MEANtools predicts metabolic pathways by integrating transcriptomic, metabolomic, and genomic data. by Kumar Saurabh Singh (5440616)

Trimethylamine-<i>N</i>-oxide formation, the bacterial taxa involved and intervention strategies to reduce its concentration in the human body by Ylenia Heinrich-Sanchez (21643069)

“…<p>This study reviews the different steps involved in trimethylamine-<i>N</i>-oxide (TMAO) formation, a gut microbiota (GM)-derived compound that promotes cardiovascular and chronic kidney disease. …”

Single-step genome-wide association study of milk somatic cell scores across multi-cattle breeds in Ethiopia by Tegegn Fantahun Chernet (22641674)

“…Gene enrichment analysis revealed that the genes are involved collagen catabolic process and IL-17 signaling pathway. …”

Table 1_Molecular mechanisms underlying the early steps of floral initiation in seasonal flowering genotypes of cultivated strawberry.xlsx by Freya Maria Rosemarie Ziegler (17818524)

Single-Cell Proteomics Using the One-Step Droplet-in-Oil Digestion Method Reveals Proteins Important for Male Meiotic Progression by Yue Wang (65477)

“…Here, we present a one-step droplet-in-oil digestion (OSDO) method that involves one-step water-in-oil processing using cyclohexane or <i>n</i>-heptane, which can reduce the sample adsorption loss and sample volume change due to evaporation and increase the sensitivity and stability of single-cell proteomics. …”

Role of Mesoscopic Solute-Rich Clusters in Cholesterol Crystallization by Dipayan Chakraborty (9524071)

“…In situ atomic force microscopy measurements reveal a classical mechanism of cholesterol hemiethanolate crystal growth based on monomer addition via a surface diffusion pathway without the involvement of mesoscopic solute-rich clusters. The incorporation of the solute by surface diffusion invokes strong competition for supply between adjacent steps on crystal surfaces, which leads to a unique self-inhibition pathway that has the potential to induce surface growth cessation. …”

Role of Mesoscopic Solute-Rich Clusters in Cholesterol Crystallization by Dipayan Chakraborty (9524071)

“…In situ atomic force microscopy measurements reveal a classical mechanism of cholesterol hemiethanolate crystal growth based on monomer addition via a surface diffusion pathway without the involvement of mesoscopic solute-rich clusters. The incorporation of the solute by surface diffusion invokes strong competition for supply between adjacent steps on crystal surfaces, which leads to a unique self-inhibition pathway that has the potential to induce surface growth cessation. …”

Role of Mesoscopic Solute-Rich Clusters in Cholesterol Crystallization by Dipayan Chakraborty (9524071)

“…In situ atomic force microscopy measurements reveal a classical mechanism of cholesterol hemiethanolate crystal growth based on monomer addition via a surface diffusion pathway without the involvement of mesoscopic solute-rich clusters. The incorporation of the solute by surface diffusion invokes strong competition for supply between adjacent steps on crystal surfaces, which leads to a unique self-inhibition pathway that has the potential to induce surface growth cessation. …”

Role of Mesoscopic Solute-Rich Clusters in Cholesterol Crystallization by Dipayan Chakraborty (9524071)

“…In situ atomic force microscopy measurements reveal a classical mechanism of cholesterol hemiethanolate crystal growth based on monomer addition via a surface diffusion pathway without the involvement of mesoscopic solute-rich clusters. The incorporation of the solute by surface diffusion invokes strong competition for supply between adjacent steps on crystal surfaces, which leads to a unique self-inhibition pathway that has the potential to induce surface growth cessation. …”

Processed ASV data from the Insect Biome Atlas Project by Andreia Miraldo (15166741)

“…The cleaning step involved removal of ASV clusters present in >5% of negative control samples. …”

A summary of cats and dogs cohort research programmes selected for the mapping review, along with papers retrieved via a literature search. by Jessica Irene Landolt (21464713)

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PRISMA flow diagram of records selection for the cats and dogs research cohort programmes mapping review. by Jessica Irene Landolt (21464713)

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Groups of study variables, considered in the selected cats and dogs cohort research programmes. by Jessica Irene Landolt (21464713)

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Map illustrating the global distribution of the cats and dogs cohort research programmes selected for the mapping review, with the shades indicating the number of programmes per co... by Jessica Irene Landolt (21464713)

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Bar plot with the bar width representing the number of cats and dogs cohort research programmes, selected for the mapping review, in each veterinary research specialties. by Jessica Irene Landolt (21464713)

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Collected samples in ten cats and dogs cohort research programmes where biological samples were type of a data source. by Jessica Irene Landolt (21464713)

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Promotion methods used to encourage recruitment in the 19 cats and dogs research cohort programmes selected for the mapping review. by Jessica Irene Landolt (21464713)

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Number of enrolled animals and the status of cats and dogs research cohort programmes. by Jessica Irene Landolt (21464713)

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Box plot representing planned target sample or the largest reported number of recruited animals and funding structure in the cats and dogs research cohort programmes selected for t... by Jessica Irene Landolt (21464713)

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Data collection sheet used in the mapping review of cats and dogs research cohort programmes. by Jessica Irene Landolt (21464713)

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