Podcasts about Henry Molaison

In this episode, I explore the intriguing condition of amnesia, the isolated loss of memory with the preservation of other cognitive disorders. I use remarkable patient anecdotes, such as those of musician Clive Wearing, and of Jimmie G, a patient of neurologist Oliver Sacks, to illustrate the diverse causes of amnesia, from herpes virus encephalitis to chronic alcoholism. I also narrate the clinical spectrum of amnesia with an emphasis on Korsakoff's syndrome and transient global amnesia or TGA. The podcast also goes back in time to review the case of Henry Molaison, the man whose profound amnesia, the consequence of experimental surgery for epilepsy, opened the way to our understanding of how memory works.

Today we are re-releasing an episode we did last year with Stanford neurobiologist Lisa Giocomo exploring the intersection of memory, navigation and the boundaries we create between ourselves and the world around us.This episode was inspired by the idea of memory palaces. The idea is simple: Take a place you're very familiar with, say the house you grew up in, and place information you want to remember in different locations within that space. When it's time to remember those things, you can mentally walk through that space and retrieve those items.This ancient technique reveals something very fundamental about how our brains work. It turns out that the same parts of the brain are responsible both for memory and for navigating through the world.Scientists are learning more and more about these systems and the connections between them, and it's revealing surprising insights about how we build the narrative of our lives, how we turn our environments into an internal model of who we are, and where we fit into the world.Join us to learn more about the neuroscience of space and memory.Before we get into this week's episode, we have a favor to ask. We're working to make this show even better, and we want to hear from you. We're in the process of gathering listener input and feedback. If you'd be willing to help out, send us a short note and we'll be in touch. As always, we are at neuronspodcast@stanford.eduLearn more:About Lisa Giocomo's researchAbout the story of Henry Molaison (patient H. M.), who lost the ability to form new memories after epilepsy treatment removed his hippocampus.About the 2014 Nobel Prize in medicine, awarded to John O'Keefe and to May-Britt and Edvard Moser (Giocomo's mentors) for their discovery of the GPS system of the brain.About Memory Palaces, a technique used since ancient times to enhance memory using mental maps.Episode CreditsThis episode was produced by Michael Osborne at 14th Street Studios, with production assistance by Morgan Honaker. Our logo is by Aimee Garza. The show is hosted by Nicholas Weiler at Stanford's Wu Tsai Neurosciences Institute. Send us a text!Thanks for listening! If you're enjoying our show, please take a moment to give us a review on your podcast app of choice and share this episode with your friends. That's how we grow as a show and bring the stories of the frontiers of neuroscience to a wider audience. Learn more about the Wu Tsai Neurosciences Institute at Stanford and follow us on Twitter, Facebook, and LinkedIn.

This week on From Our Neurons to Yours, we sit down with Stanford neurobiologist Lisa Giocomo to explore the intersection of memory and navigation. This episode was inspired by the idea of memory palaces. The idea is simple: Take a place you're very familiar with, say the house you grew up in, and place information you want to remember in different locations within that space. When it's time to remember those things, you can mentally walk through that space and retrieve those items.This ancient technique reveals something very fundamental about how our brains work. It turns out that the same parts of the brain are responsible both for memory and for navigating through the world. Scientists are learning more and more about these systems and the connections between them, and it's revealing surprising insights about how we build the narrative of our lives, how we turn our environments into an internal model of who we are, and where we fit into the world. Join us to learn more about the neuroscience of space and memory.Learn more:About Lisa Giocomo's researchAbout the story of Henry Molaison (patient H. M.), who lost the ability to form new memories after epilepsy treatment removed his hippocampus.About the 2014 Nobel Prize in medicine, awarded to John O'Keefe and to May-Britt and Edvard Moser (Giocomo's mentors) for their discovery of the GPS system of the brain.About Memory Palaces, a technique used since ancient times to enhance memory using mental maps.Episode CreditsThis episode was produced by Michael Osborne at 14th Street Studios, with production assistance by Morgan Honaker. Our logo is by Aimee Garza. The show is hosted by Nicholas Weiler at Stanford's Wu Tsai Neurosciences Institute. Thanks for listening! If you're enjoying our show, please take a moment to give us a review on your podcast app of choice and share this episode with your friends. That's how we grow as a show and bring the stories of the frontiers of neuroscience to a wider audience. Learn more about the Wu Tsai Neurosciences Institute at Stanford and follow us on Twitter, Facebook, and LinkedIn.

Every student who has ever taken a course in neuroscience or psychology has heard of Patient HM.

Als Patient H.M. wird Henry Molaison zum bestuntersuchten Menschen der Gedächtnisforschung. Nach einer Teilentfernung seines Gehirns ist der US-Amerikaner nicht mehr in der Lage, neue Erinnerungen anzulegen. Er verbringt sein restliches Leben in einem dauerhaften "Jetzt" - und erwacht jeden Morgen als 27-Jähriger.

