Podcasts about blood group

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Welcome to NASCO Moments Podcast.This episode is titled "Sickle Cell Anaemia - Prevention and Basic Tips to Manage and Care for Patients."Our guest is Dr. Jato Israel - Consultant Hematologist Jos University Teaching Hospital.  Happy Listening NASCO Group Click Here to follow us on Instagram

In this week's episode, we'll discuss new research revealing that the mechanosensory ion channel Piezo1 is the elusive carrier molecule of the Er blood group antigens, thus establishing a new blood group system. Next, we review results of a randomized phase 3 trial of enasidenib versus conventional treatment in late-stage mutant-IDH2 relapsed or refractory AML. Although the primary endpoint of overall survival was not met, investigators say the risk benefit ratio remains positive. Finally, we'll review a study showing a clinically significant risk of breakthrough COVID-19 infections in patients with B-cell malignancies despite vaccination and pre-exposure prophylaxis with tixagevimab-cilgavimab during the Omicron era. However, hospitalization rates in the study were low and no deaths were reported.

Show Notes: Scientists Have Discovered a New Set of Blood Groups | Wired (00:52) After performing an emergency C-section for a pregnant woman, researchers were curious why there were these strange antibodies in the blood. They made a startling discovery:  The woman's blood was of an ultra rare type, which may have made her baby's blood incompatible with her own.  Prompting her immune system to produce antibodies against her baby's blood Scientists were able to unpick exactly what made her blood different, and in the process confirmed a new set of blood grouping—the “Er” system, the 44th to be described. A, B, O, and AB isn't the only classification system There are many ways of grouping red blood cells based on differences in the sugars or proteins that coat their surface, known as antigens.  Differences in antigens results in the following situation: Someone receives incompatible blood from a donor, for example, the recipient's immune system may detect those antigens as foreign and react against them.  One new blood classification system has been described by researchers each year during the past decade.  tend to involve blood types that are extremely rare “Discovering a new blood group system is like discovering a new planet. It enlarges the landscape of our reality,” says Daniela Hermelin at the Saint Louis University School of Medicine, who was not involved in the study. Due to those genetic differences, a small number of people have alternative amino acids, or building blocks, in their Piezo1 protein. Causing the different ER blood type There are five Er antigens in total—five possible variations of Piezo1 on the surface of red blood cells that can lead to incompatibility.  Benefit of this finding:  It adds to our knowledge of how blood incompatibility can affect pregnant mothers and their babies Boston Dynamics, Agility and others pen letter condemning weaponized ‘general purpose' robots | TechCrunch (05:38) A group of prominent robotics firms (Boston Dynamics, Agility, ANYbotics, Clearpath Robotics and Open Robotics) issued an open letter condemning the weaponization of “general purpose” robots. The piece comes amid mounting concern around the proliferation of advanced robotics systems. With fictional depictions and real-world efforts like the Ghost Robotics dog that has been outfitted with a sniper rifle, raising significant red flags for many. Part of the letter states: “We believe that adding weapons to robots that are remotely or autonomously operated, widely available to the public, and capable of navigating to previously inaccessible locations where people live and work, raises new risks of harm and serious ethical issues. Weaponized applications of these newly-capable robots will also harm public trust in the technology in ways that damage the tremendous benefits they will bring to society.” Ghost Robotics, which has its own take on the topic, told TechCrunch at the time: “We don't make the payloads. Are we going to promote and advertise any of these weapon systems? Probably not. That's a tough one to answer. Because we're selling to the military, we don't know what they do with them. We're not going to dictate to our government customers how they use the robots.” Today's open letter finds the signees pledging not to weaponize their systems, while calling on lawmakers to do more to prohibit this use for robotics. They end off their letter saying: “We also call on every organization, developer, researcher, and user in the robotics community to make similar pledges not to build, authorize, support, or enable the attachment of weaponry to such robots. We are convinced that the benefits for humanity of these technologies strongly outweigh the risk of misuse, and we are excited about a bright future in which humans and robots work side by side to tackle some of the world's challenges.” World-first stem cell therapy trial treats spina bifida before birth | New Atlas (13:14) Spina bifida is a birth defect in which the spine fails to develop properly, which can lead to weakness or paralysis of the lower limbs, cognitive issues, and urinary and bowel dysfunction. Currently no cure, post-birth surgery can improve the symptoms in some cases. But a new clinical trial aims to intervene earlier. Signs of spina bifida can appear very early on in the pregnancy. Allowing for time to treat it while the baby is still developing, potentially improving the outcomes. The treatment involves administering a stem cell patch to the baby's spine while still developing in the womb, and early results are promising one year on. Three babies have been born out of the eventual 35 that will be enrolled in the CuRe trial. The Cellular Therapy for In Utero Repair of Myelomeningocele (CuRe) trial, conducted at UC Davis Health. One baby girl was expected to be born with leg paralysis – and yet, she was seen to be kicking and wiggling her toes right away. The scientists will monitor the babies until they're six years old, and there's a particular milestone at 30 months of age to check how well they're walking and toilet training. A new AI tool could predict the risk of heart disease and death through retinal images | Interesting Engineering (17:10) A new study has found that an artificial intelligence (AI) tool that images the retina's network of veins and arteries can accurately predict a person's risk of cardiovascular disease and death in less than a minute. Non-invasive screening method that doesn't have to be done in a clinic The new study demonstrates that the width of veins and arteries in the retina could indicate circulatory disease early and accurately. Circulatory diseases include cardiovascular disease, coronary heart disease, heart failure, and stroke The fully automated AI-enabled tool called Quartz evaluates the potential of retinal vasculature imaging plus known risk factors to predict vascular health and death. Scanned the retinal images of 88,052 people between the ages of 40 and 69 Later scanned an additional 7,411 participants who were aged between 48 and 92. The results showed: In men, the width, curviness, and width variation of veins and arteries in the retinas are important predictors of death from circulatory disease. In women, artery area and width and vein curviness and width variation contributed to risk prediction. From the study: Below 0.5 indicates a very poor model. 0.5 means that the model is no better than predicting an outcome than random chance. Values over 0.7 indicate a good model. Values over 0.8 indicate a strong model. “Prediction models for circulatory mortality in men and women had optimism adjusted C-statistics and R2 statistics between 0.75–0.77 and 0.33–0.44, respectively.” The C-statistic is a measure of goodness of fit R2, coefficient of determination, is used to analyze how differences in one variable can be explained by a difference in a second variable.   

