Best 3d Bioprinting Podcasts (2024)

1
Interview Dr. Mohit Chhaya: BellaSeno 1:10:19

1h ago1:10:19

1:10:19

This Saturday, I had a pleasant visit from the CEO and co-founder of BellaSeno, Dr. Mohit Chayya, a startup located in Leipzig, Germany, working on 3D-printed implants for both soft tissues and bone. We had some nice green tea and pastries and chatted about a slew of things from his worldly experiences from residing in four countries and Game of Th…

1
Episode 18: Glassy gels exhibit numerous mechanical properties 4:55

3h ago4:55

4:55

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Michael Dickey of North Carolina State University about the discovery and mechanical properties of glassy gels. Dicky credits his postdoc Meixiang Wang who, while studying ionic liquids, created the first glassy gel. Dicky’s group found that the mechanical properties of their glassy gel…

1
Episode 17: Metamaterial tailors thermal emission 3:03

18h ago3:03

3:03

In this podcast episode, MRS Bulletin’s Laura Leay interviews Coskun Kocabas from The University of Manchester in the UK about his development of a metamaterial that can tailor thermal emission. Rather than using a periodic system, which most topological materials employ, his research team borrowed a concept from laser design and created an optical…

1
Alexander Disease Research Update - Episode #23: Albee Messing's presentation at the recent conference in Philadelphia 22:22

13d ago22:22

22:22

Albee Messing’s presentation at the recent Alexander disease conference in Philadelphia, August 3, 2024. Send your questions and feedback to: amessing@wisc.edu Help support research on Alexander Disease at the University of Wisconsin-Madison's Waisman Center: https://alexander-disease.waisman.wisc.edu/donate/…

1
Episode 16: Researchers fabricate monolithic selenium/silicon tandem solar cell 4:37

7d ago4:37

4:37

In this podcast episode, MRS Bulletin’s Laura Leay interviews Rasmus Neilsen from the Technical University of Denmark about his fabrication of a monolithic selenium/silicon tandem solar cell. The selenium forms the top cell of the tandem device, with silicon used as the bottom cell. Selenium-based single-junction solar cells have traditionally used…

1
Virtual Event Recording: 3D Printed Orthopedic Implants 1:40:54

9d ago1:40:54

1:40:54

Join a group of passionate international experts to learn about innovative biomaterials, the changing regulatory landscape, and what we can learn from failed 3D-printed implants. Please register now to be part of this inspiring conversation that promises to reshape how we think about orthopedic care. Here we answer some "burning questions": 1. Why …

1
Green Hydrogen Unpacked: Creating Renewable Energy from Biomass Waste 55:45

15d ago55:45

55:45

Send us a Text Message. Imagine a future where the most abundant element in the universe powers our world with zero emissions. That future is now with green hydrogen. In this episode of Emerging Tech Unpacked, host Lucy Lin interviews Dr Louise Brown, CEO and co-founder of Hydgene Renewables. She takes us on her remarkable journey from academic res…

1
Virtual Event Recording: Point of Care 3D Printing 1:44:37

1M ago1:44:37

1:44:37

Perhaps one of the most important topics in the 3D printing industry right now. Led by clinical and technical experts from major institutions in the US, EU, and Singapore, this event aims to update all stakeholders on everything about point-of-care 3D printing. From personalized surgical tools to anatomical models for preoperative planning, partici…

1
Alexander Disease Research Update - Episode #22: 1) anesthesia and AxD, and 2) GFAP cross-linking to itself 20:46

2M ago20:46

20:46

Albee Messing, Amy Waldman, and Natasha Snider discuss the following recent publications: [02:07] A retrospective observational cohort study of the anesthetic management and outcomes of pediatric patients with Alexander disease undergoing lumbar puncture or magnetic resonance imaging Paediatric Anesthessia (in press) [10:17] Glial fibrillary acidic…

1
Virtual Event Recording: 3D Bioprinting Biofabrication for Musculoskeletal Tissues 1:57:51

1M ago1:57:51

1:57:51

This virtual event centered on biofabrication and bioprinting of musculoskeletal tissue. As the demand for effective treatments for bone and cartilage defects continues to rise with an aging population, this event is a vital platform for deep conversations about the challenges, progress, and future of tissue engineering for regenerative purposes in…