In 1933, a seven year old boy named Henry Molaison was knocked down by a passing bicycle. Shortly after, he started getting seizures. To fix the seizures, Henry underwent experimental brain surgery. Unfortunately, the procedure left him with amnesia from which he would never recover. Henry's tragedy was a critical turning point for brain science and helped us discover the complex functions of learning and memory. Today, there is still much that we don't know about memory, but there is exciting research underway exploring how damaged memories can be repaired and even how painful memories might, one day, be erased. Learn about the science of memory and forgetting on this episode of Trailblazers. Featuring Lisa Genova, Dan Schacter, Joshua Foer, James McGaugh, Daniela Schiller and Robert Hampson.For more on the podcast go to delltechnologies.com/trailblazers

This episode of The Bold Life marks the first installment of a special series that I am calling The Neuroscience of Success! Each week, I'll be sharing a really interesting neuroscience or psychology study and what we discovered about our brains as a result, starting with the topic of this episode – self-doubt and lack of confidence!Listen in as I focus on how to rewire your brain so you can stop focusing on all your mistakes and build up confidence instead! Cells that fire together wire together, so we need to practice actively focusing more on our wins and less on our mistakes!My challenge to you this week is just that – to try to make a list of your wins and focus on those rather than your mistakes, and until next time, be sure to check out my Time Freedom Toolkit and to subscribe to the podcast on your favorite podcast app!Show Highlights[0:00] – Welcome to the Neuroscience of Success series![1:36] – Nicole's experience when she first went to university[2:40] – The story of Henry Molaison[6:25] – What Henry's case has taught us about memory[7:26] – What does Henry's case have to do with our self-doubt?[9:28] – The “cells that fire together wire together” principle and what it means[10:38] – Some of us tend to be harder on ourselves than we are on others.[11:58] – Nicole's challenge for us this weekSubscribe Today!Apple PodcastSpotifyAndroidStitcherRSSLinks | ResourcesIG: @DrNicoleByersFacebook: Dr. Nicole ByersWebsite: Drnicolebyers.comThe Time Freedom ToolkitEmail support@drnicolebyers.com

UNCODE.initRow(document.getElementById("row-unique-0"));Hej kära läsare Så har ännu en vecka susat förbi med vårvindarna och det är inte långt kvar till skolavslutningarna. Vill därför börja med att tala om att jag har fått två platser tillgängliga för personlig coaching med mig. Start direkt efter sommaren i mitten av augusti eller september. Det löper därefter över 1 år eller 6 månader och ger stora resultat för alla livets delar. Känner du att det är något för dig så ta kontakt med mig på anders@lifevision.se så hittar vi en tid för ett samtal om hur jag kan hjälpa dig på bästa sätt. Endast seriösa förfrågningar då det också handlar om en seriös investering av både tid och pengar. Veckans coachbrev inspirerades av att någon sa att det gäller att jobba och träna på att vara i nuet. Det fick mig att fundera på om det verkligen ska vara jobbigt och dessutom om det vore bra att alltid vara det? Varför skulle vi få förmågan att föreställa oss andra platser och tider om det inte fanns ett värde i det? Tror att du gillar vad du får ut av brevet nedan så scrolla ner, läs och kom ihåg att … Ditt liv är ett mästerverk, Anders Haglund Nothing found. UNCODE.initRow(document.getElementById("row-unique-1"));Veckans citat ”Din syn klarnar först när du kan blicka in i ditt eget hjärta. Den som tittar på utsidan, drömmer. Den som tittar inåt, vaknar.”- Carl Jung UNCODE.initRow(document.getElementById("row-unique-2")); UNCODE.initRow(document.getElementById("row-unique-3"));Sluta kämpa med dig själv!UNCODE.initRow(document.getElementById("row-unique-4"));Lev i nuet. Släpp alla tankar på det förflutna och framtiden och ägna dig åt det du ska i stunden. Aldrig har det väl varit så populärt att tala om för människor att de ska leva i nuet. Att vara ”närvarande och härvarande”. Låta bli att hålla på och gå tillbaka till vare sig gamla eller nya minnen eller att föreställa sig framtida händelser, orosmoment och annat som förmodligen ändå inte kommer att inträffa. Men att på det här sättet ha all sin upplevelse fokuserad på nuet är förmodligen inte riktig så fantastiskt som det beskrivs. För inte nog med att vi ändå inte har något större val på att leva i nuet och på den lokala plats vi för tillfället befinner oss. Det är ju det enda vi har. Allt vi kan göra är att via våra tankar skapa en personlig upplevelse av att vara någon annanstans. En kreativ, fantasifull och hallucinatorisk förmåga som hjälper oss bra mycket mer än det stjälper oss. Kanske illustreras det här bäst av det märkliga fallet med Henry Molaison. I tidiga tonåren var hans epileptiska anfall så svåra att han inte hade något liv. Läkarna var rådlösa och till slut togs beslutet att göra en omstridd hjärnoperation. Den bestod i att man avlägsnade Hippocampus på båda sidor. Efter patientens uppvaknande var det spänd väntan som snart löstes upp då det visade sig att epilepsin var ett minne blott. Champagnen var på väg att korkas upp av forskarteamet när man plötsligt upptäckte att Henry inte längre kunde forma några minnen. Det gav ett genombrott i att förstå vad Hippocampus gjorde men för Henry var det givetvis märkligt att bli av med hela sitt förflutna och alla framtida minnen. Ytterligare försvårat blev det av att det visar sig att samma del som formar vårt förflutna även används för att fundera på och projicera framtiden. Henry blev därmed permanent fast i nuet oförmögen att svara på frågor om vare sig dåtid eller framtid. Ej heller kunde han känna igen människor som han träffat utan varje möte som var som det första. Samma med fakta och kunskaper. Allt var nytt och fräscht för honom och det blev snabbt ”gammalt” för alla inblandade. Däremot fanns alla motoriska minnen kvar och han kunde utföra allt som han innan kunde. På detta sätt levde han de sista 55 åren av sitt liv. Det verkar med andra ord finnas en stor evolutionär fördel med att neuroplastiskt form...

