Podcasts about colloid

"Tempter" by Stereolab from Little Pieces of Stereolab (A Switched On Sampler); "Inverted Vertigo" by Heith from The Liars Tell; "New World" by Swanox from Rhodyrunner; "Tai" by Gnoomes from Uletai; "Bitterroot Valley Suite III: Wind" by Jim White and Marisa Anderson from Swallowtail "19-14" by Esmerine from Lost Voices; The "NPC" single by Tanukichan; "Northernland Lady" by Heldon from Electronic Guerilla; "Nice Town (Metronomy Remix)" by Metronomy x Pan Amsterdam from the Nice Town single; "Kiteki (Colloid Version)" by Satoimagae from Colloid; "Where the Bough in Broken" by Hilary Woods from Acts of Light

Step into the enigmatic world of cults with us as we unravel the disturbing yet riveting story of the Love Has Won group and their leader, Amy Carlson—better known as Mother God. Our latest episode shines a light on the stark reality beneath the glittery exterior of this group, guided by the HBO Max documentary that uncovers their practices and beliefs. We walk you through Amy's transformation from a mere human to a deity in the eyes of her followers, the intoxicating power she wielded, and the tragic unraveling that led to her untimely demise. Brace yourself for a tale that blurs the line between devotion and delusion, and offers a stark reminder of the perils of extreme ideologies.Have you ever pondered the lengths to which belief can warp reality? We grapple with this as we discuss the spine-chilling discovery of Amy Carlson's mummified remains and how the Love Has Won group processed this harrowing event. Dig deeper with us as we examine the cult's otherworldly doctrines, including their transition into the Galactic Federation of Light, and how these views persist even after their leader's passing. This episode isn't just about the psychology of cults—it's a look into the heart of human vulnerability and the ethical conundrums faced by those who offer spiritual guidance. We navigate these murky waters, emphasizing the significance of personal responsibility in our communities, especially when confronted with the seductive pull of cult-like movements.Our journey doesn't end with the abstract; it's grounded in the personal stories of resilience and recovery. Listen to the firsthand accounts from individuals who've escaped the grip of cults and the bittersweet odyssey of reclaiming their place in society. We draw parallels with the experiences of those leaving insular communities like the Amish, sprinkling in a dash of reality TV insights from "Breaking Amish." To lighten the mood, we share an unexpected tarot reading anecdote and extend an open invitation to our listeners to shape the conversation with their own curiosities, hinting at upcoming explorations of Scientology, the Twin Flames movement, and more. Join us for an episode that not only probes deep into the cultural psyche but also celebrates the triumph of the human spirit. Support the showWe hope you found the episode to be enlightening and insightful. Our goal is to create content that not only entertains but also helps you grow spiritually and connect with your inner self. If you enjoyed listening to this episode, we would greatly appreciate it if you could take a moment to like, subscribe, and write a review. Your feedback is incredibly valuable to us and helps us to improve the quality of our content and reach a wider audience. We believe that by sharing knowledge and insights about spirituality, we can help to inspire positive change and personal growth. So, if you find our podcast to be meaningful and informative, we encourage you to share it with your friends and family. You TubeFacebookFacebook Group The Road To Spiritual AwakeningSpiritual Awakening 101 Guide

Dr. Christy Haynes is the Elmore H. Northey Professor of Chemistry at the University of Minnesota. In Christy's research group, they are working to develop new methods to monitor small quantities of important chemicals in complex environments. Their research also aims to develop new, safe nanomaterials for applications in human health and sustainable energy. When she's not at work, Christy loves to go for a run around the lakes of Minneapolis and spend time with her spouse and two kids. Her son has an analytic mind and is interested in competitive sports, while her daughter enjoys art and music. She completed her undergraduate studies in Chemistry at Macalester College and received her MS and PhD in Chemistry from Northwestern University. Next, Christy was awarded a National Institutes of Health National Research Service Award Post-Doctoral Fellowship to conduct research at the University of North Carolina, Chapel Hill. She joined the faculty at the University of Minnesota in 2005. Christy has received many awards and honors for her research, including the Sara Evans Faculty Woman Scholar/Leader Award, the Taylor Award for Distinguished Research from the University of Minnesota, the Kavli Foundation Emerging Leader in Chemistry Lectureship, the Pittsburgh Conference Achievement Award, the Joseph Black Award from the Royal Society of Chemistry, an Alfred P. Sloan Fellowship, the Arthur F. Findeis Award for Achievements by a Young Analytical Scientist from the American Chemical Society Division of Analytical Chemistry, the Society for Electroanalytical Chemistry Young Investigator Award, the Camille and Henry Dreyfus Teacher-Scholar Award, the NIH New Innovator Award, the NSF CAREER Award, and the Victor K. LaMer Award from the American Chemical Society Division of Colloid and Surface Science. In addition, Christy has been recognized for her excellence in mentoring through receipt of the Advising and Mentoring Award and the Outstanding Postdoctoral Mentor Award both from the University of Minnesota. She has also been listed among the Top 100 Inspiring Women in STEM from Insight into Diversity magazine, the Analytical Scientist's “Top 40 Under 40” Power List, and one of the “Brilliant 10” chosen by Popular Science magazine. Christy is with us today to share stories from her journey through life and science.

