Podcasts about bioengineer

Send us a textDr. Billy W. Loo Jr., MD PhD ( https://med.stanford.edu/profiles/6839 ) is a Professor of Radiation Oncology, a member of the Stanford Cancer Institute, the Molecular Imaging Program at Stanford (MIPS), and of Bio-X Interdisciplinary Biosciences Institute.  He is a physician-scientist Radiation Oncologist and Bioengineer who directs the Thoracic Radiation Oncology Program and is Principal Investigator of the FLASH Sciences Lab at Stanford ( https://med.stanford.edu/loo-lab.html ).Dr. Loo's clinical specialty is precision targeted radiotherapy for lung/thoracic cancers, including stereotactic ablative radiotherapy (SABR). Dr. Loo is a recognized expert in thoracic cancers serving on multiple national committees (including as writing member or vice-chair) that publish clinical guidelines on the treatment of lung cancer and other thoracic malignancies, particularly the National Comprehensive Cancer Network (NCCN).Dr. Loo's clinical research is in clinical trials and implementation of new treatment techniques for lung cancer, and development of new medical imaging methods for measuring organ function and predicting response to cancer treatment. He also has developed novel applications of SABR including treatment of pulmonary emphysema and cardiac arrhythmias.The research focus of the FLASH Sciences Lab at Stanford, directed by Dr. Loo, is the development and study of extremely rapid FLASH therapy to optimize the biological therapeutic index of cancer radiotherapy, and the technological infrastructure for this basic research and its clinical translation. Dr. Loo is co-inventor of a fundamentally new approach to delivering ultra-rapid, ultra-precise cancer therapy, pluridirectional high-energy agile scanning electronic radiotherapy (PHASER), and co-leads a program to develop it into a transformative and clinically practical technology.Dr. Loo is also a co-founder of an early stage company, TibaRay ( https://www.tibaray.com/ ) developing next generation linear accelerator technology (derived from Stanford research) to bring these advances to patients.Dr. Loo received his MD from University of California, Davis and his PhD in Bioengineering from University of California, San Francisco and Berkeley. He completed his Radiation Oncology residency training at Stanford Medicine. He is certified by the American Board of Radiology in Radiation Oncology, and is a Fellow of the American Society for Radiation Oncology (ASTRO) and a Fellow of the American College of Radiology (ACR).#BillyLoo #Oncology #Cancer #RadiationOncology #FlashRadiotherapy #Stanford #Tibaray #Phaser #Bioengineering  #LinearAccelerator #Klystron #ProgressPotentialAndPossibilities #IraPastor #Podcast #Podcaster #Podcasting #ViralPodcast #STEM #Innovation #Science #Technology #ResearchSupport the show

The girlies talk genius. Is it a magical trait only available to a lucky few? Is it a practiced skill that can be honed by anyone? They use two geniuses from history — Temple Grandin and Leonardo DaVinci — as case studies to talk about what makes up the most ingenious among us. This episode was produced by Julia Hava and Eliza Mclamb and edited by Allison Hagan. Research assistance from Penelope Spurr. To support the podcast on Patreon and access 50+ bonus episodes, mediasodes, zoom hangouts and more, visit patreon.com/binchtopia (http://patreon.com/binchtopia) and become a patron today. SOURCES:  A Conversation with Temple Grandin, Humane Animal Scientist Against Algebra Ahead of His Time: Leonardo Da Vinci's Contributions to Engineering An Interview with Temple Grandin. Animal Welfare: A Practical Approach BBC: The Woman Who Thinks Like a Cow Displaying Autism: The Thinking and Images of Temple Grandin (2010) Emergence: Labeled Autistic Emmys 2010: Who is Temple Grandin? Epochs in Endourology: The da Vinci Robot From Bullied to Brilliant: How Temple Grandin embraces autism How the Squeeze Machine Came to Be Is there a link between Asperger's and genius? Leonardo da Vinci: Engineer, Bioengineer, Anatomist, and Artist Leonardo Da Vinci's Invention Leonardo da Vinci's last home - Chateau de Clos Lucé  Leonardo da Vinci may have had ADHD, leading professor says Perspectives on Education from a Person on the Autism Spectrum Q&A: Temple Grandin on the Autistic Brain Qualities of an Animal Scientist: Cow's Eye View and Autism Sources of Inspiration in the Science and Art of Leonardo da Vinci Temple Grandin, Translator: Sounding Autism, Seeing Animals, Making a Difference “We need all kinds of minds”: Temple Grandin on why neurodivergent thinkers are essential What Makes a Genius?

So, let's talk about the marriage between nanotechnology and medicine, and how this can help revolutionize cancer treatment… Have you ever wondered what the field of bioengineering entails? At its core, bioengineering is a discipline that harnesses the principles of biology and engineering to develop innovative solutions for a variety of problems. It is a world filled with extraordinary, cutting-edge, and most importantly, profoundly impactful innovations. And with its revolutionary advancements in medicine, agriculture, and more, it is truly shaping our world in ways we could never have imagined before. Unfortunately, this is a science that I know little to nothing about. But worry no more, for in this week's episode, I'll be joined by a trailblazer in this field – Dr. Craig Richard, a Black doctor who not only pushes the limits of what nanotechnology and medicine can do but is also a staunch proponent for representation and mentorship of Black students in STEM fields. If you feel like me, whose knowledge about this field is so limited but has been pondering upon the incredible possibilities that lie within this field, then get yourselves ready. Here, we'll discover how the tiniest particles invisible to the naked eye might hold the key to medical advances for better health and life. Why you need to check this episode: Find out how nanotechnology and medicine go together; Understand the importance of representation and mentorship in STEM fields; and Learn about the advances of nanotechnology especially in the fight against cancer “That's the goal; it's to develop treatments for these diseases that otherwise would have very few treatment options or would result in such drastic symptoms from the treatment that people don't want to do them. We can make this process a lot easier or more targeted so there's less off-target effects. It's the best of both worlds.” – Dr. Craig Richard Notable Quotes: “Fundamental properties start to change when you start to nanostructure things.” – Dr. Craig Richard “It's really exciting because now, you could have systemic delivery. It doesn't matter how you deliver it, but if you only deliver the on signal – the kill switch – to the site with the tumor, then you're getting all the buildup that's happening in that tumor and you're only having the effect in that tumor; you can minimize the off-target effects of some of those really toxic chemotherapy drugs because they're only being released inside the tumor or around the tumor.” – Dr. Craig Richard “Obviously, there's going to be pros and cons; there's going to have to be some sacrifices, especially if you're treating cancer. Like, the chemotherapy drugs you are using – they're poison. There are no uncertain terms; it's poison. But it's a poison that affects the cancer cells more than it does the normal cells and you're just taking advantage of cancer's biology. So, if you can take it and put it in some type of delivery vehicle and have it specifically target that, the benefits kind of outweigh some of the risks.” – Dr. Craig Richard “I don't want people to have the same experiences that I've had, like going through college and high school where I'm the only person that looks like me in the room. I can count on one hand the number of people in my field, in my department, that looks like me, and that's a problem. I don't want that to be everyone's experience, so I'm trying to do what I can to help with that and remedy that problem.” – Dr. Craig Richard Sign up at www.listentodrberry.com  to join the mailing list. Remember to subscribe to the podcast and share the episode with a friend or family member. Listen on Apple Podcast, Google Play, Stitcher, Soundcloud, iHeartRadio, and Spotify Connect with Dr. Craig Richard:  TikTok Instagram YouTube

