Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

“…This study developed a novel PET radiotracer to screen breast cancer patients sensitive to CDK4/6 inhibitors, guiding personalized treatment. …”

Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

“…This study developed a novel PET radiotracer to screen breast cancer patients sensitive to CDK4/6 inhibitors, guiding personalized treatment. …”

Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

“…This study developed a novel PET radiotracer to screen breast cancer patients sensitive to CDK4/6 inhibitors, guiding personalized treatment. …”

Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

“…This study developed a novel PET radiotracer to screen breast cancer patients sensitive to CDK4/6 inhibitors, guiding personalized treatment. …”

Imaging CDK4/6 Broaden Options of Breast Cancer Diagnostics with Positron Emission Tomography by Mengjing Ji (17741338)

“…This study developed a novel PET radiotracer to screen breast cancer patients sensitive to CDK4/6 inhibitors, guiding personalized treatment. …”

Sequences analysis of HL-IR. by Ceyan Kuang (8554557)

Shell length distribution for fossil and modern <i>Agathistoma fasciatum</i> comparing Plio-Pleistocene to extant shells. by Brendan M. Anderson (11234356)

Taxonomic composition of bacterial and fungal communities in <i>C. capitata</i> gut microbiota across control (C) and treated (T) samples. by Maria Cecilia Rasuk (4594303)

(a) Biogas yield as a function of temperature for both the integrated system (bio-oil and biochar combined with anaerobic digestion) and the control (microbial inoculum without pyr... by Ning Zuo (17295415)

Epigenetic fine mapping and motif analysis for the TUFM locus. by Daniela Fusco (10027975)

Identification of HL-IR. by Ceyan Kuang (8554557)

SMR reveals common molecular patterns. by Daniela Fusco (10027975)

Analyses of the mitochondrial complex I activity and ATP and ROS productions in Pns10-GFP expressing Sf9 cells and RRSV viruliferous <i>N. lugens.</i> by Lianshun Zheng (22086585)

Experimental data support. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”

Compression index of improved red clay. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”

Test specimen. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”

Physical and Mechanical Properties of Red Clay. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”

Particle size distribution curve. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”

Compressibility modulus of improved red clay. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”

Experimental Design. by Quan Shen (37564)

“…The indicate reveal that: (1) the addition of RoadyesTM alone results in a reduction in both the liquid limit and plasticity index, while simultaneously increasing cohesion and unconfined compressive strength; (2) Red clay treated with 0.25% RoadyesTM demonstrates the highest compression index, indicating optimal compressibility.; (3) The combination of RoadyesTM with cement and lime significantly enhances the mechanical properties of the red clay. …”