Application Notes
Multi-Attribute Monitoring (MAM) in Byos® Part A – CQA Identification (和訳版)
Multi-Attribute Monitoring (MAM) in Byos® Part B – New Peak Detection & CQA Quantification (和訳版)
Rapid Identification and Quantitation of Disulfide Bonds in Infliximab – Remicade vs Remsima
Automating Sequence Variant and Post-Translational Modification Analysis
Informative Protein Charge Variant Analysis by Native Spray Mass Spectrometry
Glyco-Analysis: Byonic™: N-Linked Glycopeptide Analysis (和訳版)
Glyco-Analysis: Byonic™: O-Linked Glycopeptide Analysis (和訳版)
Drug-to-antibody ratio quantification using native SECMS analysis of antibody–drug conjugates
Evaluation of a New Software Tool for Assisting with the siRNA Metabolite Identification by LC/MS
Automated Data Filtering for Rapid Sample Comparison of Human milk Glycoproteins
AAV Characterization: Direct Bottom-up versus Intact MS analysis Comparison (中译版)
Coagulation factor IX analysis in bioreactor cell culture supernatant
Highly Automated Analysis of Chain Shuffling in Bispecific Antibodies
Byos MAM Workflows — Accelerate Drug Development and Improve Product Quality
How to Maintain Data Quality across Time and Mass Spectrometry Platforms
Comparability and Biosimilarity Assessment with Protein Metrics
Byosphere™ Enterprise Platform: Bringing Speed and Depth to Protein Mass Spec Analysis
Byosphere® Enterprise Platform: Manage LC-UV-MS Data Seamlessly with Byosphere®
tutorials
Byosphere: Custom Metadata Fields
0:50Byosphere: Intact Web Analysis
15:06Byosphere: Automation Services
4:29Byosphere: Auto Processing (details)
9:06Byonic: Modification Fine Control
7:45Intact Mass: Workflows Overview
3:33Intact Mass: Adding data and peak integration options
2:47Intact Mass: Deconvolution settings
3:19Intact Mass: Using .csv workflows
2:36Peptide: Creating Projects, Samples and Proteins Tabs
2:13Peptide: Processing Nodes: Byonic Intro
1:37Peptide: Processing Nodes: Byonic Details
7:48Peptide: Processing Nodes: Byologic Options
9:03Peptide: GUI, Overview, Validation, Comments, Labels
7:57Peptide: Peptide Manager Explained
10:28Chromatogram: Workflows Overview
1:57Chromatogram: Integration Set Up
6:02Chromatogram: Creating a MS2 Reference Project
3:08Chromatogram: Creating an in-silico Reference Project
5:01Chromatogram: Creating a Comparison Project
2:30Chromatogram: Baseline Anchors
2:42Chromatogram: Released Glycans Introduction
1:08Chromatogram: Released Glycans Project Creation
5:55Chromatogram: GUI & Project Interface
6:24Ligand Binding with High Res Native MS
4:24Unanticipated N- and O- Glycopeptides
3:31
webinars
EU UGM 2023: Enhancing the Dimensionality of Glycoproteomics
33:27PEGS 2022 – Mining Biological Attributes with Dashboards
30:00WCBP 2023: Unearth the value of your complex biopharma data
14:07EU UGM 2023: Impurity Characterisation of modified siRNA using Byos Oligo Workflow
27:36Monitoring System Suitability – Byosphere Dashboards (中译版)
33:49Assigning function to the structure of HIV and SARS-CoV-2 glycan shields
25:08Mass Spectrometry Techniques Enabling Accelerated Process and Product Development of Bispecific Antibodies (中译版)
33:28The Sweet Science of Sparkling Wine
18:23Resolving Antibody Aggregation During Discovery & Development
27:29EU UGM 2022 – Addressing MS Data Bottlenecks and Biopharmaceutical Case Studies
43:02Neutrophil azurophilic granule glycoproteins – atypical glycans
54:23Generating Wisdom from Raw Data – The Post Genomic World
17:26JUGM 2023: 生体試料中のADCのDAR推移の分析におけるBYOSの活用例
24:06EU UGM 2022 – EPO analysis using ZIP Chip CE-MS and Byos Software
34:14EU UGM 2023: Introduction & State of the Union
