Канал: Singleron Biotechnologies

Single Cell Innovators 4: Single-Cell Decoding of Cellular Lineages & Evolution of Plant Traits

Single Cell Innovators 4: Single-Cell Decoding of Cellular Lineages & Evolution of Plant Traits

Single Cell Innovators 3: From Epigenome Atlases to Gene Regulatory Codes

Single Cell Innovators 3: From Epigenome Atlases to Gene Regulatory Codes

Single Cell Innovators 2: Modeling of Parkinson’s Disease with Patient Specific Midbrain Organoids

Single Cell Innovators 2: Modeling of Parkinson’s Disease with Patient Specific Midbrain Organoids

Single Cell Innovators 1: Single Cell Multi-Omics to Dissect the Mechanisms of Cancer Immunotherapy

Single Cell Innovators 1: Single Cell Multi-Omics to Dissect the Mechanisms of Cancer Immunotherapy

Single Cell, Infinite Insights: Overcoming Obstacles for Top-Notch Data

Single Cell, Infinite Insights: Overcoming Obstacles for Top-Notch Data

Uncover Cellular Heterogeneity with Advanced Single-cell Multi-Omics Approaches

Uncover Cellular Heterogeneity with Advanced Single-cell Multi-Omics Approaches

Dissecting the tumour immune microenvironment and CAR-T cell therapy resistance - Dr. Maxine Lam

Dissecting the tumour immune microenvironment and CAR-T cell therapy resistance - Dr. Maxine Lam

Single-cell Multi-omics for Immuno-oncology

Single-cell Multi-omics for Immuno-oncology

Single cell and flow cytometry profiling of tumor microenvironment

Single cell and flow cytometry profiling of tumor microenvironment

Mastering CITE-seq: A comprehensive guide to analysis workflow and antibody validation strategies

Mastering CITE-seq: A comprehensive guide to analysis workflow and antibody validation strategies

CITE-Seq 101: Integrating Protein Profiling with Single Cell RNA Sequencing

CITE-Seq 101: Integrating Protein Profiling with Single Cell RNA Sequencing

Découvrez l’hétérogénéité cellulaire avec des approches multi-omiques d’analyse Single Cell

Découvrez l’hétérogénéité cellulaire avec des approches multi-omiques d’analyse Single Cell

Exploring Chemoresistance-Related Pathways in Neuroblastoma through Single-Cell Transcriptomics

Exploring Chemoresistance-Related Pathways in Neuroblastoma through Single-Cell Transcriptomics

CeleViz Browser - User Tutorial

CeleViz Browser - User Tutorial

SynEcoSys - A user-friendly platform for single cell data analysis, data mining, and visualization

SynEcoSys - A user-friendly platform for single cell data analysis, data mining, and visualization

An Introduction to Single Cell Sequencing

An Introduction to Single Cell Sequencing

Using Single Cell Multi-omics to Analyse the Immune System

Using Single Cell Multi-omics to Analyse the Immune System

What do snowflakes and cells have in common?

What do snowflakes and cells have in common?

Singleron Cologne office Christmas party 2022

Singleron Cologne office Christmas party 2022

GEXSCOPE workflow

GEXSCOPE workflow

ProMoSCOPE™: Adding a new layer of sweetness to your single cell sequencing data

ProMoSCOPE™: Adding a new layer of sweetness to your single cell sequencing data

MapBatch: Conservative Batch Normalization for scRNAseq Enables Discovery of Rare Cell Populations

MapBatch: Conservative Batch Normalization for scRNAseq Enables Discovery of Rare Cell Populations

MapResponse: Machine Learning Perspective for Biomarker Discoveries and Disease Prognostics

MapResponse: Machine Learning Perspective for Biomarker Discoveries and Disease Prognostics

