Hematological response to Standard and Optimized rATG protocol.

*<p> <i>Difference between Standard and Optimized rATG protocol.</i></p

Absolute lymphocyte count (mean±SE) following rATG administration.

<p>The degree and duration of lymphopenia were similar between Standard rATG (dotted line) and Optimized rATG (solid line) 9 days and 6 months following rATG administration.</p

Characteristics of the cohort of patients.

<p> <i>rATG, rabbit antithymocyte globulin; VSAA, very severe aplastic anemia; SAA, severe aplastic anemia; ANC, absolute neutrophil count; ALC, absolute lymphocyte count.</i></p

Different OS between younger (≦20 years) and older (>20 years) patients stratified by Standard rATG and Opitimized rATG.

<p>A, Following Standard rATG, older patients had a worse OS than younger ones (<i>P</i> = 0.02). B, Following Optimized rATG, older and younger patients had a similar OS.</p

Kaplan-Meier curve of overall survival.

<p>A, The 5-year OS of patients received Optimized rATG was superior to that of patients received Standard rATG (<i>P</i><.001). B, Longer interval between diagnosis and IST (>23 days) predicted a worse 5-year OS (<i>P</i><.001). C, The patients with response at 3 months had significantly higher 5-year OS (<i>P</i><.001).</p

Adverse events in 3 months after IST.

*<p> <i>Difference between Standard and Optimized rATG protocol.</i></p

Copper Mesh Templated by Breath-Figure Polymer Films as Flexible Transparent Electrodes for Organic Photovoltaic Devices

Metal mesh is a significant candidate of flexible transparent electrodes to substitute the current state-of-the-art material indium tin oxide (ITO) for future flexible electronics. However, there remains a challenge to fabricate metal mesh with order patterns by a bottom-up approach. In this work, high-quality Cu mesh transparent electrodes with ordered pore arrays are prepared by using breath-figure polymer films as template. The optimal Cu mesh films present a sheet resistance of 28.7 Ω·s<i>q</i>^–1 at a transparency of 83.5%. The work function of Cu mesh electrode is tuned from 4.6 to 5.1 eV by Ag deposition and the following short-time UV–ozone treatment, matching well with the PEDOT:PSS (5.2 eV) hole extraction layer. The modified Cu mesh electrodes show remarkable potential as a substitute of ITO/PET in the flexible OPV and OLED devices. The OPV cells constructed on our Cu mesh electrodes present a similar power conversion efficiency of 2.04% as those on ITO/PET electrodes. The flexible OLED prototype devices can achieve a brightness of 10 000 cd at an operation voltage of 8 V