My nurse, Joanne, took me aside before I began my next consult. “Room No. 5, breast implant patient. Her lawyer organized the records.” She handed me a hefty three-ring notebook organized by color-coded tabs. “Her attorney called just now,” Joanne raised an eyebrow, “and told me to tell you that, to save time, he highlighted…
Rheumatology Patient, Investigator Reflect on Advancements in Lupus, Rheumatoid Arthritis Treatments
In 1969, Martha Lovato passed away from renal failure due to complications of lupus. Martha was 18 years old and survived only two years following her diagnosis. At the time, Martha’s disease was still a mystery to many physicians and researchers. Her treatment options were limited. In fall 2004, after an unprecedented battle with shingles…
Tacrolimus Use for Lupus Nephritis Raises Debate over Role in North American Population
The following summary regarding use of tacrolimus (TAC) in lupus nephritis highlights a number of debatable points. Although the role of TAC in lupus nephritis remains unproved for North American populations, it might be an excellent option in some clinical situations. These situations include lupus flare during pregnancy and also for lupus nephritis when the…
High-Salt Diet May Trigger Gene Silencing & a Lupus Phenotype
New research has demonstrated that a high-salt diet may increase the differentiation of follicular helper T cells (Tfh). A high-salt diet also increased lupus features in MRL/lpr mice, suggesting that the genes that increased expression in response to salt intake were similar to the genes that had increased expression in lupus CD4+ T cells…
Lupus Treatment Advances Lag Behind Other Rheumatic Diseases
SAN FRANCISCO—In a presentation on advances in the treatment of systemic lupus erythematosus (SLE) at the California Rheumatology Alliance 2016 Medical & Scientific Meeting in May, Maria Dall’Era, MD, director of the Lupus Clinic and Rheumatology Clinical Research Center at the University of California, San Francisco, discussed the range of treatments that have been identified…
Plasmabast Responses Provide a Signature for Lupus Disease Activity
A recent study documented blood transcriptional profiles in pediatric patients with systemic lupus erythematosus (SLE), finding that plasmablast signatures were the most robust biomarker of SLE disease activity. Researchers were further able to stratify patients into groups on the basis of molecular correlates, which may aid in personalizing SLE treatment and identifying biomarkers that can predict occurrence and frequency of flares…
Lupus Expert Calls for Better Research, Outcomes of Clinical Trials
CHICAGO—A lupus expert recently issued a call for action to improve outcomes of lupus clinical trials, a field that has had so many failed potential therapies that he said it seems to be “cursed.” Richard Furie, MD, chief of rheumatology at Northwell Health in New York, said at the ACR’s 2016 State-of-the-Art Clinical Symposium that…
The ACR’s Collaborative Initiatives Promote Awareness of Lupus, Rheumatic Diseases
When I began my tenure as ACR president this past November, I posited that it “takes a village” to grow and succeed in rheumatology’s rapidly changing environment. The ACR village includes volunteers who represent a diverse leadership pipeline reflecting the demographics of our younger members. It also includes the international rheumatology community that accounts for…
Opinion: Erosive Changes Questioned in RA/Lupus Overlap Syndrome
I read with interest the Diagnostic View (TR, April), which, according to the authors, represented a case of rhupus, an overlap syndrome of RA and SLE. I challenge this view. My arguments: In the case of erosive RA, typically erosive changes are seen at MTP joints other than MTP1 (e.g., MTP5). In addition, the erosive…
Researchers Hone in on Defect in Autophagy that May Underlie Lupus
New research investigates the role of autophagy, specifically the cell digestion process called LC3-associated phagocytosis (LAP), in inflammation and the pathology of systemic lupus erythematosus (SLE). Researchers found that defects in this process result in failure to digest dying cells, which increases inflammatory cytokine production and results in SLE-like disease in mice. Further exposure to dying cells accelerated disease development…
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