Podcasts about derisi

Bugün 9 Şubat 2025 #doğatakvimi

Former XC Pro Santo Derisi raced during the golden era of the TRX 250R, building a foundation of skills that would shape his future. Now retired from professional racing, Santo has channeled his expertise into Derisi Racing, a thriving business specializing in suspension development and machine preparation for XC racing.In this episode, Santo discusses how his time on the track prepared him for the business world, the importance of sponsorships, and how understanding your roots can help shape a successful career. With XC racing experiencing rapid growth in the U.S., Derisi Racing has become a go-to company for racers looking for high-performance machine preparation.Tune in to hear Santo Derisi's inspiring journey from pro racer to business owner. Don't forget to subscribe, share, and leave us a review wherever you listen to podcasts. Thank you for your support!

Derisi Anche All'Estero: Il Times Si Beffa Del Nostro Governo!Il noto giornale britannico "The Times" ha recentemente nominato il Governo italiano, parlandone abbastanza male. Ecco che cosa è successo!#breakingnews #ultimenotizie #notiziedelgiorno #notizie #cronaca #derisi #giornale #thetimes #giorgiameloni #governo #italia

Chissà cosa hanno pensato i 260 miliardari di tutto il mondo che ieri hanno indirizzato una lettera ai leader politici presenti al World Economic Forum di Davos per chiedere di essere tassati di più per non mettere a rischio la democrazia. I ricchi che si fanno sindacato per i poveri sono una delle molte storture del sistema economico capitalistico in cui gli oppressori sono garantiti dagli oppressi che abboccano alla favola di poter sperare di diventare un giorno come loro. “Saremmo orgogliosi di pagare più tasse”, scrivono alcune tra le persone più ricche del mondo. Nella loro missiva i miliardari citano uno studio condotto tra 2.300 persone di paesi G20 con patrimonio di oltre un milione di dollari (case escluse) che dice come tre quarti degli interpellati siano a favore di maggior tasse sui patrimonio e la metà di loro sia convinta che l'accumularsi di ricchezze astronomiche in capo a singoli individui sia un pericolo per le democrazie. Scrivono i miliardari: “eppure i leader politici non sono riusciti ad adottare la soluzione più semplice: aumentare le tasse sugli ultra-ricchi. Questa è una scelta politica”. Pronunciare o scrivere una frase del genere in Italia significa essere infilati di corsa nel cassetto dei comunisti dediti all'esproprio proletario. Chissà allora cosa hanno pensato anche i politici che da anni frignano ogni volta che si chiede una patrimoniale o una maggiore tassazione. Partiti che hanno passato la vita ad additare i poveri come invidiosi e ora si ritrovano a fare i conti con quei ricchi che volevano difendere che li accusano di essere cretini. A meno che non siamo di fronte all'esproprio miliardario. No? #LaSveglia per La NotiziaDiventa un supporter di questo podcast: https://www.spreaker.com/show/il-buongiorno-di-giulio-cavalli_1/support.

A news story was circulating a few months ago—a woman in Australia came into the hospital with abdominal pain. She was increasingly forgetful and struggling with depression. Her doctors were stumped for over a year. What was causing her symptoms? Turns out she had a three-inch parasitic worm living in her brain. They took it out, and she recovered.How do doctors crack cases like this? How do you even know to check for a brain worm? This is the specialty of Dr. Joe DeRisi. When doctors run into a diagnostic dead end they call him. In his world, brain worms aren't even that rare. (Ask him about brain-eating amoebas.)Guest host Flora Lichtman talks with Dr. DeRisi, professor of biochemistry and biophysics at the University of California, San Francisco's School of Medicine and president of the Chan Zuckerberg BioHub San Francisco, about his fascinating work solving some of the most vexing medical mysteries, and how it may even help detect the next pandemic-inducing pathogen.  To stay updated on all-things-science, sign up for Science Friday's newsletters.Transcripts for each segment will be available the week after the show airs on sciencefriday.com.

15 Temmuz 2023 Cumartesi #köpekbalığı Denizlerin en tehlikeli yırtıcısı olarak bilinen köpek balığının, en büyük düşmanı insan. Derisi, kemikleri, dişleri için öldürülüyor. Oysa köpek balığının çok önemli bir görevi var. #doğatakvimi

The friendship and business relationship has lasted through time Santos has evolved into a main player in the building and prepping industry of XC racing by exploring UTV's Santo Derisi Pro rider in XC from Banshee 350 twin to TRX 250R 2 strokes to 4 strokes change rider to sponsor and builder. Finding the path forward when you still want to race Santo has found a way to address his inner desire to race he focuses on professional business processes prepping machines and growing his reach, From old school to modern day.A great back-and-forth conversation enjoy the History as you do please share with us where you can hit the like button!