1
Episode 15: Torsional force microscopy reveals the moiré superlattices 4:58

2M ago4:58

4:58

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Mihir Pendharkar of Stanford University about characterizing electronic properties of twistronics materials. Twistronics refers to a type of electronic device consisting of two-dimensional materials layered at a relative twist angle, forming a new periodic structure known as moiré super…

1
Episode 14: Mixed-method approach characterizes nanovoids in polymer films 5:56

2M ago5:56

5:56

In this podcast episode, MRS Bulletin’s Laura Leay interviews Falon Kalutantirige from the University of Illinois Urbana-Champaign and Ying Li from the University of Wisconsin-Madison about their approach and discovery when characterizing nanovoids in polymer films. Using polyamide (PA) membranes as their subject of study, the researchers applied g…

1
Episode 13: Computational model shows 3D metamaterial that exhibits magnetoelectric effect 5:44

3M ago5:44

5:44

In this podcast episode, MRS Bulletin’s Laura Leay interviews Alexandre Dmitriev from the University of Gothenburg, Sweden about his group’s computational model of a three-dimensional metamaterial exhibiting a magnetoelectric effect—known as the Tellegen effect—when exposed to light. The building blocks of the metamaterial are comprised of disks of…

1
Empowering Women in STEM: 3D Bioprinting & Green Hydrogen | International Women’s Day 2024 41:09

3M ago41:09

41:09

Send us a Text Message. In this special live episode, recorded at Western Sydney University, Emerging Tech Unpacked host Lucy Lin celebrates International Women's Day and delves into the careers of two inspirational women in STEM. Niina Matthews, a PhD candidate at the University of Technology, Sydney, discusses her groundbreaking work in 3D biopri…

1
Dental 3D Printing 2024 Event Recording: Next Gen, Automation, 20x 1:59:56

2M ago1:59:56

1:59:56

This is the recording for our recent dental 3D printing event. Since 2017, dental 3D printing has been an essential focus for the 3D printing world. The dream scenario of every dental practice having a “chair-side” mini factory is still the end goal. But like every other vertical, transforming dentistry is nuanced. From a lack of biocompatible mate…

1
Ep.19 - Building a World-Leading Biomanufacturing Sector in Canada 42:39

3M ago42:39

42:39

In this compelling episode hosted by Jay Myers, listeners gain invaluable insights into Canada's potential as a leader in advanced biomanufacturing, emphasizing cell and gene therapies. With a dynamic panel of industry experts, the conversation delves into strategic opportunities, the importance of developing skills, and how integrating advanced th…

1
Alexander Disease Research Update - Episode #21: 1) Blood levels of GFAP, neurofilaments, and tau, and 2) planning for in-person conference in Philadelphia this summer. 15:21

4M ago15:21

15:21

Albee Messing, Jenny Pearson, Natasha Snider, and Amy Waldman discuss the following recent publication and the conference planned for this summer in Philadelphia: [02:02] Plasma concentrations of glial fibrillary acidic protein, neurofilament light, and tau in Alexander disease Neurological Sciences (2024) [full text] [04:16] Discussion about Phila…

1
In Silico Simulation for Medtech and Biopharma 2:00:50

3M ago2:00:50

2:00:50

In-silico simulation refers to using computer modeling and simulations to predict the behavior of biological systems or processes. It is an increasingly important concept for future medical device and drug development. The benefits of in-silico simulation include lowering costs, reducing animal testing, improving accuracy and safety, and clarifying…

1
Virtual Event Recording: Melt-Electrowriting And/Or 3D Printing 1:49:21

4M ago1:49:21

1:49:21

MELT electrowriting printing technology is a cutting-edge method that enables the precise fabrication of intricate structures at the micro- and nanoscale levels. This technology involves the controlled deposition of molten polymer fibers using electric fields, allowing for the creation of customized structures with high resolution and accuracy. In …

1
Ep.18 - AI in Manufacturing: Opportunities and Challenges for Canadian Companies 50:56

4M ago50:56

50:56

In this insightful episode, host Jay Myers engages with a panel of AI and advanced manufacturing experts to remove the veil from the world of Artificial Intelligence in the manufacturing sector. The guests share their unique experiences, showcasing both the transformative impact and the practical challenges of integrating AI technologies into vario…