Here we are, my fellow health enthusiasts. Today, we're talking nature's best medicine, the science and secrets of colloidal silver – revealed! I recorded this one out in Salt Lake City, Utah at the Silver Biotics headquarters with Steve Revelli, their Chief Scientific officer. Steve's an expert on silver technology who has spent decades of his career working with and advancing silver science. This is a topic I've wanted to cover for years as silver has been part of my healing arsenal for a couple decades. But I had to find the right person for the job, and Steve delivered big time. If by the end of this episode, you want to get into the silver game yourself, here's what you do. Go to lukestorey.com/silverbiotics, and for your first time purchase, use the code LUKE30 for a whopping 30% off after your first. And after your first purchase, you can use the code LUKE for 10% off. This incredible metal just has so many useful applications. But as you'll soon learn, not all silver products are created equal. So this one's going to bust many myths and set us all straight. DISCLAIMER: This podcast is presented for educational and exploratory purposes only. Published content is not intended to be used for diagnosing or treating any illness. Those responsible for this show disclaim responsibility for any possible adverse effects from the use of information presented by Luke or his guests. Please consult with your healthcare provider before using any products referenced. This podcast may contain paid endorsements for products or services. 00:04:10 — Getting to Know Steve Revelli Background in education  Healing a wounded alley cat  Rich history of silver use around the world “Born with a silver spoon” 00:10:00 — Learning About Silver Treating burns with silver  What is colloidal silver? Colloid vs. ions  Bioactive silver hydrosol Ideal parts-per-million Battling with Big Pharma Deep dive on Silver Biotics science  Issues building up in the body Keeping your gut bacteria alive  00:34:56 — The Healing Power of Silver How does silver work in the body? Prioritizing ongoing research  How it kills pathogens  Silver and your immune system  Off-label uses of silver products Working with FDA clearance  Kills mold and fungus  Formulating silver toothpaste  Visit lukestorey.com/silverbiotics Use the code LUKE30 for 30% off Treating psoriasis and eczema Formulating products for pets  Plastic vs. glass packaging  More about this episode. Watch on YouTube. THIS SHOW IS BROUGHT TO YOU BY: SLEEPME. Science tells us that the best way to achieve and maintain consistent, deep sleep is by lowering core body temperature. Life Stylist listeners can save on the purchase of any new Cube, OOLER, or Dock Pro Sleep System, and start aiding their sleep routines today. Head to Sleep.me/LukeStorey for 25% off. AND... TIMELINE NUTRITION. Mitopure is a breakthrough postbiotic that activates your body's natural defense against aging. Clinically proven to unlock the potent bioactive, Urolithin A. It is the purest form of Urolithin A, a molecule, which is only produced as a by-product when gut bacteria digest specific ingredients found in pomegranates. Go to “LUKE10” for 10% of any 2, 4 or 12-month Mitopure plans at timelinenutrition.com. AND… SUPER SPECIOSA. Kratom is an all-natural herb related to coffee plant that has been used in Thailand for centuries. It helps energize your mind & relax your body, and just makes you feel good. Try kratom and get 20% off your entire order. Go to GetSuperLeaf.com/LUKE and use promo code LUKE for 20% off your entire order. AND… MAGNESIUM BREAKTHROUGH. According to the American Psychological Association, chronic stress is linked to the six leading causes of death. When most people think of stress, they think of their job, traffic, tense relationships, current events, things like that. But the root of so much of the stress we experience comes down to a deficiency in one overlooked nutrient — magnesium. So, if you're ready to help your body deal with stress, instead of putting a band-aid on it after the fact, you're going to want some Magnesium Breakthrough. You can use the code “luke10” for 10% off at magbreakthrough.com/luke. Resources: Visit lukestorey.com/silverbiotics and use the code LUKE30 for 30% off. Are you ready to block harmful blue light, and look great at the same time? Check out Gilded By Luke Storey. Where fashion meets function: gildedbylukestorey.com Join me on Telegram for the uncensored content big tech won't allow me to post. It's free speech and free content: www.lukestorey.com/telegram Related: Dr. Christiane Northrup: Medical Freedom, Injection Protection + How To Save Yourself & Your Sanity #435

This week on Pharm5: Concerns with HHS guidance to retail pharmacies Drug overdose disparities Antimicrobial resistance after COVID-19 Colloid v. crystalloid during cardiac surgery Novavax endorsed by CDC References: Christensen J. Biden administration says pharmacies can't turn away people who have a prescription for a drug that may end a pregnancy. CNN. https://cnn.it/3olj1id. Published July 13, 2022. Accessed July 14, 2022. ASHP response and advocacy related to recent federal guidance to "retail pharmacies" on access to Reproductive Health. ASHP. https://bit.ly/3RQHusT. Accessed July 21, 2022. Drug overdose deaths rise, Disparities Widen. Centers for Disease Control and Prevention. https://bit.ly/3PNKSTP. Accessed July 21, 2022. U.S. must curb rising rate of resistance to antimicrobials. IDSA Home. https://bit.ly/3PKz5FS. Accessed July 21, 2022. Covid-19: U.S. impact on Antimicrobial Resistance, Special Report 2022. June 2022. doi:10.15620/cdc:117915 Pesonen E, Vlasov H, Suojaranta R, et al. Effect of 4% albumin solution vs Ringer acetate on major adverse events in patients undergoing cardiac surgery with cardiopulmonary bypass. JAMA. 2022;328(3):251. doi:10.1001/jama.2022.10461 CDC recommends Novavax's COVID-19 vaccine for adults. Centers for Disease Control and Prevention. https://bit.ly/3zm4Tv4. Published July 19, 2022. Accessed July 21, 2022.