Research on women's health has been underfunded for decades. As central as it is to human life, the reproductive process is especially poorly understood by scientists. Washington University bioengineer Michelle Oyen argues that it's critical for scientists to study women's health, and she hopes her research will contribute to improved maternal and fetal health outcomes.

Rama Ranganathan, M.D. Ph.D. is a Joseph Regenstein Professor in the Department of Biochemistry and Molecular Biology at the University of Chicago. Rama's research has focused the atomic and cellular structure, function, and evolution in biological systems. His work has led to new models for the architecture of natural proteins. He is also the director of BioCARS beamline, a national user facility for structural biology at the Advanced Photon Source at Argonne National Laboratory.For more info on Rama's work please go here.Support the show

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This week on the podcast, it's part 2 of my conversation with Rene Canady, a WOC, Bioengineer, and Wellness Advocate (@jointhighpothesis).  We talk:Intentionally creating spaces that we thrive in, not just tolerateHow taking more risks for the things you want can get you a life you loveFinding our what's important to you = finding your peopleWhy doing nothing about your current situation is only making things worseFollow Rene's podcast: @jointhighpothesisSubscribe, rate and review with what you think!IG: @SisterStrugglesSelfCare ; @Sister_struggles._podcastTikTok: @SisterstrugglesSelfCareFacebook Newsletter www.sisterstruggles.comEmail me your self care questions or problems at: Joanna@sisterstruggles.com

Host Dave Schlom is joined by Clare Fieseler, the co-author of a new National Geographic kids book, No Boundaries: 25 Women Scientists and Explorers share Adventures, Inspiration and Advice.

On this classic ID the Future, Matti Leisola, the European bioengineer whose story is told in Heretic: One Scientist's Journey from Darwin to Design, speaks from Finland to a meeting in Dallas, Texas. He describes his intellectual journey, his successful research career, and some of the reasons he made the turn to belief in intelligent design. He also relates some of the irrational reactions he sometimes met with from colleagues, and how he navigated those tense situations. Source

Ants better than pesticides at protecting healthy crops, plus scientists bioengineer a better leaf for hardier plants in the era of climate change. And, the Center for Climate and Energy Solutions!

Watch the full talk on YouTube in 4K at https://youtu.be/uOweR64CTa8

Join us as we get to know another Shorecrest faculty member Melissa Estremera . We learn about her journey from Bioengineer to the Computer Sciences classroom.  Ms. Estremera's infectious passion for engineering, science and computer programming inspire her students to take on any challenge with the confidence that any problem can be solved with the proper perspective and approach.This podcast is made possible by a grant from Intuitive, maker of the Da Vinci and ION surgical robotic systems. The Intuitive foundation is dedicated to promoting the advancement of STEM educational programs, medical and technology research, healthcare training, and fellowship programs.

What does zero gravity, BioEngineering, YouTube, and pulmonary surfactant all have in common? Well, if you guessed Prof. Mona Minkara, this week's guest, you'd be absolutely right! It's an episode full of energy as Rob, Ryan, Lis and Steve welcome Mona to the show to discuss her journey becoming a Bioengineer, her experience with Astro Access, an organization with the mandate to increase access and inclusion to space travel, her YouTube channel that showcases accessible international travel and transit systems, and her tireless work making STEM materials more accessible and encouraging more youth who are visually impaired youth to enter the science field. This is one you don't want to miss! Show Transcript: https://atbanter.files.wordpress.com/2022/03/at-banter-podcast-episode-275-mona-minkara.pdf Show Notes Mona Minkara Online https://monaminkara.com/ Planes, Trains, and Canes https://planestrainsandcanes.com/ Astro Access https://astroaccess.org/ AT Banter is brought to you by Canadian Assistive Technology, providing sales and training in Assistive Technology and Accessibility with over 30 years of knowledge and experience. Visit them online at www.canasstech.com or call toll-free 1-844-795-8324. Need repairs on your device? Chaos Technical Services offers service and support on almost any piece of Assistive Technology, while also providing parts and batteries. Visit them online at www.chaostechnicalservices.com or call 778-847-6840.

Pediatric patients suffering from heart issues are treated with the existing adult surgical solutions, requiring repeated surgeries as the child grows. To understand the problems with current technologies, bioengineer Naren Vyavahare consults with clinicians and applies this knowledge to innovative, adjusted strategies. He develops new solutions in the lab and works with other experts and private sector companies to bring them to the marketplace. The inspiring impact of his commitment: a groundbreaking discovery that reduces surgical risk, patient and family trauma, and financial costs for pediatric patients that will last centuries. In this episode, Naren Vyavahare joins our hosts Joseph Nother and Laura Corder to talk about the roles passion, teamwork, and plenty of research play in developing life-changing solutions for congenital heart disease. Listen as Naren Vyavahare talks about understanding “the why,” consulting with clinicians, and building a team of experts in business, cardiology, and research to discover the solution.

