Accelerated Low-Dose Total Skin Electron Beam Therapy Using the Modified Stanford Technique: An In Vivo Dosimetry Confirmation Study.

Purpose Low-dose total skin electron beam therapy (LD-TSEBT) has recently gained popularity in treating mycosis fungoides (MF) due to its reduced toxicity and favorable response rates. Combining accelerated LD-TSEBT with the modified Stanford technique (mST), a condensed cycling approach, offers a promising and convenient option. However, in vivo dosimetry data confirming the effectiveness of this approach is limited.

Unveiling the Mimicker: A Case Report of Ocular Neurosyphilis.

Syphilis, an infection caused by , is well known for its ability to mimic other diseases across various organ systems, complicating timely diagnosis. Ocular syphilis, though rare, is a severe manifestation that can closely resemble other eye conditions, making early identification challenging. When conventional treatments fail to improve symptoms, considering syphilis in the differential diagnosis becomes crucial to avoid further complications.

The Impact of HIV on B Cell Compartment and Its Implications for COVID-19 Vaccinations in People with HIV.

HIV causes intense polyclonal activation of B cells, resulting in increased numbers of spontaneously antibody-secreting cells in the circulation and hypergammaglobulinemia. It is accompanied by significant perturbations in various B cell subsets, such as increased frequencies of immature/transitional B cells, activated memory B cells, atypical memory B cells, short-lived plasmablasts and regulatory B cells, as well as by decreased frequencies of resting memory and resting naïve B cells. Furthermore, both memory and antigen-inexperienced naïve B cells show exhausted and immune-senescent phenotypes.