In losing his ability to form memories, Henry Molaison also lost the ability to learn new skills, retain information and form relationships. He became a kind of time traveler, living forever in the present moment. In this episode, Steven talks with John Gabrieli, a cognitive neuroscientist who worked directly with Molaison aka “Patient H.M.” in the 1980s. Gabrieli shares more about the new discoveries of how memory works that were built on studying this very special patient.Listen to new episodes 1 week early and ad free, and access exclusive seasons of American Innovations with Wondery+. Join Wondery+ for exclusives, binges, early access, and ad free listening. Available in the Wondery App https://wondery.app.link/innovations.Support us by supporting our sponsors!See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

We've all heard the saying about “the best laid plans….” but there is a caveat to that. Not all unexpected consequences are bad. Sometimes something really amazing occurs unexpectedly.This episode tells the story of Henry Molaison, better known as Patient HM, or “the most important brain in the history of neuroscience.” Henry didn't set out to be a guiding light for the world of neuroanatomy. He just wanted a cure for his epilepsy. But what happened to him and the impact he had on the world is a story that needs to be told.We will also hunt for cobras in India, and try to explain why that plan backfired.Dr Seema Nagpal from Diabetes Canada will join us to explain the often unseen impact diabetes has on people, and to offer some thought on what the consequences of a cure might be.These science stories from history help shed light on the modern research being done on Type 2 Diabetes. Specifically, we highlight the work of SciMar as they examine the hormone hepatalin and the effect it has on glucose levels in people who are living with type 2 diabetes. www.SciMar.ca

Henry Molaison has now lived over half his life unable to form new memories. And with the passing of his parents -- the one constant in his life -- he descends into despair. With no one else to turn to, he forms a close emotional bond with the lead neuroscientist on his case, Suzanne Corkin, who blurs the lines between professional and personal as she tries to help Henry live out his last years with dignity.Listen to new episodes 1 week early and ad free, and access exclusive seasons of American Innovations with Wondery+. Join Wondery+ for exclusives, binges, early access, and ad free listening. Available in the Wondery App https://wondery.app.link/innovations.Support us by supporting our sponsors!Peloton- Learn more atonepeloton.com. New members can try Peloton classes free for 30 days atonepeloton.com/app. Terms apply.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Without a functioning memory, Henry Molaison struggles to cope with everyday life. He loses his job, and becomes totally dependent on his overwhelmed parents. Meanwhile, neuroscientist Brenda Milner realizes that Henry's tragic case can solve some profound mysteries about how memory works in our brains—and might even reveal whole new aspects of memory that previously went undetected.Listen to new episodes 1 week early and ad free, and access exclusive seasons of American Innovations with Wondery+. Join Wondery+ for exclusives, binges, early access, and ad free listening. Available in the Wondery App https://wondery.app.link/innovations.Support us by supporting our sponsors!See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Even as recently as the early 1950s, we didn't understand that there were different types of memory, or how the brain processed and stored memories. Then, in 1953, a radical surgery by a reckless doctor gave us tremendous insights into how human memory works. Those scientific gains came at a terrible cost, however. The surgery left the patient, Henry Molaison, a profound amnesiac -- completely incapable of forming new memories. This is his story.Listen to new episodes 1 week early and ad free, and access exclusive seasons of American Innovations with Wondery+. Join Wondery+ for exclusives, binges, early access, and ad free listening. Available in the Wondery App https://wondery.app.link/innovations.Support us by supporting our sponsors!Better Help - Visit betterhelp.com/AI to get 10% off your first monthPeloton- Learn more atonepeloton.com. New members can try Peloton classes free for 30 days atonepeloton.com/app. Terms apply.See Privacy Policy at https://art19.com/privacy and California Privacy Notice at https://art19.com/privacy#do-not-sell-my-info.