In this podcast episode, MRS Bulletin's Laura Leay interviews Laura Rossi from Delft University of Technology (the Netherlands) and  Greg van Anders from the University of Michigan (USA) and Queen's University (Canada) about advances they've made in colloidal preassembly in order to gain control in materials structure at a range of length scales. Through experiments and computer simulation, the researchers showed that particle interaction and particle shape can be decoupled through spherical confinement, which – when clustered – assembled differently than those observed in bulk assembly. This work was published in a recent issue of Science Advances (doi: 10.1126/sciadv.abm0548). 

Happy Tuesday! Welcome back to That's So Chronic! Today's episode is with Rosie Roulette, and we are chatting about hypermobile ehlers danlos syndrome (hEDS), fibromyalgia, suspected postural orthostatic tachycardia syndrome (POTS), a little bit of endometriosis, and the moment when Rosie discovered they had a rare form of brain tumor (colloid cyst). In this episode Rosie talks about how these diagnoses can to be, as well as how they have shaped their creative practice, what inspires them to be so open about chronic illness and disability, and whether that surgeon was right… Would Rosie ever be a dancer again? You can find Rosie on instagram and facebook: @rosieroulette As well as their chronic illness cabaret: @chroniccabaret And of course, you can find me on instagram and tiktok: @thatssochronic Rosie was the year above me at drama school and being able to chat to them now about their journey was a great check in for me to remember that we really have no idea what's going on behind the scenes for people, even people that we might see every single day. PS there are some weird tech issues throughout this episode, so it's not your headphones breaking! Sorry! Xoxo @thatssochronic | @jessssbrien | #thatssochronic Free monthly newsletter: thatssochronic.substack.com Application form to share your story: https://forms.gle/csebLkwfwAjiLApK9 Disclaimer: Here at That's So Chronic we are sharing personal stories and are not advocating any type of treatment, therapy, procedure or intervention. Everyone is unique so please seek professional medical advice before making any decisions for yourself or for others. Hosted on Acast. See acast.com/privacy for more information.

Pros and Cons of Colloid Treatment: Cases in the Critically Ill

Pros and Cons of Colloid Treatment: Cases in the Critically Ill

Pros and Cons of Colloid Treatment: Cases in the Critically Ill

Pros and Cons of Colloid Treatment: Cases in the Critically Ill

Join Yvonne Brandenburg, RVT, VTS SAIM and Jordan Porter RVT, LVT, VTS SAIM as we talk about: Crystalloid and Colloid fluid therapy and we do medical math!   Thanks so much for tuning in. Join us again next week for another episode!  Want to earn some RACE approved CE credits for listening to the podcast? You can earn between 0.5-1.0  hour of RACE approved CE credit for each podcast episode you listen to.    Join the Internal Medicine For Vet Techs Membership to earn and keep track of your continuing education hours as you get your learn on!   Join now! http://internalmedicineforvettechsmembership.com/   Get Access to the Membership Site for your RACE approved CE certificates Sign up at https://internalmedicineforvettechsmembership.com  Get Access to the Technician Treasure Trove  Sign up at https://imfpp.org/treasuretrove    Thanks for listening!  – Yvonne and Jordan 

How can we make stronger implants that don't get rejected by the body? Bioactive materials can help make implants feel more at home. Replacing a knee or a hip requires not just strength but also compatibility. A new coating method makes it easier for implants to fit in. An implant has to be strong yet flexible, friendly to cells but not bacteria - it's challenging. Your vocal chords are subject to extreme forces, so how can we design an implant to repair them? Hydro-gels can help repair damaged organs and tissue even in extreme environments like your vocal chods. Imran Deen, Gurpreet Singh Selopal, Zhiming M. Wang, Federico Rosei. Electrophoretic deposition of collagen/chitosan films with copper-doped phosphate glasses for orthopaedic implants. Journal of Colloid and Interface Science, 2022; 607: 869 DOI: 10.1016/j.jcis.2021.08.199 Sareh Taheri, Guangyu Bao, Zixin He, Sepideh Mohammadi, Hossein Ravanbakhsh, Larry Lessard, Jianyu Li, Luc Mongeau. Injectable, Pore‐Forming, Perfusable Double‐Network Hydrogels Resilient to Extreme Biomechanical Stimulations. Advanced Science, 2021; 2102627 DOI: 10.1002/advs.202102627

