Podcasts about Cellulose

Parmigiano Reggiano is a cheese made in Parma, Italy. It's a grass-fed cheese made with high standards not seen in American Parmesan cheese-making. Grass-fed cheese is loaded with microbes that come from the soil. Cows need the help of microbes to digest the fiber in the grass they consume. These microbes produce byproducts from the grass that help nourish the cow. The process of Parmesan cheese-making also involves microbes!Parmigiano Reggiano is made from 3 ingredients: high-quality cow's milk, salt, and an enzyme that turns the milk into cheese. The powdered Parmesan cheese at the grocery store contains cellulose, which is essentially wood pulp. Cellulose is a filler and can legally make up 8% of a product! U.S. Parmesan cheese also contains potassium sorbate. Parmigiano Reggiano is a raw product without fillers or preservatives that's aged at least 12 months. There are no aging requirements for Parmesan cheese. Some Parmigiano Reggiano is aged for 14 to 24 months, or longer. Microbes consume lactose during the aging process, so the finished product is often lactose-free. Parmigiano Reggiano has the following health benefits:•High in glutamate •Contains bioavailable calcium and phosphorus•Helps build glutathione, a potent antioxidant that supports liver health•Reduces blood pressure•Contains butyric acid, which supports brain healthParmigiano Reggiano has the highest amount of vitamin K2 compared to all other cheeses. Vitamin K2 redirects calcium in the arteries and joints to the teeth and bones. Parmigiano Reggiano contains MK-7, the most bioavailable form of vitamin K2. Dr. Eric Berg DC Bio:Dr. Berg, age 60, is a chiropractor who specializes in Healthy Ketosis & Intermittent Fasting. He is the author of the best-selling book The Healthy Keto Plan, and is the Director of Dr. Berg Nutritionals. He no longer practices, but focuses on health education through social media.

Matters Microbial #75: Do Gut Microbes Watch their Carbs?   January 22, 2025 Today, Dr. Darrell Cockburn, Associate Professor of Food Science at Penn State, joins the #QualityQuorum to discuss the work his research group has done exploring how starches and other polysaccharides are used by the gut microbiome.  Host: Mark O. Martin Guest: Darrell Cockburn Subscribe: Apple Podcasts, Spotify Become a patron of Matters Microbial! Links for this episode An overview of dietary fiber in the diet. A primer on the structure of starch and cellulose. An overview on starch granules. The concept of food gelatinazation. An overview of “resistant” starch. How Febreze works! The concept of the glycemic index of foods. An article about resistant starch and colon microbiota.  Another article on this topic. A primer on carbohydrate binding modules. An article describing the role of short chain fatty acids in digestion. An article suggesting that there is no perfect microbiome. An interesting article from Dr. Cockburns research group showing that microbes can work together to digest resistant starch. Dr. Cockburn's academic website. Intro music is by Reber Clark Send your questions and comments to mattersmicrobial@gmail.com

We're kicking off season 7 with an episode on how we can replace microplastics with seaweed! Our new podcast hosts, Emily and Erin, talk to Mark Dorris and Dominic O'Rourke who are Edinburgh-based researchers and founders of the company Mercel.  On this episode we hear about the far-reaching potential of seaweed-derived cellulose and the work Mercel is doing in using this sustainable material to create products which replace microplastics in industries such as pharmaceuticals, cosmetics and even in laundry products! We also hear about the challenges involved in the journey from scientific research to founding a successful business! You can find more information about mercel on their website https://www.mercel.co.uk/ ------------------------------------------------------------------ Not Another Science Podcast was co-created by Helena Cornu and Tom Edwick, brought to you by Edinburgh University Science Media. The hosts are Erin Howat and Emily Robertshaw-McFarlane and our podcast editor is Wan Gee Tan. The logo was designed by Apple Chew and the cover art was designed by Elizabeth Carmichael. You can visit our website at www.eusci.org.uk to check out the latest issue of the magazine, a ton of other cool science content by our student journalists, and see how to get involved. You can also follow EUSci on Instagram, LinkedIn and X. All podcast episodes can be found at www.eusci.org.uk/podcasts/ . Music by Kevin Macleod: https://incompetech.filmmusic.io/song/3788-funkorama http://creativecommons.org/licenses/by/4.0/ Music by Professor Colin Campbell: https://youtu.be/-ZhfAZ-gCEQ?si=gc_pMMG0KeXz2VC0

Episode: 2361 Making ethanol from cellulose.  Today, we make moonshine.

This is music, that I suppose mycelium would love. Based on cellulose IE sounds from branches, leaves, fruits, seeds, etc., that are the things mycelium feed on. When doing my outdoor mycelium concerts, this is the basic soundscape I'll 'feed' to the environment, thus creating a fertile ground (literally) for the mycelium to engage in a fair trade - cellulose (sound) for bioelectricity (used in my eurorack modular setup via Scion Instruo, to give the mycelium a voice)

Mehdi Tajvidi is a Professor of Renewable Nanomaterials in the School of Forest Resources at the University of Maine. His areas of research interest are production, characterization and performance evaluation of renewable nanomaterials and their composites. Mehdi's core research area at UMaine is focused on utilization of cellulose nanomaterials in high volume applications such as coatings, packaging and building products.Our conversation was recorded in May 2024. ~~~~~The Maine Science Podcast is a production of the Maine Discovery Museum. It is recorded at Discovery Studios, at the Maine Discovery Museum, in Bangor, ME. The Maine Science Podcast is hosted and executive produced by Kate Dickerson; edited and produced by Scott Loiselle.The Discover Maine theme was composed and performed by Nick Parker.To support our work: https://www.mainediscoverymuseum.org/donate. Find us online:Maine Discovery MuseumMaine Discovery Museum on social media: Facebook InstagramMaine Science Festival on social media: Facebook Twitter InstagramMaine Science Podcast on social media: Facebook Twitter Instagram © 2024 Maine Discovery Museum

Ecoutez Olivier Dauvers : Les secrets de la conso avec Olivier Dauvers du 02 octobre 2024.

Ecoutez Olivier Dauvers : Les secrets de la conso avec Olivier Dauvers du 02 octobre 2024.

Ce matin, Olivier Dauvers décortique l'étiquette d'un produit de tous les jours, star de nos plats de pâtes : le fromage râpé. Cette saison dans "RTL Matin", Olivier Dauvers part à la quête des bonnes affaires et vous livre ses secrets pour éviter les arnaques et devenir un consommateur avisé !

Veg Fest at Tikkun Olam Farm Sanctuary, Sunday June 9th.

