Adult-onset Still's disease (AOSD) characterized by a high spiking fever, skin rash, arthritis, and leukocytosis. The aim of the present study was considering the long-term outcomes of patients with AOSD who were treated with tight control strategy with disease modifying anti-rheumatic drugs (DMARDs). Fifty-six patients with AOSD treated with tight control strategy were included. Four levels of remission were defined. Remission on-treatment was defined as the clinical remission, patient global assessment (PGA) ≤ 1, and prednisolone dose ≤ 5mg/day for at least 6months. Remission off-treatment was defined as the clinical remission and PGA ≤ 1 for at least 6months as well as discontinuation of prednisolone, DMARDs, and biologics. Sustained remission on-treatment was defined as the clinical remission, PGA ≤ 1, and prednisolone dose ≤ 5mg/day for ≥ 5years. Sustained remission off-treatment was defined as the clinical remission and PGA ≤ 1 for ≥ 5years as well as discontinuation of prednisolone, DMARDs, and biosease activity successfully.From a pool of 147 reliable recommendations, ten experts from the Austrian Society of General Practice and Family Medicine selected 21 relevant recommendations as the basis for the Delphi process. In two Delphi rounds, eleven experts established a top‑5 list of recommendations designed for Austrian family practice to reduce medical overuse. Three of the chosen recommendations address the issue of antibiotic usage in patients with viral upper respiratory tract infections, in children with mild otitis media, and in patients with asymptomatic bacteriuria. The other two "do not do" recommendations concern imaging studies for nonspecific low back pain and routine screening to detect prostate cancer. A subsequent survey identified the reasons for selecting these top‑5 recommendations the frequency of the issue, potential harms, costs, and patients' expectations. Experts hope the campaign will save time in educating patients and provide legal protection for omitting measures.The need for progress in satellite remote sensing of terrestrial ecosystems is intensifying under climate change. Further progress in Earth observations of photosynthetic activity and primary production from local to global scales is fundamental to the analysis of the current status and changes in the photosynthetic productivity of terrestrial ecosystems. In this paper, we review plant ecophysiological processes affecting optical properties of the forest canopy which can be measured with optical remote sensing by Earth-observation satellites. Spectral reflectance measured by optical remote sensing is utilized to estimate the temporal and spatial variations in the canopy structure and primary productivity. Optical information reflects the physical characteristics of the targeted vegetation; to use this information efficiently, mechanistic understanding of the basic consequences of plant ecophysiological and optical properties is essential over broad scales, from single leaf to canopy and landscape. In theory, portunities of ecophysiological remote sensing by satellites. The heterologous expression of isopentenyl transferase (IPT) under the transcriptional control of the senescence-associated receptor-like kinase (SARK) promoter delayed cellular senescence and, through it, increased drought tolerance in plants. To evaluate the effect of pSARKIPT expression in bread wheat, six independent transgenic events were obtained through the biolistic method and evaluated transgene expression, phenology, grain yield and physiological biomass components in plants grown under both drought and well-irrigating conditions. Experiments were performed at different levels (i) pots and (ii) microplots inside a biosafety greenhouse, as well as under (iii) field conditions. Two transgenic events, called TR1 and TR4, outperformed the wild-type control under drought conditions. click here Transgenic plants showed higher yield under both greenhouse and field conditions, which was positively correlated to grain number (given by more spikes and grains per spike) than wild type. Interestingly, this yield advantage of the transgenic events was observed under both drought and well-watered conditions. The results obtained allow us to conclude that the SARK promoter-regulated expression of the IPT gene in bread wheat not only reduced the yield penalty produced by water stress but also led to improved productivity under well-watered conditions.The results obtained allow us to conclude that the SARK promoter-regulated expression of the IPT gene in bread wheat not only reduced the yield penalty produced by water stress but also led to improved productivity under well-watered conditions. There is a growing body of nuclear contrast agents that are repurposed for fluorescence-guided surgery. New contrast agents are obtained by substituting the radioactive tag with, or adding a fluorescent cyanine to the molecular structure of antibodies or peptides. This enables intra-operative fluorescent detection of cancerous tissue, leading to more complete tumor resection. However, these fluorescent cyanines can have a remarkable influence on pharmacokinetics and tumor uptake, especially when labeled to smaller targeting vectors such as peptides. Here we demonstrate the effect of cyanine-mediated dead cell-binding of Ac-Lys (IRDye800CW)-Tyr -octreotate (800CW-TATE) and how this can be used as an advantage for fluorescence-guided surgery. Binding of 800CW-TATE could be blocked with DOTA -Tyr -octreotate (DOTA-TATE) on cultured SSTR -positive U2OS cells and was absent in SSTR negative U2OS cells. However, strong binding was observed to dead cells, which could not be blocked with DOTA-TATE and was hich is routinely done with nuclear probes, this dead cell-binding can resemble non-specific binding. This study will benefit the development of fluorescent contrast agents.This study shows that labeling peptides with cyanines can result in dead cell binding. This does not hamper the ultimate purpose of fluorescence-guided surgery, as necrotic tissue appears in most solid tumors. Hence, the necrosis binding can increase the overall tumor uptake. Moreover, necrotic tissue should be removed as much as possible it cannot be salvaged, causes inflammation, and is tumorigenic. However, when performing binding experiments to cells with disrupted membrane integrity, which is routinely done with nuclear probes, this dead cell-binding can resemble non-specific binding. This study will benefit the development of fluorescent contrast agents.