Role of Fcγ receptors in HER2-targeted breast cancer therapy by Hope S Rugo, Antonino Musolino, William J Gradishar, Jeffrey L Nordstrom, Edwin P Rock, Fernanda Arnaldez, Mark D Pegram

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Research on the Impact of Different Force Directions on the Mechanical Properties and Damage Evolution Law of Sandstone with Different Hole Diameters by Fukun Xiao, Renhe Li, Le Xing

“…In this research, a uniaxial acoustic emission experiment was conducted on rock samples with different positions and diameters of the hole, and an analysis was made on the impact of different hole positions and diameters on the mechanical properties, failure, energy conversion, and acoustic emission-caused damage characteristics and laws of the rock samples. …”
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Effect of Water Content on the Impact Propensity of White Sandstone by Jiankui Bai, Chuanming Li, Ruimin Feng, Nan Liu, Xiang Gao, Zhengrong Zhang, Bochao Nie

“…The decrease in compressive strength of the water-saturated rock is 33.3%, and the decrease in its elastic modulus is 28.1% compared to the dry rock. (2) As the water content increases, the cohesion of the rock decreases and the internal structure of the rock fails more easily, which ultimately makes the energy needed for rock destruction lower. …”
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Strength Characteristics and Failure Mechanism of Granite with Cross Cracks at Different Angles Based on DIC Method by Xu Wu, Liyuan Zhang, Jinglai Sun, Qifeng Guo, Jiliang Pan, Jun Gao

“…The engineering rock mass is generally composed of the rock matrix and structural plane and is an anisotropic inhomogeneous geological body. …”
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Structural Characteristics of Regenerated Roof and Distribution Law of Overburden Porosity in Downward Mining of a Bifurcated Coal Seam by Ru Hu, Jiwen Wu, Xiaorong Zhai, Wenbao Shi, Kai Huang

“…Results show that the overburden structure of the lower coal seam is altered due to the mining influence of the upper coal seam, and the regenerated roof of the lower coal seam is divided into three structural types from top to bottom, namely: intact rock mass+block fracture rock mass+loose rock mass (type I structure); intact rock mass+block fracture rock mass+loose rock mass+cataclastic rock mass (type II structure); and intact rock mass+block fracture rock mass+loose rock mass+cataclastic rock mass+slab-rent rock mass (type III structure). …”
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Multidisciplinary care in pediatric severe asthma: A comparative outcomes analysis by Adam S. Price, MD, Akilah A. Jefferson-Shah, MD, Robert D. Pesek, MD, Erhan Ararat, MD, Safia F. Nawaz, MD, Matthew Pertzborn, MD, Kim Cobb, RT, Haley Long, RT, Monica Y. Miller, LMSW, Brandi N. Whitaker, PhD, Stacie M. Jones, MD, Scott Stewart, MS, Daniel Liu, MD, Tamara T. Perry, MD

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Evaluating Long-Term Strength and Time to Failure of Sandstone with Different Initial Damage by Rongbin Hou, Yanke Shi, Leige Xu, Jinwei Fu, Kai Zhang

“…Long-term strength (LTS) of rock materials is important for the long-term stability analysis and the failure prediction of structures in rock engineering. …”
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Hepatocyte Rho-associated kinase signaling is required for mice to survive experimental porphyria-associated liver injury by Jessica M. Herrera, Yun Weng, Tyler J. Lieberthal, Marcus Paoletti, Tammy T. Chang

“…Rho-associated kinases 1 and 2 (ROCK1 and ROCK2) regulate critical cell functions, including actomyosin contractility, apoptosis, and proliferation. …”
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Predicting Time-to-Failure of Red Sandstone by Temporal Precursor of Acoustic Emission Signals by Ansen Gao, Chengzhi Qi, Renliang Shan, Chunlai Wang

“…The evolution pattern of rock damage is a progressive failure process of rock materials. …”
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Study on Fracture Distribution and Local Brittleness Characteristics Based on Stepwise Regression Method by Wanchun Zhao, Xiaohan Feng, Tingting Wang

“…The brittleness of rock is an important parameter that influences and controls the evolution mechanism of the fracture and formation of a fracture net. …”
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Experimental Study on Acoustic Emission Characteristics of Granite and Sandstone under Uniaxial Compression by Yongshuai Sun, Fei Yu, Jianguo Lv