Gudrun spricht in dieser Folge mit Mathis Fricke von der TU Darmstadt über Dynamische Benetzungsphänomene. Er hat 2020 in der Gruppe Mathematical Modeling and Analysis bei Prof. Dieter Bothe promoviert. Diese Gruppe ist in der Analysis und damit in der Fakultät für Mathematik angesiedelt, arbeitet aber stark interdisziplinär vernetzt, weil dort Probleme aus der Verfahrenstechnik modelliert und simuliert werden. Viele Anwendungen in den Ingenieurwissenschaften erfordern ein tiefes Verständnis der physikalischen Vorgänge in mehrphasigen Strömungen, d.h. Strömungen mit mehreren Komponenten. Eine sog. "Kontaktlinie" entsteht, wenn drei thermodynamische Phasen zusammenkommen und ein komplexes System bilden. Ein typisches Beispiel ist ein Flüssigkeitströpfchen, das auf einer Wand sitzt (oder sich bewegt) und von der Umgebungsluft umgeben ist. Ein wichtiger physikalischer Parameter ist dabei der "Kontaktwinkel" zwischen der Gas/Flüssig-Grenzfläche und der festen Oberfläche. Ist der Kontaktwinkel klein ist die Oberfläche hydrophil (also gut benetzend), ist der Kontaktwinkel groß ist die Oberläche hydrophob (schlecht benetzend). Je nach Anwendungsfall können beide Situationen in der Praxis gewollt sein. Zum Beispiel können stark hydrophobe Oberflächen einen Selbstreinigungseffekt aufweisen weil Wassertropfen von der Oberfläche abrollen und dabei Schmutzpartikel abtransportieren (siehe z.B. https://de.wikipedia.org/wiki/Lotoseffekt). Dynamische Benetzungsphänomene sind in Natur und Technik allgegenwärtig. Die Beine eines Wasserläufers nutzen eine ausgeklügelte hierarchische Oberflächenstruktur, um Superhydrophobie zu erreichen und das Insekt auf einer Wasseroberfläche leicht stehen und laufen zu lassen. Die Fähigkeit, dynamische Benetzungsprozesse zu verstehen und zu steuern, ist entscheidend für eine Vielzahl industrieller und technischer Prozesse wie Bioprinting und Tintenstrahldruck oder Massentransport in Mikrofluidikgeräten. Andererseits birgt das Problem der beweglichen Kontaktlinie selbst in einer stark vereinfachten Formulierung immer noch erhebliche Herausforderungen hinsichtlich der fundamentalen mathematischen Modellierung sowie der numerischen Methoden. Ein übliche Ansatz zur Beschreibung eines Mehrphasensystems auf einer makroskopischen Skala ist die Kontinuumsphysik, bei der die mikroskopische Struktur der Materie nicht explizit aufgelöst wird. Andererseits finden die physikalischen Prozesse an der Kontaktlinie auf einer sehr kleinen Längenskala statt. Man muss daher das Standardmodell der Kontinuumsphysik erweitern, um zu einer korrekten Beschreibung des Systems zu gelangen. Ein wichtiges Leitprinzip bei der mathematischen Modellierung ist dabei der zweite Hauptsatz der Thermodynamik, der besagt, dass die Entropie eines isolierten Systems niemals abnimmt. Dieses tiefe physikalische Prinzip hilft, zu einem geschlossenen und zuverlässigen Modell zu kommen. Die größte Herausforderung in der kontinuumsmechanischen Modellierung von dynamischen Benetzungsprozessen ist die Formulierung der Randbedingungen für die Navier Stokes Gleichungen an der Festkörperoberfläche sowie am freien Rand zwischen Gas und Flüssigkeit. Die klassische Arbeit von Huh und Scriven hat gezeigt, dass die übliche Haftbedingung ("no slip") an der Festkörperoberfläche nicht mit einer bewegten Kontaktlinie und damit mit einem dynamischen Benetzungsprozess verträglich ist. Man kann nämlich leicht zeigen, dass die Lösung für die Geschwindigkeit in diesem Fall unstetig an der Kontaktlinie wäre. Weil das Fluid (z.B. Wasser) aber eine innere Reibung (Viskosität) besitzt, würde dann mit einer unendlichen Rate ("singulär") innere Energie in Wärme umgewandelt ("dissipiert"). Dieses Verhalten ist offensichtlich unphysikalisch und zeigt dass eine Anpassung des Modells nötig ist. Einer der wesentlichen Beiträge von Mathis Dissertation ist die qualitative Analyse von solchen angepassten Modellen (zur Vermeidung der unphysikalischen Singularität) mit Methoden aus der Geometrie. Die Idee ist hierbei eine systematische Untersuchung der "Kinematik", d.h. der Geometrie der Bewegung der Kontaktlinie und des Kontaktwinkels. Nimmt man das transportierende Geschwindigkeitsfeld als gegeben an, so kann man einen fundamentalen geometrischen Zusammenhang zwischen der Änderungsrate des Kontaktwinkels und der Struktur des Geschwindigkeitsfeldes herleiten. Dieser geometrische (bzw. kinematische) Zusammenhang gilt universell für alle Modelle (in der betrachteten Modellklasse) und erlaubt tiefe Einsichten in das qualitative Verhalten von Lösungen. Neben der mathematischen Modellierung braucht man auch numerische Werkzeuge und Algorithmen zur Lösung der resultierenden partiellen Differentialgleichungen, die typischerweise eine Variante der bekannten Navier-Stokes-Gleichungen sind. Diese nichtlinearen PDE-Modelle erfordern eine sorgfältige Auswahl der numerischen Methoden und einen hohen Rechenaufwand. Mathis entschied sich für numerische Methoden auf der Grundlage der geometrischen VOF (Volume-of-Fluid) Methode. Die VOF Methode ist eine Finite Volumen Methode und basiert auf einem diskreten Gitter von würfelförmigen Kontrollvolumen auf dem die Lösung des PDE Systems angenähert wird. Wichtig ist hier insbesondere die Verfolgung der räumlichen Position der freien Grenzfläche und der Kontaktlinie. In der VOF Methode wird dazu für jede Gitterzelle gespeichert zu welchem Anteil sie mit Flüssigkeit bzw. Gas gefüllt ist. Aus dieser Information kann später die Form der freien Grenzfläche rekonstruiert werden. Im Rahmen von Mathis Dissertation wurden diese Rekonstruktionsverfahren hinsichtlich Ihrer Genauigkeit nahe der Kontaktlinie weiterentwickelt. Zusammen mit komplementären numerischen Methoden sowie Experimenten im Sonderforschungsbereich 1194 können die Methoden in realistischen Testfällen validiert werden. Mathis hat sich in seiner Arbeit vor allem mit der Dynamik des Anstiegs einer Flüssigkeitssäule in einer Kapillare sowie der Aufbruchdynamik von Flüssigkeitsbrücken (sog. "Kapillarbrücken") auf strukturierten Oberflächen beschäftigt. Die Simulation kann hier als eine numerische "Lupe" dienen und Phänomene sichtbar machen die, z.B wegen einer limitierten zeitlichen Auflösung, im Experiment nur schwer sichtbar gemacht werden können. Gleichzeitig werden die experimentellen Daten genutzt um die Korrektheit des Modells und des numerischen Verfahrens zu überprüfen. Literatur und weiterführende Informationen Fricke, M.: Mathematical modeling and Volume-of-Fluid based simulation of dynamic wetting Promotionsschrift (2021). de Gennes, P., Brochard-Wyart, F., Quere, D.: Capillarity and Wetting Phenomena, Springer (2004). Fricke, M., Köhne, M., Bothe, D.: A kinematic evolution equation for the dynamic contact angle and some consequences. Physica D: Nonlinear Phenomena, 394, 26–43 (2019) (siehe auch arXiv). Fricke, M., Bothe, D.: Boundary conditions for dynamic wetting – A mathematical analysis. The European Physical Journal Special Topics, 229(10), 1849–1865 (2020). Gründing, D., Smuda, M., Antritter, T., Fricke, M., Rettenmaier, D., Kummer, F., Stephan, P., Marschall, H., Bothe, D.: A comparative study of transient capillary rise using direct numerical simulations, Applied Mathematical Modelling (2020) Fricke, M., Marić, T. and Bothe, D.: Contact line advection using the geometrical Volume-of-Fluid method, Journal of Computational Physics (2020) (siehe auch arXiv) Hartmann, M., Fricke, M., Weimar, L., Gründing, D., Marić, T., Bothe, D., Hardt, S.: Breakup dynamics of Capillary Bridges on Hydrophobic Stripes, International Journal of Multiphase Flow (2021) Fricke, M., Köhne, M. and Bothe, D.: On the kinematics of contact line motion, Proceedings in Applied Mathematics and Mechanics (2018) Fricke, M., Marić, T. and Bothe, D.: Contact line advection using the Level Set method, Proceedings in Applied Mathematics and Mechanics (2019) Huh, C. and Scriven, L.E: Hydrodynamic model of steady movement of a solid/liquid/fluid contact line, Journal of Colloid and Interface Science (1971) Bothe, D., Dreyer, W.: Continuum thermodynamics of chemically reacting fluid mixtures. Acta Mechanica, 226(6), 1757–1805. (2015). Bothe, D., Prüss, J.: On the Interface Formation Model for Dynamic Triple Lines. In H. Amann, Y. Giga, H. Kozono, H. Okamoto, & M. Yamazaki (Eds.), Recent Developments of Mathematical Fluid Mechanics (pp. 25–47). Springer (2016). Podcasts Sachgeschichte: Wie läuft der Wasserläufer übers Wasser? G. Thäter, S. Claus: Zweiphasenströmungen, Gespräch im Modellansatz Podcast, Folge 164, Fakultät für Mathematik, Karlsruher Institut für Technologie (KIT), 2018 M. Steinhauer: Reguläre Strömungen, Gespräch mit G. Thäter im Modellansatz Podcast, Folge 113, Fakultät für Mathematik, Karlsruher Institut für Technologie (KIT), 2016

