Ribosomal reporter expression is heightened in exponential phase cells. by Justin Greene (306625)

(A) Overall cardiovascular-kidney-metabolic syndrome-related Age-Adjusted Mortality Rates per 1,000,000 in Adults in the United States, 1999 to 2022, and (B) Sex-Stratified cardiov... by Aman Goyal (19231397)

Lack of T3SS expression was associated with lower S10 expression. by Justin Greene (306625)

a) FB image processing featuring (1) FB map, (2) TWOMBLI mask, (3) FB-mask multiplied image, and (4) Ridge detection selection of contours. b) TWOMBLI Output Descriptions. (1) Area... by Zoë Dinkel (21402766)

Characteristics of the participants. by Kensaku Sasayama (741571)

“…<div><p>This study is the first in Japan to prospectively examine the relationship between walking to and from school and physical activity in primary school children. A total of 76 participants completed baseline and follow-up assessments, and their mean age was 9.6 ±  1.0 years at baseline and 10.6 ±  1.0 years at follow-up. …”

Histological scoring system of burned dermis. by Omid Mehrpour (9385929)

“…The body weight in Opium 5% significantly decreased compared to all other groups after ten days. …”

Histological scoring system of burned epidermis. by Omid Mehrpour (9385929)

“…The body weight in Opium 5% significantly decreased compared to all other groups after ten days. …”

Alpha diversity index table. by Xiaona Lyu (20871872)

“…Conversely, reduced irrigation (I3) corresponded with decreased bacterial diversity, whereas slight deficit irrigation (I2) sustained higher microbial abundance compared to severe deficit irrigation. …”

ASV species taxonomic information sheet. by Xiaona Lyu (20871872)

“…Conversely, reduced irrigation (I3) corresponded with decreased bacterial diversity, whereas slight deficit irrigation (I2) sustained higher microbial abundance compared to severe deficit irrigation. …”

Effective sequence statistics table. by Xiaona Lyu (20871872)

“…Conversely, reduced irrigation (I3) corresponded with decreased bacterial diversity, whereas slight deficit irrigation (I2) sustained higher microbial abundance compared to severe deficit irrigation. …”

MgOx treatment is not sufficient to alter S10 reporter activity. by Justin Greene (306625)

Effects of a DCL on the number of 50-kHz USVs induced by rhythmic stroking. by Rie Shimoju (20940045)

T3SS induction slows growth, but cells can support high levels of S10 expression. by Justin Greene (306625)

Droplet-based microfluidics can be used to model clustered bacterial growth. by Justin Greene (306625)

Effects of the presence of stabilimentum concerning prey vibration acting in the direction tangent to the spiral threads. by G. Greco (7636232)

Proteome and Metabolome Profiling of Anticoagulant Disorders Induced by Familial Protein S Deficiency by Caiping Zhang (6745976)

“…Furthermore, 9 differential proteins correlated significantly with protein S, comprising A2M, AGT, APOE, FGG, GPLD1, IGHV1–69, CFHR5, CPN2, and CA1. …”

Proteome and Metabolome Profiling of Anticoagulant Disorders Induced by Familial Protein S Deficiency by Caiping Zhang (6745976)

“…Furthermore, 9 differential proteins correlated significantly with protein S, comprising A2M, AGT, APOE, FGG, GPLD1, IGHV1–69, CFHR5, CPN2, and CA1. …”

Proteome and Metabolome Profiling of Anticoagulant Disorders Induced by Familial Protein S Deficiency by Caiping Zhang (6745976)

“…Furthermore, 9 differential proteins correlated significantly with protein S, comprising A2M, AGT, APOE, FGG, GPLD1, IGHV1–69, CFHR5, CPN2, and CA1. …”

Proteome and Metabolome Profiling of Anticoagulant Disorders Induced by Familial Protein S Deficiency by Caiping Zhang (6745976)

“…Furthermore, 9 differential proteins correlated significantly with protein S, comprising A2M, AGT, APOE, FGG, GPLD1, IGHV1–69, CFHR5, CPN2, and CA1. …”

Proteome and Metabolome Profiling of Anticoagulant Disorders Induced by Familial Protein S Deficiency by Caiping Zhang (6745976)

“…Furthermore, 9 differential proteins correlated significantly with protein S, comprising A2M, AGT, APOE, FGG, GPLD1, IGHV1–69, CFHR5, CPN2, and CA1. …”