Arkio Industries pivoted from bioplastics to developing a sustainable monomaterial from cellulose. Founder Timo Haanpää highlights the material's flame resistance and aesthetic qualities, emphasizing the importance of design in sustainability. He discusses the company's strategy to produce high-quality, desirable products with a focus on circularity, aiming to reuse materials to maintain or enhance their value. Arkio Industries plans to scale production and explore applications for their material, with ambitions to use it in building structures eventually. The conversation concludes with reflections on the transition from software to tangible products and the challenges of introducing new material to the market. Learn more about your ad choices. Visit megaphone.fm/adchoices

Have you heard of cellulose nanomaterials? From the bacteria in your kitchen to the trees in your backyard, we discuss the history and discoveries of this new class of materials. Learn why these renewable alternative to plastics are taking the world by storm and where you might seem in the future in the products you use everyday.

On this day in 1966, the Scott Paper Company launched a promotion for disposable paper dresses. See omnystudio.com/listener for privacy information.

Ce vendredi 15 mars, Jérôme Tichit a reçu Philippe Bernard, directeur des achats et de l'offre de Biocoop, Eric Philippe, coprésident de Merci Les Algues et président de Valorial, Audrey Mas, responsable du développement commercial de Cellulopack, Mikael Tournaux, responsable marché et grands comptes agroalimentaire de BWT, et Sébastien Gillet, directeur de GL Events Exhibitions Industrie et du CFIA Rennes, dans l'émission La France a tout pour réussir sur BFM Business. Retrouvez l'émission le vendredi et le samedi et réécoutez la en podcast.

This episode of About the House is brought to you by the Construction Consumer Advocacy Institute https://constructionconsumeradvocacyinstitute.com/  ⁠     In this episode of About the House with Troy Galloway, Troy talks about the pros and cons of different types of insulation. Find out which ones are the most affordable and which are the safest. Troy's Number - 314-520-6655  Troy's Email - ⁠troy@gallowaybuildingservice.com⁠   Radio Show Archives - ⁠https://gallowaybuildingservice.com/resources/radio-show/⁠     Website - ⁠⁠⁠https://gallowaybuildingservice.com/ ⁠   1:30 Check out the insulation episode we did back in 2020 https://gallowaybuildingservice.com/radioshow/insulation/  2:00 A quick pitch for the Construction Consumer Advocacy Group https://constructionconsumeradvocacyinstitute.com/  3:30 Foam board insulation 4:10 expanded polystyrene 6:10 What is R-value? 9:00 Toxic greenhouse gasses during production  10:00 Low fire resistance 11:40 Polyisocyanurate insulation 16:34 Polystyrene a.k.a. PS board 18:10 Polyurethane a.k.a. spray foam 24:34 Fiberglass insulation 28:05 Fiberglass insulation loses its R-value as it settles. Never walk on fiberglass insulation 33:30 Cellulose insulation  38:46 Recycled glass insulation  42:03 Mineral wool insulation a.k.a. rock wool 47:07 Health hazards 50:28 Vermiculate insulation 54:09 Denim insulation  59:01 Aerogel insulation 1:03:25 Sheep wool insulation 1:06:21 Mushroom insulation 1:09:57 Hemp insulation and lignan insulation 1:14:58 Chicken and turkey feather insulation 1:17:25 Chart of insulation R-values

Love Lamp ist ein Comedy-Podcast von zwei Kölnern, Sebi und Wookie, die jede Woche über verschiedene Themen reden, die sie interessieren, amüsieren oder aufregen. Die Themen sind sehr vielfältig und reichen von aktuellen Ereignissen, Filmen, Serien, Musik, Sport, Reisen, Sex, Drogen, Politik, Kultur, Gesellschaft, Geschichte, Religion, Wissenschaft, Technik, Kunst, Literatur, Gaming, YouTube, Podcasts, Persönlichkeiten, Träumen, Ängsten, Hoffnungen, Wünschen, Plänen, Erinnerungen, Erlebnissen, Geschichten, Witzen, Rätseln, Experimenten, Produkten, Trends, Tipps, Tricks, Hacks, Challenges, Pranks, Memes, Fails, Bloopers, Outtakes, Reviews, Rankings, Umfragen, Quizzes, Wetten, Spielen, Gewinnspielen, Verlosungen, Aktionen, Events, Projekten, Kooperationen, Partnerschaften, Freundschaften, Beziehungen, Familien, Haustieren, Hobbys, Leidenschaften, Talenten, Fähigkeiten, Stärken, Schwächen, Vorlieben, Abneigungen, Meinungen, Ansichten, Einstellungen, Werten, Überzeugungen, Idealen, Zielen, Visionen, Missionen, Motivationen, Inspirationen, Innovationen, Kreationen, Fantasien, Illusionen, Halluzinationen, Paradoxien, Anomalien, Rätsel, Mysterien, Geheimnisse, Verschwörungen, Legenden, Mythen, Märchen, Sagen, Fabeln, Geschichten, Lügen, Wahrheiten, Fakten, Daten, Zahlen, Statistiken, Analysen, Interpretationen, Bewertungen, Kritiken, Kommentaren, Feedbacks, Lob, Kritik, Beschwerden, Anregungen, Fragen, Antworten, Lösungen, Problemen, Herausforderungen, Chancen, Risiken, Möglichkeiten, Optionen, Alternativen, Entscheidungen, Konsequenzen, Erfolgen, Misserfolgen, Glück, Pech, Zufall, Schicksal, Karma, Glaube, Hoffnung, Liebe, Hass, Freude, Trauer, Angst, Mut, Wut, Ekel, Überraschung, Verwunderung, Bewunderung, Respekt, Achtung, Ehre, Stolz, Scham, Schuld, Reue, Vergebung, Dankbarkeit, Genugtuung, Zufriedenheit, Glückseligkeit, Ekstase, Euphorie, Nostalgie, Melancholie, Depression, Aggression, Frustration, Stress, Burnout, Langeweile, Müdigkeit, Schlaf, Traum, Albtraum, Erwachen, Erkenntnis, Erleuchtung, Transformation, Evolution, Revolution, Rebellion, Anarchie, Chaos, Ordnung, Struktur, System, Regel, Gesetz, Norm, Wert, Prinzip, Ethik, Moral, Philosophie, Psychologie, Soziologie, Anthropologie, Biologie, Chemie, Physik, Mathematik, Logik, Rhetorik, Grammatik, Sprache, Kommunikation, Information, Wissen, Bildung, Kultur, Kunst, Literatur, Musik, Film, Theater, Tanz, Malerei, Fotografie, Skulptur, Architektur, Design, Mode, Schönheit, Gesundheit, Fitness, Wellness, Ernährung, Medizin, Pharmazie, Drogen, Alkohol, Tabak, Kaffee, Tee, Schokolade, Zucker, Salz, Fett, Eiweiß, Kohlenhydrate, Vitamine, Mineralien, Spurenelemente, Hormone, Enzyme, Antioxidantien, Probiotika, Präbiotika, Synbiotika, Bakterien, Viren, Pilze, Parasiten, Zellen, Gene, DNA, RNA, Proteine, Aminosäuren, Peptide, Polypeptide, Enzyme, Hormone, Neurotransmitter, Rezeptoren, Synapsen, Neuronen, Nerven, Gehirn, Rückenmark, Zentralnervensystem, Peripheres Nervensystem, Vegetatives Nervensystem, Sympathikus, Parasympathikus, Endokrines System, Hormondrüsen, Schilddrüse, Nebenschilddrüse, Thymus, Hypophyse, Zirbeldrüse, Nebenniere, Bauchspeicheldrüse, Eierstöcke, Hoden, Herz, Kreislauf, Blut, Lymphsystem, Immunsystem, Abwehr, Entzündung, Infektion, Allergie, Autoimmunerkrankung, Krebs, Tumor, Metastase, Apoptose, Nekrose, Zytokine, Interferone, Interleukine, Histamin, Serotonin, Dopamin, Noradrenalin, Adrenalin, Cortisol, Melatonin, Östrogen, Progesteron, Testosteron, Insulin, Glukagon, Somatotropin, Thyroxin, Trijodthyronin, Kalzitonin, Parathormon, Leptin, Ghrelin, Oxytocin, Vasopressin, Endorphine, Enkephaline, Dynorphine, Opioide, Cannabinoide, Nikotin, Koffein, Theobromin, Theophyllin, Alkaloide, Phenole, Flavonoide, Terpene, Steroide, Lipide, Fette, Öle, Wachse, Phospholipide, Glykolipide, Sphingolipide, Cholesterin, Kohlenhydrate, Zucker, Stärke, Glykogen, Cellulose, Saccharose, Glukose, Fruktose, Galaktose, Ribose, Desoxyribose, Laktose, Maltose, Polysaccharide.

