62 research outputs found
Additional file 1 of Identification of CD8+ T-cell exhaustion signatures for prognosis in HBV-related hepatocellular carcinoma patients by integrated analysis of single-cell and bulk RNA-sequencing
Additional file 1: Table S1. The primer sequences implemented in this study.Table S2. Number of different cell subtypes in various samples. Table S3. The relationship between the TEI and clinical characteristics in HCC patients
Density Functional Theory Study of Controllable Optical Absorptions and Magneto-Optical Properties of Magnetic CrI<sub>3</sub> Nanoribbons: Implications for Compact 2D Magnetic Devices
A chromium triiodide (CrI3) monolayer has
an interesting
ferromagnetic ground state. In this work, we calculate band structures
and magnetic moments of tensile-strained and bent zigzag CrI3 nanoribbons with density functional theory. The edge iodine atoms
form flat low-lying conduction bands and couple with chromium atoms
ferromagnetically, while the non-edge iodine atoms weakly couple antiferromagnetically.
Narrow CrI3 nanoribbons have two locally stable magnetic
moment orientations, namely, out-of-plane and in-plane (along the
nanoribbon periodic direction) configurations. This enables four magnetization
states in CrI3 nanoribbons, including two out-of-plane
ones (up and down) and two in-plane ones (forward and backward along
the nanoribbon periodical direction), increasing the operating controllability.
Based on the one-dimensional Ising spin chain model, the spin correlation
length of the narrow CrI3 nanoribbon is estimated to be
about 10 Ã… at its estimated Curie temperature of 27 K, which
is lower than the measured 45 K of the monolayer CrI3.
The optical absorption and magneto-optical properties of CrI3 nanoribbons are investigated with many-body perturbation GW-BSE
(Bethe–Salpeter equation), including magnetic dichroism and
Faraday and magneto-optical Kerr effects. The low-energy dark excitons
are mainly from transitions between electrons and holes with unlike
spins and are non-Frenkel-like, while the bright excitons have mixed
spin configurations. The intrinsic lifetime of excitons can be over
one nanosecond, suitable for quantum information processes. Tensile
strains and bending manifestly modulate the absorption spectra and
magneto-optical properties of CrI3 nanoribbons within a
technologically important photon energy range of ∼1.0–2.0
eV. The CrI3 nanoribbons can be used in 1D or 2D magnetic
storage nanodevices, tunable magnetic optoelectronics, and spin-based
quantum information controls
Additional file 1: of Peroxisome Proliferators Activated Receptor (PPAR) agonists activate hepatitis B virus replication in vivo
Supplementary Figure 1. Alternation of HBV replicative intermediates in mouse livers after three PPAR agonists treatment. A. Alternation of HBV replicative intermediates in mouse livers after bezafibrate treatment at 30mg/kg.d and 60 mg/kg.d. B. Alternation of HBV replicative intermediates in mouse livers after fenofibrate treatment at 30mg/kg.d and 60 mg/kg.d. C. Alternation of HBV replicative intermediates in mouse livers after rosiglitazone treatment at 0.6mg/kg.d and 1.2 mg/kg.d. (DOCX 169 kb)
sj-tif-1-evb-10.1177_11769343241249017 – Supplemental material for HNF4A-Bridging the Gap Between Intestinal Metaplasia and Gastric Cancer
Supplemental material, sj-tif-1-evb-10.1177_11769343241249017 for HNF4A-Bridging the Gap Between Intestinal Metaplasia and Gastric Cancer by Yihang Zhao, Hong Tang, Jianhua Xu, Feifei Sun, Yuanyuan Zhao and Yang Li in Evolutionary Bioinformatics</p
Bioinspired Thermochromic Textile Based on Robust Cellulose Aerogel Fiber for Self-Adaptive Thermal Management and Dynamic Labels
Aerogel fiber has emerged recently for incorporation
in personal
thermal management textiles due to its flexibility, scalability, and
ultrahigh porosity, which allows the body to keep warm via thermal
isolation without energy consumption. However, the functionalization
and intellectualization of cellulose-based aerogel fibers have not
yet been fully developed. Herein, we propose a biomimicking design
inspired by polar bear and Siamese cat hair that combines porous cellulose
aerogel fiber (CAF) with reversible thermochromic microcapsules to
mimic biological sensory and adaptive thermoregulation functions.