Salve, salve rapaziadaaaaaaaaaaaa! No episódio de hoje, a banca tinha uma missão: mostrar como os conceitos mais simples da química podem gerar conceitos interessantíssimos! Estamos falando, mais especificamente, de interações intermoleculares e as aplicações em filmes de Langmuir para modelos de membrana! Mas você irá se perguntar: os filmes de Langmuir são melhores que a primeira trilogia do Homem Aranha com o Tobey Maguire? A resposta é subjetiva. Mas não tão subjetiva como as definições de interações intermoleculares que o Natan trouxe.  O que interações intermoleculares têm a ver com festas? Descubra. Lembre-se de nos seguir no twitter e instagram, @linumpaper e, qualquer BO chama o Guilherme no seu instagram  @guinunez_ Abraçoooooooooo! Referências  [1] Harrison, T. J., & Dake, G. R. An Expeditious, High-Yielding Construction of the Food Aroma Compounds 6-Acetyl-1,2,3,4-tetrahydropyridine and 2-Acetyl-1-pyrroline. The Journal of Organic Chemistry, 70(26), 10872–10874. , 2005. doi:10.1021/jo051940a; [2] Newton, A. E., Fairbanks, A. J., Golding, M., Andrewes, P., & Gerrard, J. A. The role of the Maillard reaction in the formation of flavour compounds in dairy products – not only a deleterious reaction but also a rich source of flavour compounds. Food & Function, 3(12), 1231, (2012). doi:10.1039/c2fo30089c; [3] Tamanna, N., & Mahmood, N. Food Processing and Maillard Reaction Products: Effect on Human Health and Nutrition. International Journal of Food Science, 2015, 1–6. doi:10.1155/2015/526762; [4] Jaroque GN, Sartorelli P, Caseli L. Interfacial vibrational spectroscopy and Brewster angle microscopy distinguishing the interaction of terpineol in cell membrane models at the air-water interface. Biophys Chem. 2019 Mar;246:1-7. doi: 10.1016/j.bpc.2018.12.003. Epub 2018 Dec 20. PMID: 30594881; [5] Jaroque, G. N., Sartorelli, P., & Caseli, L. (2020). The effect of the monocyclic monoterpene tertiary alcohol γ-terpineol on biointerfaces containing cholesterol. Chemistry and Physics of Lipids, 230, 104915. doi:10.1016/j.chemphyslip.2020.104915  [6] Dynarowicz-Łątka, P., Dhanabalan, A., & Oliveira, O. N. (2001). Modern physicochemical research on Langmuir monolayers. Advances in Colloid and Interface Science, 91(2), 221–293. doi:10.1016/s0001-8686(99)00034-2  [7] Ariga, K. Don't Forget Langmuir–Blodgett Films 2020: Interfacial Nanoarchitectonics with Molecules, Materials, and Living Objects. Langmuir 2020 36 (26), 7158-7180. DOI: 10.1021/acs.langmuir.0c01044