Disclaimer: For full disclosure, Rubi Laboratories is a portfolio company of Climate Capital, where Jenny works as a Managing Partner.CC Pod is not investment advice and is intended for informational and entertainment purposes only. You should do your own research and make your own independent decisions when considering any investment decision.Subscribe to CC Pod wherever you listen to your podcasts:Welcome to another episode of the Climate Capital podcast! Today, we're thrilled to share an in-depth conversation with Neeka Mashouf, co-founder and CEO of Rubi Laboratories. Neeka's journey is rooted in a deep passion for nature and the environment, a passion she shares with her twin sister. They have always been captivated by the science behind nature, and their childhood experiences in a nature-focused community fueled their drive to contribute to climate solutions.Rubi Laboratories is pioneering what Neeka terms the 'Symbiotic Era' of manufacturing. This novel concept involves capturing CO2 and transforming it into useful materials, emulating the process of trees absorbing carbon dioxide. Their primary focus presently is on creating cellulose – a key component in textiles – from CO2. This impressive feat of engineering is not only a technological marvel but also addresses the urgent need for sustainable manufacturing processes.Scalability has been a significant challenge in their journey. Neeka shared the difficulties they faced in transitioning from millilitre scale to larger scales. They learned to allocate ample time for research and development at each stage to understand the system and optimize it before moving to the next scale. It's a testament to their resilience and adaptability, qualities that are crucial for any startup.One of the unique aspects of Rubi Laboratories is its culture. Neeka emphasizes creativity and ownership. She believes that these two elements, combined with a shared vision for a sustainable future, can create a powerful and effective team. This culture has undoubtedly played a vital role in their journey, enabling them to overcome challenges and continually innovate.Neeka's story is a true inspiration for aspiring entrepreneurs, especially those passionate about the environment. Her dedication to sustainable manufacturing and creating a more symbiotic relationship with nature provides a guiding light for future endeavors in the field of decarbonization. If you're interested in learning more about Rubi Laboratories or getting involved, Neeka encourages you to reach out and join their community. Get full access to Climate Capital at climatecap.substack.com/subscribe

Cette semaine on vous présente deux petits jeux de cartes pour deux joueurs remplis de tension, de choix déchirants, de gestion de main serrée et de sélection d'actions agonisante. Vince parle du classique Hanamikoji (ou Jixia Academy, selon l'édition), un jeu qui est la quintessence de qui choisit prend pire. Sam de son côté présente la toute dernière nouveauté, Unrest, un jeu asymétrique où une poigné de rebelles tentent de se lever contre un empire totalitaire. Vers lequel allez-vous tendre la main pour y jouer?  Quel est votre jeu tendu pour deux favori? Les inscriptions pour Estrie Joue sont ouvertes: https://www.estriejoue.ca/inscriptions Merci au groupe Chrysalis pour notre musique d'intro et outro, allez voir leur page  (https://www.facebook.com/ChrysalisQC). Suivez-nous sur Facebook (https://www.facebook.com/boardgameduelpodcast) Instagram (https://www.instagram.com/boardgameduelpodcast/) Rejoignez notre discord (https://discord.gg/Q2gZ7rQpJk) Suivez nous sur youtube (https://www.youtube.com/channel/UCX3jY-K7DqcEdlpdqFClplQ) Supportez nous sur Patreon: (https://www.patreon.com/BoardGameDuel) Signets Retour sur le duel de l'an passé: Honeybuzz vs Cellulose 1:40 Skull King 6:30 Knarr 14:04 Barcelona 20:01 Hanamikoji/Jixia Academy 32:30 Unrest 48:11

The enviro-news you need to know for Friday July 14, 2023:[00:30] Flash floods 101[3:30] An alternative to single-use plastic packaging is (almost) here![9:00] 12 years later, Fukushima has an awful lot of wastewater. What should be done with it?[13:00] Introducing the Devil's Hole Pupfish Join our (free!) community here.Find your tribe. Sustainable Minimalists are on Facebook, Instagram + Youtube.Email me and say hello! MamaMinimalistBoston@gmail.com.Support this podcast at — https://redcircle.com/sustainable-minimalists/exclusive-contentAdvertising Inquiries: https://redcircle.com/brandsPrivacy & Opt-Out: https://redcircle.com/privacy