Welcome to NASCO Moments Podcast. This episode is titled "Prevention and Management of Sickle cell Disease"Our guest is Dr. Christopher Sabo (Senior Lecturer and Consultant Jos University Teaching Hospital)Happy ListeningNASCO GroupClick Here to follow us on Instagram

Blood was always a scarce resource in the country. A demand-supply mismatch has always existed. In this episode of all things policy, Dr. Harshit Kukreja and Dr. Mansi Sharma discuss this market, blood substitutes, breast milk, organ trade and much more.You can follow Dr. Harshit Kukreja on twitter: https://twitter.com/harshitk43Check out Takshashila's courses: https://school.takshashila.org.in/You can listen to this show and other awesome shows on the IVM Podcasts app on Android: https://ivm.today/android or iOS: https://ivm.today/ios, or any other podcast app.You can check out our website at https://shows.ivmpodcasts.com/featuredDo follow IVM Podcasts on social media.We are @IVMPodcasts on Facebook, Twitter, & Instagram.https://twitter.com/IVMPodcastshttps://www.instagram.com/ivmpodcasts/?hl=enhttps://www.facebook.com/ivmpodcasts/Follow the show across platforms:Spotify, Google Podcasts, Apple Podcasts, JioSaavn, Gaana, Amazon MusicDo share the word with you folks!

