ocean Life With Nicole DubilierMeet The Microbiologist
Nicole Dubilier, Ph.D., Director and head of the Symbiosis Department at the Max Planck Institute for Marine Microbiology, has led numerous reserach cruises and expeditions around the world studying the symbiotic relationships of bacteria and marine invertebrates. She discusses how the use of various methods, including deep-sea in situ tools, molecular, 'omic' and imaging analyses, have illuminated remarkable geographic, species and habitat diversity amongst symbionts and emphasizes the importance of discovery-driven research over hypothesis-driven methods. Watch this episode: Ashley's...
info_outline When Proteins Become Infectious: Understanding Prion Disease With Neil MabbottMeet The Microbiologist
From Bovine Spongiform Encephalopathy (BSE) to Creutzfeldt-Jakob disease (CJD), Neil Mabbott, Ph.D., has worked for nearly 2 decades on understanding the mechanisms by which prion proteins become infectious and cause neurological disease in humans and animals. He discusses the remarkable properties of prions and addresses complexities surrounding symptoms, transmission and diagnosis of prion disease.
info_outline Trillion Dollar Microbes Make the Bioeconomy Go Round With Tim DonohueMeet The Microbiologist
Episode Summary —ASM Past President, University of Wisconsin Foundation Fetzer Professor of Bacteriologyand Director of the (GLBRC) calls genomics a game-changer when it comes the potential of microbes to create renewable resources and products that can sustain the environment, economy and supply chain around the world. He also shares some exciting new advances in the field and discusses ways his research team is using microorganisms as nanofactories to degrade lignocellulose and make a smorgasbord of products with high economic value. Take the Ashley's Biggest...
info_outline Rabies: The Diabolical Virus With Many Symptoms and Hosts With Rodney RohdeMeet The Microbiologist
, Regents’ Professor and Chair of the Medical Laboratory Science Program at Texas State University discusses the many variants, mammalian hosts and diverse neurological symptoms of rabies virus. Take the Ashley’s Biggest Takeaways: Prior to his academic career, Rohde spent a decade as a public health microbiologist and molecular epidemiologist with the and , and over 30 years researching rabies virus. While at the Department of Health Lab, Rohde worked on virus isolation using what he described as “old school” cell culture techniques,...
info_outline Increasing Laboratory Capacity for TB Diagnosis With Aureliana ChambalMeet The Microbiologist
ASM's Young Ambassador, Aureliana Chambal, discusses the high incidence of tuberculosis in Mozambique and how improved surveillance can help block disease transmission in low resource settings. Ashley's Biggest Takeaways: Mozambique is severely impacted by the TB epidemic, with one of the highest incidences in Africa (368 cases/ 100,000 people in the population). Human-adapted members of the . These 7 lineages may vary in geographic distribution, and have varying impacts on infection and disease outcome. For decades, 2 reference strains have been used for TB lab research, H37Rv, which...
info_outline Good Science, Bad Science and How to Make it Better with Ferric Fang and Arturo CasadevallMeet The Microbiologist
The scientific process has the power to deliver a better world and may be the most monumental human achievement. But when it is unethically performed or miscommunicated, it can cause confusion and division. Drs. Fang and Casadevall discuss what is good science, what is bad science and how to make it better. Get the book!
info_outline Using AI to Understand How the Gut-Brain Axis Points to Autism With James MortonMeet The Microbiologist
Dr. James Morton discusses how the gut microbiome modulates brain development and function with specific emphasis on how the gut-brain axis points to functional architecture of autism. Watch James' talk from ASM Microbe 2023: Using AI to Glean Insights From Microbiome Data https://youtu.be/hUQls359Spo
info_outline Atypical Metabolism of Leishmania and Other Parasitic and Free-Living Protists With Michael GingerMeet The Microbiologist
Dr. Michael ginger, Dean of the School of Applied Sciences in the Department of Biological and geographical Science at the University of Huddersfield, in West Yorkshire, England discusses the atypical metabolism and evolutionary cell biology of parasitic and free-living protists, including Leishmania, Naegleria and even euglinids.
