Podcasts about basser

Pour connaître l'impact d'un club de foot pro sur son territoire et inversement, 1h de TGV suffit depuis Paris. Direction Laval, ses maillot tango et or et son mythique stade Francis-le-Basser. Où le club est 100% détenu par 80 entrepreneurs mayennais. Dont son président Laurent Lairy, homme d'affaires autodidacte, né, élevé et installé toute sa vie dans un rayon de 50 km autour de Laval. Qui, outre son ancrage territorial, a pensé et développé quelques idées et projets novateurs pour son club : centre de formation payant, entretien individuel avec les joueurs sur des critères humains, contrats de minimum 3 ans, centre d'entraînement ecolo… Hébergé par Acast. Visitez acast.com/privacy pour plus d'informations.

durée : 00:03:29 - L'info d'ici, ici Mayenne - Le projet de rénovation du stade Francis-Le Basser à Laval a été présenté ce mardi 4 mars 2025 aux habitants du quartier des Pommeraies qui vont voir d'ici 2032 des commerces, des bureaux, une crèche et même un pôle santé s'implanter autour de l'enceinte sportive du Stade Lavallois.

durée : 00:03:07 - Stade lavallois : la pelouse de le Basser en sale état

Snooze tager på instrumentsafari denne morgen, og destinationen er den brummende, groovy og smukke bund i jazzorkesteret - nemlig kontrabassen. Vært og tilrettelægger: Julian Svejgaard. Redaktør: Kasper Overby. Skriv til Snooze med din morgenstemning eller med et bud på den bedste morgenmusik: Mail: p8jazz@dr.dk SMS: 1212, skriv jazz, mellemrum og din besked

durée : 00:11:46 - 100% Sport par France Bleu Mayenne - Avant Laval - Bordeaux ce samedi (35e journée de Ligue 2), l'ancien défenseur des Girondins de Bordeaux (1980-1984) Marius Trésor était l'invité du 100% Stade Lavallois ce vendredi 26 avril 2024.

Ein Gespräch zum neuen Album "Gute Laune ungerecht verteilt" mit dem Basser der gefeierten Hamburger Indie-Band "Kettcar". Reimer war mit Marcus Wiebusch bei but.alive, Rantanplan und gründete mit ihm das Erfolgslabel Grand Hotel van Cleef. Zudem ist er Pate für "Schule ohne Rassismus, Schule mit Courage" an einer Hamburger Schule und liebt den FC St. Pauli. Kettcar laufen jetzt bei NDR 1.

Willkommen zurück, Metal- und Rock-Fans! Es ist an der Zeit, eure Kopfhörer aufzusetzen und die Lautstärke hochzudrehen, denn die dritte Staffel von "Leise War Gestern", dem offiziellen Podcast des Online-Magazins Time For Metal, steht in den Startlöchern. In dieser Staffel werden wir tiefer in die harte und laute Welt von Metal und Rock eintauchen als je zuvor. Wir werden euch mit exklusiven Interviews, tiefgründigen Diskussionen und natürlich jeder Menge großartiger Musik versorgen. Egal, ob ihr ein langjähriger Fan seid oder gerade erst in diese leidenschaftliche Musikszene einsteigt, diese Staffel hat für jeden etwas zu bieten. Also schnallt euch an und bereitet euch auf eine musikalische Achterbahnfahrt vor, die eure Ohren zum Klingeln und eure Herzen zum Pochen bringen wird. Denn wie wir alle wissen: Leise War Gestern - Jetzt Kommt Laut! Host: - Kai R. Gast: 9mm Headshot (Tobi) Themen in der Folge: Die Rolle der Bassisten und Drummer  Die positiven Seiten von Corona   Timestamps: (0:00:00) - Jingle Leise War Gestern (by Torrential Rain) (0:00:10) - Willkommen und Begrüßung (0:04:00) - Themenroulette "Die Rolle der Bassisten und Drummer" (0:08:35) - Der Unterschied zwischen Basser und Bassisten (0:10:05) - Wo ist Lars Ulrich? (0:13:55) - Über 9mm Headshot (0:18:16) - Zum neuen Video "Spritztour" (0:24:01) - Nebenprojekt "Podcast" - Bandcoaching (0:26:22) - Themenroulette "Die Positiven Seiten von Corona (0:37:04) - Shoutout an Universal Music (0:37:58) - Outro (0:39:05) - Outrosong - Alestorm - P.A.R.T.Y. Teile des Coverartworks wurden mit KI generiert! --- Send in a voice message: https://podcasters.spotify.com/pod/show/leisewargestern/message

