<i>S</i>. <i>turkestanicum</i> eggs.

A: Image of the collected eggs using the NaOH erosion method; B: Structure of the eggs.</p

Clinical sample detection.

3-6: There were 7 goats aged from 3 to 6 months in this group, 4 of which were infected with S. turkestanicum according to the ELISA; 6–12: There were 21 goats aged from 6 to 12 months in this group, 18 of which were infected with S. turkestanicum according to the ELISA; 12–24: There were 47 goats aged from 12 to 24 months in this group, 46 of which were infected with S. turkestanicum according to the ELISA; 24-: There were 39 goats aged over 24 months in this group, 39 of which were infected with S. turkestanicum according to the ELISA.</p

Specificity, sensitivity and cross-reactivity detection.

Each OD value is representative of the mean of three absorbance values. The sensitivity and specificity testing groups comprised 100 goat sera samples negative for S. turkestanicum and 48 goat sera samples positive for S. turkestanicum. The cross-reactivity group comprised 54 buffalo sera samples positive for S. japonicum. The charts were created in Prism 5.0 software.</p

Data Driven High Quantum Yield Halide Perovskite Phosphors Design and Fabrication

Abstract: The outstanding emission of halide perovskites make them ideal candidates for white emission lightemitting diodes (LEDs) for lighting applications. However, many perovskites contain toxic or scarce elements and have unsatisfactory stability. Here, we report a target-driven approach, based on active learning (AL) techniques, to discover halide perovskites suitable for commercial LED applications. Based on the similarity between halide and oxide perovskites, a model trained on an oxide perovskite dataset plus six AL-selected halide perovskites exhibited excellent performance for photoluminescence quantum yield (PLQY) predictions of oxide and halide perovskites. The model proposed a strong relationship between ionic radii and PLQY, postulated to be due to the self-trap excitons derived from the Jahn-Teller deformation. A novel halide perovskite phosphor, Cs4Zn(Bi0.85Sb0.15)2Cl12:0.01Mn, was designed and synthesized with the aid of the model. It exhibited an 88 % PLQY and outstanding thermal and luminescent stability. A simple white LED was fabricated from this material, exemplifying its commercial potential. This study demonstrates how machine learning techniques can accelerate discovery of next-generation phosphors for high performance single emitter-based white-light emitting devices. </p

Distribution of <i>S</i>. <i>turkestanicum</i> eggs in different organs in Nimu goats.

The majority of the eggs were distributed in the host small intestine. Subdividing the small intestine into three parts (upper, middle, lower), the middle part harboured the majority of the egg burden (68.89%), followed by the caecum (13.57%) and upper small intestine (10.48%). Approximately 2.72% of the eggs were found in the duodenum. There were low numbers of eggs in the lower small intestine (0.43%), colon (0.00%) and rectum (0.01%). Very few eggs were found in the liver (3.90%) and spleen (0.00%).</p

Best concentrations of sera and coated SWAP.

Best concentrations of sera and coated SWAP.</p

Best concentrations of sera and coated SEA.

Best concentrations of sera and coated SEA.</p