MapCell: Methods to identify cell types automatically including deep learning

MapCell: Methods to identify cell types automatically including deep learning

SynEcoSys: Online Demo

SynEcoSys: Online Demo

SynEcoSys: Data Visualization Part 5 - Trajectory Analysis

SynEcoSys: Data Visualization Part 5 - Trajectory Analysis

SynEcoSys: Data Visualization Part 4 - Cell interactions

SynEcoSys: Data Visualization Part 4 - Cell interactions

SynEcoSys: Data Visualization Part 3 - Differential expression

SynEcoSys: Data Visualization Part 3 - Differential expression

SynEcoSys: Data Visualization Part 2 - Cellular composition

SynEcoSys: Data Visualization Part 2 - Cellular composition

SynEcoSys: Data Visualization Part 1 - Gene expression

SynEcoSys: Data Visualization Part 1 - Gene expression

SynEcoSys: How to search in SynEcoSys

SynEcoSys: How to search in SynEcoSys

Bioinformatic Analysis of Single Cell Data - Part 5

Bioinformatic Analysis of Single Cell Data - Part 5

Bioinformatic Analysis of Single Cell Data - Part 4

Bioinformatic Analysis of Single Cell Data - Part 4

Novel Single Cell Sequencing Solutions and Effortless Data Analysis

Novel Single Cell Sequencing Solutions and Effortless Data Analysis

Bioinformatic Analysis of Single Cell Data - Part 3

Bioinformatic Analysis of Single Cell Data - Part 3

Bioinformatic Analysis of Single Cell Data - Part 2

Bioinformatic Analysis of Single Cell Data - Part 2

Bioinformatic Analysis of Single Cell Data - Part 1

Bioinformatic Analysis of Single Cell Data - Part 1

Cancer cell metastases: Understanding the process using insights from single cell sequencing

Cancer cell metastases: Understanding the process using insights from single cell sequencing

Webinar Miniseries: Single Cell Sequencing for Every Lab - Part2

Webinar Miniseries: Single Cell Sequencing for Every Lab - Part2

Webinar Miniseries: Single Cell Sequencing for Every Lab - Part3

Webinar Miniseries: Single Cell Sequencing for Every Lab - Part3

Webinar Miniseries: Single Cell Sequencing for Every Lab - Part1

Webinar Miniseries: Single Cell Sequencing for Every Lab - Part1

Webinar Miniseries: A Beginner’s Guide to Single Cell Sequencing - Part 3

Webinar Miniseries: A Beginner’s Guide to Single Cell Sequencing - Part 3

Webinar Miniseries: A Beginner’s Guide to Single Cell Sequencing - Part 2

Webinar Miniseries: A Beginner’s Guide to Single Cell Sequencing - Part 2

Webinar Miniseries: A Beginner’s Guide to Single Cell Sequencing - Part 1

Webinar Miniseries: A Beginner’s Guide to Single Cell Sequencing - Part 1

Singleron: advancing clinical interpretation from single cell sequencing datasets_2022 02 22

Singleron: advancing clinical interpretation from single cell sequencing datasets_2022 02 22

Introducing Singleron sCelLive Tissue to Living Single Cell Suspension Kit

Introducing Singleron sCelLive Tissue to Living Single Cell Suspension Kit

Retrieval of the Barcode Beads

Retrieval of the Barcode Beads

Loading of the cell or nucleus suspension

Loading of the cell or nucleus suspension

Loading of the Barcode Beads

Loading of the Barcode Beads

PythoN: Automated Tissue Dissociation System

PythoN: Automated Tissue Dissociation System

ESHG 2021 Symposium on Single cell sequencing, with Prof. Dr. Reinhard Büttner

ESHG 2021 Symposium on Single cell sequencing, with Prof. Dr. Reinhard Büttner

CLindex: a sample multiplexing method for single cell transcriptomic analysis

CLindex: a sample multiplexing method for single cell transcriptomic analysis

scRNAseq reveals spatio-temporal atlas of mouse epididymal cells

scRNAseq reveals spatio-temporal atlas of mouse epididymal cells

Every Cell Matters: new advanced approaches in high throughput single cell sequencing

Every Cell Matters: new advanced approaches in high throughput single cell sequencing

Webinar: Single-cell sequencing: A New Dimension in Cancer Diagnosis and Treatment

Webinar: Single-cell sequencing: A New Dimension in Cancer Diagnosis and Treatment