------------------------------- 活動資訊 ------------------------------- 「社會人核心英語」有聲書課程連結：https://15minsengcafe.pse.is/554esm ------------------------------- 15Mins.Today 相關連結 ------------------------------- 歡迎針對這一集留言你的想法： https://open.firstory.me/user/cl81kivnk00dn01wffhwxdg2s/comments 官方網站：www.15mins.today 加入Clubhouse直播室：https://15minsengcafe.pse.is/46hm8k 訂閱YouTube頻道：https://15minsengcafe.pse.is/3rhuuy 主題投稿/意見回覆 : ask15mins@gmail.com 商業合作/贊助來信：15minstoday@gmail.com ------------------------------- 以下有此單集搭配文稿喔～ ------------------------------- 每日英語跟讀 Ep.K604: Cellulose Film: A Potential Electricity-Free Air Conditioning Alternative With the increasing impact of climate change, summers are becoming hotter, leading to the widespread use of air conditioning in many Taiwanese households. However, not all homes worldwide have access to such cooling systems. So, what can be done when the heat becomes unbearable? A promising solution may lie in a new type of cellulose material. Researchers from the University of Cambridge have developed an innovative thin film that actually becomes cooler when exposed to direct sunlight. This cellulose-based material shows great potential as an electricity-free alternative to traditional air conditioning systems. 隨著氣候變遷的不斷加劇，夏季變得越來越炎熱，許多台灣家庭廣泛使用冷氣。然而，世界各地並非所有家庭都有冷氣系統。那麼，當天氣變得無法忍受時該怎麼辦？一種具有潛力的解決方案可能就在一種新型的纖維素材料中。劍橋大學的研究人員開發出一種創新的薄膜，當暴露在陽光下時實際上會變得更冷。這種基於纖維素的材料有望成為一種無需電力的傳統冷氣系統的替代品。 The film operates through passive daytime radiative cooling (PDRC), effectively dissipating heat without raising the temperature of the surrounding air. Cellulose is one of the few plant-based compounds capable of achieving PDRC. By extracting "cellulose nanocrystals" (CNC) from sources like wood and other plants, the researchers created a suspension by dispersing CNC in water. Through the process of evaporation, a flexible arrangement of crystals is formed, which can then be coated onto white ethyl cellulose sheets, resulting in a captivating double-layered, rainbow-colored thin film. 該薄膜通過被動日間輻射冷卻（PDRC）運作，有效地散熱而不使周圍空氣的溫度升高。纖維素是少數能夠實現PDRC的植物基化合物之一。研究人員從木材和其他植物來源中提取出"纖維素奈米結晶"（CNC），並將CNC分散在水中，形成一種懸浮液。通過蒸發過程，形成了一種靈活的晶體排列，可以塗在白色乙基纖維素片上，形成一種迷人的雙層彩虹色薄膜。 In 2023, the University of Cambridge researchers showcased this experimental film at the American Chemical Society conference. When subjected to direct sunlight, the film displayed a temperature reduction of approximately 7 ℉ compared to the surrounding air. A square meter of this thin film generates cooling power exceeding 120 watts, which is comparable to the cooling effect provided by an air conditioner in a home without access to external power sources. The widespread application of this material on buildings and vehicles could significantly reduce the reliance on traditional air conditioning units. 2023年，劍橋大學的研究人員在美國化學學會會議上展示了這種實驗性薄膜。在直射陽光下，與周圍空氣相比，薄膜的溫度降低了約7華氏度。每平方米的薄膜產生的冷卻功率超過120瓦，這相當於家中沒有外部電源的冷氣的冷卻效果。如果將這種材料廣泛應用於建築物和車輛上，可以顯著減少對傳統冷氣的依賴。 An interesting characteristic of the cellulose film is its ability to reflect visible light, creating a colorful appearance similar to that of soap bubbles. Unlike other materials, the cellulose film achieves this without the need for additional pigments, as they would hinder the film's PDRC capabilities. This unique feature makes it highly suitable for applications that prioritize aesthetics, such as residential and automotive designs. Furthermore, there is potential for the film to mimic the appearance of wood finishes, expanding its range of applications. This avenue of research represents the team's next focus. 纖維素薄膜的一個有趣特點是它能夠反射可見光，創造出類似於肥皂泡沫的多彩外觀。與其他材料不同，這種纖維素薄膜無需添加額外的顏料即可實現這一效果，因為顏料會影響薄膜的PDRC能力。這種獨特的性質非常適合用在住宅和汽車設計等注重審美的地方。此外，該薄膜還具有模仿木質飾面的潛力，擴大了應用範圍。這是團隊下一個研究方向的重點。 Reference article: https://ccc.technews.tw/2023/06/09/cellulose-electricity-free-air-conditioning/

Mrasek, Volkerwww.deutschlandfunk.de, Forschung aktuellDirekter Link zur Audiodatei

A German urologist answers a listener email about fainting after urination, and why a prominent doctor thinks taurine won't extend human lives (like it did for mice and monkeys).

Mosquito haters, rejoice: Researchers in Israel have created an insect repellant made of cellulose (plant compounds) that could save lives and make summer nights way more enjoyable.

Improving the electric grid, tool batteries, making your own windows, value-engineering a new build, cellulose insulation, and contractor licensing.

The Packaging Today Show covers the week's most discussed topics and prepares you for the conversations happening in packaging today. Sustainable packaging, packaging design, packaging industry news, how to design packaging, and everything else in packaging. Your hosts are: Evelio Mattos - Connect on LinkedIn Packaging Unboxd Podcast Packaging Unboxd Youtube TikTok Adam Peek - Connect on LinkedIn People of Packaging Podcast People of Packaging Youtube Tiktok Cory Conners - Connect on LinkedIn Sustainable Packaging Podcast Sustainable Packaging Youtube TikTok

Michael N. Desvigne, MD, FACS, CWS, FACCWS and Dot Weir, RN, CWON, CWS discuss how to examine the clinical impact of Collagen with Oxidized Regenerated Cellulose (ORC) and Silver in the wound environment. They will explain the clinical significance of negative pressure wound therapy and determine when to use Collagen with Oxidized Regenerated Cellulose (ORC) and Silver Dressings and NPWT and who to use it on. They will also examine, via cases, the clinical outcomes from combining Collagen with Oxidized Regenerated Cellulose (ORC) and Silver with NPWT.

Welcome to Episode 54! https://sustainable-ecom.com/ep54 This week is our third episode in our mini-series on waste, this week we look at absolutely emerging technology in relation to chemical recycling of textiles. Chemical recycling per se isn't new.  There are a few amazing companies overseas like Renewcel that can take cellulosic textiles and recycle those into new yarn. But until now, there has never been a solution to blends. Enter my guest this week. Adrian Jones is the co-founder of Queensland-based chemical recycling company BlockTexx. Despite being what I think you would still call a start-up, they've already proved they can handle 85% of the typical textile fibre types, and are handling about 4000 tonnes of textiles this year. They have developed an incredibly exciting technology that I think we'll see becoming more and more important part of the textile recycling supply chain in the years to come.