25:53Intact Profiling and Visualization of Urinary Prostate-Specific Antigen Profiles
37:51EU UGM 2022 – LC-MS and LC-MS/MS Analyses of Adeno-Associated Viruses Anc80
18:56EU UGM 2023: Friends with benefits: Glycoproteomics meets Chemical Biology
20:31JUGM 2023: 目からうろこByos/Byonicの成り立ちから有効活用のtipsまで
28:00EU UGM 2022 – Rapid Analysis of Oligonucleotides by High-Resolution Accurate Mass CE-MS
31:49EU UGM 2023: Byosphere assisted biopharmaceutical development
19:15Stanford SUMS Seminar – Connecting LC-MS data analysis with non-MS techniques
48:47EU UGM 2022 – Development of a HILIC method for detection of low abundant N-glyco-peptides
30:46JUGM 2023: ByosがMulti-Attribute Method(MAM)に貢献できること
17:19High throughput screening and data analysis using Native Mass Spectrometry and Byos
34:46EU UGM 2023: Annotation of topdown mass spectra of proteins and oligonucleotides
37:52EU UGM 2022 – Introduction & State of the Union
30:46質量分析によるオリゴヌクレオチド分析：配列の表示および自動化はもはやシーシュポスの作業（果てしない徒労）ではない
56:21EU UGM 2023: The Growing Importance and Changing Needs for Data Analysis & Informatics – US UGM
26:24EU UGM 2022 – Importance of Data Analysis & Informatics in Development – Dashboards Latest
36:55JUGM 2023: ヒスチジン水素重水素交換質量分析法による生体内タンパク質・リガンドの網羅的な結合評価への挑戦
18:18Tackling the Glycan Isomer Challenge for your Biotherapeutics
38:232022 Bioprocessing Summit: Autonomous Pipeline for Characterizing Biotherapeutics
28:53Three Channel Charge Deconvolution
18:47Analytical Characterization of Oligonucleotides by LC-HRMS and BYOS
47:05Byosphere™ Enterprise Platform – Metadata & Dashboards
19:13Harnessing Novel MS Approaches (MAM, IEX-MS) to Accelerate Biotherapeutic Development and Analysis
43:00Bringing your analysis to the enterprise: Introducing Byosphere™
30:56Ensuring Safety and Efficacy of Biotherapeutics Through In-Depth LC-MS Sequence Variant Analysis
45:57EAD: Making characterization of complex biotherapeutics routine
38:20Oligo Analysis Simplified: Get Your Answers Faster with Microchip CE-MS
51:08Recent Progress in MS-Based Workflows and Case Studies from a Biopharmaceutical Development Lab
52:09Bispecific MS Analysis and Cell Line Development
57:17Comprehensive Adeno-Associated Virus CQA Analysis with LC/MS
59:20Characterizing Next Generation Biotherapeutics with Novel Ion Trapping and Alternative Fragmentation
36:29Implementing an Enterprise Solution for MAM with LC-UV-MS
45:51Data Visualisation for Routine Host Cell Protein Analysis
37:56Oligonucleotide Characterization Using the BYOS Intact Mass Workflow
17:42Real Time Monitoring of Bioprocess & Beyond – A Process Analytical Perspective
1:01:35Automated de novo mAb Sequencing for a Modern Biotech
42:39All Tangled Up: High Resolution Neuroproteomics of the human p-Tau Interactome
34:06Keeping it all together – Bacterial Cell Envelope Structure
30:17Automated Feedback Control of Protein Characteristics in a Perfusion Bioprocess
20:15Automating data collecting and analysis in the X-ray hydroxyl radical footprinting method
19:34Rapid Intact Charge Variant Analysis with Coupled icIEF-MS
53:39Database Search of Tandem Mass Spectrometry of Oligonucleotides
17:24Analyzing the SARS Cov-2 Glycan Shield with Mass Spec
54:22PTM Analysis – How to Marry Speed and Confidence in R&D
1:00:51Automation of Glycan and Peptide Mapping – Leveraging Software to Improve Efficiency and Quality
49:25How to Advance Your Host Cell Protein Analysis with Mass Spectrometry
56:09An Implementation of Vendor-Neutral Multi-Attribute Method (MAM)
56:32Native MS and Cell Line Development
24:47Driving Efficiency in Pre-Clinical Development with Automated Mass-Spectrometry Analysis
48:58Zeta 2018: Why don’t we monitor drug product profile directly?