Three of my husbands' cousins have the BRCA Gene mutation which is a genetic alteration in the BRCA1 or BRCA2 genes - associated with an increased risk of breast and ovarian cancer, as well as some other cancers. Awareness of the BRCA gene is crucial for individuals and their families to make informed healthcare decisions, manage their cancer risk, and contribute to ongoing research and advocacy efforts in the field of genetics and cancer prevention. I speak to Dr. Susan M Domchek, Executive Director, Penn Medicine Basser Center for BRCA which offers resources and a BRCA assessment quiz at Basser.org I have nothing but a deep respect for the direct service professionals who work with individuals with intellectual and developmental disabilities. As the host for many years of the Points of Transformation Awards which honors those in this field, I've seen the extraordinary warmth, empathy and dedication these folks express in their work. Now there's a great opportunity to find a career as a Direct Service professional at KenCrest. I speak to KenCrest's Karen Feeney, Vice President of Talent Acquisition and Development.https://www.kencrest.org/careers/ Got too much junk in your trunk or basement or anywhere? I speak to Jarrod Hill Founder/Owner of 4Hills Junk Removal about the importance of maintaining a clean and clutter free environment for homes and businesses. Instagram: @4hillsjunkremoval @jhill215 Phone number: 215-446-8039

Three of my husbands' cousins have the BRCA Gene mutation which is a genetic alteration in the BRCA1 or BRCA2 genes - associated with an increased risk of breast and ovarian cancer, as well as some other cancers. Awareness of the BRCA gene is crucial for individuals and their families to make informed healthcare decisions, manage their cancer risk, and contribute to ongoing research and advocacy efforts in the field of genetics and cancer prevention. I speak to Dr. Susan M Domchek, Executive Director, Penn Medicine Basser Center for BRCA which offers resources and a BRCA assessment quiz at Basser.org I have nothing but a deep respect for the direct service professionals who work with individuals with intellectual and developmental disabilities. As the host for many years of the Points of Transformation Awards which honors those in this field, I've seen the extraordinary warmth, empathy and dedication these folks express in their work. Now there's a great opportunity to find a career as a Direct Service professional at KenCrest. I speak to KenCrest's Karen Feeney, Vice President of Talent Acquisition and Development.https://www.kencrest.org/careers/ Got too much junk in your trunk or basement or anywhere? I speak to Jarrod Hill Founder/Owner of 4Hills Junk Removal about the importance of maintaining a clean and clutter free environment for homes and businesses. Instagram: @4hillsjunkremoval @jhill215 Phone number: 215-446-8039

Patrick Delamontagne étais un vrais petit génie sur le terrains de football sa visions du jeux étais impeccable très alaise des deux pied du coté de Renne dans sa bretagne natale il y a été formé et fait deux passage assez réussis et dans le stade Francis le Basser du clubs de Laval ses aussi deux passage très réussis ou on le surnommera notamment le Platini de le Basser en dehors de ses deux endroit c'est pas a la auteurs des espérance attendue au vue de ce qu'il a dans les deux jambe.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2023.03.30.534950v1?rss=1 Authors: Saleem, K. S., Avram, A. V., Yen, C. C.-C., Magdoom, K. N., Schram, V., Basser, P. J. Abstract: Subcortical nuclei and other deep brain structures play essential roles in regulating the central and peripheral nervous systems. However, many of these nuclei and their subregions are challenging to identify and delineate in conventional MRI due to their small size, hidden location, and often subtle contrasts compared to neighboring regions. To address these limitations, we scanned the whole brain of the marmoset monkeys in ex vivo using a clinically feasible diffusion MRI method, called the mean apparent propagator (MAP)-MRI, along with T2W and MTR (T1-like contrast) images acquired at 7 Tesla. Additionally, we registered these multimodal MRI volumes to the high-resolution images of matched whole-brain histology sections with seven different stains obtained from the same brain specimens. At high spatial resolution, the microstructural parameters and fiber orientation distribution functions derived with MAP-MRI can distinguish the subregions of many subcortical and deep brain structures, including fiber tracts of different sizes and orientations. The good correlation with multiple but distinct histological stains from the same brain serves as a thorough validation of the structures identified with MAP-MRI and other MRI parameters. Moreover, the anatomical details of deep brain structures found in the volumes of MAP-MRI parameters are not visible in conventional T1W or T2W images. The high-resolution mapping using novel MRI contrasts, combined and correlated with histology, can elucidate structures that were previously invisible radiologically. Thus, this multimodal approach offers a roadmap toward identifying salient brain areas in vivo in future neuroradiological studies. It also provides a useful anatomical standard reference for the region definition of subcortical targets and the generation of a 3D digital template atlas for the marmoset brain research (Saleem et al., 2023). Additionally, we conducted a cross-species comparison between marmoset and macaque monkeys using results from our previous studies (Saleem et al., 2021). We found that the two species had distinct patterns of iron distribution in subregions of the basal ganglia, red nucleus, and deep cerebellar nuclei, confirmed with T2W MRI and histology. Copy rights belong to original authors. Visit the link for more info Podcast created by Paper Player, LLC