Episodio 1 - Memoria e oblioMichele Cassetta, medico chirurgo e giornalista, dialoga con medici, scienziati e neuroscienziati per spiegare come funziona il nostro cervello e come le scelte che facciamo siano influenzate da programmi mentali automatici che si formano sulla base delle nostre esperienze.Scopriremo come funziona la nostra memoria, cosa accade quando sogniamo, quando abbiamo paura e quando ci emozioniamo, capiremo anche in che cosa il nostro cervello si differenzia da quello delle altre specie viventi e non mancherà uno sguardo al futuro e a come l'intelligenza artificiale potrebbe cambiare per sempre la nostra realtà.Per ogni episodio ascolteremo due storie legate al tema. Ad accompagnarci in questo viaggio la musica di Gianluca Petrella.Michele Cassetta dialoga con il neuroscienziato Sergio Della Sala a proposito dei meccanismi del nostro cervello che regolano la memoria e l'oblio.Nell'episodio viene raccontata la storia di Henry Molaison, che a seguito di un'operazione al cervello ha perso la memoria, e quella di Solomon, l'uomo che ricordava tutto.Ascolta la stagione completa di "La mente latente" su Audible

Memories are fickle. They're so important, but so ineffable.. So how do we make memories? And what types of memory are there? We're finding out what actually happens when we upload something to our squishy storage system, and if there are any ways to hack our memories to be better. We might even be close to implanting new memories, or editing out old ones.Follow the show:Twitter: @marblespodInstagram:  @marblespod 

Dan Riskin invites you to listen to season 2 of Inside the Breakthrough - How Science Comes to Life. This innovative series combines stories of the distant past with modern updates to get a better understanding of how science works.In season two we will explore the connections behind naming a new hormone, ridding a city of snakes, and battling Napoleon on the high seas.Along the way we will learn how a professor at Stanford turned mild mannered young men into cruel vicious prison guards, and how the Irish Potato Famine really had nothing to do with potatoes.We will ask questions such as: “Did we learn the wrong lesson from the sinking of the Titanic?” “Who pays for NASA's rockets?” and “What can you learn from a man with no memory?” It's a fun filled ride that also checks in with George Eastman, Dr James Lind, Marie Antoinette, Henry Ford, and some Australian guy that intentionally gave himself an ulcer.The host Dan Riskin comes from Discovery Channel where he hosted the science news show “Daily Planet,” and wrote the book, “Mother Nature is Trying to Kill You.”The show is produced by SciMar, a research group exploring a paradigm shift in the way we treat Type 2 Diabetes. www.SciMar.ca

Episode 23. In this episode, I will introduce you to Patient H.M.—as he was known for 50 years. His real name is Henry Molaison, which was revealed after his death in 2008. In 1953, Henry underwent experimental surgery to correct his epilepsy—which was cured—but with devastating consequences.*Podcast correction, the lesion in the frontal lobe was discovered after his death from reviewing the tissue sections, not from the MRI. It was caused by the original surgery.If you would like to read more about Patient H.M. and what was learned by studying his brain, check out this article here: Nature Communications, 2014.Connect with Jennifer!IG: @autobiologywithjenniferWebsite: https://autobiology.net/Autobiology Bits Podcast on AppleAutobiology Bits Podcast on GoogleAbout JenniferI am a successful medical writer having worked in the field of molecular biology, immunology research, and pharmaceutical sales training, bringing my knowledge of these topics to you so you can learn how to become an expert on your own biology. I take fun topics and personal stories and weave them together to bring you a sometimes funny—but always entertaining show.For a FREE guide that shows you how Jennifer taught her kids how to study for tests, click here.Two things that I absolutely recommend:1. Take Vitamin C with every meal and before bed (1000 mg) 2. Use digestive enzymes with every meal. Check out my favorite brand BiOptimizers for special offers and discounts here. I am a VERY proud affiliate of Bioptimizers, and at no cost to you, may receive a commission on anything you might purchase.3. Check out my website for more information on each episode! www.autobiology.net