In this week's episode we first review new work revealing the critical role of the tension-sensitive cation channel PIEZO1 in the transendothelial migration of leukocytes. We'll also review new research suggesting that CD8+ T-cells dimly expressing the CD4 antigen are increased in patients with various forms of secondary HLH, a finding that may have diagnostic, prognostic, and therapeutic significance. Finally, we'll review a large, genome-wide association study identifying the ABO O blood group as a novel risk factor for heparin-induced thrombocytopenia—a finding that could have implications for prediction of this syndrome and for the management of related conditions.

Blood groups and genetic linkage Red cell groups act as markers (inherited characteristics) for genes present on chromosomes, which are responsible for their expression. The site of a particular genetic system on a chromosome is called a locus. Each locus may be the site of several alleles (alternative genes). In an ordinary cell of the human body, there are 46 chromosomes arranged in 23 pairs, 22 pairs of which are autosomes (chromosomes other than sex chromosomes), with the remaining pair being the sex chromosomes, designated XX in females and XY in males. The loci of the blood group systems are on the autosomes, except for Xg, which is unique among the blood groups in being located on the X chromosome. Genes carried by the X chromosome are said to be sex-linked. Since the blood groups are inherited in a regular fashion, they can be used as genetic markers in family studies to investigate whether any two particular loci are sited on the same chromosome—i.e., are linked. The genes sited at loci on the same chromosome travel together from parent to child, and, if the loci are close together, the genes will rarely be separated. Loci that are farther apart can be separated by recombination. This happens when material is exchanged between homologous chromosomes (pair of chromosomes) by crossing over during the process of cell division (mitosis). The reproductive cells contain half the number of chromosomes of the rest of the body; ova carry an X chromosome and spermatozoa an X or a Y. The characteristic number of 46 chromosomes is restored at fertilization. In a classical pedigree linkage study, all the members of a family are examined for a test character and for evidence of the nonindependent segregation of pairs of characters. The results must be assessed statistically to determine linkage. Individual chromosomes are identified by the banding patterns revealed by different staining techniques. Segments of chromosomes or chromosomes that are aberrant in number and morphology may be precisely identified. Other methods for localizing markers on chromosomes include somatic cell hybridization (cell culture with alignment of single strands of RNA and DNA) and use of DNA probes (strands of radiolabeled DNA). These methods are useful in classical linkage studies to locate blood group loci. The loci for many red cell groups have been found on chromosomes and in many cases have been further localized on a particular chromosome.In some of the blood group systems, the amount of antigen produced depends on the genetic constitution. The ABO blood group gene codes for a specific carbohydrate transferase enzyme that catalyzes the addition of specific sugars onto a precursor substance. As a new sugar is added, a new antigen is produced. Antigens in the MNSs blood system are the products of genes that control terminal amino acid sequence. The amount of antigen present may depend on the amount of gene product inherited or on the activity of the gene product (i.e., transferase). The red cells of a person whose genotype is MM show more M antigen than do MN red cells. In the case of ABO, the same mechanism may also play a role in antigen expression, but specific activity of the inherited transferase may be more important. The amount of antigen produced can also be influenced by the position of the genes. Such effects within a genetic complex can be due to determinants on the same chromosome—they are then said to be cis—or to determinants on the opposite chromosome of a chromosome pair—trans. In the Rh combination cdE/cde, more E antigen is produced than in the combination cDE/cde. This may be due to the suppressor effect of D on E. An example of suppression in the trans situation is that more C antigen is detectable on the red cells from CDe/cde donors than on those of CDe/cDE people. The inheritance of the Rh system probably depends on the existence of operator genes, which turn the activity of closely linked structural genes on or off.