Part 2 - Forum on Circular Water Economy at NYU with WEF: Welcome back SDG Talkers!! Thanks for joining us for another episode of highlighting change makers and their inspirational work towards the United Nations Sustainable Development Goals (SDGs)! Thanks for joining us for our mini series recorded at the Forum on Circular Water Economy hosted at NYU in partnership with the Water Environment Federation and the NYU Department of Civil and Urban Engineering. In This Mini Series: You'll hear from students attending: Manhattan College Columbia University NYU The University of Missouri Let's chat with Isabel Vasquez who is a Graduate Research Assistant at with Manhattan College's Chemistry and Environmental Engineering Departments. Isabel graduated with a BS in Civil Engineering, Concentration in Applied Mathematics, and Minor in Environmental and Civil Engineering from Manhattan College in 2022, and earned her MS in Environmental Health Engineering this year. She is currently conducting research concerning the reduction of petroleum-related contaminants in water using ultraviolet lights and chemical powders with the goal of transforming water reuse in the petroleum industry at her alma mater, so take a listen to find out more! Let's get SDG Talking!! Got a good story or want to collaborate? Send us an email at sdgtalkspodcast@gmail.com and we will get back to you as soon as we can! And don't forget to check out our Virtual Roundtables on our website! Instagram | Facebook | Twitter | LinkedIn

Alex Blum was in a very successful career in technology sales when he realized he needed more purpose. The money was great, and his lifestyle was extravagant, but he felt he needed to produce more value for the world. This led him to look into humanitarian work, and he found himself in Bangladesh in the midst of the Rohingya Genocide, trying to help the refugees who were displaced.His story takes him from filming a documentary to increase visibility on the issue to meeting someone who would change his life forever. This person introduced Alex to the concept of bioplastics - using organic materials to make plastic products.Today, Alex Blum is the Founder and CEO of Applied Bioplastics. The company produces material for transitional housing for natural disaster response and uses the plant compound Cellulose to manufacture plastic products. Cellulose is combined with virgin resin to reduce CO2 levels in manufacturing and create a more renewable, sustainable product.

After a long hiatus, the Lexman Artificial Podcast returns to discuss the latest technological developments in the world of awns and lignocellulose. Vincent Racaniello, a world-renowned expert on this subject, appears to discuss some new horizons of cellulose circuitry.

Kanazawa University NanoLSI Podcast: Chemists uncover cracks in the amour of cellulose nanocrystalsTranscript of this podcastHello and welcome to the NanoLSI podcast. Thank you for joining us today. In this episode we feature the latest research by Takeshi Fukuma and colleagues at the Kanazawa University NanoLSI. The research described in this podcast was published in the journal Science Advances in October 2022Kanazawa University NanoLSI website https://nanolsi.kanazawa-u.ac.jp/en/Chemists uncover cracks in the amour of cellulose nanocrystalsChemists in Japan, Canada and Europe have uncovered flaws in the surface structure of cellulose nanocrystals—an important step toward deconstructing cellulose to produce renewable nano-materials relevant to biochemical products, energy solutions, and biofuels.The findings—published in Science Advances—are the most detailed look yet at the surface chemistry and structure of individual cellulose nanocrystal (CNC) particles.The team, led by researchers at Kanazawa University, applied three-dimensional atomic force microscopy (3D-AFM) and molecular dynamics simulations to individual CNC fibres in water. The high-resolution scanning revealed new details of the cellulose chain arrangements on the CNCs surfaces.“This is an essential step towards understanding the mechanisms of CNC degradation, which is crucial for biomass conversion, with relevance to renewable nanomaterials and chemical production,” said Professor Takeshi Fukuma, Director of the Nano Life Science Institute at Kanazawa University.For the most part, the structure of a single CNC fibre showed honeycomb or zigzag chain arrangements on crystalline portions, interspersed with disordered, non-crystalline regions at irregular intervals. The researchers uncovered structural defects associated with the non-crystalline regions of the surface.“This is a great example of an international collaboration developed at the Nano Life Science Institute at Kanazawa University,” said University of British Columbia Professor Mark MacLachlan, Canada Research Chair in Supramolecular Materials and co-author on the paper. “It is important to visualize the surface and defects in these natural structures in order to advance their applications.”Chemists with Professor MacLachlan's lab at UBC helped devise the experiment, and synthesized and purified the cellulose nanocrystals for the project. Computational studies and modeling were undertaken by a team from Finland, led by Professor Adam Foster.The study also modelled the three-dimensional arrangement of water molecules near the CNC surface—which might offer material scientists additional clues to how the CNC surface might respond to molecular adsorption, diffusion and chemical reactions.ReferenceAyhan Yurtsever*, Pei-Xi Wang, Fabio Priante, Ygor Morais Jaques, Keisuke Miyazawa, Mark J. MacLachlan, Adam S. Foster, Takeshi Fukuma*. Molecular insights on the crystalline cellulose-water interfaces via three-dimensional atomic force microscopy. Science Advances 8, eabq0160 (2022).https://doi.org/10.1126/sciadv.abq0160Original release by UBC  https://science.ubc.ca/news/chemists-uncover-cracks-amour-cellulose-nanocrystals NanoLSI Podcast website

Joining us on The Red Bucket is Dr. Marcus Foston of Washington University in St. Louis, Missouri. In our discussion with Dr. Foston, we look forward to the future of the coatings industry. We examine the various renewable raw materials that could impact our industry, what they are, why we chose them, and how they are used. All of that and more on The Red Bucket. 0:00 - Intro 1:06 - Introduction to Dr. Marcus Foston & Washington University's Energy, Environmental & Chemical Engineering Department 3:57 - Renewables 8:28 - How Coatings Can Go Green 11:03 - Vegetable Oils for Use in Coatings 12:34 - Waste Feedstocks 13:40 - How to Go Green by Changing the Parts 14:41 - The Challenge of Going Green in a Large-Scale, Commercially-Viable Way 16:53 - What is Lignin, and How Can It Be Used in Coatings? 21:43 - Renewables in Fire-Retardant Coatings 27:36 - Cellulose in Coatings 28:58 - How the Coatings Industry and Academia Can Help Each Other 31:04 - "The Four Questions" [Non-Technical] 36:26 - "Tech Tips" 36:51 - Closing Remarks

In this podcast, Hartglass & De Mattei discuss The 27th Conference of the Parties to the United Nations Framework Convention on Climate Change, Cellular Meat, The International Vegan Film Festival, and Delicious Recipe Ideas for Thanksgiving and the Holiday Season.   Links mentioned in the podcast: International Vegan Film Festival Clean Meat Hoax The 25-Day Magical European Tour The 27th Conference of the Parties to the United Nations Framework Convention on Climate Change  

This week I welcome Douglas Gardner, Ph.D. on the show. He’s the professor and program leader of sustainable materials technology in the School of Forest Resources at the University of Maine, and a member of the Advanced Structures and Composites Center and Forest Bioproducts Research Institute.    His research, teaching, and service activities focus on... The post Discussing Opportunities and Applications of Cellulose Nanocomposites with Dr. Douglas Gardner appeared first on Composites Weekly.