In this episode, Thomas and Caleb welcome their longtime friend Andrew Crim to debate nine of the possible trends in the field of bioengineering over the next decade. Andrew Crim is a master's student of bioengineering at Clemson University, with research focused on drug coated sutures. He will be graduating and entering the job-market in December of 2022. If you have any questions or recommendations, feel free to reach out to us at why.not.a.podcast3@gmail.com!Check out the podcast's new website: http://whynotapodcast.com.Support the Podcast: https://www.buymeacoffee.com/whynotapodcast.Follow us on Instagram and Facebook @whynotapodcast!Follow us on Twitter @WhyNot_APodcastCrim's Sources: Jesse Gelsinger (Gene Therapy Death) - https://www.sciencehistory.org/distillations/the-death-of-jesse-gelsinger-20-years-laterMetal-on-Metal - https://www.latimes.com/business/la-fi-johnson-johnson-settle-pinnacle-metal-hip-implant-20190507-story.htmlAlso really recommend netflix documentary "The Bleeding Edge"Designer Babies - https://explorebiotech.com/pros-cons-designer-baby/Healthcare Monopoly - https://www.hsph.harvard.edu/news/hsph-in-the-news/where-theres-a-hospital-monopoly-private-health-care-costs-more/More monopoly - https://www.antitrustinstitute.org/wp-content/uploads/2018/08/Havighurst.pdfAnother on cost of healthcare in US - https://abcnews.go.com/Health/epipen-price-hike-prompts-us-families-buy-drug/story?id=41769704Please share the podcast with your friends and anyone who you believe will be interested! Consider subscribing and writing a review.Why Not? A Podcast is created and written by Thomas Marshall and Caleb Todd. Intro and outro music is created and performed by Evan Shaeffer. Consider making a donation to him in the creative commons. Support the show (https://www.buymeacoffee.com/whynotapodcast)

Show Summary:Everyone knows that engineers are nerdy guys with glasses and scientists always have crazy hair! Our STEM Career Chat with bioengineer Dr. Georgia Lagoudas is here to help students break down the stereotypes around STEM careers by showing them that anyone, including them, can be an engineer or scientist! Whether she's sleeping on snow (not something she was used to having grown up in Texas) or fangirling in an elevator with movie stars and senators, Dr. Lagoudas discusses what it's like to be a Congressional Science and Technology Policy Fellow and how you don't necessarily have to narrow your life path down to one fork in the road.Links from the Show:Space Club Career Chats: Dr. Lagoudas Georgia Lagoudas, AAAS Congressional Science & Technology Policy FellowFinding Student Sparks: 10 Easy STEM Career Classroom Activities Learn more about getting your students involved with Space Club here! THE STEM SPACE SHOWNOTES: https://www.vivifystem.com/thestemspace/2021/46-stem-career-chat-with-bioengineer-dr-georgia-lagoudasTHE STEM SPACE FACEBOOK GROUP: https://www.facebook.com/groups/thestemspace/VIVIFY INSTAGRAM: https://www.instagram.com/vivifystemVIVIFY FACEBOOK: https://www.facebook.com/vivifystemVIVIFY TWITTER: https://twitter.com/vivifystem

In today's episode, Natty and Michael are joined by Jackie Moriniere the Associate Director of the Career Services Engineering Department to discuss engineering career service, the differences between Drexel and Penn, asking for help when you need it, and navigating rejection during the job search.Topics Covered:The benefits of improv on interviewing and career skillsWhat it's like to work with engineering students through a career services lenseThe differences between Drexel and UPennWhat is 'Penn Face' and the importance of being vulnerable and asking for help when you need itNavigating rejection and ghosting during the job search processCareer placement vs. career services and what benefits you long-termMentioned:Employers Ghosting Applicants | What to Do If You Don't Hear BackOur theme music is “The Strip” by Mala, used under a Creative Commons Attribution license.Created byA. Mylène Kerschner & J. Michael DeAngelis Produced byJ. Michael DeAngelis & Natty LeachMixed and edited by Sadie Kilar

From US to Asia meet Mihir Pershad,  the Bioengineer & serial entrepreneur who is growing seafood without the fish by crafting sustainable cultivated seafood from a lab.  Mihir Pershad CEO at Umami Meats - Tech4Climate Podcast by Startup Basecamp PART 1: Meet the founder: During this new episode of our Founder series, we are sitting down with Mihir Pershad, CEO at Umami Meats. A FoodTech startup based out of Singapore which is cultivating the future of sustainable seafood by crafting delicious and affordable cultivated fish meat that has the potential to be better for your health, the ocean, and the planet.   I was excited to speak with Mihir to learn more about his passion for combining startups and science, which brought him to work in a venture studio helping professors starting companies. This experience exposed him to Biotech applied to food and the potential it can represent for the aquaculture industry. Later on, this led him to Asia to where he gained a deeper understanding of the farm-raised fish industry and its impact on sustainability, and eventually, after several other successful ventures,  to the launch of Umami Meats. You will discover the extraordinary potential of the sustainable cultured seafood landscape today, and what the challenges are to scale the ecosystem.  Then, we go deeper into their unique solution and the process they put in place to craft these exciting alternatives to traditional fish. Finally, Mihir will share the next steps necessary to achieve their vision and how you can get involved in the process.    PART 2: My secret sauce: (AVAILABLE TO MEMBERS ONLY=> More info on our site) During the second part of the talk,  Mihir will give his secret sauce for early-stage founders looking to fundraise. Finally, he will share his own work-life balance tips for busy founders and some of his must-read books for entrepreneurs.

Otherworld is my guest today on The Jesse Nyberg Podcast. Otherworld is a bioengineer and NFT artist from California. In the daytime he works in the lab and at night he's sold his art for thousands of dollars in ETH. Otherworld's style incorporates psychedelic colors, historic imagery, and his “fiend” characters. In this episode We chat about getting into art during the pandemic, balancing life as a PHD Student/Artist, and getting into the NFT community. This episode of the podcast is sponsored by Control, check them out here: https://bit.ly/controlhq_jesse If you want to support the podcast and hear more check out Patreon for an exclusive Q&A with Otherworld: https://www.patreon.com/Jessenyberg

ZAHRA MESRIZADEH, an Iranian-American bioengineer & researcher currently living in San Diego, California, and who believes firmly in the importance of societal balance, joined us to discuss her latest release, "The God of the Gaps". FROM HER LINKEDIN PAGE:: "Biomedical Engineering student, with skills in cell culture, nanotechnology and biology. I am interested in a career in biomedical engineering with focus on molecular, cell and tissue therapeutic development. I am interested in developing nanomedicine that could be used in immunotherapy, and could open a path into the biomedical industry." www.linkedin.com/in/zahra-mesrizadeh-33955518b/ https://www.zahramesrizadeh.com

ZAHRA MESRIZADEH, an Iranian-American bioengineer & researcher currently living in San Diego, California, and who believes firmly in the importance of societal balance, joined us to discuss her latest release, "The God of the Gaps". FROM HER LINKEDIN PAGE:: "Biomedical Engineering student, with skills in cell culture, nanotechnology and biology. I am interested in a career in biomedical engineering with focus on molecular, cell and tissue therapeutic development. I am interested in developing nanomedicine that could be used in immunotherapy, and could open a path into the biomedical industry." www.linkedin.com/in/zahra-mesrizadeh-33955518b/ https://www.zahramesrizadeh.com