There are things in life you cannot change - the past, the weather, your family - but there could be one less sure thing in this world, because your blood group could soon become a lot less definite. This week Luke has news of a startling new development that could have huge positive implications for medicine and transplants in particular. Listen and subscribe to Show Me the Science on Apple Podcasts ,Google Podcasts and Spotify.    Download, listen and subscribe on the Newstalk App.     You can also listen to Newstalk live on newstalk.com or on Alexa, by adding the Newstalk skill and asking: 'Alexa, play Newstalk'.

Why, after a dose of Covid-19, am I left with a new taste sensation resembling rotten onions? Why does bleached hair look blond, not white, and does salt water decolour the hair of surfers? How do I get rid of unwanted facial hair? Why is the hole my dog digs bigger than the dirt or sand that came out of it!? Why do mosquitoes prefer me to my wife? Does lighting a match do away with the smell of poo? Dr Chris and Lester Kiewit have the answers... Like this podcast? Please help us by supporting the Naked Scientists

Why, after a dose of Covid-19, am I left with a new taste sensation resembling rotten onions? Why does bleached hair look blond, not white, and does salt water decolour the hair of surfers? How do I get rid of unwanted facial hair? Why is the hole my dog digs bigger than the dirt or sand that came out of it!? Why do mosquitoes prefer me to my wife? Does lighting a match do away with the smell of poo? Dr Chris and Lester Kiewit have the answers... Like this podcast? Please help us by supporting the Naked Scientists

A sermon taught by Brad Lindsey on the covenant gift of Jesus' blood.

Pastor Nick Cassidy preaching the New Covenant Series: Part 1, at Cork Church, Sunday April 11th 2021. For more information visit www.corkchurch.comStay connected:Facebook : https://www.facebook.com/corkchurch/Instagram: https://www.instagram.com/corkchurch/YouTube: https://www.youtube.com/corkchurch See acast.com/privacy for privacy and opt-out information.

Listen in to know, according to Kittu, why humans have different blood groups. www.chimesradio.com   http://onelink.to/8uzr4g   https://www.facebook.com/chimesradio/   https://www.instagram.com/vrchimesradio/   See omnystudio.com/listener for privacy information.

It can be confusing to learn about different blood group systems. Tom Bullock, consultant clinical scientist at NHSBT, tells Suzy the characteristic features of each. Part 2 - other clinically relevant blood group systems.

It can be confusing to learn about different blood group systems. Tom Bullock, consultant clinical scientist at NHSBT, tells Suzy the characteristic features of each. Part 1 - fundamentals of antibody screening and the Rh blood group system.

Welcome Everyone.... On the show, Christian is giving Jack Grief about his rolled up T-Shirt sleeves again. Jacks wife is about to sit her Citizen Ship test and Christian Has Some questions for her, he believes should be on the real test., Patsy has Lipstick on so that definitely means Kmart is involved so lets see what goodies she has for us today. Plus we roll out the Wheel of 4 tunes and spin that baby up. Enjoy See omnystudio.com/listener for privacy information.

Welcome Everyone.... On the show, Christian is giving Jack Grief about his rolled up T-Shirt sleeves again. Jacks wife is about to sit her Citizen Ship test and Christian Has Some questions for her, he believes should be on the real test., Patsy has Lipstick on so that definitely means Kmart is involved so lets see what goodies she has for us today. Plus we roll out the Wheel of 4 tunes and spin that baby up. Enjoy

Hematology Oncology News: Study advances personalized treatment for older breast cancer patients (https://bit.ly/3dHieSk) Delayed cancer screening could cause increase in deaths, study says (https://bit.ly/34afIAS) Blood group O linked to decreased risk of SARS-CoV-2 infection (https://bit.ly/2T8qilF) Email Blood & Cancer at podcasts@mdedge.com or follow us on Twitter @MDedgeHemOnc.  

How to check your baby's blood group with a simple method and know how your blood can cause problems in pregnancy.