Enzymer hjelper oss med å fordøye mat, de er i vaskepulveret som gjør at vi kan vaske klærne våre rene på lave temperaturer, og nå kan også enzym fra larven til en møll hjelpe oss med å gjenvinne og resirkulere plast. Men hva er egentlig enzymer? Hva annet kan vi bruke dem til? Og hvor finner vi enzymer med egenskaper som kan være nyttige for oss? Med professor Gustav Vaaje-Kolstad, ved fakultet for kjemi, bioteknologi og matvitenskap ved Norges miljø- og biovitenskapelige universitet (NMBU) og seniorrådgiver i Bioteknologirådet, cellebiolog Stine Hufthammer Indrelid. Programleder: Mette Risa.   Har du ønsker om hvilke tema vi skal lage podkast om til neste år? Send gjerne inn forslag på e-post til post@bioteknologiradet.no.

A pest control firm provides termite treatment services, an insect that lives in colonies of between 30,000 and 2.5 million termites, which our organization estimates. Cellulose found in paper, wood, textiles, and carpets is the primary food source for termites. Windows, doors, wooden furniture, and floors can all be ravaged by termites. The destruction that termites may wreak on our structures is far more worrisome than the health risks.

Randy and Terry talk about the history of insulation. Fiberglass, Cellulose, Spray Foam (closed and open celled) are the modern types, BUT what about the history! --- 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/allabouthomeconstruction/message Support this podcast: https://anchor.fm/allabouthomeconstruction/support

Aureal Ojeda is the owner of Outwoken Tea. She sources her tea directly from small farmers in developing countries and sells products in home compostable packaging, striving to be a zero waste company. She discusses changing your mindset, to start doing the little things that build up to make a greater impact. Aureal also covers the benefits of purple tea from Kenya and the orthodox tea method of production where tea is processed by hand.

When I was a kid, everything was on paper. Books were on paper, magazines were on paper, newspapers were on, you guessed it, paper. Nowadays, everything's on the internet, but you can still find paper if you know where to look![Definition]https://www.adelaide.edu.au/library/special/exhibitions/cover-to-cover/papyrus/[Trivia Question]Margaret E. Knight's paper grocery bagshttps://www.moma.org/learn/moma_learning/margaret-e-knight-and-charles-b-stilwell-flat-bottomed-paper-bag-1870s-1880s/https://www.moma.org/explore/inside_out/2010/11/03/in-the-bag/https://lemelson.mit.edu/resources/margaret-knighthttps://www.invent.org/inductees/margaret-e-knight[Fact Off]Rag paper and mummy linen in the 1800shttps://www.nationalgeographic.co.uk/history-and-civilisation/2019/12/europes-morbid-mummy-craze-has-been-an-obsession-for-centurieshttps://uh.edu/engines/epi1227.htmhttps://www.historyofinformation.com/detail.php?entryid=3874https://bookpatrol.net/has-this-library-solved-the-mystery-of-the-mummy-paper/Cellulose nanocrystal films from waste paperhttps://www.ncbi.nlm.nih.gov/pmc/articles/PMC4639556/https://link.springer.com/article/10.1007/s13369-022-06609-8https://www.sciencedirect.com/science/article/pii/S266689392100075Xhttps://www.frontiersin.org/articles/10.3389/fpls.2021.625878/full#Image of biodegrading film: https://www.frontiersin.org/files/Articles/625878/fpls-12-625878-HTML/image_m/fpls-12-625878-g006.jpghttps://www.cam.ac.uk/stories/glitterhttps://www.nature.com/articles/s41563-021-01135-8[Ask the Science Couch]Smell of new books and paperhttps://www.compoundchem.com/2014/06/01/newoldbooksmell/https://www.sciencehistory.org/distillations/whats-that-smell-youre-readinghttps://www.smithsonianmag.com/smart-news/that-old-book-smell-is-a-mix-of-grass-and-vanilla-710038/https://wwwn.cdc.gov/TSP/PHS/PHS.aspx?phsid=669&toxid=124#https://www.sciencedirect.com/science/article/pii/S1309104220302051https://www.ucop.edu/risk-services/_files/bsas/safetymeetings/ozonefrprinters.pdfhttps://help.brother-usa.com/app/answers/detail/a_id/58097/~/the-printer-produces-a-faint-smell-or-odor-when-printing.-what-can-i-do%3F[Butt One More Thing]Gayetty's medicated toilet paperhttps://www.loc.gov/resource/rbpe.13400600https://www.findagrave.com/photos/2013/61/106087826_136230829409.jpghttps://books.google.com/books?id=yXY0yQnvmmUC&pg=PA679#v=onepage&q&f=false

