Thermo Fisher Scientific

Accelerating Science

Amanda Maxwell

Categories

Accelerating Proteomics

  • Zika Virus Proteins Disrupt Neuronal Stem Cell Signaling Pathways
  • Lung Cancer Biomarker Discovery through Metabolic Enzyme Activity
  • Differential Protein Quantitation at the Peptide Level
  • Obese and Healthy? Proteomic Biomarkers Give Clues
  • Deep Proteome Characterization Highlights Breast Cancer Cell Functionality
  • Mesenchymal Stem Cell Exosome Proteome under Ischemic Culture Conditions
  • Protein Prep in Three Dimensions for Intact Protein Evaluation
  • Call for Applications: 3rd Annual TMT Research Award
  • Transmembrane Electrophoresis Automates Sodium Dodecyl Sulfate Depletion
  • Proteome Localization within the Arabidopsis Endosomal System
  • Biomarker Discovery from the Uveal Melanoma Secretome
  • Crunch Next-Generation Mass Spectrometric Proteomic Data without Running out of Memory
  • Interactomics and Pathogenesis in Neurodegenerative Disease
  • Meth Head, Proteomically
  • Breast Cancer Secretome for Biomarker Discovery
  • Microfluidics and Mass Spectrometry-based Proteomics
  • KRAS Therapeutics: Proteomic Assessment of SUMO E2 Ligase as Anti-Cancer Target
  • PREGO: A Tool for Building Better SRM Assays
  • Epigenetic Modulation of Hepatocellular Carcinoma Malignancy
  • Tandem Mass Tagging Defines the Breast Cancer Exosome Proteome
  • Dual Enrichment Protocol for Characterizing the Vesicular and Circulating Glycoproteome
  • Optimized Digestion Protocols for Six Alternatives to Trypsin for Shotgun Proteomics
  • Automated Sample Preparation for Top-Down Proteomics
  • Chewing the Fat: Apolipoprotein HDL Kinetics by HRAM-PRM
  • The Residual Proteome: ECM Proteins in Decellularized Organ Scaffolds
  • Data Acquisition Revamp for Large-Scale PRM Proteomics
  • Biomarker Discovery: Low-Abundance Protein Enrichment via Gel Filtration
  • Isoelectric Point Estimation, Amino Acid Sequence and Algorithms
  • Propagating Injury: Alarmins as Biological Mediators of Spinal Cord Damage
  • Localized Cell-Specific Proteomics Workflow for FFPE Archival Tissue Blocks
  • Cathepsins Cleave Cell-Surface Fragments that Modulate Cancer Behavior
  • The Colonic Metaproteome in Obesity
  • Identifying and Quantifying DNA-Protein Interactomes with Quantitative Proteomics
  • More DMSO with Your Top 3 Label-Free Protein Quantitation? Yes, Please!
  • Combined MS-based Protein ID and Functional Assessment with 2-DE and PEP
  • Upgrades and More for PRIDE Inspector Toolsuite
  • Host Cell Stress Responses to Flavivirus Infection
  • Single Muscle Fiber Proteomics
  • Panda Milk, Proteomically
  • MixGF Handles the Stats on Mixture Spectra Peptide Identifications
  • Affinity Enrichment for Mass Spectrometry-based Interactomics
  • HyperLOPIT for the Mouse Stem Cell Proteome
  • Clarity in Denoting Mass Spectrometric Peptide Ions
  • Indigestion Relief with DIGESTIF
  • Proteomics Database Searching with JUMP
  • Enabling Proteomics Data Exchange with mzTab
  • A Proteomic Ruler That Measures Up
  • Computational Proteomics: At Your Fingertips
  • The E. coli Acetylome: Form and Function
  • The Endometrial Proteome and Unexplained Infertility
  • Head in the Thermo Fisher Cloud for Proteomics Data Analysis
  • C-Terminomics: What’s Happening at the End of the Rainbow
  • Proteomics Data Visualization and Comparison with MS-Viewer
  • Novel Myoblast Differentiation/Fusion Model Defined by Quantitative Proteomics
  • Combining Phosphoproteomics with Exome NGS to Understand Cancer
  • Snip Snip! CRISPR-Cas9 Genomic Editing Characterizes the Prion Protein Knockout Proteome
  • Real-Time Peptide Sequencing with Novor
  • Deep Mining the Triple-Negative Breast Cancer Proteome for Therapeutic Hope
  • Proteomic Evaluation of Lenalidomide Efficacy in del(5q) Myelodysplastic Syndrome
  • Mass Spectrometry and Advances in Cancer Research
  • The Human T Cell Palmitome, Proteomically Speaking
  • Death and the Maiden: Mummy Proteomics in Health and Disease
  • Phthalimide Conjugation: The “Black Spot” for Targeted Protein Destruction
  • Collaborative Proteomics Project Reveals Cancer’s Manipulation of Cell Signaling
  • Designing Safe Mimics for Ebola Virus Research
  • ReportSites: Spatial Awareness for Post-Translational Modifications
