Pod of Thunder

Pod of Thunder

Since 2013, this trio of KISS fans representing multiple generations analyzed every song from the band’s catalog. Now, they’re taking on songs by any band from any rock music genre, submitted by the show’s listeners.

Andy Jones, Nick Jones and Chris Lathrop command you to kneel before whatever you use to listen to rock music podcasts and soak up the banter! Since 2013, this trio of KISS fans representing multiple generations analyzed every song from the band’s catalog, selected randomly from their 1974 debut through their most recent release, Monster. Now, they’re taking on songs by any band from any rock music genre, submitted by the show’s listeners. So hear their words and take heed as they slowly rob you of your virgin soul! Who knows – Pod of Thunder might just become your favorite rock and roll podcast (if it hasn’t already)!

Old Time Radio Westerns

Andrew Rhynes

Reviving the Spirit of the Old West Through Digitally Enhanced Radio Dramas

Step into the past with the Old Time Radio Westerns Podcast, where we proudly present digitally restored classic Western radio dramas in a way that transcends the limitations of their original recordings. Immerse yourself in the golden age of radio, now reborn with a richness and clarity that surpasses the vintage versions. As specialists in digital restoration, we've meticulously enhanced every episode, elevating the audio quality to new heights. The sounds of birds chirping, the creak of a saloon door, the thundering hooves of a pursuing posse, and the crack of gunfire are now delivered with a richness and depth that breathes new life into these timeless tales of the Wild West. Our podcast is a homage to the iconic shows like Gunsmoke, The Lone Ranger, and many more. Each episode is a journey into the untamed frontier, featuring the captivating performances of legendary radio actors and the vivid storytelling that once enthralled audiences nationwide. Saddle up and tune in to the Old Time Radio Westerns Podcast at otrwesterns.com. Experience the digitally revitalized sounds of the West, where the audio quality is not just better but richer and more immersive than ever before. Subscribe now for a daily dose of Western adventures that honor the legacy of these classic radio shows with a modern twist.

Génétique et physiologie cellulaire - Christine Petit

Collège de France

Christine PETIT, Professeure de la chaire de « Génétique et physiologie cellulaire » La physiologie du système auditif, en particulier celle des premiers relais de traitement des signaux sonores, est assez bien comprise. En revanche, les mécanismes cellulaires et moléculaires qui la sous-tendent échappaient encore à toute caractérisation, au début des années 1990. L'approche génétique que le laboratoire du Professeure Christine Petit en proposa, a permis d'en initier le déchiffrage. Cette recherche adossée à l'identification des gènes dont l'atteinte est responsable de formes précoces de surdité chez l'homme, se développe sous la forme d'études multidisciplinaires. Elle éclaire les bases moléculaires de la formation et du fonctionnement de l'organe sensoriel auditif, notamment de ses cellules sensorielles ainsi que la pathogénie d'un vaste ensemble de surdités héréditaires du sujet jeune. Elle est aussi à l'origine de la découverte de nouvelles propriétés physiologiques du système auditif. L'objectif de la recherche s'est élargi depuis peu à l'élucidation de la pathogénie de la presbyacousie, surdité neurosensorielle liée à l'âge, et à une approche thérapeutique du syndrome Usher. Les cours de Christine PETIT portent sur le système auditif, son fonctionnement et ses dysfonctionnements. Ils s'adressent à un public intéressé par les neurosciences, la psychoacoustique, la musique et les troubles de la communication acoustique. Professor Christine PETIT is holding the chair of "Genetics and Cellular Physiology". Despite the amazing knowledge gathered on the physiology of the auditory system, especially at the peripheral level, the sensory organ and its innervation, the underlying molecular mechanisms, were escaping characterization. Then, on the grounds of the identification of the genes causative for the early onset forms of deafness in humans pioneered by Professor Christine Petit, her laboratory set off to decipher the cellular and molecular mechanisms of hearing, the way in which the auditory system develops and processes acoustic signals. Crossing the boundaries between medical and basic research fields, multidisciplinary analyses enable this laboratory to decipher the molecular physiology of the sensory organ (especially of auditory sensory cells), the pathogenesis of a large spectrum of inherited deafness forms and also to uncover new physiological properties of the auditory system. Today, its research encompasses additional objectives, such as in particular the treatment of Usher syndrome, using a gene-therapy approach of the retinal defects associated to congenital profound deafness and the elucidation of the pathogenesis of presbycusis, age-related sensorineural hearing loss, in the perspective of preventing and alleviating this very frequent communication disorder.

STRANGE WAYS Podcast

STRANGE WAYS

by KISS Freaks, for KISS Freaks!

Beaming to you all the way from Jendell, KISS Army bros Jody Havenot, D-ROCK, and Andrew Kiss discuss and celebrate the gods of thunder..KISS!!!