Yes... we are going to combine STEM, Escape Rooms, and Cooking!Meet the STEM Chef... Ashie Bhandiwad! Ashie, a BIOENGINEER, has focused her scientific know how and love for teaching scientific application to children into virtual escape rooms! This passion project was came to life during "the shutdown" when her physical escape rooms geared to children had to close.Simply AMAZING! I can't wait to see how this project evolves and grows. Teachers, why should you check out Ashie?Expose your students to STEM without all the set up!Engage with curiosity and excitement!Time limits will allow your students to complete during instruction.Let them experience and live through failure!Core subject content practice and understanding involved!Check out the STEM Chef at www.stemchef.comAlso find her on Tik Tok (hallelujah!), Instagram, and Facebook @stemchefI can't wait to try this out with a group of students! Ready to engage your students with STE(A)M? Download the 9 Tip Guide for the Ultimate STE(A)M Classroom! Join the Roadmap to STEAM Masterclass for a plan to start the year off with!Take part in weekly conversations in the STEAM University Facebook Group! We would love to have you!

Exposing Mold - Episode 9 - Nanopathology: The Growing Concern of Nanoparticle Pollution with Dr.  Antonietta GattiDr.  Antonietta Gatti is a Physicist, Bioengineer,  Researcher, Author, consultant for the Italian Government Commission on depleted Uranium diseases, inventor of the terms Nanopathology and Nanotoxicology, and is currently investigating the etiology of mystery diseases. Dr. Gatti is a retired professor of Dental Materials and Biomechanics in Physiotherapy and  Biotechnology,  served as a consultant for the Foundation for the Advancement in Science and Education  for the New York Rescue Project for victims of the Twin Tower Collapse,  has authored over 160 peer-reviewed research publications, and has traveled the world presenting her research findings. A powerhouse in her field, Dr. Antonietta Gatti has spent her interdisciplinary career closing the gaps between medicine, and the role of pollution in human and environmental health.  In this episode, listeners will learn more about Dr. Gatti, her experience, and her revolutionary discoveries in nanoparticle pollution  in human disease. If you've been affected by mold and want to contribute to our efforts, visit our Patreon or GoFundMe page to donate today.Patreon - patreon.com/exposingmoldGoFundMe - gofund.me/daf1233eWe understand the huge financial loss mold causes. You can do your part by Liking, Sharing, Commenting, and Rating our content. We need your support to raise awareness of this devastating illness so that people can get the help they deserve.Transcript:English - https://bit.ly/2Sdm9j9 Spanish -  https://bit.ly/3bKW0zc  Resources:[1] Dr.  Antonietta Gatti's CV - https://bit.ly/3oB4dLr [2]  Case Studies in Nanotoxicology and Particle Toxicology - https://amzn.to/2T6LXOt[3] Nanopathology and the Impact of Nanoparticles -  https://amzn.to/3vaMehA[4] Advances in Nanopathology: From Food to Vaccines - https://amzn.to/3oLWP05 [5] Deaths from pollution worldwide - https://bit.ly/3oAujOB [6[ Nanopathology: The Nano Biointeraction of Nanoparticles Inside the Human Body - https://bit.ly/3f5DrI3 [7] Tahoe mystery malady and cloud seeding with ultrafine silver particles - https://bit.ly/3wqlCtaSupport the show (https://www.gofund.me/daf1233e)

Do we realise we invent explanations? In this episode we look at the extraordinary phenomena of the Left Brain Interpreter, in which a part of the left hemisphere tends to literally invent an explanation for something we've perceived or done based on past experience, sometimes in a completely mistaken way. This is a very important phenomena to our first series as we introduce the cognitive limits of our brains, as it shows just how tricky our so called rational mind can be, and begs questions about the authority and validity of our conscious faculties and how much is the result of previous bias. The most interesting part about this is that the subject has no idea cognitively that this is an invention and thinks that this is true information and not a deduction. But before we jump to any conclusions, in order to understand this properly we need to speak to a legend in the relatively young field of neuroscience, the person who actually discovered this phenomena in the first place, Dr Mike Gazzaniga. He is the founder of the Center for Cognitive Neuroscience at both the University of California and Dartmouth College. He is also a proficient author of books for both the general public and the more specialised field. Some of his titles include: ‘The Ethical Brain', ‘Who's in Charge? Free will and the science of the brain', and most recently, which we'll be discussing today, ‘The Consciousness instinct: unravelling the the mystery of how the brain makes mind'. He made is name in the field as one of the pioneers in split-brain research, which led to the bulk of his early work on what the functions of each hemisphere of the brain are, and and how the left and right hemispheres communicate with each other. So who better to answer our questions and doubts about this tricky area. He's also, unlike many scientists who prefer to stick to hard observable evidence, not afraid to write about the ethics and philosophy of these discoveries. What we discuss in this episode: 04:40 The ‘What the hell is going on?' question. 09:23 The early split brain discoveries 15:44 The differences between the two hemispheres. 19:45 Mythbusting the Left and right brain. 22:54 The Left Brain Interpreter explained by its discoverer. 31:30 The connection between the interpreter and confirmation bias 34:00 Solutions through awareness of the interpreter, the difficulty of changing opinion 36:00 Facing the resistance of dogma in science 37:00 ‘How do we go from matter to mattering?' 38:00 ‘The Consciousness instinct' 43:00 Complimentarity, the wave particle duality, Howard H Pattee and his paper ‘how does a molecule become a message?' 48:00 Mike's ‘babbling brook' analogy for consciousness. 53:00 My theory of your consciousness is better than my theory of my own consciousness. 54:00 Free Will and personal responsibility Referenced in this episode: John Doyle at Caltech, Bioengineer, https://www.bbe.caltech.edu/people/john-c-doyle Howard H Pattee, Biologist and philosopher - How does a molecule become a message? https://www.researchgate.net/publication/279377526_How_Does_a_Molecule_Become_a_Message Nils Bohr - Complimentarity - complimentary features which can't all be measured simultaneously https://www.britannica.com/science/complementarity-principle William James - The Conscious Whole Sebastian Seung - the Connectome https://www.ted.com/talks/sebastian_seung_i_am_my_connectome?language=en

Today we bring on a Bioengineer from Kite Pharma, Jonathan Villanueva, where he breaks down his thoughts on the vaccine, parent life, and life in the lab. Literally. Tune in!