durée : 00:07:55 - 100% Stade Lavallois FB Mayenne - A la veille du match Laval / Amiens, Philippe Hinschberger est l'invité de l'émission 100% Stade Lavallois. L'actuel coach d'Amiens a passé sept ans à Laval comme entraîneur.

durée : 00:07:52 - 100% Stade Lavallois FB Mayenne - Entraîneur-adjoint des Girondins de Bordeaux, le Mayennais Denis Zanko va revenir au stade Francis Le Basser, six ans après son dernier match comme entraîneur du Stade Lavallois.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2022.09.23.483116v1?rss=1 Authors: Williamson, N. H., Ravin, R., Cai, T., Falgairolle, M., O'Donovan, M., Basser, P. Abstract: For its size, the brain is the most metabolically active organ in the body. Most of its energy demand is used to maintain stable homeostatic physiological conditions. Altered homeostasis and active states are hallmarks of many diseases and disorders. Yet there is currently no reliable method to assess homeostasis and absolute basal activity or activity-dependent changes noninvasively. We propose a novel, high temporal resolution low-field, high-gradient diffusion exchange NMR method capable of directly measuring cellular metabolic activity via the rate constant for water exchange across cell membranes. Using viable ex vivo neonatal mouse spinal cords, we measure a component of the water exchange rate which is active, i.e., coupled to metabolic activity. We show that this water exchange rate is sensitive primarily to tissue homeostasis and viability and provides distinct functional information in contrast to the Apparent Diffusion Coefficient (ADC), which is sensitive primarily to tissue microstructure but not activity. Copy rights belong to original authors. Visit the link for more info Podcast created by PaperPlayer

durée : 00:08:09 - 100% Stade Lavallois FB Mayenne - Dans cette émission du jeudi 8 septembre, retour sur la décision de la LFP à l'encontre du Stade Lavallois après l'incident survenu le 20 août dernier.

Did you know trauma can exist with or without an official diagnosis? In this episode, Avigayil opens up about healing from childhood trauma without a diagnosis and leads into the many other things she must accept from her past to move forward. She also shares about mindfulness as a tool for her healing with the link mentioned here: https://dynamic.wakingup.com/course/50de8f?source=content%20share&share_id=6DB17A6C Outside of her healing, Avigayil is a mom, an entrepreneur, & an aspiring author towards her own memoir. To connect more with her, head to the website https://www.alignedcopyco.com To stay connected with the show, follow along on https://www.Instagram.com/soswithdrtaelor and find info on services & courses via “book now” link on https://www.survivorsovercomingsilence.com

How do you share your "self" as a personal brand when your story is less than palatable? What do you say when you feel like you don't really have a story to share? Where is the line between vulnerability and oversharing?  Today on the podcast I'm sitting down with my friend Avigayil, a copywriter and mom of two with an incredible story and a unique perspective on storytelling and crafting your unique service proposition as a business owner. Avigayil is the owner and operator of Aligned Copy Co (formerly @uspenthusiast) and she joins us on the podcast today to share her story and her advice for brands looking to step up their messaging game. 