Now you know how much fluid to give, Shalinder Singh tells David Keily what fluid to use and why in a range of settings from trauma to pyloric stenosis to maintenance fluids in children. When and why to use crystalloid or colloid is explained. Side effects of using the wrong fluids are also covered, including acid/base balance problems and ARDS. Essential listening for anyone prescribing IV fluids for children. David Keily is a trainee in paediatric surgery in the East Midlands, UK, and Shalinder Singh is a consultant paediatric surgeon and FRCS(Paed) examiner working at University Hospitals Nottingham, Uk

"Colloid vs Crystalloid - Goal Directed Therapy" - originally streamed live from The Institute of Engineering and Technology (IET) in London during EBPOM 2018 on www.topmedtalk.com Hear this excellent talk, for free, on this podcast. If you'd like to attend an event like this ensure your next click is here: www.ebpom.org/meetings If you have any comments or questions you'd like to send to the team email: contact@topmedtalk.com Presented by Monty Mythen, Smiths Medical Professor of Anaesthesia and Critical Care at University College London.

Today, Western Colloid operates the largest fleet of tankers servicing the roofing and coating industry in the United States. This footing in bulk transportation service allows contractors to keep installation costs low and helps the environment by reducing the use of barrels and pails. Free field inspections, prompt delivery, and exceptional service overall are a few of the other perks we provide to our customers. We use state of the art facilities to manufacture our asphalt emulsions and water-based coatings. Teamed with companies like Rohm Haas and Dow, we develop and manufacture some of the finest roof coatings available. We are committed to producing systems that are environmentally friendly and energy-efficient. Many of our products and systems are classified by Underwriters Laboratories and are FM 4470 Class 1 approved. As an Energy Star® partner, we proudly offer several coatings with the Energy Star® label. Furthermore, we are committed to reducing landfill use by indefinitely extending the life of existing roof systems. In addition to roofing systems, we are also a leader in the pavement maintenance industry. Our unique and specialized capabilities in emulsion technology give us the ability to manufacture premium asphalt sealcoats and pavement maintenance systems.

Claire Snyman from Canada, talks about her personal experience when she was diagnosed with a rare benign brain tumour, a colloid cyst.. Claire went on to write the book ‘Two Steps Forward – Embracing life with a brain tumor’. She was inspired to start to write her book based off her journals. Two years later, and 70 000 words later, Two Steps Forward is now available in e-book and print copy! "It was in 2010, after a vertigo attack and the onset of migraines, that I was diagnosed with a rare benign brain tumour, a colloid cyst. I was 34 at the time and the mother of a 4-year-old and I heard the words that no one ever wants to hear: “You have a brain tumor.” My first thoughts were of my husband and son. I felt numb. As part of my treatment, I became part of the group of ‘watch and wait’ brain tumor patients around the world who are monitored with yearly MRI scans" Don't forget to check out the Aunty M Brain Tumours Website. (This Recording was held at Croydon Radio as a part of the Brain Tumour Thursday Show, Dates between 2013 and 2016)

