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An official publication of the ACR and the ARP serving rheumatologists and rheumatology professionals

Research Rheum

Beyond Trial & Error: RheumMadness 2022 AI: TNFi Response Scouting Report

Cleveland Clinic Foundation Rheumatology Fellowship Program: Saja Almaaitah, MD; Shashank Cheemalavagu, MD; Rupal Shastri, MD; Perry Fuchs, MD; Melany Gonzalez Orta, MD; & James Vondenberg, DO  |  

As the capabilities of machine learning and artificial intelligence improve, rheumatologists have access to more data than ever, which may enable them to better predict which patients will respond to specific treatments, such as tumor necrosis factor inhibitors.

A Possible Diagnostic Tool: RheumMadness 2022 AI: JIA Subtypes Scouting Report

The Children’s Hospital at Montefiore Pediatric Rheumatology Fellowship Program: Alisha Akinsete, MD; Malki Peskin, MD; & Jessica Perfetto, MD  |  

Machine learning is a tool that may help pediatric rheumatologists distinguish between different subtypes of juvenile idiopathic arthritis (JIA) and predict treatment response.

Searching for a Cure for OA: RheumMadness 2022 Dog OA Scouting Report

Ohio State University Rheumatology Fellowship Program: Nina Couette, DO; Jesse Reisner, DO; & Sheryl Mascarenhas, MD, Fellowship Program Director  |  

Editor’s note: RheumMadness is the place for everyone crazy about rheumatology to connect, collaborate, compete and learn together. During RheumMadness, rheumatology concepts represent teams that compete against each other in a tournament, much like basketball teams do in the NCAA’s March Madness tournament. In a series for The Rheumatologist, readers will get a chance to…

A Unique Breed: RheumMadness 2022 Dalmatian Urate Scouting Report

University of Texas Southwestern Rheumatology Fellowship Program: Kubra Bugdayli, MD; Brett Capel, MD; Yusuf Chao, MD; Melissa DeFoe, MD; Daniel Emesiani, MD; Joad Eseddi, MD; Nagendra Pokala, MD; Komal Patel, MD; Bonnie Bermas, MD; Haidy Galous, MD; Andreas Reimold, MD; & Guillermo Andres Quiceno, MD  |  

Dalmatians have defects in the renal tubular reabsorption of filtered urate and the hepatic conversion of uric acid to allantoin that may provide unique insights into uric acid homeostasis, with implications for the treatment and management of gout.

Standing on a Hidden Burden: The Oft-Overlooked Problem of Foot and Ankle Osteoarthritis

Regeneration: RheumMadness 2022 Axolotl Limbs Scouting Report

Wake Forest School of Medicine Rheumatology Fellowship Program: Khiem Vu, MD; Alyssa Strazanac, MD; John Herion, DO; & Rami Diab, MD  |  

Daily living, such as walking, jumping and going up stairs, can be difficult for patients with osteoarthritis (OA). Research on the regenerative limbs of the axolotl and the human ankle provides insights into the potential of this process in humans and its implications for hip, knee and ankle OA.

Research Roundup: Abstract Data Presented at ACR Convergence 2021

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The research presented at ACR Convergence 2021 had a broad scope. Below are details on three studies that addressed cardiovascular safety in treat-to-target strategies, phase 2 study results on the efficacy of tigulixostat and the impact of patient preference on treatment adherence. Take our quiz after you read this article. Treat to Target Abstract L06:…

An Oral Targeted Therapy: RheumMadness 2022 Pim Kinases Scouting Report

Residents from the RheumMadness Leadership Team: Michael Macklin, MD, PharmD; Ben Kellogg, MD; Lauren He, MD; & David Leverenz, MD  |  

According to research, Pim kinases contribute to the pathogenesis of rheumatoid arthritis (RA) and may have the therapeutic potential for inhibition in patients with RA.

Targeting Disease-Causing Cells: RheumMadness 2022 Chimeric Antigen Receptor T Cells Scouting Report

Mass General Hospital Rheumatology Fellowship Program: Guy Katz, MD; Ian Cooley, MD; Duncan Moore, MD; Jacquelyn Nestor, MD, PhD; & Steven Witte, MD, PhD  |  

CD19 chimeric antigen receptor T (CAR-T) cell therapies may have the potential to treat rheumatic diseases in which current therapeutic options are limited, such as lupus, interstitial lung disease and systemic sclerosis.

‘Nothing but NET[osis]’: RheumMadness 2022 Anti-NET Antibodies Scouting Report

The UNC Rheumatology Fellowship Program: Leah Bettner, MD; Shruti Chandramouli, MD; Christopher Overton, MD; Astia Allenzara, MD; Michael Cunningham, MD; & Luis Palomino, MD  |  

Neutrophil extracellular traps (NETs) contribute to the pathogenesis of multiple autoimmune diseases. And research has shown that patients with antiphospholipid syndrome (APS) have higher levels of circulating anti-NET antibodies than healthy controls, indicating a potential biomarker.