The Latest Malaria News, in 60 Seconds. The secrets to the Dantu blood group’s innate protection from malaria are revealed, researchers identify the protein needed for efficiency egress of rodent malaria from the liver, and a letter Trends in Parasitology defends the mosquito. More: www.fightmalaria.uk/MalariaMinute

Sukant Maharana is a blood donor of rare blood group .He was honoured by NALCO for his selfless act

In this week's coronavirus update, the impact of blood groups on Covid risk, progress towards a vaccine, and the UK still has 8000 cases a day: what does this mean for herd immunity? Also, is Sweden's approach the wrong one, has hydroxychloroquine died a death, what actually is the Covid syndrome, what role may genes play, and how do we calculate Covid excess mortality? Dr Chris Smith talks to Radio New Zealand National's Kim Hill... Like this podcast? Please help us by supporting the Naked Scientists

In this week's coronavirus update, the impact of blood groups on Covid risk, progress towards a vaccine, and the UK still has 8000 cases a day: what does this mean for herd immunity? Also, is Sweden's approach the wrong one, has hydroxychloroquine died a death, what actually is the Covid syndrome, what role may genes play, and how do we calculate Covid excess mortality? Dr Chris Smith talks to Radio New Zealand National's Kim Hill... Like this podcast? Please help us by supporting the Naked Scientists

This week, Rasmussen's encephalitis and brain surgery, are packages safe from coronavirus contamination, do blood groups affect Covid-19 risk, why does the SARS-CoV-2 coronavirus appear to spread better in some places than others, what is heart ejection fraction, and how do I disinfect my groceries? Join Dr Chris Smith and Kieno Kammies from 567 Cape Talk, for all the answers... Like this podcast? Please help us by supporting the Naked Scientists

This week, Rasmussen's encephalitis and brain surgery, are packages safe from coronavirus contamination, do blood groups affect Covid-19 risk, why does the SARS-CoV-2 coronavirus appear to spread better in some places than others, what is heart ejection fraction, and how do I disinfect my groceries? Join Dr Chris Smith and Kieno Kammies from 567 Cape Talk, for all the answers... Like this podcast? Please help us by supporting the Naked Scientists

Here we are addressing a very touchy point in our relationships, the big elephant that decides if people will move on to the next stage (marriage) and that's blood group!!!

Do blood groups affect mosquito preference for who they bite? What else do mosquitoes eat when they are not drinking blood? What is anger? How do blood groups work? Why do things like smoke and dirt seem to preferentially aim for our eyes? Is wildlife thriving around Chernobyl? And how far aloft is the sky blue? Join Kieno Kammies and Dr Chris Smith for the answers... Like this podcast? Please help us by supporting the Naked Scientists

Do blood groups affect mosquito preference for who they bite? What else do mosquitoes eat when they are not drinking blood? What is anger? How do blood groups work? Why do things like smoke and dirt seem to preferentially aim for our eyes? Is wildlife thriving around Chernobyl? And how far aloft is the sky blue? Join Kieno Kammies and Dr Chris Smith for the answers... Like this podcast? Please help us by supporting the Naked Scientists

The Rh blood group system is one of forty-five known human blood group systems. It is the second most important blood group system, after the ABO blood group system. The Rh blood group system consists of 49 defined blood group antigens, among which the five antigens D, C, c, E, and e are the most important. There is no d antigen. Rh(D) status of an individual is normally described with a positive or negative suffix after the ABO type (e.g., someone who is A Positive has the A antigen and the Rh(D) antigen, whereas someone who is A Negative lacks the Rh(D) antigen). The terms Rh factor, Rh positive, and Rh negative refer to the Rh(D) antigen only. Antibodies to Rh antigens can be involved in hemolytic transfusion reactions and antibodies to the Rh(D) and Rh(c) antigens confer significant risk of hemolytic disease of the fetus and newborn. The term "Rh" was originally an abbreviation of "Rhesus factor." It was discovered in 1937 by Karl Landsteiner and Alexander S. Wiener, who, at the time, believed it to be a similar antigen found in rhesus monkey red blood cells. It was subsequently learned the human factor is not identical to the rhesus monkey factor, but by then, "Rhesus Group" and like terms were already in widespread, worldwide use. Thus, notwithstanding it is a misnomer, the term survives (e.g., rhesus blood group system and the obsolete terms rhesus factor, rhesus positive, and rhesus negative – all three of which actually refer specifically and only to the Rh D factor and are thus misleading when unmodified). Contemporary practice is to use "Rh" as a term of art instead of "Rhesus" (e.g., "Rh Group," "Rh factors," "Rh D," etc.).