Video here.Tom is a Civil Engineer, Special Operations Veteran, Language and Culture Instructor, Bioengineer, and now a Business Developer in the Defense Industry. His interesting path in life has allowed him to form some unique perspectives and novel ideas. His work at the University of Southern California (UCSD) as a bioengineer resulted in a patent for tRNA/mRNA therapies combating nonsense mutations. Those experiences have given Tom a deep understanding and special insight to the COVID pandemic and COVID vaccines which we will explore on the show today.He performed above the call of duty. I would be happy for this video to make it into the hands of any policymaker. 

This episode is part of the New Harvest Fellowship Series. Santiago Campuzano, a former Research Fellow, received his MSc from the University of Ottawa under the supervision of Andrew Pelling. While at the Pelling Lab, Santiago’s research demonstrated how celery can be repurposed as animal-free scaffolding capable of recreating alignment of skeletal muscle cells in vitro. Now residing in Vancouver, Santiago currently works as a Bioengineer at STEMCELL Technologies. Santiago is also an active member of the Open Science Network, a local community lab devoted to educating community members and facilitating multidisciplinary collaborations. --- Support this podcast: https://anchor.fm/futurefoodshow/support

In this episode, I converse with Dr. Ritu Raman, a Bioengineer and a Postdoc in the renowned Langer Lab at MIT, funded by a Ford Foundation Fellowship and a L'Oréal USA For Women in Science Fellowship. Prior to that, Ritu completed her Undergraduate in Mechanical Engineering, with a minor in Biomedical Engineering, from Cornell University and received an M.S. and Ph.D. in Mechanical Engineering as an NSF Fellow at the University of Illinois at Urbana-Champaign. Ritu is a member of the MIT Technology Review 35 Innovators Under 35 Class of 2019 and the Forbes 30 Under 30 Class of 2018. Her upcoming book on Biofabrication, published by MIT Press, will be out in Fall 2021. Ritu currently focuses on designing responsive materials and devices for translational medical applications. We indulge in a terrific conversation on her fantastic journey in science; growing up in a family of engineers and initial interests of becoming an astronaut; fantastic mentors like Rashid Bashir and Bob Langer; confronting the ubiquitous imposter syndrome; integrating novel responsive biohybrid materials into implantable devices and prosthetics; translatability and quickness being antithetical to each other in medicine; and many more things!!

This week Shelly talks with Jason Scott, a startup ecosystem builder at Google. Amid Covid-19 Jason launched the first black founder and women founder focused accelerator at Google. He shares his experience of launching an accelerator during a pandemic and the future of VC funding, incubators, and accelerators for underrepresented communities. He also talks about voice technology, AI machine learning, and its role in entrepreneurship.

What might the wonderful world of vaccines have in store for us in 2021? And what are the challenges that lie ahead in getting them to the billions of people who need them across the world? Tim Harford is joined this week by Dr Anna Blakney, Bioengineer at Imperial College London, Dr Nick Jackson from the Coalition for Epidemic Preparedness Innovations and Natasha Loder, Health Policy Editor at the Economist.

As the dread Captain Nym enters the story, we begin a short but fascinating era where this books is basically based on two video games at once!  Our heroes leave […]

The Department of Labor published a final rule modifying the minimum wage calculation of H2A workers and a federal district court remanded an FDA decision on bioengineered salmon for additional analysis.  Also, EPA published a final rule on pesticide application exclusion zone requirements and requested a time extension in which to reply to a petition for writ of certiorari seeking Supreme Court review of the Tenth Circuit’s invalidation of its small refinery exemptions. Material from the Agricultural Law Weekly Review—week ending November 6, 2020 Hosted by Audry Thompson, Research Assistant—With Brook Duer, Staff Attorney—Produced & Written by Audry Thompson Follow us on Twitter @AgShaleLaw  Like us on Facebook Penn State Center for Agricultural and Shale Law This material is based upon work supported by the National Agricultural Library, Agricultural Research Service, U.S. Department of Agriculture. Music is “Caazapá (Aire Popular Paraguayo)” by Edson Lopes is licensed under CC BY 3.0.

Multiple Sclerosis News Today's columnist, Jenn Powell, discusses the recent $2.3 million awarded by the NIH to a bioengineer, to advance diagnosis and treatment of autoimmune diseases. Plus, Multiple Sclerosis News Today's columnist, Jessie Ace, reads from her DISabled to ENabled column entitled How Much Caffeine Are You Consuming? ===================================== Treatment for Relapsing MS Progression | MAYZENT® (siponimod) Read about MAYZENT, a once daily pill that can significantly slow down disability progression in people with relapsing MS. See full prescribing & safety info. http://ChangesInRMS.com ===================================== Are you interested in learning more about multiple sclerosis? If so, please visit: https://multiplesclerosisnewstoday.com/ ===================================== To join in on conversations regarding multiple sclerosis, please visit: https://multiplesclerosisnewstoday.com/forums/

Dr Abhay T Kamath is a renowned maxillofacial surgeon from India, a Professor in the Department of Oral & Maxillofacial Surgery, Manipal group of Institutions, KMC, Mangalore, Member of Dental Speciality Committee of National Health Authority of Government of India, Founder of Temporomandibular Joint Society of India. Learn more about 3D Printing on www.surgeonsin3dprinting.com.   Subscribe    Apple I  Google I  Amazon Music I Spotify I Gaana   Resources:   Join the Facebook community Surgeons in 3D Printing!   Visit the website: www.surgeonsin3dprinting.com.   Three Takeaways To begin with, start applying 3D Planning in Maxillofacial Trauma. Skill does not replace technology so know the basics of conventional planning. Get yourself exposed to technology.   Sponsors: Reconstructive Healthcare Solutions Private Ltd.   Show Notes **Click the time stamp to jump directly to that point in the episode.   Today's AudioTraining: Embracing 3D Technology for predictable outcomes    [1.25] - Dr Abhay Kamath shares his understanding of 3D Printing Technology relating it with his childhood memories of the Jungle Book.   His first Instance of Application of 3D Technology was in Orthognathic Surgery where he got exposure to Virtual Surgical Planning. Dr Kamath discusses limited resources in India at that time and mentions 3D Printing as an upcoming application for surgeons in India.   [3.40]  A comparison between Virtual Surgical Plan (VSP) and the conventional way of operating in orthographic surgery. A deeper understanding of both aspects.     [5.10] Advantages offered by 3D Printing technology but the plan is yours!   [7.40] Dr. Kamath shares key points on :   Do not forget the Bread & Butter. How to start incorporating 3D Technology to your practice?   [10:25] Dr. Kamath shares his experience with orbital reconstruction during his training in Swansea, UK. He also shares how to jump the ladder progressively with 3D Printing.   Start with maxillofacial trauma Jump to Orthognathic Surgery once the trauma is established   [11:56] Obstacles faced during embracing technological aspects to the conventional Surgery curriculum.   Fear of Failure of cases  Choosing a service. Communication with radiological colleagues Material for the Implants: Titanium Strength of material: Thickness to be really calculative Case selection: More complex cases Intraoperative fit:     [15:26]   Your Role as a surgeon in the process. Train yourself Know your plan Train your Bioengineer to your needs     [17:18]    Benefits for Surgeon and Patients both in the entire flow. The Cost vs Benefit ratio.   [20:20]  Team Building and the role of a bioengineer or service provider.   [23:00]  Changing Scenario of TMJ Ankylosis   [23:58]: Dr Kamath shares valuable insights on:   Role of CT Scan &  changes in Indian government policies. Deciding the type of TMJ  prosthesis and planning. Benefits of 3D Planning    [26:24] Looking back: What if this technology was not there?   [27:37] Understanding the VSP Issues and overcoming dependency on biomedical engineers when needed.   [31:30] Train yourself before you begin!   Killer Resources   Take the first step to your 3D Printing journey.   Register for the upcoming course on Introduction to 3D Printing.   Connect with us on a zoom call for 20 minutes of free consultation.