耳朵學英文, 大腦#4, 海馬迴 Hippocampus BBC, NY Times, Match (詞組搭配) 每月開班！ 請私訊林威老師 lineID: linwayet 各位同學好，我是林威老師， 英文教學已達27年 講解BBC 720篇文章(3年)， 經濟學人2100篇文章 (8年) 花了三年的時間整理的終極片語， 豐富的例句中英對照 本書前面有53個重要的字根， 以及字首字尾整理 本書本的最後還整理了 兩個動詞make和take的慣用語的比較 只要購買字根200回影片講解 (雲端分享)，贈送本書, 歡迎點選demo影片 ! 
…..
我有個商品要賣『林威老師親編終極片語+影片講解200個字根』，售價$6,000！快到我的店鋪看看吧！https://shopee.tw/product/18811006/6072162816?smtt=0.18812342-1609723528.4 #蝦皮購物 ……………….. 海馬迴（英語：Hippocampus），是人類及脊椎動物腦中的重要部分。 ... 其後的很長時間，學界習慣上關於海馬體的作用都被認為和其他大腦邊緣系統一樣，司控情緒。 hippocampus, a part of the brain that is part of the limbic system and is important for memory. The hippocampus is a small, curved formation in the brain that plays an important role in the limbic system. The hippocampus is involved in the formation of new memories and is also associated with learning and emotions. 海馬是大腦中的一個小而彎曲的結構，在邊緣系統中起著重要的作用。 海馬參與新記憶的形成，並與學習和情緒有關。 在神經科學領域中，H.M.是一個人人皆知的名字。H.M.的全名為Henry Molaison，但社會大眾在2008年H.M.過世後才知道他的全名。H.M.深受癲癇之苦，27歲時在醫生建議下接受了一個新療法：以外科手術移除大腦中一小塊名為「海馬」（hippocampus，又稱海馬回）的組織。手術後的H.M.的確不再受癲癇所苦，卻有個意想不到的副作用：大腦再也無法建立新的長期記憶，或是學習新知識。H.M.仍保有手術前的記憶，但無法建立新的長期記憶，這個現象讓神經科學家推論，海馬的主要任務是形成記憶。 海馬的功能是把資訊轉換成長期陳述性記憶，但與其他認知功能並沒有直接關係。 In 1953, a young man named Henry Gustav Molaison, of Hartford, Connecticut, lost his memory and helped to invent neuroscience. Henry Molaison's amnesia was the result of a highly risky "psychosurgical" procedure, an operation designed to cure the debilitating epilepsy he had suffered since childhood. In an attempt to remove the part of th e brain that was causing Henry's fits, two holes were drilled in the front of his skull and a portion of his brain, the front half of the hippocampus on both sides, and most of the almond-shaped amygdala, was sucked out. The procedure, hopeful at best, went badly wrong and Henry, then aged 27, was left with no ability to store or retrieve new experiences. He lived the subsequent 55 years of his life, until his death in 2008, in the permanent present moment.

Today, we'll talk about how your brain learns and why your biological memory systems can help you reach your goals or hold you back from success. Stay tuned and I'll share one strategy to use those memory systems to your advantage and help your brain move toward success!There's a famous patient in neuropsychology named Henry Molaison who changed how we understand memory. Henry suffered from severe seizures, which limited his daily activities. Doctors tried medications, but nothing gave him relief. As a last effort, doctors removed his temporal lobes from his brain. Although this gave him relief from his seizures, he couldn't remember anything before his surgery in 1953!Although he worked with his doctor, Dr. Brenda Milner consistently for over 50 years, each time she came to visit he introduced himself as if he never met her before. From these studies with Henry we learned that our brain has different types of memories.We can take what we learned from Henry to help us understand why you learn bad habits (without even being aware), how you can unlearn these negative habits, and how to find more time in your day.Show Highlights[01:18] Learning from a case study of a man named Henry, known as “Patient HM.”[02:38] Patient HM's background.[05:34] How Henry's memory improved although he didn't remember doing the tasks.[06:07] Explicit or declarative memory and implicit memory and how we use these types of memories.[07:19] Practicing bad habits will keep you from succeeding.[10:42] Our brain's hard wiring learning systems make it easy for us to learn bad habits.[12:17] Weekly challenge activity: Keep an activity log during the week. [13:47] Check out my personality quiz - link below!Subscribe Today!Apple PodcastSpotifyAndroidStitcherRSSLinks | ResourcesIG: @DrNicoleByersFacebook: Dr. Nicole ByersWebsite: Drnicolebyers.comEmail support@drnicolebyers.comDrnicolebyers.com/quizDrnicolebyers.com/habits

Wykład dr. Rafała Czajkowskiego, Kawiarnia Naukowa Festiwalu Nauki [18 marca 2019] Jak działa pamięć przestrzenna? Gdzie i w jaki sposób przechowywane są informacje na temat drogi do danych miejsc? Dr Rafał Czajkowski w Kawiarni Naukowej Festiwalu Nauki opowiedział, co naukowcy wiedzą na temat tego, w jaki sposób mózg pozwala trafić tam, gdzie chce jego właściciel. W 1948 roku Edward Tolman na podstawie obserwacji szczurów odnajdujących drogę w labiryncie postawił hipotezę, że tworzą ono w mózgu „mapę kognitywną”. Kilka lat później Karl Lashley bezskutecznie próbował dociec, który obszar mózgu odpowiada za pamięć. Analizował w tym celu zachowania nawigacyjne szczurów, którym uprzednio uszkadzał wybrane połączenia w korze mózgowej. Jego badania nie przyniosły przełomu. Dopiero w 1957 Brenda Milner odkryła, że owa „mapa kognitywna” znajduje się w hipokampie. Doszła do tego wniosku, badając zachowanie pacjenta z usunięta operacyjnie tą częścią mózgu. Henry Molaison nie zachowywał trwałych wspomnień, upośledzona była również jego pamięć przestrzenna. W 1971 roku John O'Keef analizował aktywność neuronalną w hipokampie poruszającego się szczura. Odkrył, że każdemu położeniu zwierzęta w przestrzeni odpowiada aktywacja co najmniej jednego neuronu. Dr Rafał Czajkowski podczas wykładu opowiada o opisanych wyżej ustaleniach naukowców, a także referuje współczesną wiedzę badaczy na temat pamięci przestrzennej.

