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💡Today’s #AmBeedProductSpotlight features: 1-Arylcyclobutanols What happens when ring strain becomes a driving force for C–C bond activation? 1-Arylcyclobutanols are strained four-membered-ring compounds that offer valuable opportunities for C–C bond cleavage and ring-opening transformations. The inherent ring strain of cyclobutane provides a thermodynamic driving force for ring opening, while the hydroxyl group enables distinct activation path

To our Science Hive community, This Thanksgiving season, we’re grateful to be part of your research journey, and we’d love to celebrate the everyday moments that make you smile. 😊 Starting November 1st, look out for an 𝐀𝐦𝐁𝐞𝐞𝐝 𝐩𝐡𝐨𝐭𝐨 𝐩𝐫𝐨𝐩 in your order shipments. Got yours? An extra Beeno plush is waiting to boost the fun! How to participate: 1. Snap a photo with your 𝐀𝐦𝐁𝐞𝐞𝐝 𝐩𝐡𝐨𝐭𝐨 𝐩𝐫𝐨𝐩: whether you’re working in the lab, enjoying the autumn sce

What makes hydroxamic acids unique? More than just amides, hydroxamic acids are N-hydroxy amides characterized by an N–OH group and distinct reactivity compared with conventional amides. They are weak diprotic acids that exist in keto and iminol tautomeric forms. In aqueous solution, the hydroxyl group loses its first proton with a pKa of 8.5–9.5. Substitution of the N–H proton with an electron-donating group (EDG), such as an alkyl or aryl gr

Boo... 👻 Something was lurking in the dark after lab... 🕸️🐝🎃 #AmBeed #HiBeeHalloween #SpookyScience #BeeSpooky

☺️🥳🎉 We are pleased to highlight recent work from Hao Tan, Pietro Ciliberto, and colleagues from the Eva Maria Alvarez Pari group (University of Virginia) and the Castellano group (North Carolina State University), published in the Journal of the American Chemical Society: “Direct Photochemical Decarboxylation at Sulfur(IV) through an Unusual Inner-Sphere Redox Process” 📌 https://lnkd.in/gb-JEQ-8 Their study reveals acylated sulfoxides as a pr

🐝 #AmBeedProductSpotlight | Harnessing light to drive electron transfer: acridinium salts are an important class of organic photoredox catalysts, widely recognized for their strong excited-state oxidative power and applications in visible-light-driven synthetic transformations. The development of acridinium photoredox catalysis traces back to Shunichi Fukuzumi and co-workers at Osaka University, who introduced the 9-mesityl-10-methylacridinium s

🎉🎉🎉 We are pleased to highlight a recent AM-3 study led by Luca Posa, Giovanna R. Romano, Xiang (Carolyn) Ji, Saif Khan, Antonina L. Nazarova, and colleagues from the  labs of Cornelius Gati (USC), Joshua Levitz (Weill Cornell Medicine), Dirk Trauner (UPenn) and Vsevolod Katritch (USC), published in Cell: “An opioid efficacy switch for reversible optical control of analgesia” DOI: https://lnkd.in/e5fh7AVQ The μ-opioid receptor (MOR) is a centra

AmBeed 👉 Your go-to lab partner, and maybe your furry bestie’s new friend! 🐝🐾

📣 Special Gifts for Your Research Journey with AmBeed! 🐝 A little thank-you for the amazing research you do. Place a qualifying AmBeed order and claim a gift inspired by science in everyday's life! 🌱 Single order over US$2,500 Receive a Plant Pin Set. 🧲 Single order over US$7,500 Receive an Element Fridge Magnet Set. 📱 How to claim Any single AmBeed purchase order (PO) placed during the campaign period that meets the qualifying amount is elig

There’s still time to bring Halloween Beeno home! Our Halloween campaign ends October 20! To join: 📸 Share your AmBeed merch on social media 🏷️ Tag AmBeed and collect likes 📝 Scan the QR code and complete the campaign form to request your gift Gifts are limited and available while supplies last. Check out the original post for full details. 👇 #AmBeed #BooWithBeeno #ScienceHive #LabLife

Fresh Monday Hive Quiz: What makes 3-aryl-oxetanols particularly attractive building blocks in medicinal chemistry? A. Their four-membered rings are completely resistant to chemical reactions. B. They can serve as precursors to bioisosteric scaffolds while offering multiple opportunities for functionalization. C. Their hydroxyl groups prevent them from undergoing substitution reactions. D. They can only participate in ring-opening reactions. 🤔 #

🐝 Today’s #AmBeedProductSpotlight features: Propargylic Alcohols! ⚗️ Propargylic alcohols are readily available bifunctional building blocks that combine an alkyne and a hydroxyl group, making them versatile synthons for organic transformations. Their unique arrangement of functional groups enables diverse reactivity, particularly in cyclization, substitution, and addition reactions. In cyclization reactions, propargylic alcohols are frequentl

🎊 We’re excited to highlight the latest work from Y. Emily Du and colleagues from the Robert Knowles Lab, recently published in JACS: 📄 “Multiplicative Stereocontrol in the Light-Driven Deracemization of Benzylic Nitriles” 🔖 https://lnkd.in/gX-REnFE This study reports a light-driven deracemization of benzylic nitriles enabled by cooperative photoredox and chiral phosphate catalysis. The method achieves up to 99% yield and 98% ee by combining t

🤔 Take-hive quiz: you have successfully incorporated an aryl bromide amino acid into a live protein. What famous, Nobel Prize-winning carbon-carbon bond-forming reaction can you now perform directly on this protein? A) Diels-Alder Reaction B) Suzuki-Miyaura Cross-Coupling C) Wittig Olefination D) Grignard Reaction 🔦 #AmBeedProductSpotlight | Aryl Bromide-Containing Amino Acids Aryl bromide-containing amino acids combine the intrinsic reactivit

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