Hello and welcome to Episode Forty Nine of Page Turn: the Largo Public Library Podcast. I'm your host, Hannah! If you enjoy the podcast subscribe, tell a friend, or write us a review! The English Language Transcript can be found below But as always we start with Reader's Advisory! The Reader's Advisory for Episode Forty Nine is The Night by Rodrigo Blanco Calderón. If you like the sound of The Night you should also check out: Mouthful of Birds by Samanta Schweblin, Colorless Tsukuru Tazaki by Haruki Murakami, and Flowers of Mold by Ha Seong-nan. Bonus segment my personal favorite Goodreads list The Night is on is Ficción Weird en Español Happy Reading Everyone Today's Library Tidbit comes to us from Adult Services Librarian Sarah and is all about natural dyeing. Natural dyes are dyes created from plants, invertebrates, or minerals. There is archaeological evidence of humans dyeing material with natural dyes back to the Neolithic era. Synthetic, or man-made dyes, were discovered in the mid-19th century and took over most commercial dyeing processes due to it being cheaper and easier to produce expected colors. Natural dyes can only dye natural fibers. These can be divided into two types, cellulose and protein, Cellulose fibers are fibers that come from plant material, seed, leaf, bast, fruit, and stalk. Protein fibers are fibers that come from animals, wool, hair, sinew, leather, and silk. Different fibers will react differently to dyes. Most natural dyers start to learn about natural dyeing through a love of nature and wanting to take care of the Earth. Natural dyes are significantly better for the environment than synthetic dyeing, especially if the dyer does not over-harvest a specific crop or insect. People also love natural dyes for their complexities. Synthetic dyes are single note dyes and lack the depth and complexities that natural dyes have. When looking at a synthetic grey it is exactly that shade of grey. When looking at a natural grey you will see grey but maybe some browns and or blues as well. This is sometimes cheated in fabric dyed with synthetic dyes by weaving strands of different colors together or by mixing synthetic dyes, but the end result is not the same as a naturally dyed piece of fabric. However, it can be difficult to impossible to get the intensity and range of colors of synthetic dyes using natural dyes. You also cannot dye synthetic fibers using natural dyes, only synthetic dyes. So if you have a blended fabric you will need to dye it using synthetic dyes or only the natural fibers in the fabric will be dyed. In order to get natural dyes to stick to the fabric a mordant or tannin needs to be used. A mordant is a metal salt that sticks to both the fabric and to the dye and allows the dye to stick to the fabric. The most common mordant used today is alum, a metal salt of aluminum, however, iron mordant is also used. Alum will not modify the color of the natural dye. Iron mordant will change the color of the dye, sometimes quite drastically! Tannin, which is an astringent, binds with organic compounds, which means that natural dyes made with tannin heavy items do not need a mordant to be washfast. Washfast means that dye will stay in the fabric. Without a mordant or tannins natural dye will wash out of fabric within a few rinses. Most natural dyes are not lightfast. This means that light, particularly, sunlight will bleach or lighten the dye over time. However, there are natural dyes that are naturally more lightfast and will not change much over time. The first step to natural dyeing is to collect dyeing tools. These are tools that will be only used to dyeing. They are tools that could also be used in the kitchen, so it is extremely important that you make sure to separate them away from any kitchen tools. Just because something is natural does not make it safe. Tools that you will need include: stainless steel pots and...

Tonight, we are talking about the morning — morning pages, to be precise. We take a deep dive into Julia Cameron's prescription for an enhanced creative life and talk about our own experiences with this practice.Show Notes and LinksErasable PatreonJulie CameronThe Artist's WayKimiThe Ministry for the FutureHow to Do NothingThe Art and Craft of Handmade BooksAround the World in 80 DaysStephen Dunn's WhereasThe AlchemistReacherBIG THIEF BIG WARM MOUNTAIN I BELIEVE IN YOUBlackwing Labs 2.22.22The Miracle of Morning PagesThe War of ArtJulia Cameron in The New York Times“This column will change your life: Morning Pages” in The GuardianYour HostsJohnny GamberPencil Revolution@pencilutionAndy WelfleWoodclinched@awelfleTim Wasem@TimWasem

Aureal Ojeda is the owner of Outwoken Tea. She sources her tea directly from small farmers in developing countries and sells products in home compostable packaging, striving to be a zero waste company. She discusses changing your mindset, to start doing the little things that build up to make a greater impact. Aureal also covers the benefits of purple tea from Kenya and the orthodox tea method of production where tea is processed by hand. --- Support this podcast: https://anchor.fm/things--you--should--know/support

Watch on YouTube - https://youtu.be/mA0WUdSznfEFive Most Affordable Products at Sephora Worth Trying:Sephora Collection Resurfacing Peel Mask $1813% Exfoliants, Fragrance Free, Alcohol Free!Results similar to Drunk Elephant BabyFacialFull Ingredients: Aqua (Water), Gluconolactone, Glycerin, Diglycerin, Sodium Hydroxide, Lactic Acid, Microcrystalline Cellulose, Cellulose, Pentylene Glycol, Sodium Citrate, Hydroxyethyl Acrylate/Sodium Acryloyldimethyl Taurate Copolymer, Menthyl Lactate, Anthemis Nobilis Flower Water, Xanthan Gum, Citric Acid, Kaolin, Salicylic Acid, Polysorbate 60, Sorbitan Isostearate, Sodium Benzoate, Potassium Sorbate.At Sephora: https://fxo.co/CpmcSEPHORA COLLECTION ClearSkinDays Brightening Toner $7Lactic Acid Based Toner- Fragrance Free, Alcohol Free!Full Ingredients: Aqua (Water), Lactic Acid, Phenoxyethanol, Hexylene Glycol, Capryloyl Glycine, Sodium Hydroxide, Polysorbate 20, Dipotassium Glycyrrhizate, Ethylhexylglycerin, Sodium Gluconate, Xylitylglucoside.https://fxo.co/CpmeThe Ordinary Squalane Cleanser $8Wonderful Gentle Cleanser, Fragrance Free!https://fxo.co/CpmfThe Inkey List Bakuchiol Moisturizer $10Tested for Bakuchiol Content, Fragrance Free!https://fxo.co/CpmgITEM Beauty By Addison Rae Lite Sauce Clean Balancing Gel Moisturizer with Ceramides $20Fragrance Free!  Full Ingredients: Water (Aqua) (Eau), Dipropylene Glycol, Glycerin, Betaine, Butylene Glycol, Dimethicone, Centella Asiatica Extract, 1,2-Hexanediol, Xylitol, Tocopherol, Tocopheryl Acetate, Astrocaryum Murumuru Seed Butter*, Ceramide NP, Hydrogenated Lecithin, Xanthan Gum, Caprylic/Capric Triglyceride, Phytosteryl/Octyldodecyl Lauroyl Glutamate, HDI/Trimethylol Hexyllactone Crosspolymer, Ammonium Acryloyldimethyltaurate/Beheneth-25 Methacrylate Crosspolymer, Carbomer, Silica, Sodium Stearoxy PG-Hydroxyethylcellulose Sulfonate, Disodium EDTA, Tromethamine, Ethylhexylglycerin.https://fxo.co/CpmhAffordable Brands at Sephora Worth Checking Out:InnBeauty Project (although some products have light fragrance)Item Beauty by Addison Rae (many products are fragrance free!)The OrdinaryThe Inkey ListSephora Collection (some have fragrance, some do not)Inc.Credible - both makeup & skincare productsTarte - some affordable & fragrance free skincare*******Podcast LinksApple - https://b.link/No_BS_Apple_PodcastGoogle - https://b.link/No_BS_Google_PodcastAmazon - https://b.link/No_BS_Amazon_PodcastSpotify - https://b.link/No_BS_Spotify_PodcastStitcher - https://b.link/No_BS_Stitcher_PodcastRSS - https://feeds.redcircle.com/671dd1b2-a989-41d5-94d5-30c014e06149********Sephora - https://fxo.co/1231867/sephoraUlta - https://fxo.co/1231867/ultaAmazon - https://www.amazon.com/shop/nobsbeautyYes Style - https://ys.style/kk2Vjrv798Style Korean - http://www.stylekorean.com/?af_id2=nobsbeautyThese are affiliate links if you purchase anything from one of these stores using this link No BS Beauty will make a small commission on what you buy.********I am proud to offer my very own beauty products at Amazon. We are starting small but hope to grow these offerings. Take a look and if you can pick one or two up, it helps keep this channel truly independent.My Products:No BS Beauty Travel Set - https://amzn.to/2PgPzFZNo BS Beauty Airless Jars - https://bit.ly/2Ev6X6N or https://amzn.to/2RCEq4sNo BS Beauty Color Switcher - https://amzn.to/2RCEAJ6See my own page on Amazon - https://www.amazon.com/shop/nobsbeautywww.noBSbeauty.net*******My Patreon - https://www.patreon.com/noBSbeauty*******PayPal Tip Jar - https://bit.ly/donate_NBSBIf you want to leave a tip ... Thanks!