1
Episode 12: New paradigm established for additive manufacturing in field of bioelectronics 4:52

4M ago4:52

4:52

In this podcast episode, MRS Bulletin’s Laura Leay interviews Antonio Dominguez-Alfaro from the University of Cambridge, UK about the development of a single-step manufacturing approach for a multimaterial 3D-printing method. The research team created two inks. One ink is a polymeric deep eutectic solvent – polyDES – made by combining and heating t…

1
Ep.17 - Circular Manufacturing: Opportunities and Challenges in Canada's Advanced Manufacturing Sector 49:54

4M ago49:54

49:54

In this episode of Next Generation Manufacturing, host Jay Myers leads a riveting conversation on the future of advanced manufacturing, with a spotlight on circular manufacturing and the circular economy. The episode draws attention to Canada's innovative strides in environmental sustainability and life cycle product management. Listeners will dive…

1
Episode 11: Chemomechanical approach to surface modification attains high single-photon purity 6:19

5M ago6:19

6:19

In this podcast episode, MRS Bulletin’s Elizabeth Wilson interviews postdoctoral researcher M. Iqbal Bakti Utama of Northwestern University about a method allowing single photon production without defect. Aryl diazonium chemistry has been used in the past to functionalize the surface of carbon nanotubes. Utama’s group found that this chemistry also…

1
Episode 10: Achiral liquid crystal breaks mirror symmetry 4:24

5M ago4:24

4:24

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Irmgard Bischofberger of the Massachusetts Institute of Technology about her investigation of how chirality emerges in nature. She uses liquid crystal molecules of disodium chromoglycate in her studies. When the molecules are dissolved in water, they form linear rods. The research group…

1
Ep.16 - Making AI Accessible for Industrial Users 34:04

5M ago34:04

34:04

In this episode, Jay Myers, CEO of Next Generation Manufacturing Canada, interviews Humera Malik, the founder and CEO of Canvas AI. They discuss the challenges faced by industrial companies in managing and utilizing their data and how AI can help solve these problems. Humera shares her journey from the telecom world to the industrial IoT world and …

1
Episode 9: Nanocomposite-superlattice enables low energy, high stability phase-change memory device 9:07

5M ago9:07

9:07

In this podcast episode, MRS Bulletin’s Laura Leay interviews Eric Pop, Xiangjin Wu, and Asir Intisar Khan from Stanford University about their work building a phase-change memory superlattice at the nanoscale. They created the superlattice by alternating layers of antimony-tellurium nanoclusters with a nanocomposite made from germanium, antimony, …

1
Alexander Disease Research Update - Episode #20: 3D bioprinting method for co-culture of neurons and astrocytes reveals new features of Alexander disease 15:37

5M ago15:37

15:37

Albee Messing and Linghai Kong discuss the following recent publication: [01:52] 3D bioprinting of human neural tissues with functional connectivity. Cell Stem Cell 31:260-274.e7 (2024) [full text] Send your questions and feedback to: amessing@wisc.edu Help support research on Alexander Disease at the University of Wisconsin-Madison's Waisman Cente…

1
Episode 8: Switching mechanism revealed behind reversible molecular assembly in 2D materials 5:10

5M ago5:10

5:10

In this podcast episode, MRS Bulletin’s Laura Leay interviews Magalí Lingenfelder from the École Polytechnique Fédérale de Lausanne, Switzerland about her group’s discovery of the switching mechanism behind H-bond-linked two-dimensional networks. The hydrogen bonding ability was tuned by comparing carboxylates to aldehydes. Lingenfelder’s group fou…

1
Episode 7: RoboMapper reduces environmental impact of data generation 7:58

6M ago7:58

7:58

In this podcast episode, MRS Bulletin’s Laura Leay interviews Aram Amassian from North Carolina State University about his group’s achievements using RoboMapper, a materials acceleration platform. In researchers’ quest to run environmentally-conscious laboratories, Amassian offers a solution that focuses on characterization of materials. Having fou…

1
Episode 6: Superconductor robust against magnetic field 4:49

6M ago4:49

4:49

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Kaveh Ahadi from The Ohio State University about a material his group developed that maintains superconductivity in a magnetic field. The researchers grew a film of lanthanum manganite on a crystal of potassium tantalate. When lowered to the temperature of 2 Kelvin, the material is a su…