29:04Streamlining PTM Workflows: From Sample Prep to Data Analysis
55:34HT Analysis of Bispecific Antibody Moieties and Glycosylation
51:04Model Based Algorithms for Intact Mass Analysis of Biotherapeutics
21:29Accurate and rapid quantification of co eluting deamidated and non deamidated peptides
17:27Large-scale Glycopeptide Identification by Database Search
19:59ASMS 2023: Orthogonal techniques for LCMS characterization of a lysine-conjugated ADC (中译版)
ASMS 2023: Automated Spectrum Annotation and Structure Disambiguation of Released N-linked Glycans
ASMS 2023: A Real-time Informatics Pipeline Enables Screening of Biologics during High-Throughput Expression (Video Poster 5:10) (中译版)
ASMS 2023: Investigations of a Bispecific Antibody Dimerization via Hydroxyl Radical Footprinting
ASMS 2022 – High Throughput Automation Platform of Intact Mass Spectrometry Data to Support Cell Line Development (CLD) of Multi-specific Antibodies (和訳版)
ASMS 2022 – Comprehensive site-specific glycan profiling of a protein-based flu vaccine using electron activated dissociation (EAD) (和訳版)
ASMS 2022 – Comprehensive characterization of complex linkage structures in a bispecific monoclonal antibody (mAb) using electron activated dissociation (EAD) (和訳版)
ASMS 2022 – Chromatography ‘super-resolution’: Improved HDX mapping using long gradients and time warping (和訳版)
ASMS 2022 – High-Sensitivity Charge Deconvolution Algorithm for Low-Abundance Biological Macromolecules (和訳版)
ASMS 2022 – Characterization of Biotherapeutics with High-Resolution Ion Mobility-Mass Spectrometry
BMSS 2022: Oligonucleotide Analysis by Mass Spectrometry: Sequence Display and Automation is no longer a Sisyphean Task (和訳版)
CASSS 2022: Continuous Monitoring of System Suitability with Byosphere® Automation and Dashboards (Video 4:57)
FOB 2022: Enabling a Multi-Attribute Method Comparison of Biosimilars
HUPO 2022: Accelerated O-glycopeptide search with isobaric filtering (Video 1:29)
HUPO 2022: N-Glycoproteomics MS/MS Data Analysis Benefits from Glycomics-lnformed Search Strategies
ASMS 2021: Analytical Characterization of Oligonucleotides by LC HRMS
ASMS 2021: Comprehensive Adeno-Associated Virus (AAV) Critical Quality Attribute Analysis with LC-MS (和訳版)
ASMS 2021: High-Throughput Product Quality Assessment of Protein Therapeutics on ZipChip-MS platform
ASMS 2021: The Utility of Nanoparticle Protein Coronas for Studying the Plasma Glycoproteome
ASMS 2021: Real Time Antibody Digestion by Rapid Flow Injection Mass Spectrometry
ASMS 2021: Kitted universal MAM: Automatable Sample Processing for all Stages of Biological Drugs
ASMS 2021: Multi-attribute Monitoring of Monoclonal Antibodies by icIEF-MS
Oligonucleotide Analysis by Mass Spectrometry: Sequence Display and Automation is no longer a Sisyphean Task (和訳版)
A Glycan Wildcard Search for Identifying Glycoprotemic Dark Matter (Video 3:07)
CASSS2020: Assaying Protein / Ligand Binding with High-Resolution Native Mass Spectrometry
ASMS2020: Assaying Protein / Ligand Binding with High-Resolution Native Mass Spectrometry
ASMS2020: Reconstructing Protein Charge Heterogeneity from a Bottom-Up Approach
ASMS2020: Unravelling Hundreds of Proteoforms of Industrial Enzymes
ASMS2020: Making LC-MS Sensibly Useful for Host Cell Protein Applications (和訳版)
ASMS2020: Ion Mobility Mass Spectrometry of Glyco- and Phospho-Peptides
Superposition of Orthogonal Methods – Intact Reconstruction from Peptide Mapping
ASMS2019: Charge Deconvolution and Automatic Sequence Matching for Oligonucleotides
Glycobiology2018: Intact & Native Mass Analysis of Glycoproteins
Determining solvent access of HNE adducted myoglobin with hydroxyl radicals generated from PLIMB
NIIMBL2019: Rapid Assessment of CQAs Using Imaged CIEF-MS for Real-Time Bioprocess Decision Making
ASMS2019: Charge Deconvolution of Surface-Induced-Dissociation (SID) Spectra of Protein Complexes
Highly Automated Analysis of Antibody Chain Shuffling in Bispecific Antibodies (和訳版)
ASMS2018: Host Cell Proteins (HCPs) in Plasma-Derived Biotherapeutics
HUPO2018: Charge Deconvolution of Hard-to-Deconvolve Mass Spectra
WCBP2018: Host Cell Proteins (HCPs) in Plasma-Derived Biotherapeutics
WCBP2018: Multi-Attribute Comparison of Innovator and Biosimilar Filgrastim
PEGS2018: Antibody Analysis with Native Mass Spectrometry and Parsimonious Charge Deconvolution
WCBP2018: Antibody Analysis with Native Mass Spectrometry and Parsimonious Charge Deconvolution