info_outline IBS Biomarkers and Diagnostic Diapers With Maria Eugenia Inda-WebbMeet The Microbiologist
, Pew Postdoctoral Fellow working in the Synthetic Biology Center at MIT builds biosensors to diagnose and treat inflammatory disorders in the gut, like inflammatory bowel disease and celiac disease. She discusses how “wearables,” like diagnostic diapers and nursing pads could help monitor microbiome development to treat the diseases of tomorrow. Subscribe (free) on , , , , or by . Ashley's Biggest Takeaways Biosensors devices that engineer living organisms or biomolocules to detect and report the presence of certain biomarkers. The device consists of a bioreceptor...
info_outlineAshley's Biggest Takeaways
- Coauthoring a book requires having great respect for the opinions of the person you are working with.
- The first human disease shown to be viral in nature was yellow fever, but for quite some time, the mode of disease transmission remained mysterious. In early 1881, Carlos Finlay of Cuba suggested that the disease could be spread by mosquitoes and significantly advanced the field.
- It wasn’t until polio was discovered in the early 1900s that scientists determined that viruses could also be transmitted by and animals.
- The ability to grow virus in tissue culture was another huge advancement in the field of diagnostic virology, which eventually led to the development of the Salk inactivated polio vaccine (IPV).
- Although he did not seek the spotlight for his work, Walter Roe, was a bright, hardworking (and one of John’s favorite) virologist, who made important advances in tissue culture, researched the role of retroviruses in animal cancer and discovered adenoviruses.
- As a result of the COVID-19 pandemic, the clinical laboratory played a central role in public health. The importance of a laboratory diagnosis became more evident and next generation sequencing moved further into the clinical lab.
Featured Quotes:
“Advice that was given to me way back when I started on my first book is that you have to write about something you're passionate about. You have to really believe in the topic because otherwise it'll come across as superficial and artificial. So the very first step is do you really believe in, [and in the case of writing a book, that means] believe in what you're writing about.” – Booss.“Science is often projected as a steady stream of advances one after the other. But there is a certain amount, I think, of arbitrary choice at each step. And it's also true for for writing a book.” – Booss
“In putting the book together, there are obviously major events that occurred in virology, major crises that move the field forward, an interplay, really, of the scientific advances, the clinical need of the crisis at hand and some very remarkable people. One highlight of this book is the way it does focus on individuals and their stories and how they contributed to that progress.” -Landry
“When [pathogens] spread from a local area to a larger area geopolitical area or even globally, they become pandemic.”
Polio
“The most compelling virus that I can think of in my youth was obviously polio. So when I was a small child, polio was causing epidemics every summer, at the end of which, between 20 and 30,000 children in the United States were left either paralyzed or dead. So this was it really struck fear into parents hearts.” – Landry“And then came the oral polio vaccine. We lined up, and it was a very, very painless way to be immunized. So that was a tremendous success story, we've come very close to eliminating polio, because of a number of reasons it hasn't happened.” - Landry
“There was a case recently of paralytic polio in New York, in an unvaccinated person. And I hope this is a wake-up call, we really thought we were about to eliminate before COVID. And then with those disruptions and others, there's been a little resurgence, but I hope that it will be accomplished soon.” -Landry
COVID-19
“It's amazing how much the world did change. International economies collapsed. whole societies shut down. The education and socialization of children came to a screeching halt. As schools close, whole chasms of inequality opened up or were revealed. And also the poor and marginalized people were the ones who suffered most. And the U.S. cultural divisions interfered with attempts to block the disease. So that by 2022, the U.S. was unique in having over 1 million deaths. We lead unfortunately led the world in that regard.” – Booss“Sometimes we need a crisis to move us forward. And we saw this with the new vaccine platforms, especially the mRNA vaccine.”
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Links
From yellow fever and smallpox, to polio, AIDS and COVID-19, To Catch a Virus guides readers through the mysterious process of catching novel viruses and controlling deadly viral epidemics— and the detective work of those determined to identify the culprits and treat the infected.The new edition will be released October 15, 2022, available at asm.org/books