The produced CAF has a controllable pore structure, a large specific
surface area (230 m2/g), and excellent mechanical strength
(∼15 MPa). Low-temperature darkening microcapsules have been
incorporated into the robust CAF to spontaneously adjust color by
perceiving the ambient temperature. The functional aerogel fiber fabric
achieves high thermal insulation and photothermal modulation simultaneously
at temperatures below 18 °C. The temperature of the thermochromic
fabric was higher by 6 °C than that of the sample without the
microcapsules at a light intensity of 0.2 W/cm2. In addition,
the aerogel fibers mixed with two types of thermochromic microcapsules
exhibit three color switches with fast response, a color-control precision
of 0.2 °C, and good cycling performance. This smart aerogel fibers
hold great promise for self-adaptive thermal management, temperature
indication, information transfer, and anticounterfeiting in textiles
Bioinspired Thermochromic Textile Based on Robust Cellulose Aerogel Fiber for Self-Adaptive Thermal Management and Dynamic Labels
Aerogel fiber has emerged recently for incorporation
in personal
thermal management textiles due to its flexibility, scalability, and
ultrahigh porosity, which allows the body to keep warm via thermal
isolation without energy consumption. However, the functionalization
and intellectualization of cellulose-based aerogel fibers have not
yet been fully developed. Herein, we propose a biomimicking design
inspired by polar bear and Siamese cat hair that combines porous cellulose
aerogel fiber (CAF) with reversible thermochromic microcapsules to
mimic biological sensory and adaptive thermoregulation functions.
The produced CAF has a controllable pore structure, a large specific
surface area (230 m2/g), and excellent mechanical strength
(∼15 MPa). Low-temperature darkening microcapsules have been
incorporated into the robust CAF to spontaneously adjust color by
perceiving the ambient temperature. The functional aerogel fiber fabric
achieves high thermal insulation and photothermal modulation simultaneously
at temperatures below 18 °C. The temperature of the thermochromic
fabric was higher by 6 °C than that of the sample without the
microcapsules at a light intensity of 0.2 W/cm2. In addition,
the aerogel fibers mixed with two types of thermochromic microcapsules
exhibit three color switches with fast response, a color-control precision
of 0.2 °C, and good cycling performance. This smart aerogel fibers
hold great promise for self-adaptive thermal management, temperature
indication, information transfer, and anticounterfeiting in textiles
Bioinspired Thermochromic Textile Based on Robust Cellulose Aerogel Fiber for Self-Adaptive Thermal Management and Dynamic Labels
Aerogel fiber has emerged recently for incorporation
in personal
thermal management textiles due to its flexibility, scalability, and
ultrahigh porosity, which allows the body to keep warm via thermal
isolation without energy consumption. However, the functionalization
and intellectualization of cellulose-based aerogel fibers have not
yet been fully developed. Herein, we propose a biomimicking design
inspired by polar bear and Siamese cat hair that combines porous cellulose
aerogel fiber (CAF) with reversible thermochromic microcapsules to
mimic biological sensory and adaptive thermoregulation functions.
The produced CAF has a controllable pore structure, a large specific
surface area (230 m2/g), and excellent mechanical strength
(∼15 MPa). Low-temperature darkening microcapsules have been
incorporated into the robust CAF to spontaneously adjust color by
perceiving the ambient temperature. The functional aerogel fiber fabric
achieves high thermal insulation and photothermal modulation simultaneously
at temperatures below 18 °C. The temperature of the thermochromic
fabric was higher by 6 °C than that of the sample without the
microcapsules at a light intensity of 0.2 W/cm2. In addition,
the aerogel fibers mixed with two types of thermochromic microcapsules
exhibit three color switches with fast response, a color-control precision
of 0.2 °C, and good cycling performance. This smart aerogel fibers
hold great promise for self-adaptive thermal management, temperature
indication, information transfer, and anticounterfeiting in textiles
Immunohistochemical staining of MMP-2 protein expression in tumors of tumor bearing mice.
<p>Minimum MMP-2 staining was seen in tumors resected at 16 HALO, while tumors resected at 10 HALO showed the highest MMP-2 staining (magnification, ×400).</p
Supplementary document for Eigendecomposition-Free Inverse Design of Meta-Optics Devices - 6923153.pdf
supplementary documen
Western blot analysis of PER1 protein expression in tissues of patients with BSCC.
<p>The level of Tubulin in each sample is detected as an internal control. One representative of three independent experiments with similar results is shown. Lane 1: PER1 protein expression in cancerous tissues. Lane 2: PER1 protein expression in adjacent noncancerous tissues.</p
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