“…The influencing factors of the acoustic emission characteristics of the two rock samples were discussed and the characteristics of the acoustic emission signals corresponding to different stages of rock failure were analyzed. …”
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Influence of Elevation on Slake Durability Index of Quartz Mica Schist: A Case Study of East Slope of Manjiazhai Open Pit by Yongfeng Lu, Kepeng Hou, Huafen Sun, Wei Sun, Shengyou Zhang, Jun Jiang

“…At the same time, the higher the slope elevation of open-pit mine, the longer the weathering time of rock, the higher the cumulative damage of rock, and the lower the rock slake durability index. …”
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Experimental Investigation on Deformation and Strength Behavior of Marble with the Complex Loading-Unloading Stress Path by Chen Chen, Lipeng Liu, Yu Cong

“…The excavation of deep tunnel in rock mass undergoes complex loading and unloading stress paths, resulting in rib spalling, flaking, and even severe rockburst disasters. …”
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Study on the Deformation Mechanism of the Bottom Plate along the Empty Lane of Deep Mining and the Control Technology of the Bottom Drum by Dongdong Pang, Xingang Niu, Kai He, Chuanming Li, Dawei Pang, Tao Hu, Zhongqi Chen, Xiaolong Luo

“…The deformation of the surrounding rock is mainly based on the bottom, and the horizontal stress on the bottom plate along the empty lane is mainly generated by the horizontal strain that occurs after the lower rock layer of the filling body and the coal gang is subjected to the supporting pressure transmitted by the top plate. …”
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Investigation of the Effects of Freeze-Thaw Cycles on Geomechanical and Acoustic Characteristics of Tuff Specimens under Different Stress Paths by Yong-gang Xiao, Chang-hong Li, Jie Cao, Yu Wang, Zhi-qiang Hou, Nan Hu

“…In the process of development and construction of open-pit mine slope in the high altitude and cold area, freeze-thaw (F-T) cycles have an important impact on rock engineering structure. F-T cycles lead to the decrease in physical and mechanical properties of rock, which is closely related to the stability of open-pit slope. …”
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Effect of Moisture Content on Bursting Liability of Sandstone due to Freeze-Thaw Action by Kesheng Li, Maotong Li, Deng Zhang, Chuanxiao Liu, Depeng Ma

“…In addition, uniaxial compressive strength (UCS) of rock is of great importance in evaluating weathering durability, frost resistance, and bursting liability of rock. …”
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Study on Sensitivity Parameters Analysis of Grouting Reinforcement Underpassing Existing Subway Tunnel by Numerical Modeling by Zaiqiang Hu, Bin Ma, Xingzhou Chen, Lili Chen

“…When carrying out construction that underpasses existing subway tunnels, the surrounding rock is frequently disturbed. Therefore, it can loosen easily and become unstable, which makes its stability difficult to control. …”
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Study on the Creep Damage Characteristics of Shale under the Combined Action of Osmotic Pressure and Disturbance Load by Junguang Wang, Qingrong Yu, Bing Liang, Zhangqing Xuan

“…In the in situ modified fluidized mining engineering, the surrounding rock of the shaft wall is prone to creep instability damage under the action of disturbance and seepage water pressure, which seriously affects the stability of the surrounding rock of the deep in situ modified fluidized mining. …”
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LANGUAGE STYLE OF HUMOR ON STAND-UP COMEDY VIDEO by Merry Rullyanti, Nurdianto Nurdianto

“… This research explained about language styles which used in stand-up comedy script brought by Chris Rock. Chris Rock owns famous joke material that is affected by the black comedy pioneers like Richard Pryor and Redd. …”
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Gravity and Remote Sensing Methods as a Solution in Identifying Geothermal Reservoirs on Volcanoes by null Wiyono, Salman Hamja Siombone, Sukir Maryanto

“…The results of 3D inversion modeling provide four types of subsurface rock layers based on the density distribution value, namely, the first rock layer ρ1=2.52–2.67 g/cm3, the second rock layer ρ2=2.72–2.77 g/cm3, the third rock layer ρ3=2.80–2.83 g/cm3, and the fourth rock layer ρ4=2.84–2.86 g/cm3. …”
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