1
Generative AI Interview: Imposter Syndrome with a Google Machine Learning Cloud Engineer 54:48

6M ago54:48

54:48

Send us a Text Message. In this episode of the Emerging Tech Unpacked podcast, host Lucy Lin delves deeper into the topic of generative AI alongside Nilram Azadpeyma, a machine learning cloud engineer at Google. They discuss the evolution of large language models, their rapid adoption, and practical applications in marketing, segmentation, and pers…

1
Generative AI Overview: The Blurring of Human and Machine Creativity 12:25

6M ago12:25

12:25

Send us a Text Message. What if I told you that we are on the brink of a future where machines can not only assist us but also create alongside us? Welcome to the world of generative artificial intelligence, where the boundaries of human and machine creativity are blurring. In this podcast, we'll explore the awe-inspiring potential of artificial in…

1
About Emerging Tech Unpacked: Debunk Tech Myths & Listen To Inspiring Women in STEM Stories 5:54

6M ago5:54

5:54

Send us a Text Message. Do you find emerging technologies podcasts: - Too technical and boring? - Hard to understand and a bit scary? - Unrelatable and not representing a diverse point of view? Emerging Tech Unpacked is a new educational podcast (video & audio) that will demystify emerging technologies and set the record straight so we can better u…

1
Emerging Tech Unpacked Trailer: Demystifying Future Innovations & Featuring Women in STEM Leadership 1:33

6M ago1:33

1:33

Send us a Text Message. Are you curious or anxious about emerging technologies like autonomous vehicles, deep fakes, and AI? Emerging Tech Unpacked is your go-to video and audio podcast to understand and ease those concerns. Join us as we break down these technologies with leading women in STEM, offering insights, addressing fears, and sharing thei…

1
Episode 5: Theoretical framework predicts real-world industrial catalytic conditions 6:02

6M ago6:02

6:02

In this podcast episode, MRS Bulletin’s Elizabeth Wilson interviews Manos Mavrikakis from the University of Wisconsin–Madison about his group’s theoretical work on real-world industrial catalytic conditions. It is often assumed that most catalyst surface atoms stay in place during a reaction, firmly bonded to their metal neighbors. However, Mavrika…

1
Episode 4: Imaging device tracks and controls photocurrent streamlines in electronic devices 4:16

7M ago4:16

4:16

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Nathan Gabor from the University of California, Riverside about his group’s work on imaging and directing the flow of electrons in electronic devices. They designed their device by taking a crystal of yttrium iron garnet, which does not conduct electricity, and putting a nanometers-thic…

1
Alexander Disease Research Update - Episode #19: Giant Axonal Neuropathy and Alexander Disease 18:24

7M ago18:24

18:24

Albee Messing, Rachel Battaglia, and Natasha Snider discuss the following publication: [00:59] Intermediate filament dysregulation in astrocytes in the human disease model of KLHL16 mutation in giant axonal neuropathy (GAN) Molecular Biology of the Cell (in press) [full text - https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10846626/] Send your questi…

1
Episode 3: Quantum ruler measures orbital magnetism in moiré quantum matter 4:08

7M ago4:08

4:08

In this podcast episode, MRS Bulletin’s Rahul Rao interviews Fereshte Ghahari of George Mason University about the use of a scanning tunneling microscope (STM) to measure the electronic and magnetic properties of moiré quantum materials. Ghahari and collaborators twisted two layers of graphene at a specific angle, then chilled the material to suppr…

1
Episode 2: Biocompatible piezoelectric materials promote neural regeneration 5:20

7M ago5:20

5:20

In this podcast episode, MRS Bulletin’s Laura Leay interviews Hamideh Khanbareh and Vlad Jarkov of the University of Bath in the UK about an application they introduced for using piezoelectric materials in tissue engineering. The researchers fabricated a composite by combining polydimethylsiloxane with a piezoelectric material of potassium-sodium-n…

1
Episode 1: Photochemistry combined with 3D printing generates complex ceramics structures 6:20

7M ago6:20

6:20

In this podcast episode, MRS Bulletin’s Laura Leay interviews Professor Jerry Qi and postdoctoral researcher Mingzhe Li of the Georgia Institute of Technology about their new technique to 3D print silica glass. After using two-photon polymerization to cross-link poly-dimethylsiloxane, Qi’s research team used deep UV to convert the polymer into sili…