Elma ya da ananastan doğa dostu ayakkabı ve çanta alır mısınız? Fil kulağı bitkisinden, elmadan, su yosunu, mantar ve bakterilerden elde edilen deriden çanta ya da ayakkabıya ne dersiniz? Eskiyince çöpe atmak yerine toprağa gömerseniz, 2-3 ay içinde doğaya karışıyor. Vegan deri, hayvan dostu. Peki ama aynı zamanda doğa dostu mu? Plastik yerine doğa dostu derilerden üretimin şu anda piyasadaki örnekleri ne kadar yaygın? Doğa dostu deriyi nasıl anlarız? Sürdürülebilir giyim üzerine çalışan ve Yeşil Yama Kurucusu İrem Yanpar Coşdan doğa dostu deri örneklerini, vegan ve doğa dostu ayrımını, piyasadaki örnekleri ve çalışmaları anlattı.

Elma ya da ananastan doğa dostu ayakkabı ve çanta alır mısınız? Fil kulağı bitkisinden, elmadan, su yosunu, mantar ve bakterilerden elde edilen deriden çanta ya da ayakkabıya ne dersiniz? Eskiyince çöpe atmak yerine toprağa gömerseniz, 2-3 ay içinde doğaya karışıyor. Vegan deri, hayvan dostu. Peki ama aynı zamanda doğa dostu mu? Plastik yerine doğa dostu derilerden üretimin şu anda piyasadaki örnekleri ne kadar yaygın? Doğa dostu deriyi nasıl anlarız? Sürdürülebilir giyim üzerine çalışan ve Yeşil Yama Kurucusu İrem Yanpar Coşdan doğa dostu deri örneklerini, vegan ve doğa dostu ayrımını, piyasadaki örnekleri ve çalışmaları anlattı.

Clarissa Estes'in kitabı Kurtlarla Koşan Kadınlar'ın 9. bölümünde, Fok Derisi masalıyla, kadının ruh derisini teslim ettiği, geri aldığı ve koruduğu; ego ve ruhun evliliğinden doğan yaratımı inceliyoruz. Derisini geri almak isteyen tüm ruhlara sevgimle

On the exact 6-month anniversary of San Francisco's shelter-in-place ordnance, UCSF infectious disease experts look back at what we've learned about the strengths and weaknesses of our public health systems and look forward to the next stage of the fight against COVID-19. Panelists will discuss how the pandemic has taken advantage of inequities in our society to continue spreading despite the region's early response—and the growing understanding that stemming the tide of COVID-19 will require much greater support for low-income essential workers, incarcerated populations, and others least able to protect themselves. They will explore how partnerships between community leaders, UCSF scientists, and public health officials are pointing the way forward to a more just, equitable and effective response to the pandemic. Meet the panelists: Joe DeRisi, Ph.D., is Tomkins Professor in the Department of Biochemistry at UCSF and co-director of the Chan Zuckerberg Biohub, an independent research institute dedicated to eradicating disease. DeRisi has a long history as a “virus detective” and inventor. During the severe testing backlog at the start of the pandemic, his team built a state-of-the-art COVID-19 testing center in 8 days, which soon became the hub for processing test kits from public health departments across the state. Diane Havlir, M.D., is chief of the UCSF Division of HIV, Infectious Disease and Global Medicine. At the start of the pandemic, Havlir—who is a veteran of the fight against AIDS—joined forces with Latinx community leaders such as Jon Jacobo of the Latino Task Force for COVID-19, to document inequalities in the pandemic's impact on low-income workers and their families, and to link those infected with the support they need to go into isolation. This “test-to-care” approach has become a model for similar efforts across the country. Jon Jacobo, of the Latino Task Force for COVID-19, helped spearhead the group's partnership with UCSF, called Unidos En Salud, and has worked for policy changes to support low-income essential workers during the pandemic, in partnership with the City and County of San Francisco Department of Public Health. Jacobo is director of engagement and policy for TODCO Group, a San Francisco affordable housing and advocacy nonprofit, and an appointed commissioner overseeing the San Francisco Department of Building Inspection. Brie Williams, M.D., M.S., is a professor in the UCSF Division of Geriatrics and founding director of UCSF Amend, an initiative dedicated to transforming correctional culture to improve the health of people living and working in America's prisons. Her research has pushed for changes in how California's prisons have handled outbreaks during the pandemic, not only to protect prisoners and prison workers, but to prevent spill-over into the community at large. Moderator Kirsten Bibbins-Domingo, Ph.D., M.D., M.A.S., is vice dean for population health and health equity at the UCSF School of Medicine and director of the UCSF COVID-19 Community Public Health Initiative. She has written about how the pandemic has created “two Californias”—those with the privilege of sheltering in place, and the low-income workers who have been forced to choose between keeping food on the table and protecting their families from the virus In association with UCSF Learn more about your ad choices. Visit megaphone.fm/adchoices