Bioengineer turned naturopathic doctor?!! In this week's episode, Dr. Mahboubeh Hashemi ND chats with us about her transition from a bioengineer to ND, naturopathic philosophy, what it means to feel alive, how to get out of feeling stuck in life, and how biofeedback can alter your stress response.  - If you liked this episode of the Naturopathic Times Podcast, share it with someone you know!  Comment, rate, review, and subscribe to the show on iTunes, Spotify, or Podbean. Interested in learning more about us? Visit www.naturopathictimes.wordpress.com to sign up for our newsletter. Follow us on Instagram @Naturopathic.Times, like us on Facebook. You can also email us at naturopathictimes@gmail.com with your questions, comments, or feedback we would love to hear from you!

Genetic Engineering and Society Center GES Colloquium - Tuesdays 12-1PM (via Zoom) NC State University | http://go.ncsu.edu/ges-colloquium GES Mediasite - See videos, full abstracts, speaker bios, and slides https://go.ncsu.edu/ges-mediasite Twitter - https://twitter.com/GESCenterNCSU How to Win Friends and Influence Bacteria Humans practically have been domesticating organisms since before recorded memory. Why do a job when you can just pay room and board for someone else to do it? Over hundreds and hundreds of years we have recognized the innate skills of our planetary cohabitants, and then made them offers they couldn’t refuse. The people who gave us cattle, corn, and cats worked for centuries without the title they deserve: Bioengineer. Their tool was domestication, and it was the most ambitious and successful genetic modification program in human history. Why have we stopped this success parade at microbes? There is one bacteria safe enough for American high-schoolers to “train,” and a handful more an expert could work with, and then THOUSANDS more that we depend on for our very existence but do not grow in the laboratory - and thus cannot communicate with at all. We have an empty barn, a handful of tame to feral bacteria to press into every biomanufacturing job we dream up. We would never ask a goat to catch and eat barn mice, but we frequently ask E. coli to do all sorts of outlandish things. It is a big lift for a gut microbe with a sweet tooth. It is all too frequently an impossible lift. A re-examination of the analogies of “synthetic biology” is in order. Question every assumption. Guest Speaker Dr. Sarah Richardson (@TheGermWrangler, @microbyre) - Sarah is a computationally inclined microbiologist and science communicator: she speaks charmingly to computers, bacteria, and people. She grew up in West Baltimore, and after training at the Johns Hopkins School of Medicine and the Department of Energy's Lawrence Berkeley National Laboratory she founded the biotech startup MicroByre. She leads a skilled and diverse team in the construction of genomic toolkits for non‐model prokaryotes --- MicroByre coaxes wild bacteria into becoming domesticated bacteria. Trained to straddle disciplines, she has a very unique perspective on the emerging technologies made possible by synthetic biology. Links & Resources - Microbyre GES Center -  Integrating scientific knowledge & diverse public values in shaping the futures of biotechnology. Find out more at https://ges-center-lectures-ncsu.pinecast.co

Bioengineer? Teacher? Analytical chemist? Carine Nemr, the 2019 SLAS Graduate Education Fellowship winner, is all of these (and more!). Join us as we discuss lab training, microfluidics, antibiotic resistance, and how small the world really is....networking is key!Registration is now open for the 2022 AI Data Pipelines for Life Sciences Symposium in Seattle, WA, September 26-27.This two-day symposium will allow participants to explore how AI data pipelines are integrated into the life sciences. Attendees will learn about MLOPS, applications, techniques, and architectures of data and their uses in the life sciences. The SLAS 2022 Bio Entrepreneurship Symposium will allow emerging bio entrepreneurs, start-up companies, academics and those considering bio-entrepreneurship to explore the start-up ecosystem. Register by visiting: https://www.slas.org/events-calendar/slas-2022-bio-entrepreneurship-symposium/attend/register/

Tom Daniel’s groundbreaking research melds neuroscience, engineering, computing, and biomechanics. Learn how three transformations in bioscience and technology are propelling us forward to better understand our world. Host Kevin Scott Click here for transcript of this episode. 

This episode we discuss the amazing work of the Folding@Home project in their efforts to use shared computing power to combat deadly diseases and viruses. Twitter: https://twitter.com/at_randompod Instagram: https://www.instagram.com/at.random.podcast/ Goodest Boi: https://www.bbc.com/news/uk-england-essex-52599775 Discord Server: https://discord.gg/xwBWtkW Folding@Home: https://foldingathome.org/ Folding@Homer Twitter: https://twitter.com/foldingathome

Feature Interview (12:00) – Bioengineer and Dominican priest Fr. Nicanor Austriaco, OP, PhD, STD discusses the technology and interest in home genetic testing. He covers the science behind the technology, what we can and cannot learn from the tests, why it's so common for people to be interested in their ancestry, and the risks and benefits of understanding your own genetic information. Also in this episode: Background Info (00:45) – What is a gene? How do genes work? Medical Trivia (Answer at 48:45) – If we were playing the game of Jeopardy, our category would be “one-syllable scientific words”. This word was coined in 1905 by Danish scientist Wilhelm Ludvig Johannsen (1857-1927), from a Greek word meaning "race," from a Proto-Indo-European root meaning "give birth” or “beget.” This scientific word has found its way into everyday usage and describes a group of over 20,000 distinct entities found in the human body. What is the word? ------ www.redeemerradio.com www.cathmed.org Follow us on Facebook: @DoctorDoctorShow Submit your question(s): Text (Holy Cross College text line) - 260-436-9598 Online - www.RedeemerRadio.com/Doctor E-mail - Doctor@RedeemerRadio.com Subscribe to the Podcast: iTunes | Google Play | SoundCloud | RSS

Bioengineer and Dominican priest Fr. Nicanor Astriaco, OP, PhD, STD discusses the technology and interest in home genetic testing. He covers the science behind the technology, what we can and cannot learn from the tests, why it's so common for people to be interested in their ancestry, and the risks and benefits of understanding your own genetic information.