In this episode, we focus on ESG. Dimitrios Perdikoulis speaks to two of our Analysts, Nobel Basser and Hannah Smyk, about their involvement in developing the firm's ESG roadmap and supporting an FMCG client in creating an ESG strategy for their Asia-Pacific locations. They also share what it is like to work as an Analyst at Evolution Partners.

Ukens episode av Pod Britannia handler om musikkikonet Paul McCartney. Den 18. desember 2020 slapp han albumet McCartney Three, som avsluttet et tre-delt albumprosjekt hvor McCartney spiller alle instrumentene selv. Tidligere har han gitt ut McCartney (1970) og McCartney Two (1980). Hør Espen Aas, tidligere London-korrespondent for NRK, og Per Åsmund Reymert snakke om McCartneys nye album, hans solo-karriere, og så klart hans tid i The Beatles. Podkastproduksjon: Per Åsmund Reymert. See acast.com/privacy for privacy and opt-out information.

The final* episode of Banter with Basser

Too much to describe, just listen.

Sash and I talk about life back at college, the time he got lost in Sydney, hard work and much more

Kate and I talk about what went wrong in her first episode, the Peter Farrell Cup, I meet a member of Kate's family and much more

Albert and I talk about what went wrong in his first episode, the bad news we received today, exercising at home and much more

Jimmy and I talk about who qualifies as an ex-ressie, his life since moving to Melbourne, the opportunities the virus brings us and much more

Ash, Jimmy and I talk about flat earth, a new reality show idea, living in each other's pockets and much more

The other Lenny Avenue house and I talk about why they're superior to their neighbors, bullying Nick, what they've learnt since moving in together and much more

I have a chat with one of the Lenny Avenue houses + Steph about why they're replacing one of their housemates, our first impressions of each other and Dinesh makes an appearance right at the end

The Surry Hills boys + Liv and I talk about their time in quarantine, being tracked by TikTok, freestyle rap and much more

Max and I talk about how he do be back, the chances of returning June first, our favourite places in Sydney and much more

Matt and I talk about how Rorie doesn't know who he is, why he doesn't have a girlfriend, I also ask him for a big favor and much much more.

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.05.04.074856v1?rss=1 Authors: Benjamini, D., Hutchinson, E. B., Komlosh, M. E., Comrie, C. J., Schwerin, S. C., Zhang, G., Pierpaoli, C., Basser, P. J. Abstract: We describe a practical two-dimensional (2D) diffusion MRI framework to deliver specificity and improve sensitivity to axonal injury in the spinal cord. This approach provides intravoxel distributions of correlations of water mobilities in orthogonal directions, revealing sub-voxel diffusion components. Here we use it to investigate water diffusivities along axial and radial orientations within spinal cord specimens with confirmed, tract-specific axonal injury. First, we show using transmission electron microscopy (TEM) and immunohistochemistry that tract-specific axonal beading occurs following Wallerian degeneration in the cortico-spinal tract (CST) as direct sequelae to closed head injury (CHI). We demonstrate that although some voxel-averaged diffusion tensor imaging (DTI) metrics are sensitive to this axonal injury, they are non-specific, i.e., they do not reveal an underlying biophysical mechanism of injury. Then we employed 2D diffusion correlation imaging (DCI) to improve discrimination of different water microenvironments by measuring and mapping the joint water mobility distributions perpendicular and parallel to the spinal cord axis. We determined six distinct diffusion spectral components that differ according to their microscopic anisotropy and mobility. We further identified a distinct microenvironment that is specifically associated with the injury-induced axonal degeneration, with reduced and increased diffusivities parallel and perpendicular, respectively, hallmarks of axonal beading. An injury-specific MR image of the CHI spinal cord was then generated, and a radiological-pathological correlation with histological silver staining % area was performed. The resulting large and significant correlation (r = 0.79, p

Angus and I talk about the chance of going back to college next month, why I'm the best dad in the family, being an astronaut and much more

Dan and I talk about why his first two episodes are bad, existential dread (again), dying in space and much more