My AP Biology Thoughts  Episode #41Welcome to My AP Biology Thoughts podcast, my name is Arthur and I am your host for episode 41 called Unit 1: Monomers and Polymers of the Macromolecules. Today we will be discussing dehydration and hydrolysis reactions in regards to macromolecules. Segment 1: Introduction to Monomers and Polymers of the MacromoleculesThe formation and breaking of macromolecules are essential for complex life to function. We will be discussing the chemical mechanisms by which macromolecules both form and break down.   Monomers: The unit components of the larger macromolecules. Polymers: What is formed when the monomers bond together, which are known as macromolecules. Dehydration synthesis: A water molecule being ejected in order to allow for a monomer to covalently bond to another monomer or polymer. Hydrolysis: A polymer splitting apart after reacting with a water molecule.   Activation energy: An energy threshold, which must be met in order for a reaction to proceed.   Segment 2: Example of Monomers and Polymers of the MacromoleculesMonosaccharides are the monomers of carbohydrates. In the presence of the necessary enzyme, a hydroxyl group is ripped off one of the monosaccharides and a hydrogen off the hydroxyl group of the other. This results in the two monosaccharides bonding together via an ether (glycosidic) bond as well as the formation of a water molecule. Conversely, this reaction can happen in reverse via hydrolysis.   The formation of triglycerides involves dehydration synthesis. An ester linkage is created between a fatty acid and a glycerol and a water molecule is released. A hydrogen is ripped of the carboxylic acid from the fatty acid and the hydroxyl is ripped off the glycerol. Polypeptide chains form via dehydration synthesis between two amino acids. An OH is ripped off the carboxylic acid and a hydrogen is ripped off the amine group, allowing the amino acids to covalently bond as well as allowing the formation of a water molecule. This occurs many times allowing for long polypeptide chains to form, which eventually leads to proteins.   Segment 3: Digging Deeper Monomers and Polymers of the MacromoleculesThe creation of macromolecules from monomers gives complex life its structure (ex. Cellulose). Additionally, the breaking down of macromolecules is essential for metabolism and the operations of cells (ex. Breaking down polysaccharides down to glucose for cellular respiration).   Thank you for listening to this episode of My AP Biology Thoughts. For more student-ran podcasts and digital content, make sure that you visit http://www.hvspn.com/ (www.hvspn.com). See you next time! Music Credits:“Ice Flow” Kevin MacLeod (incompetech.com) Licensed under Creative Commons: By Attribution 4.0 License http://creativecommons.org/licenses/by/4.0/ Subscribe to our Podcasthttps://podcasts.apple.com/us/podcast/my-ap-biology-thoughts/id1549942575 (Apple Podcasts) https://open.spotify.com/show/1nH8Ft9c9f6dmo75V9imCk?si=IvI4iQV-SSaFb0ZmvTabxg (Spotify) https://podcasts.google.com/feed/aHR0cHM6Ly9mZWVkcy5jYXB0aXZhdGUuZm0vbXlhcGJpb2xvZ3l0aG91Z2h0cw (Google Podcasts  ) https://www.youtube.com/channel/UC07e_nBHLyc_nyvjF6z-DVg (YouTube)   Connect with us on Social MediaTwitterhttps://twitter.com/thehvspn ( )https://twitter.com/thehvspn (@thehvspn)

The minor cellulosic fibers include Hemp, Kenaf, Coir and Abaca. Isn't this fun?

Linen is an ancient fiber with an ancient vocabulary.

Cotton is King and with good reason

What are the good and bad properties of fibers made from cellulose?

Forgotten Superheroes of Science: Oscar Micheaux; News Items: Satellite Broadband, Superbrain Yoga, Video Game Violence; Who's That Noisy; Name That Logical Fallacy; Your Questions and E-mails: Cellulose and the Analemma; Science or Fiction

Climate Change, Compost, and Nutrition Graeme Sait is an internationally acclaimed author and educator who co-founded Nutri-Tech Solutions. He is a powerful presenter who speaks at conferences and seminars around the world.Join us as we delve into how building organic matter can mitigate climate change, what humus is and why it's important. Then we explore nutrients and the microbiome, and pre & pro biotics. Check out his websites:ntshealth.com.aunutri-tech.com.auAnd here's a TED talk Graeme did from 2013:https://www.youtube.com/watch?v=8Q1VnwcpW7E SHOW NOTES -Climate change-Prof. Guy McPherson -Prof. James Hansen of NASA-Paris climate conference- 4 in 1000 www.4p1000.org/-Cutting emissions -Building organic matter -Composting-Ron Nichols of USDA -Plant exudes glucose -Cellulose digesting fungi-Active humus and stabilised humus-Mycorrhizal fungi-Dr Sarah Wright - discovered glomalin -Beneficial anaerobic microbes -Benefit of earthworms  -Trial by Department of Primary Industries Queensland comparing 7 types of compost  -Connection between soil and health-Home garden is the ultimate wellness tool-Bioaccumulation -Water treatment -Uv light in water -ozone plus hydrogen peroxide -oxygen radicals -peroxone -Puricare water treatment  -Building humus with plants-Learn from nature -Mob grazing  -Professor Christine Jones -National bank & csiro -what determines profitability? Dominant driver was % of organic matter -Nutrient density in crops is governed by humus -Digestive system-Microbiome-10x more microbial cells in us than our human cells -Fecal transplants  -Food grade stabilisers -Antibiotics -Longevity and lacto-fermented food -Rainbow sauerkraut -Colour pigments in veggies are antioxidants  -Prebiotics-Peruvian apple - yacon -Fructooligosaccharide & inulin -Trial with 90,000 people: one spring onion a day reduced all forms of cancer by 71% -Medical cannabis-Neale Donald Walsch-Conversations with God  -Glyphosate -Shikimate pathway -Cover crops