Dans cet épisode un peu spécial, @Heal You vous plonge dans des histoires extraordinaires de médecine. Ces hommes et femmes ont révolutionné le monde de la médecine et… ce n'était pas toujours volontaire !  Histoire n°1 – Le lendemain de son opération du cerveau, en 1953, Henri Molaison se réveille sans aucun souvenir. Mais il y a pire. A partir de la date de son opération, le jeune homme de 27 ans sera incapable de créer de nouveaux souvenirs. Et cela jusqu'à la fin de sa vie, en 2008. Découvrez l'histoire de cet homme qui a, malgré lui, participé aux plus grandes découvertes sur la mémoire du 20ème siècle.  Histoire n°2 – Nous sommes au début de la Première guerre Mondiale. Fin 1914, un groupe de femmes écossaises et médecins embarquent direction la France. Elles s'installent dans l'Abbaye de Royaumont, pas loin de la ligne de front. Elles y montent en quelques jours un hôpital militaire entièrement composé de femmes bénévoles. Il sera seul à fonctionner en continu de janvier 1915 à mars 1919.  Comme d'habitude, voici les sources que j'ai utilisé pour écrire cet épisode:  Histoire n°1  Dossani RH, Missios S, Nanda A, The legacy of Henry Molaison (1926-2008) and the impact of his bilateral mesial temporal lobe surgery on the study of human memory, World Neurosurgery (2015), doi: 10.1016/j.wneu.2015.04.031.  Henry Molaison Le cas HM, Neuropsy Chovlog Larry R. Squire, The Legacy of Patient H.M. for Neuroscience, Neuron. 2009 January 15; 61(1): 6–9. doi:10.1016/j.neuron.2008.12.023. Jenkinson M, Beckmann CF, Behrens TEJ, Woolrich MW, Smith SM, Thiebaut De Schotten M, et al. From phineas gage and monsieur leborgne to H.M.: revisiting disconnection syndromes. Cereb Cortex. (2015) 25:4812–27. 10.1093/cercor/bhv173  Annese, J. et al. Postmortem examination of patient H.M.’s brain based on histological sectioning and digital 3D reconstruction. Nat. Commun. 5:3122 doi: 10.1038/ncomms4122 (2014). Corkin, S. What's new with the amnesic patient H.M.?. Nat Rev Neurosci 3, 153–160 (2002). https://doi.org/10.1038/nrn726 Histoire n°2 Band of sisters: the female doctors who became war heroes against the odds, Chris Holme freelance historian, BMJ 2019;367:l6747, 17 December 2019. M-F Weiner, The Scottish Women’s Hospital at Royaumont, France 1914–1919, Journal of the Royal College of Physicians of Edinburgh, vol.44, 2014 1914 – 1919 : le Scottish Women’s Hospital de Royaumont  1914 - 1918 : Royaumont dans la Grande Guerre - Royaumont in the "Great War" #Womenswork100: The Scottish Women’s Hospital at Royaumont Crédits · Logo: sousX  · Musique:  Julien Loisy

