Events for May 13 - March 4

TITLE: "Comprehensive study of gene expression outliers and their regulation mechanisms in pan-cancer." ABSTRACT: Cancer is a disease characterized by remarkable heterogeneity. Gene expression varies drastically between tumours and within cells of a single. This variability can generate extreme outliers: transcripts that show atypically high gene expression in a small percentage of cancers. These outliers […]

TITLE: "Heterogeneity in cell states: Is it important whether cell states are heritable or change rapidly?" ABSTRACT: Cells of the same cell type show molecular and phenotypic heterogeneity. Is the particular cell state of a given cell heritable from one generation to the next?  Previous work in liver cancer cells indicates that the molecular network […]

TITLE: "scReadSim: a single-cell RNA-seq and ATAC-seq read simulator." ABSTRACT: Rapid advances of single-cell RNA-seq and ATAC-seq technologies have propelled the development of many computational tools, benchmarking of which demands realistic simulators. However, few simulators can generate sequencing reads, and none of the existing read simulators aim to mimic real cells, hindering the benchmarking of […]

TITLE: "Proteogenomic characterization of the molecular determinants of prostate cancer radioresistance." ABSTRACT: Prostate Cancer (PC), the second most common cause of cancer death in men, is frequently treated using radiotherapy with curative intent. Despite its effectiveness, radiotherapy often results in aggressive PC relapse characterized by radioresistance. The diversity in therapeutic response to radiotherapy, and the molecular […]

TITLE: "Supervised capacity preserving mapping: a clustering guided visualization method for scRNA-seq data." ABSTRACT: Recently, various computational methods have been developed to analyze the scRNAseq data, such as clustering and visualization. However, current visualization methods, including t-SNE and UMAP, are challenged by the limited accuracy of rendering the geometric relationship of populations with distinct functional […]

TITLE: "Statistics, Biology and Applications of Human Mutation.”

TITLE: "Electric actuation of DNA-based molecular machines.” ABSTRACT: A wide range of machine-like molecular assemblies have been generated over the past years. Most of them have been driven (or controlled) by DNA hybridization, utilization of buffer changes, or using chemical modifications such as photoswitches. A more recently explored strategy is the use of electrical fields for the manipulation of DNA devices, which enables fast […]

TITLE: “Part 1: "How important is evolution vs transmission of drug resistance". Part 2: "Computing skills for every biology student."

TITLE: “DNA Methylation in Brain Evolution and Neuropsychiatric Disorders.”

TITLE: “New perspectives to dissect global dynamics of protein interactome and gene regulation in disease.”