The Rh blood group system is one of forty-five known human blood group systems. It is the second most important blood group system, after the ABO blood group system. The Rh blood group system consists of 49 defined blood group antigens, among which the five antigens D, C, c, E, and e are the most important. There is no d antigen. Rh(D) status of an individual is normally described with a positive or negative suffix after the ABO type (e.g., someone who is A Positive has the A antigen and the Rh(D) antigen, whereas someone who is A Negative lacks the Rh(D) antigen). The terms Rh factor, Rh positive, and Rh negative refer to the Rh(D) antigen only. Antibodies to Rh antigens can be involved in hemolytic transfusion reactions and antibodies to the Rh(D) and Rh(c) antigens confer significant risk of hemolytic disease of the fetus and newborn. The term "Rh" was originally an abbreviation of "Rhesus factor." It was discovered in 1937 by Karl Landsteiner and Alexander S. Wiener, who, at the time, believed it to be a similar antigen found in rhesus monkey red blood cells. It was subsequently learned the human factor is not identical to the rhesus monkey factor, but by then, "Rhesus Group" and like terms were already in widespread, worldwide use. Thus, notwithstanding it is a misnomer, the term survives (e.g., rhesus blood group system and the obsolete terms rhesus factor, rhesus positive, and rhesus negative – all three of which actually refer specifically and only to the Rh D factor and are thus misleading when unmodified). Contemporary practice is to use "Rh" as a term of art instead of "Rhesus" (e.g., "Rh Group," "Rh factors," "Rh D," etc.).

Head of Department and Senior Lecturer of the Physiotherapy department of the University of Ghana Medical School, Korle-Bu campus, Dr. Antwi Bosiako speaks on Blood Groups and Blood Transfusion on Onua FM’s Yen Sempa hosted by Bright Kwasi Asempa.