Is it a nodule, is it a concretion, it is rock lightning? Find out on this week's summer short! Concretion Nodule Fun Paper Friday Is there carbon from outside this world? Extraterrestrial Organic Matter Found in 3.3-Billion-Year-Old Volcanic Rock Contact us: Show Support us on Patreon! www.dontpanicgeocast.com SWUNG Slack @dontpanicgeo show@dontpanicgeocast.com John Leeman www.johnrleeman.com @geo_leeman Shannon Dulin @ShannonDulin  

Kate Plass is an Associate Professor of Chemistry at Franklin and Marshall College where her lab specializes in the synthesis of nanoparticles, especially those with unique near-infrared optical properties. On this episode of Nanovation, Kate not only discusses her lab’s research but also talks about life at primarily undergraduate institutions (PUIs) like Franklin and Marshall. She explains the basics of PUIs, how they view the world and their place in it, and what opportunities they offer students and faculty relative to more research intensive institutions. Kate and Mike also muse on the importance of stupidity in scientific research and Kate talks about her mentors, hobbies, and tattoos in the lightning round. Show details: • Hosted by Michael Filler (@michaelfiller) • Edited by Andrew Cannon (@andrewhcannon) • Recorded on January 31, 2019• Show notes are available at http://www.fillerlab.com/nanovation/archive/49• Submit feedback at http://www.fillerlab.com/nanovation/feedback

Kate Plass is an Associate Professor of Chemistry at Franklin and Marshall College where her lab specializes in the synthesis of nanoparticles, especially those with unique near-infrared optical properties. On this episode of Nanovation, Kate not only discusses her lab’s research but also talks about life at primarily undergraduate institutions (PUIs) like Franklin and Marshall. She explains the basics of PUIs, how they view the world and their place in it, and what opportunities they offer students and faculty relative to more research intensive institutions. Kate and Mike also muse on the importance of stupidity in scientific research and Kate talks about her mentors, hobbies, and tattoos in the lightning round. Show details: • Hosted by Michael Filler (@michaelfiller) • Edited by Andrew Cannon (@andrewhcannon) • Recorded on January 31, 2019• Show notes are available at http://www.fillerlab.com/nanovation/archive/49• Submit feedback at http://www.fillerlab.com/nanovation/feedback

"Colloid vs Crystalloid - Goal Directed Therapy" - originally streamed live from The Institute of Engineering and Technology (IET) in London during EBPOM 2018 on www.topmedtalk.com Hear this excellent talk, for free, on this podcast. If you'd like to attend an event like this ensure your next click is here: www.ebpom.org/meetings If you have any comments or questions you'd like to send to the team email: contact@topmedtalk.com Presented by Monty Mythen, Smiths Medical Professor of Anaesthesia and Critical Care at University College London.

This special programme was originally streamed live on www.topmedtalk.com - if you missed it you're obviously not yet signed up to our newsletter. Go to the website or follow this link: https://www.topmedtalk.com/sign-up/ Co-presented by Monty Mythen and Desiree Chappell with contributions from Dr Tim Miller, Anaesthesiologist from Duke University Medical Centre, Mark Edwards, Consultant in Anaesthesia and Perioperative Medicine at The University Hospital Southampton NHS Foundation Trust and Paul Myles, Head of Alfred Health's and Monash University's Department of Anaesthesia and Perioperative Medicine.

"Colloid vs Crystalloid - Goal Directed Therapy" - originally streamed live from The Institute of Engineering and Technology (IET) in London during EBPOM 2018 on www.topmedtalk.com  Hear this excellent talk, for free, on this podcast. If you'd like to attend an event like this ensure your next click is here: www.ebpom.org/meetings If you have any comments or questions you'd like to send to the team email: contact@topmedtalk.com Presented by Monty Mythen, Smiths Medical Professor of Anaesthesia and Critical Care at University College London.

4th lecture in the 2018 Hinshelwood lecture series delivered by Professor Lydéric Bouquet, Directeur de Recherche, CNRS, and Professor of Physics, Ecole Normale Supérieure, Paris

Dr. Christy Haynes is the Elmore H. Northey Professor of Chemistry at the University of Minnesota. She completed her undergraduate studies in Chemistry at Macalester College and received her MS and PhD in Chemistry from Northwestern University. Next, Christy was awarded a National Institutes of Health National Research Service Award Post-Doctoral Fellowship to conduct research at the University of North Carolina, Chapel Hill. She joined the faculty at the University of Minnesota in 2005. Christy has received many awards and honors for her research, including the Sara Evans Faculty Woman Scholar/Leader Award, the Taylor Award for Distinguished Research from the University of Minnesota, the Kavli Foundation Emerging Leader in Chemistry Lecturship, the Pittsburgh Conference Achievement Award, the Joseph Black Award from the Royal Society of Chemistry, an Alfred P. Sloan Fellowship, the Arthur F. Findeis Award for Achievements by a Young Analytical Scientist from the American Chemical Society Division of Analytical Chemistry, the Society for Electroanalytical Chemistry Young Investigator Award, the Camille and Henry Dreyfus Teacher-Scholar Award, the NIH New Innovator Award, the NSF CAREER Award, and the Victor K. LaMer Award from the American Chemical Society Division of Colloid and Surface Science. In addition, Christy has been recognized for her excellence in mentoring through receipt of the Advising and Mentoring Award and the Outstanding Postdoctoral Mentor Award both from the University of Minnesota. She has also been listed among the Top 100 Inspiring Women in STEM from Insight into Diversity magazine, the Analytical Scientist's “Top 40 Under 40” Power List, and one of the “Brilliant 10” chosen by Popular Science magazine. Christy is with us today to share stories from her journey through life and science.

