Mafia mayhem, interstate investigations, the Wampus Cat, gun hoarding, fake doctors, way too much Vitamin C, and weird Fritz Klenner’s womanizing ways. As a suspect emerges in the brutal slaying of five people, one incredibly nervous young CIA recruit named Ian Perkins stammers his way through the story of a fast food-fueled, costume-changing camping mission to assassinate the international gun smugglers responsible for the drug trade poisoning America. All the while Susie Sharpe Newsome does her best to play it cool. Welcome to Part Four. Our Five-Part series is based on the 1988 book “Bitter Blood: A True Story of Southern Family Pride, Madness and Multiple Murder” by Jerry Bledsoe. This case is often called The Bitter Blood Murders and is sometimes discovered by learning about Susie Sharpe Newsome and Fritz Klenner. All Five Parts of this Muriel’s Murders epic is available now. The very best way to support Muriel’s Murders and unlock exclusive episodes is to sign up at www.patreon.com/murielsmurders For $5 a month (or more if you chose) you directly help us make this show and ensure that it flourishes. Plus, you get Patreon-only episodes! The other amazing way to support Muriel’s Murders is to share our show with those in your life that you think would enjoy it by texting it to them, telling them about it or posting about Muriel’s Murders online. Muriel’s Murders is researched, written and hosted by Muriel Montgomery. It is recorded, edited and co-hosted by Nick Casalini. This podcast is produced entirely by Nick+Muriel. For more info please visit www.murielsmurders.com/about-nick-muriel Find us on social media - our DMs are open! IG: https://www.instagram.com/murielsmurders/ Twitter: https://twitter.com/murielsmurders YouTube: https://youtube.com/@murielsmurders TikTok: https://www.tiktok.com/@murielsmurders Tumblr:https://www.tumblr.com/murielsmurders Hit us up! murielsmurders@gmail.com 3 min voicemails: 213-222-6621 For more information please visit: www.murielsmurders.com Thank you so much for listening. -N+M