BLOOD GROUP by SMOKEY OFFICIAL

Na trilogia “De Volta para o Futuro” vemos o Dr. Emmet Brown usando resíduos orgânicos que pega do lixo para abastecer o DeLorean e ir com o Marty e Jennifer para o futuro. Tirando a parte de viajar no espaço-tempo, utilizar material orgânico para produzir biocombustíveis já é realidade. No episódio #6 do Podcast Microbiando discutimos uma alternativa para a produção de biocombustível a partir de fermentação de lixo orgânico. O texto em discussão foi publicado em 2018 por um grupo da Universidade Nacional da Irlanda em Galway e se chama “Reproducible, high-yielding, biological caproate production from food waste using a single phase anaerobic reactor system” e em português “Produção biológica, reprodutível e de alto rendimento de caproato a partir de dejetos alimentícios usando um reator anaeróbico de fase simples (ou única)”. No Microlitros de Notícias, trouxemos diversas matérias escritas pelos nossos alunos de graduação e pós-graduação. Juliana Guimarães trouxe uma reflexão sobre a população bacteriana da microbiota intestinal de ursos pardos durante a hibernação; Gustavo Meira revela a relação entre o tipo sanguíneo e a predisposição em desenvolver sintomas graves de uma infecção bacteriana; Cecília Vieira fala sobre a descoberta de células linfóides inatas (ILCs) no leite materno e como isso ajuda a proteção dos bebês. No Filogenia da Ciência, conhecemos mais sobre a vida acadêmica do pesquisador Alexander Fleming, descobridor do antibiótico penicilina.   Tópicos comentados nesse episódio Fermentação Reator anaeróbico Microrganismos anaeróbicos Lixo orgânico Biocombustível Caproato Carboxilato/Ácidos orgânicos Síntese de ácidos graxos Fermentador do tipo leach bed reactor (reator de leito de lixiviação) Leite materno Alexander Fleming Penicilina   Referências desse episódio 2018.  Nzeteul, C. O., Trego, A. C., Abram, F., e O’Flaherty V. Reproducible, high-yielding, biological caproate production from food waste using a single-phase anaerobic reactor system. Biotechnol Biofuels. 2002. Blackwell, C. et al. Blood Group and Susceptibility to Disease Caused by Escherichia coli O157. The Journal of Infectious Diseases. 2006. Fleckenstein, JM. Identification of a two-partner secretion locus of enterotoxigenic Escherichia coli. Infection and Immunity. 2018. Kumar, P. et al. Enterotoxigenic Escherichia coli blood group A interactions intensify diarrheal severity. The Journal of Clinical Investigation. 1993. Navas, E. et al. Blood group antigen expression on vaginal cells and mucus in women with and without a history of urinary tract infections. The Journal of Urology. 2016. Sommer F., et al. The Gut Microbiota Modulates Energy Metabolism in the Hibernating Brown Bear Ursus arctos. Cell Reports. 2015. Tan, S. Y. e Tatsumura, Y. Alexander Fleming (1881–1955): discoverer of penicillin. Singapore medical journal. 2016. Dilva Frazão. Biografia de Alexander Fleming. eBiografia. 1945. Alexander Fleming. Nobel Lecture. Nobel Prize 2014. Nobel Media AB. Sir Alexander Fleming - Biographical 2018. Sascha Cording, Jasna Medvedovic, Emelyne Lecuyer, Tegest Aychek, Gérard Eberl. Control of pathogens and microbiota by innate lymphoid cells. Microbes and Infection. 2018.Baban, Malik, Bhatia, Yu J. C. Presence and Profile of Innate Lymphoid Cells in Human Breast Milk. JAMA Pediatri.   Sobre o Podcast Microbiando A ideia do Microbiando é discutir artigos científicos de ponta em todas as áreas da microbiologia e imunologia. Vamos utilizar uma linguagem bem acessível para destrinchar esses artigos para vocês, mas sem perder o rigor científico e analítico necessário para essa tarefa. Além de discutir artigos nós teremos o quadro Microlitros de Notícias, onde nossos microbiologistas e imunologistas de plantão irão abordar pequenas reportagens e trazer novidades para vocês. No quadro filogenia da Ciência vamos contar um pouco sobre a vida de grandes personalidades que revolucionaram a Mic...

"Signed in Blood"Group 1 faces off against and ancient evil within the caverns beneath Aubrey. Jason Massey - DMDan Phelps - Rodswell JoyBottomRob Wiesehan - Malchus GrimnasTyler Wilson - Thoril SongstealJustin Massey - Jahrak IronhideTom Rose - Yenward FirestompJake White - DrakonisSend us an email at DandRpodcast@gmail.comVisit DandRpodcast.com for more info.

"Signed in Blood"Group 1 faces off against and ancient evil within the caverns beneath Aubrey. Jason Massey - DMDan Phelps - Rodswell JoyBottomRob Wiesehan - Malchus GrimnasTyler Wilson - Thoril SongstealJustin Massey - Jahrak IronhideTom Rose - Yenward FirestompJake White - DrakonisSend us an email at DandRpodcast@gmail.comVisit DandRpodcast.com for more info.

We find out why blood donations aren't rejected more readily. Plus we ask, is sleepiness related to cheerfulness? Like this podcast? Please help us by supporting the Naked Scientists

News & Notes - Leprechaun Film franchise retrospective, 3 Sheets TV show review & we review two films - The Devil & The Wild and Wonderful Whites of West Virginia. Bands played this Episode: Biters, Blood Group & Redline Chemistry