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.09.08.285346v1?rss=1 Authors: Lebel, P. M., Dial, R., Vemuri, V. N. P., Garcia, V. E., DeRisi, J., Gomez-Sjoberg, R. Abstract: Manual microscopic inspection of fixed and stained blood smears has remained the gold standard for Plasmodium parasitemia analysis for over a century. Unfortunately, smear preparation consumes time and reagents, while manual microscopy is skill-dependent and labor-intensive. Here, we demonstrate that label-free microscopy combined with deep learning enables both life stage classification and accurate parasitemia quantification. Using a custom-built microscope, we find that deep-ultraviolet light enhances image contrast and resolution, achieving four-category classification of Plasmodium falciparum blood stages at an overall accuracy greater than 99%. To increase accessibility, we extended our method to a commercial brightfield microscope using near-ultraviolet and visible light. Both systems were tested extrinsically by parasitemia titration, revealing superior performance over manually-scored Giemsa-stained smears, and a limit of detection below 0.1%. Our results suggest that label-free microscopy combined with deep learning could eliminate the need for conventional blood smear analysis. Copy rights belong to original authors. Visit the link for more info

Genomics-based technologies have revolutionized science. From microarrays to next-generation sequencing, genomics technologies are having a tremendous positive impact on all aspects of human health. Dr. Joe DeRisi is a professor at the University of California San Francisco and co-president of the Chan Zuckerberg Biohub. DeRisi has been at the forefront of developing and using genomics-based technologies to address infectious disease challenges. DeRisi talks about how genomics helped solve the mystery of dying leopard sharks in San Francisco bay, how a “virochip” array helped identify the SARS virus, how genomics can help identify unknown causes of encephalitis, how the sewer may hold the key to predicting infectious disease outbreaks, how computational capabilities represent the current bottleneck to global benefit from genomics technologies, and how the early mysteries surrounding the AIDS epidemic led him into science. microTalk was thrilled to be joined by Julie Wolf, “Meet the Microbiologist” podcast host from ASM, when this podcast was recorded at the ASM Microbe 2019 conference in San Francisco, CA. The microCase for listeners to solve is about Tess Tamoni, a retired teacher who gets a nasty infection while on vacation at a tropical resort. Participants: Karl Klose, Ph.D. (UTSA) Joe DeRisi, Ph.D. (University of California San Francisco) Janakiram Seshu, Ph.D. (UTSA) Mylea Echazarreta (UTSA) Julie Wolf (ASM)

Pipa pipa, ismini şeklinden almaktadır. Gövdesitamamen yassı ve düzdür. Sanki bir kazaya uğrayıp da ezilmiş gibi görünür. Diğer kurbağalarınaksine, arka ayakları üzerinde dik durmaz. Buyüzden düzleşmiş bir görüntü sergiler. Canlınınbaşı üçgen, geniş gövdesi ise ince bir beşgenebenzer şekildedir. Portekizcede pipa “uçurtma”mânâsına gelir. Gerçekten de kurbağanın şekli, yukarıdan bakıldığında uçurtmayı hatırlatır.Canlının boyu, ortalama 10–13 cm civarında olsabile 20 cm'ye ulaşan örnekler de kaydedilmiştir. Erkek kurbağalar, dişilerden daha küçük boyuttadır, ama ön bacakları daha kalındır. Surinamkurbağalarının gözleri siyah ve küçüktür. Göz kapakları olmadığı gibi, dişleri ve dili de yoktur.Kurbağanın ön bacaklarındaki uzun parmaklarının ucunda, yıldız şeklinde çıkıntılar bulunur. Bu yüzden kendisi, yıldız parmaklı kurbağaolarak da anılır. Yıldız yapıların uçlarında li�lervardır. Bu li�ler dokunmaya çok hassas yaratılmıştır. Ön bacaklara göre arka bacaklar da itmevazifesi yapabilecek şekilde daha güçlüdür. Bunun dışında ön ayakların aksine, arka ayaklarperdeli ve oldukça geniştir. Yapılan gözlemlerde, erkek kurbağaların sık sık kavga ettiği ve busırada baş ve ön ayaklarını kullandıkları tespitedilmiştir.Surinam kurbağası, mükemmel bir kamu�lajörneği sergiler, genel yapısı ve gri, kahverengiveya zeytin yeşili rengiyle, suda yüzen beneklikahverengi bir yaprağa da benzetilebilir. Hayvanın soluk rengi, düz gövdesi ve diplerde genelde hareketsiz duruşu, onun bir bitki kalıntısı veya ölü hayvan gibi algılanmasını sağlar. Bukamu�laj özelliği onun pusu kuran bir avcı olmasıyla da alakalıdır. Çevresinden ayırt edilemeyip fark edilememesi, ona verilen kıymetliikramlardan biridir.Derisi siğil gibi çıkıntılar ile kaplıdır. Çenesinin köşelerinden, küçük dokunaç benzeri uzantılar çıkar. Bazı kurbağaların alt yüzlerinde, boğazlarının ortasından karınlarının sonuna kadaruzanan koyu gri bir çizgi vardır. Bu çizginin üstkısmı, zaman zaman göğüs boyunca yatay bir çubukla karşılaşarak T şekli oluşturur