ASMS2017: Analytical Characterization and Comparison of Filgrastim and Its Biosimilar
Toward chemical footprinting at residue resolution: FPOP data analysis of IL23 – antibody binding
Assaying Protein / Ligand Binding with High-Resolution Native Mass Spectrometry
Simplified and automated analysis of the highly glycosylated therapeutic protein Erythropoietin (Video Poster 4:55)
Complex glycoprotein characterization using CE-MS and Automated Analysis
Peak Filtering, Peak Annotation, and Wildcard Search for Glycoproteomics
Vulnerabilities in coronavirus glycan shields despite extensive glycosylation
Optimal Dissociation Methods Differ for N- and O-Glycopeptides
Automated Antibody De Novo Sequencing and Its Utility in Biopharmaceutical Discovery
Development of an LC-MS/MS peptide mapping protocol for the NISTmAb
Parsimonious Charge Deconvolution for Native Mass Spectrometry
Biosimilarity under stress: A forced degradation study of Remicade® and Remsima™
A Multidimensional Analytical Comparison of Remicade and the Biosimilar Remsima
Glycoproteomic analysis of the secretome of human endothelial cells
Byonic™ advanced peptide and protein identification software
Implication of perturbed axoglial apparatus in early pediatric multiple sclerosis
Preview: A Program for Surveying Shotgun Proteomics Tandem Mass Spectrometry Data
Comment on “Unbiased statistical analysis for multi-stage proteomic search strategies”
Two-dimensional target decoy strategy for shotgun proteomics
Consistency of a two clinical site sample collection: a proteomics study
Identification of tandem mass spectra of mixtures of isomeric peptides
Conversion of methionine into homocysteic acid in heavily oxidized proteomics samples
Deconvolution of mixture spectra from ion-trap data-independent-acquisition tandem mass spectrometry
Glycan family analysis for deducing N-glycan topology from single MS
Improved ranking functions for protein and modification-site identifications
Protein biomarker identification in the CSF of patients with CNS lymphoma
Automated N-glycopeptide identification using a combination of single- and tandem-MS
An embeddable molecular code for Lewis X modification through interaction with fucosyltransferase 9
Attribute Analytics Performance Metrics from the MAM Consortium Interlaboratory Study
Structure of the hepatitis C virus E1E2 glycoprotein complex
Development of Software Workflow for the Rapid Detection of Cross-Linked Dipeptides
Using New Peak Detection to Solve Sequence Variants Analysis Challenges in Bioprocess Development
new Impact of Trisulfide on the Structure and Function of Different Antibody Constructs
Briefs
Orthogonal Comparison of Analytical Methods by Theoretical Reconstruction from Bottom-up Assay Data
3:03Dragonfly Therapeutics – De Novo Sequencing
6:39Immuto Scientific – PLIMB – Plasma Induced Modification of Biomolecules
4:45Unravelling the glycosylation of the SARS-CoV-2 spike protein
7:02Unexpected Modifications in Cell-Line Characterization
7:23Automated Data Filtering for Rapid Sample Comparison of Human Milk Glycoproteins
7:01Rapid Detection of Cross-Linked Dipeptides
2:38Chemical probing provides insight into the native assembly state of a bacterial microcompartment
4:20Sample Preparation Matters for Peptide Mapping to Evaluate Deamidation of Adeno-Associated Virus Capsid Proteins Using Liquid Chromatography-Tandem Mass Spectrometry (中译版)
3:31Rapid Detection of Cross-Linked Dipeptides
2:38BEBPA 2023 Host Cell Protein Conference – In Review
18:17Automated Characterization of Biotherapeutics via Hardware, Software and Chemistry
10:42Unanticipated N- and O- Glycopeptides
3:31
Insights
Insights 2: Quantifying Aspartic Acid Isomerization in Byos® (和訳版)
Insights 3: Intact Deconvolution with Isotopic Resolution, Intact Reconstruction in Byos® (和訳版)
Insights 4: Dynamic Columns, XIC Area Summed isoX Normalized in Byos® (和訳版)
Insights 8: Mapping In Silico Peptides, Intact Monoisotopic Mass Visualization in Byos®
Insights 9: Delta Mod Score for Variant Analyses in Byos® and Byonic™
Insights 10: Intact Mass Workflows, Automated Annotations in Deconvoluted Spectra in Byos®
Insights 11: Validating Glycopeptide Results, MSMS Filtering in Byonic™
Insights 12: Accelerating Sequence Variant Analysis with Byos® Validators
Insights 17: Controlling how protein homology is represented in Byos
Download Information & system requirements