Dans cet épisode un peu spécial, @Heal You vous plonge dans des histoires extraordinaires de médecine. Ces hommes et femmes ont révolutionné le monde de la médecine et… ce n'était pas toujours volontaire !  Histoire n°1 – Le lendemain de son opération du cerveau, en 1953, Henri Molaison se réveille sans aucun souvenir. Mais il y a pire. A partir de la date de son opération, le jeune homme de 27 ans sera incapable de créer de nouveaux souvenirs. Et cela jusqu'à la fin de sa vie, en 2008. Découvrez l'histoire de cet homme qui a, malgré lui, participé aux plus grandes découvertes sur la mémoire du 20ème siècle.  Histoire n°2 – Nous sommes au début de la Première guerre Mondiale. Fin 1914, un groupe de femmes écossaises et médecins embarquent direction la France. Elles s'installent dans l'Abbaye de Royaumont, pas loin de la ligne de front. Elles y montent en quelques jours un hôpital militaire entièrement composé de femmes bénévoles. Il sera seul à fonctionner en continu de janvier 1915 à mars 1919.  Comme d'habitude, voici les sources que j'ai utilisé pour écrire cet épisode:  Histoire n°1  Dossani RH, Missios S, Nanda A, The legacy of Henry Molaison (1926-2008) and the impact of his bilateral mesial temporal lobe surgery on the study of human memory, World Neurosurgery (2015), doi: 10.1016/j.wneu.2015.04.031.  Henry Molaison Le cas HM, Neuropsy Chovlog Larry R. Squire, The Legacy of Patient H.M. for Neuroscience, Neuron. 2009 January 15; 61(1): 6–9. doi:10.1016/j.neuron.2008.12.023. Jenkinson M, Beckmann CF, Behrens TEJ, Woolrich MW, Smith SM, Thiebaut De Schotten M, et al. From phineas gage and monsieur leborgne to H.M.: revisiting disconnection syndromes. Cereb Cortex. (2015) 25:4812–27. 10.1093/cercor/bhv173  Annese, J. et al. Postmortem examination of patient H.M.’s brain based on histological sectioning and digital 3D reconstruction. Nat. Commun. 5:3122 doi: 10.1038/ncomms4122 (2014). Corkin, S. What's new with the amnesic patient H.M.?. Nat Rev Neurosci 3, 153–160 (2002). https://doi.org/10.1038/nrn726 Histoire n°2 Band of sisters: the female doctors who became war heroes against the odds, Chris Holme freelance historian, BMJ 2019;367:l6747, 17 December 2019. M-F Weiner, The Scottish Women’s Hospital at Royaumont, France 1914–1919, Journal of the Royal College of Physicians of Edinburgh, vol.44, 2014 1914 – 1919 : le Scottish Women’s Hospital de Royaumont  1914 - 1918 : Royaumont dans la Grande Guerre - Royaumont in the "Great War" #Womenswork100: The Scottish Women’s Hospital at Royaumont Crédits · Logo: sousX  · Musique:  Julien Loisy

Nikolai DiPippa, Clinton School Director of Public Programs, sat down with Luke Dittrich, author of “Patient H.M.: A Story of Memory, Madness, and Family Secrets, the story of Henry Molaison, who lost the ability to create memories after he underwent a lobotomy to treat his seizures. His case taught scientists a lot about how the brain creates and stores memories. The case was one of personal tragedy for Molaison, but a boon for the modern landscape of medicine and science. Dittrich is the grandson of William Scoville, the doctor who performed Patient H.M.'s lobotomy. Additionally, Dittrich is a National Magazine Award-winning journalist, and a contributing editor at Esquire.

Henry Molaison a figuré en bonne place dans l’histoire de la psychologie, sous ses initiales et pendant une cinquantaine d’années, … Lire la suite

Henry Molaison foi um norte-americano que em 1953 se submeteu a uma cirurgia arriscadíssima para remover os dois lados do seu hipocampo, o que encerraria os ataques epilépticos que tinha há anos. O que Henry e os médicos não sabiam, era que isso impediria Henry de formar novas memórias. Discutimos a memória do cérebro em si, e o conceito de memória no imaginário coletivo. / Participantes: Rafael Oliveira e Matheus Luiz. / Atualizações do podcast também através da nossa página no facebook e do twitter @r94oliveirade. / Críticas, sugestões e comentários? mikefitapodcast@gmail.com

When a surgeon cut into Henry Molaison’s skull to treat him for epilepsy, he inadvertently created the most important brain-research subject of our time—a man who could no longer remember, who taught us everything we know about memory. Six decades later, another daring researcher is cutting into Henry’s brain. Another revolution in brain science is about to begin.

In episode 129, Dr. Brenda Milner comes on the show to talk about her life's work and her most famous experiments. Dr. Milner was a pioneer in the field of neuropsychology and in the study of memory and other cognitive functions in humankind. She studied the effects of damage to the medial temporal lobe on memory and systematically described the deficits in the most famous patient in cognitive neuroscience, Henry Molaison, formerly known as patient H.M.She has made major contributions to the understanding of the role of the frontal lobes in memory processing, in the area of organizing information.   For complete show notes and episode transcripts go to http://brainsciencepodcast.com.   Send Dr. Campbell feedback at brainsciencepodcast@gmail.com.   Post a review in iTunes, Stitcher, or your favorite app store and send us a screen shot to enter the drawing of a year of free Premium Content.

So where are you? You’re in some house. What am I listening to? Sounds like the radio. Is it the radio? No, you’re not allowed to use that language on the radio. What are they talking about? A movie, it’s called "Memento." Have I seen that? I think so, yeah. Who are these people? Hey I recognize that voice, that’s Paul Bloom! I took his Coursera course before the accident, it was awesome! What’s he doing talking to these guys? One of them sounds like he has a tampon down his throat. Hey wait, this is starting to get interesting. Personal identity, the search for purpose. All right, let’s settle in... So where are you? You're in some house. What am I listening to? Sounds like the radio...LinksPaul Bloom [campuspress.yale.edu]Memento [imdb.com]Christopher Nolan [imdb.com]Everything you wanted to know about "Memento" by Andy Klein [salon.com]Kania, A. (Ed.). (2009). Memento (Philosophers on Film Series). Routledge. [amazon.com affiliate link]Clive Wearing: Man without a memory [youtube.com]Patient H.M. (Henry Molaison) [wikipedia.org]Christina Starmans [christinastarmans.com] Special Guest: Paul Bloom.