For decades, a strange neurological disease has plagued snakes around the world. The snakes tie themselves into knots, exhibit strange behaviors, and eventually die. In this talk, Dr. Joseph DeRisi describes how using genome sequencing his lab uncovered the mysterious agent responsible for this disease, which turned out to be an ancient arenavirus.

In this episode, we chat with Dr. Joe DeRisi, UCSF’s resident Sherlock Holmes of infectious diseases. You’ll hear about a surprising discovery that could have enormous implications for controlling - or even preventing - future Ebola outbreaks. One of the big mysteries surrounding Ebola has been where it hides between outbreaks. Here, Dr. DeRisi uncovers an unexpected culprit that could be harboring this deadly virus.

Dr. DeRisi Howard Hughes Medical Investigator & Post Doctoral Fellow Mark Stenglein who published Identification, Characterization, and In Vitro Culture of Highly Divergent Arenaviruses from Boa Constrictors and Annulated Tree Boas: Candidate Etiological Agents for Snake Inclusion Body Disease which was published in the American Society for Microbiology caused somewhat of a stir in the reptile community. However, … Continue reading Dr. DeRisi & Mark Stenglein: I.B.D & Beyond → The post Dr. DeRisi & Mark Stenglein: I.B.D & Beyond appeared first on Reptile Living Room.

Hosts: Vincent Racaniello, Alan Dove, Rich Condit, Dickson Despommier, Kathy Spindler, Mark Stenglein, and Joseph DeRisi The TWiVites meet with Mark Stenglein and Joseph DeRisi to discuss their discovery of a novel arenavirus in snakes with inclusion body disease. Links for this episode: Highly divergent arenaviruses in snakes (mBio) Taryn's sick snake (NPR) Assemblathon Faculty position in virology, Columbia U. Petridish.org TWiV on Facebook Letters read on TWiV 196 Weekly Science Picks Mark - The Slow Mo Guys (Fly eats fly)Dickson - I'm being eaten by a boa constrictor by Shel SilversteinAlan - MMWR: First 30 years onlineRich - Giant python in Everglades and California Academy of SciencesKathy - Darwin finch genome sequenceVincent - Microbiology at Mt. Sinai Listener Pick of the Week Renato - Security Now podcastRobin - The WeatherChad - Rare protozoan from sludge (ScienceDaily) Send your virology questions and comments (email or mp3 file) to twiv@twiv.tv, or call them in to 908-312-0760. You can also post articles that you would like us to discuss at microbeworld.org and tag them with twiv.

In 2006, the world learned that honeybees in America and Canada were dying in large numbers, and hives were becoming defunct. Five years later, what have scientists learned about the causes of Colony Collapse Disorder?

Joseph DeRisi is a Professor of Biochemistry and Biophysics at the University of California, San Francisco and a Howard Hughes Medical Institute Investigator. His research focuses on two distinct areas: malaria and new viral pathogen discovery.  Dr. DeRisi is this year’s recipient of the Eli Lilly and Company Research Award, granted in recognition of fundamental research of unusual merit in microbiology or immunology by an individual on the threshold of his or her career. Discovering new viral pathogens seems like exciting work, and DeRisi has lots of ideas for prospecting.  In one recent success with their viral microarray, his group recently helped identify the virus responsible for a devastating disease among rare parrots and other birds: proventricular dilatation disease, or PDD, has been recognized for 30 years, but veterinarians didn’t know the cause or how to control it.  Now that DeRisi’s group has pinpointed Avian Bornavirus as the culprit and sequenced its genome, therapies and control measures to help both captive birds and birds in the wild can’t be far behind.  In this interview, I asked Dr. DeRisi whether he’s interested in putting the microarray approach to virus discovery to work in uncovering the causes of some human illnesses, especially those diseases we suspect might be spread by viruses, but for which we’ve never found a virus responsible.  He has some very interesting ideas for where to start.  We also talked about his work on identifying the SARS virus, and a new approach in the ongoing fight against malaria.