Your daily mucus output is most impressive.  Teaspoons or measuring cups can’t capture its entire volume.  Find out how much your body churns out and why you can’t live without the viscous stuff.  But slime in general is remarkable.  Whether coating the bellies of slithery creatures, sleeking the surface of aquatic plants, or dripping from your nose, its protective qualities make it one of the great inventions of biology. Join us as we venture to the land of ooze! Guests: Christopher Viney - Professor of materials science and engineering at the University of California, Merced Katharina Ribbeck - Bioengineer at MIT Anna Rose Hopkins – Chef and partner at Hank and Bean in Los Angeles Ruth Kassinger - author of “Slime: How Algae Created Us, Plague Us, and Just Might Save Us”

Hacker/artist/scientist Liana Lareau on hacking's origins at MIT, art status at Burning Man, and applications to investigating the human genome. Visit the MIT Hack Gallery and Lareau Lab at http://hacks.mit.edu and http://www.lareaulab.org. Follow Jeremy at http://jeremynsmith.com and https://twitter.com/jeremynsmith. Learn more about Breaking and Entering at http://jeremynsmith.com/breaking-and-entering.html.

This episode featured the panel discussion from our Toronto Green Beauty Night that happened just over a week ago. What is ‘green beauty’? Most commonly, when we talk about sustainability in cosmetics, it’s often coming from a place of misinformation - from chemophobia and fear-mongering to fallacies of thinking natural will always be better, which is just not true. I think a big challenge is that scientists often stay behind closed doors - I actually don’t know of another consumer-facing panel on this topic, and there are a lot of panels out there, that features real scientists. Sustainability in our industry is more important than ever, and so it’s really important that we used science-based metrics to move forward instead of the quick switches that really just appease consumer trends. Featured in our Green Beauty Panel was Beta Montemayor, toxicologist at Cosmetics Alliance Canada, Kenna Whitnell, biochemist at Altilis Beauty, Dr. Vik Pandit, Bioengineer at Phycus Biotech, Jenn Harper, founder at Cheekbone Beauty, and Dayna Stein, sustainability advisor and founder at bare market. A really great discussion filled with very important information to our industry, from brand owners, fellow formulators to consumers. My goal with Green Beauty Night is to help re-direct the discussion on an international stage.

We introduce the first of our new "Let's Gist" mini-series on the podcast, where Dr. Ibe-Lamberts interviews every day people from all  across the world to share their transnational experiences with us. Our first guest is Mr. George Lokko, a Ghanaian, Bioengineer and entrepreneur from Toledo, Ohio. George shares his story about boarding school in Ghana, his discovery of Bioengineering and more.  If you want to be a guest on the show, visit us at blacktransnational.wixsite.com/podcast Email us at blacktransnational17@gmail.com Please Subscribe, rate and review the show. We appreciate your feedback We do not own the rights to the instrumentals played in the intro and outro

Our guest today is Cátia Bandeiras, who is completing her Ph.D. in Bioengineering in Portugal. She is using her engineering skills to bring STEM cell technology to the market faster. During her education on Cátia has traveled the world, starting out at a university in the Czech Republic, she made her way to the US as a transfer student at MIT. Cátia has combined her two passions Science and Travel through her unique blog. Listen to her international  STEM story.     In this episode we discuss: 1) Cátia's life in Lisbon, Portugal. 2) Challenges she overcame as a traveling woman in STEM? 3) How her research focuses on bringing STEM cell therapy to the market faster? 4) How she overcomes self-doubt in her career & life? 5) Her unique SciComm work and partnership with IEEE Potentials?   Links: IG -@catiiabandeiras Twitter -@catiabandeiras www.Apulgarita.com Buy The Women in Science Tarot Decks Here shop.massivesci.com Support Us: https://geniuslabgear.com/collections/her-stem-story https://www.patreon.com/herstemstory https://www.herstemstory.com  

In this replay Heidi talks about the infamous Fiji Water Girl, the perfected “room and dash”, a teen DNA bioengineer, and the famed Tsukji fish auction.As always, if you enjoyed the show, follow us and subscribe to the show: you can find us on iTunes or on any app that carries podcasts as well as on YouTube. Please remember to subscribe and give us a nice review. That way you’ll always be among the first to get the latest GSMC Weird News Podcasts.We would like to thank our Sponsor: GSMC Podcast NetworkAdvertise with US:http://www.gsmcpodcast.com/advertise-with-us.htmlWebsite: http://www.gsmcpodcast.com/weird-news-podcast.htmlITunes Feed: https://itunes.apple.com/us/podcast/gsmc-weird-news-podcast/id1119025187GSMC YouTube Channel: https://www.youtube.com/watch?v=GiNUBj9T5Go&list=PLF8Qial15ufrm6YdW8CSkuoKjlWeSCeV2"list=PLF8Qial15ufrm6YdW8CSkuoKjlWeSCeV2Twitter: https://twitter.com/GSMC_WeirdNews        Facebook: https://www.facebook.com/GSMCWeirdNews/ Disclaimer: The views expressed on the GSMC Weird News Podcast are for entertainment purposes only. Reproduction, copying, or redistribution of The GSMC Weird News Podcast without the express written consent of Golden State Media Concepts LLC is prohibited.

This week on UnDisciplined, we're going to chat with a scientist who is trying to solve a big challenge: engineering blood vessels for transplantation into human bodies. After that, we'll talk to a researcher who is trying to solve a challenge that might be even bigger: reducing gender pay disparities in corporate America.