1
Episode 16: Biosensor enables early detection of organ transplant failure 6:11

9M ago6:11

6:11

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Surabhi Madhvapathy of Northwestern University about an implantable bioelectronics system that can perform early detection of kidney transplant rejection in rats. Madhvapathy and her colleagues have developed a wireless sensor that attaches to the kidney itself. The biosensor measures t…

1
Episode 15: Transonic dislocation propagation observed in diamond 5:05

9M ago5:05

5:05

In this podcast episode, MRS Bulletin’s Laura Leay interviews Kento Katagiri, a postdoctoral scholar at Stanford University, about the propagation speed of dislocations in materials. Using an X-ray free electron laser to collect data from single-crystal diamond, Katagiri and colleagues have determined the velocity of wave propagation to be in the t…

1
Alexander Disease Research Update - Episode #18: 1) Quantitative MRI in rat model, and 2) Developmental milestones in cerebral form of AxD 28:42

9M ago28:42

28:42

Albee Messing, Nick Stowe, JP Yu, and Amy Waldman discuss the following recent publications: [4:30] Stowe NA, Singh AP, Barnett BR, Yi SY, Frautschi PC, Messing A, et al. Quantitative diffusion imaging and genotype-by-sex interactions in a rat model of Alexander disease. Magnetic Resonance in Medicine (2023) in press [15:11] Acquisition and Loss of…

1
Episode 14: Liquid samples coated in gold nanorods enhance cellular characterization 7:46

12M ago7:46

7:46

In this podcast episode, MRS Bulletin’s Laura Leay interviews Stanford University’s Jennifer Dionne and her PhD student Fareeha Safir and their colleague Amr. Saleh from Cairo University about their work on identifying bacteria in complex samples. Instead of culturing bacteria then identifying them using specific methods such as a polymerase chain …

1
Episode 13: Bioprinting combined with interferometry enables precision oncology 5:17

12M ago5:17

5:17

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Alice Soragni of the University of California, Los Angeles about her work in precision oncology. Rather than sequence the DNA of a patient’s tumor, Soragni uses bioprinting to create organoids from the patient’s cells. She then adds various drugs to the cells to directly test their resp…

1
Alexander Disease Research Update - Episode #17: 1) new iPS cell line, 2) acetylation and GFAP, and 3) STAT3 as a key regulator driving GFAP accumulation 24:11

12M ago24:11

24:11

Albee Messing, Rachel Battaglia, and Tracy Hagemann discuss the following recent publications: [01:45] A defined roadmap of radial glia and astrocyte differentiation from human pluripotent stem cells Stem Cell Reports 18, 1701-1720 (2023) [includes new iPS cell line from an individual with Alexander disease] [full text] [05:39] Isolation of Interme…

1
Episode 12: Hydrogel adsorbs more water at elevated temperature 3:40

12M ago3:40

3:40

While thermodynamics suggests that water sorption is more favorable at a low temperature, MRS Bulletin podcaster Laura Leay interviews post-doctoral researcher Xinyue Liu from the Massachusetts Institute of Technology (MIT) who reports a hydrogel that can adsorb more water at elevated temperatures. Liu and the research team from MIT and the Univers…

1
Episode 11: Introduction of hydrogen produces eco-friendly thermoelectric oxides 3:11

1y ago3:11

3:11

Many industrial processes require heat or create it as a by-product. Now, Takayoshi Katase from the Tokyo Institute of Technology has found a way to harness this heat in an eco-friendly way, as he explains in an interview with MRS Bulletin podcaster Laura Leay. One way to harness this heat is to use thermoelectric devices to produce electricity via…

1
Episode 10: Photonic time crystal amplifies electromagnetic signal 4:17

1y ago4:17

4:17

In this podcast episode, MRS Bulletin’s Sophia Chen interviews Xuchen Wang of Karlsruhe Institute of Technology in Germany about his work on photonic time crystals. While conventional crystals are composed of repeating unit cells in space, such as eight carbon atoms arranged in a cube to form a diamond, a photonic time crystal has a structure that …

1
Alexander Disease Research Update - Episode #16: Webinar - Guangping Gao lab 1:08:57

1y ago1:08:57

1:08:57

Webinar on the strategy and preliminary results for “AAV-mediated Gene Silencing for the Treatment of Alexander Disease” presented by Drs. Guangping Gao, Jun Xie, and Dominic Gessler from the University of Massachusetts Medical School. This version is audio only - the full video version will be made available later at a site that is not yet determi…

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3d Bioprinting Podcasts

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