Like most famous patients in the history of neuroscience, Henry Molaison—or HM, as he was known among scientists—was famous because his brain was defective. Unlike the other patients, his case was not an accident but the deliberate work of a surgeon. In 1953, a neurosurgeon suctioned out two slivers from brain Henry's skull, hoping to cure him of epilepsy. The surgery helped the seizures, if not completely, but it made Henry unable to form any new memories.

Cara is joined by author Luke Dittrich to discuss his new book "Patient H.M.: A Story of Memory, Madness, and Family Secrets." They dive deeply into the story of famed neurological patient Henry Molaison, who, at the age of 27, received an invasive brain surgery that left him with profound memory loss. Luke's telling of the story is especially poignant since his very own grandfather was the lobotomist who performed the surgery back in 1953. Follow Luke: @LukeDittrich.

Cara is joined by author Luke Dittrich to discuss his new book "Patient H.M.: A Story of Memory, Madness, and Family Secrets." They dive deeply into the story of famed neurological patient Henry Molaison, who, at the age of 27, received an invasive brain surgery that left him with profound memory loss. Luke's telling of the story is especially poignant since his very own grandfather was the lobotomist who performed the surgery back in 1953. Follow Luke: @LukeDittrich.

If you have studied neuroscience, memory, or even basic psychology, it is likely that you have heard of the famous amnesic patient Henry Molaison, or “H.M.” as he was known during his lifetime. In 1953, Henry underwent an experimental brain surgery in hopes of finding a cure for his severe epilepsy. As a result, he developed a severe case of amnesia. Unable to encode new memories into long-term storage, Henry lived constantly in the present, unable to recall events that had happened even minutes before. In the 55 years between the surgery and his death in 2008, Henry became the most famous and comprehensively studied patient in neuroscience. Decades of research on Henry’s cognitive abilities provided a lasting contribution to neuroscience, and research on his postmortem brain is continuing into the future. Perhaps no one knew the case of H.M. better than Dr. Suzanne Corkin. In this interview, Dr. Corkin will discuss her new book, Permanent Present Tense: The Unforgettable Life of the Amnesic Patient, H.M. (Basic Books, 2013) Her decades of research with Henry provided a major contribution to our understanding of various systems of memory and the brain, and the book tells the incredible tale of Henry the person, “H.M.” the willing research participant, and the complexity of human memory. Learn more about your ad choices. Visit megaphone.fm/adchoices

If you have studied neuroscience, memory, or even basic psychology, it is likely that you have heard of the famous amnesic patient Henry Molaison, or “H.M.” as he was known during his lifetime. In 1953, Henry underwent an experimental brain surgery in hopes of finding a cure for his severe epilepsy. As a result, he developed a severe case of amnesia. Unable to encode new memories into long-term storage, Henry lived constantly in the present, unable to recall events that had happened even minutes before. In the 55 years between the surgery and his death in 2008, Henry became the most famous and comprehensively studied patient in neuroscience. Decades of research on Henry's cognitive abilities provided a lasting contribution to neuroscience, and research on his postmortem brain is continuing into the future. Perhaps no one knew the case of H.M. better than Dr. Suzanne Corkin. In this interview, Dr. Corkin will discuss her new book, Permanent Present Tense: The Unforgettable Life of the Amnesic Patient, H.M. (Basic Books, 2013) Her decades of research with Henry provided a major contribution to our understanding of various systems of memory and the brain, and the book tells the incredible tale of Henry the person, “H.M.” the willing research participant, and the complexity of human memory. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/medicine

If you have studied neuroscience, memory, or even basic psychology, it is likely that you have heard of the famous amnesic patient Henry Molaison, or “H.M.” as he was known during his lifetime. In 1953, Henry underwent an experimental brain surgery in hopes of finding a cure for his severe epilepsy. As a result, he developed a severe case of amnesia. Unable to encode new memories into long-term storage, Henry lived constantly in the present, unable to recall events that had happened even minutes before. In the 55 years between the surgery and his death in 2008, Henry became the most famous and comprehensively studied patient in neuroscience. Decades of research on Henry's cognitive abilities provided a lasting contribution to neuroscience, and research on his postmortem brain is continuing into the future. Perhaps no one knew the case of H.M. better than Dr. Suzanne Corkin. In this interview, Dr. Corkin will discuss her new book, Permanent Present Tense: The Unforgettable Life of the Amnesic Patient, H.M. (Basic Books, 2013) Her decades of research with Henry provided a major contribution to our understanding of various systems of memory and the brain, and the book tells the incredible tale of Henry the person, “H.M.” the willing research participant, and the complexity of human memory. Learn more about your ad choices. Visit megaphone.fm/adchoices Support our show by becoming a premium member! https://newbooksnetwork.supportingcast.fm/psychology