John Dabiri is a biophysicist, bioengineer, Professor and inventor. He has taught at both CalTech and Stanford as well as researching jellyfish and applying that research to different fields that’s groundbreaking. Check out the audio and enjoy! --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app --- Send in a voice message: https://anchor.fm/EverydayBlackHistory/message Support this podcast: https://anchor.fm/EverydayBlackHistory/support

Feature Interview (12:00) – Bioengineer and Dominican Fr. Nicanor Astriaco, OP, PhD, STD discusses advances in gene editing technology and how it’s allowing scientists and doctors to cure deadly diseases and birth defects. He also touches on some of the ethical concerns that arise from the new technology and the ethical difference between therapeutic and elective edits. Also in this episode: News (00:45) – Does obesity really increase mortality risk? (https://www.ncbi.nlm.nih.gov/pubmed/29998631) Preventive Medicine Tip (4:40) – Doctors screening for domestic violence (https://www.uspreventiveservicestaskforce.org/) Medical Trivia (Answer at 48:45) – Are anti-bacteria soaps more effective than regular soap and water at preventing infections and removing bacteria? ------ www.redeemerradio.com www.cathmed.org Follow us on Facebook: @DoctorDoctorShow Submit your question(s): Text (Holy Cross College text line) - 260-436-9598 Online - www.RedeemerRadio.com/Doctor E-mail - Doctor@RedeemerRadio.com Subscribe to the Podcast: iTunes | Google Play | SoundCloud | RSS

In 2017, Dr. Anand Gramopadhye, Dean of the College of Engineering, Computing and Applied Sciences, asked Rettew Creative's ’s storytelling team to craft a series of stories inspiring the next generation of engineers to attend Clemson University. We identified numerous narratives showcasing visual stories that would inspire individuals to take the next steps to change the world. During the creative process, we knew telling a story of a bioengineering researcher helping a young boy with a lower limb prosthetic find comfort while walking and running would be a compelling story. What we found was something far more interesting and compelling. I met researcher and PhD candidate Meredith Owen, who we cast for this story. Her work is amazing, but what was more amazing is her passion to help people, lower limb amputees, real people in dire need of comfort. In a 2016 study by a MIT sociologist, 20 percent of undergraduate engineering degrees are awarded to women, but only 13 percent of the engineering workforce is female. Meredith Owen is changing the face of the profession providing a rich intersection inside the story we crafted for Clemson. We purposefully chose a smart female bioengineering researcher so other high school teenage girls could see themselves as future engineers. Check Out Links Below: Clemson Bioengineering Clemson Prosthetics Story of Health Innovation: Featuring Meredith Owen MIT Study: Why do women leave engineering?

Kerri kicks off the episode talking about Serena Williams’ postpartum IG post, the newest additions to the NFL sidelines, and the return of Better Call Saul. #ThirtyStuff includes an update on the FaciaBlaster and Float Therapy (feels like you’re floating in space!). This week’s guest is Brooke Coley, PhD. Dr. Coley earned her Ph.D. in Bioengineering at the University of Pittsburgh and she is currently an Assistant Professor in Engineering at the Polytechnic School of the Ira A. Fulton Schools of Engineering at Arizona State University. In her work, she hopes to push the bounds of traditionally heteronormative engineering environments through transdisciplinary approaches. Intrigued by the intersections of engineering education, mental health, and social justice, Dr. Coley's primary research interest focuses on virtual reality as a tool for developing empathetic and inclusive mindsets. For more information visit Dr. Coley’s website: www.thecoleyspacelab.com (coming soon!)

Dr Michelle Oyen is a Reader in bioengineering at the University of Cambridge. Dy Oyen explains how materials science can be put to use in medicine where there's a need to create surgical implants and new tissues.... The post scientist 46: the bioengineer – Michelle Oyen develops and uses new materials (2012) appeared first on Roger Frost: science, sensors and automation.

On this weeks episode I discuss Jurassic World Evolution by Frontier developements. Place yourself at the heart of the Jurassic franchise and build your own Jurassic World. Bioengineer dinosaurs that think, feel and react intelligently to the world around them and face threats posed by espionage, breakouts and devastating tropical storms in an uncertain world where life always finds a way.   Get the Game: https://store.steampowered.com/app/648350/Jurassic_World_Evolution/   Follow me on the following: Website: https://indiegamingpodcast.podbean.com Instagram: https://www.instagram.com/indiegamingpodcast/ Facebook: https://www.facebook.com/IndieGamingPodcast/ Twitter: https://twitter.com/IndieGameCast E-Mail Me: indiegamingpodcast@gmail.com YouTube: https://www.youtube.com/channel/UCcfl4pP26tcMIYALEnSO7rQ    

He was first in love with bioengineering, but things change, and he jumped into becoming a software engineer. We talk about how he made the move, why, if it was hard & his current goals. Tobi got a great mindset, intelligent & chill dude. This was a fun chat & I look forward to staying in touch. Linkedin.com/in/tobiogunnaike Twitter.com/gunzzzy ABOUT Sup, I'm John, host of the Work Talk Podcast. I have casual conversations with people in the Bay Area about what they do for work, what they know, and who they are - enjoy, learn, and be inspired. Instagram.com/worktalkpodcast Twitter.com/worktalkpodcast Facebook.com/worktalkpodcast INTRO+OUTRO MUSIC "Breezy Beats" by Lazeone instagram.com/lazeone

Bioengineer and Inventor --- This episode is sponsored by · Anchor: The easiest way to make a podcast. https://anchor.fm/app --- Send in a voice message: https://anchor.fm/EverydayBlackHistory/message Support this podcast: https://anchor.fm/EverydayBlackHistory/support

Keira Havens, CEO, Founder, TedTalk speaker, Bioengineer – discusses her thoughts on systems and how to integrate innovation into society, how people tend to think of nature incorrectly, and her life as a CEO and...

Ian sits down to interview Molly Sheehan, postdoctoral fellow at the University of Pennsylvania's department of bioengineering, and candidate for Pennsylvania's 7th Congressional District. I chat with Molly about what it's like to run for office while still working in the lab and being a mother, her experiences so far on the campaign, what got her into politics, and her suggestions for college, graduate or medical students - or other postdocs - who are interested in getting politically engaged, but don't know where to start. If you're interested in volunteering for her, visit: https://mollysheehan.org/contact/

Desai is a bioengineering professor at UC San Francisco who is investigating new treatments for diabetes. Using nanotechnology, she is developing a tiny capsule that contains pancreatic cells that produce insulin. This capsule would be implanted in a patient's body and act as an artificial pancreas. In high school, Desai wasn't sure what career path to pursue. As a freshman, she participated in a National Science Foundation program focused on engaging girls in science where she met a lot of inspirational women, including a biotech engineer. She says the topic appealed to her because "engineering could have direct health applications and help people." This video is one of three in the Career Spotlight: Biotechnology series.

Our world - and our bodies - are teeming with bacteria. And although some of them are friendly, many of them are not. Plus, electrifying news about bacterial nanowires, cuddly koalas, and counting chromosomes, and our gene of the month is the mindblowing Mind Bomb. Like this podcast? Please help us by supporting the Naked Scientists