Link to bioRxiv paper: http://biorxiv.org/cgi/content/short/2020.05.01.071118v1?rss=1 Authors: Magdoom, K. N., Pajevic, S., Gasbarra, D., Basser, P. J. Abstract: The ability to characterize heterogeneous and anisotropic water diffusion processes within macroscopic MRI voxels non-invasively and in vivo is a desideratum in biology, neuroscience, and medicine. While an MRI voxel may contain approximately a microliter of tissue, our goal is to examine intravoxel diffusion processes on the order of picoliters. Here we propose a new theoretical framework and experimental design to describe and measure such intravoxel structural heterogeneity and anisotropy. We assume that a constrained normal tensor-variate distribution (CNTVD) describes the variability of positive definite diffusion tensors within a voxel which extends its applicability to a wide range of b-values unlike existing models. We use a Monte Carlo scheme to synthesize realistic numerical diffusion tensor distribution (DTD) phantoms and invert the MR signal. We show that the signal inversion is well-posed and estimate the CNTVD parameters parsimoniously by exploiting the different symmetries of the mean and covariance tensors of CNTVD. The robustness of the estimation pipeline is assessed by adding noise to calculated MR signals and compared with the ground truth. A family of invariant parameters which characterize microscopic shape, size and orientation heterogeneity within a voxel are also presented. Copy rights belong to original authors. Visit the link for more info

Chloe and I talk about our quarantine hair, how she's going to be Prime Minister one day, why she keeps disappearing at parties and much more

Theo and I talking about making memes, my weird business idea, our life mottos and much, much, much more in the longest episode of Banter with Basser to date

Kevin and I talk about the NBA, Boyce confusing him with Dylan, when he went on Big Brother and much more

Emily and I talk about the new skills she's been working on in quarantine, old hobbies, her taste in music and much more

Liv and I talk about the most wholesome person at Basser, what it's like to be on a shared balcony, her favourite memory at Basser and much more

We will discuss the history of VA scandals and what was done about each one of them.  

We will discuss the Phoenix VA Patient situation. HadIt.com is watching this topic and Veterans news along with a bit of that at http://news.hadit.com Related News: Obama: U.S. Takes Veterans Affairs Neglect Claim 'Very Seriously' #PhoenixVeteransAffairs#PhoenixVASecretList - http://t.co/86dwjHGE5i Veterans Affairs shame: Clean this house | TribLIVE - http://t.co/Yo32C4oepx#VeteransAffairs#PhoenixVASecretList Feds Examine Claims of Improper EHR Use, Veteran Deaths in Ariz. #VeteransAffairs#PhoenixVASecretList - iHealthBeat -http://t.co/lNU92tXRCS Congressmen want Phoenix Veterans Affairs health chief removed . #PhoenixVASecretList#VeteransAffairs - http://t.co/ISUBgu3kLG 3 Congressmen Want Phoenix VA Health Chief to Step Down http://t.co/pzYofp0hvC#PhoenixVASecretList#VeteransAffairs - http://t.co/SCBdISUvG1 Phoenix VA Scandal: New Charges And A Second Whistleblower - #PhoenixVASecretListhttp://t.co/mxz7bABYrU Whistleblower sticks to his story despite VA head's claims -FOX 10 News | http://t.co/kbEQa4OEN2#PhoenixVASecretListhttp://t.co/gunLSiDywu  

Want to know how the Veterans Affairs does it's math? Baser will explain it and some other interesting things that the veteran can do. VA Service Connected Ratings Disability Calculator Combined Ratings Source: Veterans Affairs If VA finds that a Veteran has multiple disabilities, VA uses the Combined Ratings Table to calculate a combined disability rating. Disability ratings are not additive, meaning that if a Veteran has one disability rated 60% and a second disability 20%, the combined rating is not 80%. This is because subsequent disability ratings are applied to an already disabled Veteran, so the 20% disability is applied to a Veteran who is already 60% disabled. Below you will find the steps VA takes to combine ratings for more than one disability and examples using the Combined Ratings Table to illustrate how combined ratings are calculated. Read Full Article

VA claims process talk. What to do when you get a denial letter and how to figure Retroactive Pay. And many other things.

Ask Basser Hour. We will discuss old Cutting Chuck Hagel and his dismantling of our armed forces and benefits.

Call in show

ASK Basser. Discussion about SMC S and SMC L Aid and attendance.

Ask Basser

Ask Basser episode 2.

Ask Basser.