Dr. Jacob Israelachvili is a Professor in Chemical Engineering and Materials Science at the University of California, Santa Barbara. He received his PhD in Experimental Physics from the University of Cambridge. Afterwards he completed postdoctoral training and conducted research at Cambridge, the University of Stockholm, and Australian National University. After spending over a decade in Australia, Jacob joined the faculty at UCSB where he remains today. In addition to his academic appointments, Jacob has served as a consultant for chemical and pharmaceutical companies and is President of a company called SurForce LLC that manufactures and sells the Surface Force Apparatus that he pioneered in his graduate days. Jacob has received a number of honors during his career, including election as a Fellow of the Royal Society of London, a Fellow of the Australian Academy of Science, a Fellow of the American Physical Society, a Foreign Associate of the US National Academy of Engineering, a member of the US National Academy of Science, and a Fellow of the American Association for the Advancement of Science. He has also received many awards, including Alpha Chi Sigma Award for Chemical Engineering Research, the Adhesion Society Award for Excellence in Adhesion Science, the Materials Research Society Medal (in the area of adhesion and friction), the ACS National Award in Colloid and Surface Chemistry, the American Institute of Chemical Engineers Walker Award (for Excellence in Chemical Engineering Literature), and the Tribology Gold Medal. In 2008 he was named by the American Institute of Chemical Engineers as one of the “One Hundred Chemical Engineers of the Modern Era”. Jacob is here with us today to tell us about his journey through life and science.

In the first of a new series on common problems seen on the surgical ward after an operation, Jennifer Murphy discusses hypotension in the post operative period with Daniel Couch. The symptoms, signs and of causes of hypotension in the post op period are discussed, as well as an algorithm for diagnosis and treatment for each cause. Essential listening for medical students coming up to finals or wanting to be well prepared for their first surgical job. Also important revision for foundation doctors (interns) and junior residents. Jennifer Murphy is a core trainee and Daniel Crouch is a speciality trainee in General Surgery, both on the East Midlands, UK training scheme.

Albumin is the primary determinate of colloid osmotic pressure (COP). Albumin plays key roles within the body. Hypoproteinemia has been associated with a poorer outcome in numerous diseases (e.g., sepsis, etc.). For this reason, the use of albumin transfusions has become more popular in the past 5-10 years. Due to the side effects of human serum albumin (HSA) administration in veterinary medicine, canine specific albumin (CSA) has been developed. In this veterinary podcast, VetGirl evaluates the usefulness of canine specific albumin in dogs with septic peritonitis.

Albumin is the primary determinate of colloid osmotic pressure (COP). Albumin plays key roles within the body. Hypoproteinemia has been associated with a poorer outcome in numerous diseases (e.g., sepsis, etc.). For this reason, the use of albumin transfusions has become more popular in the past 5-10 years. Due to the side effects of human serum albumin (HSA) administration in veterinary medicine, canine specific albumin (CSA) has been developed. In this veterinary podcast, VetGirl evaluates the usefulness of canine specific albumin in dogs with septic peritonitis.

The pathology of simple and multinodular colloid goitres

Colloid osmotic pressure (COP) or oncotic pressure is a measure of water attracting force, which is due to important proteins such as albumin within the body. This is often affected with significant blood loss, loss of protein (either from lack of production or loss via the gastrointestinal tract, liver or kidneys), vascular permeability, or following massive fluid therapy. Rapid measurement in critically ill patients is important to help determine the best method of treatment (e.g., the use of crystalloids versus colloids). In this podcast, VetGirl evaluates the accuracy of testing COP on whole blood as compared to plasma.

Colloid osmotic pressure (COP) or oncotic pressure is a measure of water attracting force, which is due to important proteins such as albumin within the body. This is often affected with significant blood loss, loss of protein (either from lack of production or loss via the gastrointestinal tract, liver or kidneys), vascular permeability, or following massive fluid therapy. Rapid measurement in critically ill patients is important to help determine the best method of treatment (e.g., the use of crystalloids versus colloids). In this podcast, VetGirl evaluates the accuracy of testing COP on whole blood as compared to plasma.

This episode provide some basic description of colloids as will as some myths.  

The pathology of simple and multinodular colloid goitres

The panel discuss the huge range of potential applications, from nano-computers to nano-devices to clean the body's arteries.

Transcript -- The panel discuss the huge range of potential applications, from nano-computers to nano-devices to clean the body's arteries.

Transcript -- The panel discuss the huge range of potential applications, from nano-computers to nano-devices to clean the body's arteries.

The panel discuss the huge range of potential applications, from nano-computers to nano-devices to clean the body's arteries.