  • Dealing with Multiples: SuperQuant Processing and Co-Isolated Peptide Identification
  • Proteomics for Clinical Relevance: PTMs and Biomarker Discovery
  • Proteomics: The Final Frontier in Metagenomic Investigation of Antibiotic Resistance?
  • Proteomic Analysis of Neuronal Pathways Implicated in Alzheimer’s Disease
  • Ebola Peptide Constructs Reveal Infective Mechanisms
  • The Proteomics of Stem Cell Activity for Adult Muscle Function
  • Proteomics Changes Associated with Resistance to Chemotherapy
  • A Needle in a Haystack: Proteomic Profiling of Rare Cells in Blood
  • Bottom Up? Middle Down? Any Which Way to Characterize Histone PTMs
  • Profiling the Proteome with Hyper Reaction Monitoring
  • Phytochemicals Fighting Cancer: Mimosa Stem Bark
  • Multiplexed and Quantitative: NeuCoDIA
  • Monoclonal Antibody Characterization Using Exactive Plus EMR Orbitrap mass spectrometer based SEC–MS
  • Lectin Binding Predicts Metastatic Potential in Triple-Negative Breast Cancer
  • Repurposing Existing Drugs to Combat Ebola Virus Infection
  • Of Mice, Men and the Proteomics of Psoriasis
  • Targeted Peptide Analysis? Choose a Q Exactive Mass Spectrometer HRAM Workflow
  • Assessing MS/MS Search Algorithms for Optimal Peptide Identification
  • Label-free Sample Prep in Proteomic Analysis: A Comparison
  • Doping Control for Naturally Occurring Substances? Think SRM Proteomics
  • Proteomics Insights into Muscle Aging
  • Harnessing Multiple Open Access Tools for Proteomics Data Analysis
  • Ebola Alpha Helices May Hold Keys to Viral Success and Weakness
  • Pediatric Ebola Virus Infection: Biomarkers for Survival
  • MS/MS and Traditional Chinese Medicine: Characterizing A. carmichaeli
  • S100A9 as a Theranostic Marker for Rheumatoid Arthritis Treatment
  • How Much? aLFQ for Estimating Absolute Protein Quantities
  • Getting to Know You: Metabolite Identification Workflow for GC-MS-based Discovery Metabolomics
  • Robo-Phospho-Proteomics: Automating the Workflow
  • Why Systems Proteomics?
  • Proteomic Workflows for Human Plasma
  • Personalizing Medicine: Targeting Breast Cancer Cell Membrane Proteomics
  • Skin Cancer and Arsenic: Changes in the Proteome
  • Ebola VP40 Loop Region Mechanics Vital for Viral Replication
  • Advances in LC-MS Glycopeptide Characterization
  • What’s True? What’s False? ProteoStats and the FDR
  • Smart Qualitative and Quantitative Proteomic Analysis with pSMART
  • Quantitative Tandem Mass Tagging Characterizes Redox Cysteine Modifications
  • Limited Proteolysis with Targeted Proteomics Characterizes Protein Structure
  • Illuminating Pathophysiology: Ocular Proteomics and Wet AMD Biomarkers
  • The Testicular Proteomics of the Infertile Male Mouse
  • Splice Seeking: Quantifying Post-transcriptional Modifications with Proteomics
  • Targeted PRM Proteomics Analysis of Protein Degradation in Plant Signaling
  • Comparing Protein and Peptide Fractionation Methods for Proteomics
  • Upload, Access and Recycle: Public Proteomics Data
  • Quantitative Proteomics Defines Melanoma SIRT1 Signaling
  • Epithelioid Sarcoma Proteome to Reveal Molecular Alterations
  • Multi-parameter Spectral Scoring Improves Peptide Identification in Shotgun Proteomics
  • Examining the Phosphatase Interactome Using Affinity Proteomics
  • A Bone to Pick: The Proteomics of Zebrafish Skeletal Development
  • On-bead Digestion for Interactome Profiling — Breast and Kidney Cancer
  • Extracellular Matrix Proteomics and Tumor Metastasis
  • A Cross-linking MS Workflow to Characterize Cell Penetrating Peptide Interactions
  • Early Embryonic Development of the African Clawed Toad
  • What’s in a Name? MS Amanda: An Algorithm Optimized for High-Accuracy MS/MS
  • Proteomics and Lymph Node Metastasis: Gastric Cancer
  • The Buzz: Proteomics and Honey Bee Embryogenesis
  • Pancreatic Cancer Phosphorylome and Potential Drug Networks
  • Interrogating the Host Interactome for Ebola Virus Weakness
  • Traumatic Brain Injury Affects the CNS Proteome
  • Ovarian Cancer Biomarker Discovery in the Urinary Peptidome
  • Multiplexing Cysteine Redox Proteomics
  • Number Crunching to Generate Smaller MS Data Files
  • Tumors in Genetic Flux: Biomarker Discovery for Heterogeneous Pancreatic Metastases
  • Mass Spectrometry Analysis for Co-factors Involved in Ebola Virus Replication
  • Bacterial Proteome Characterization for Efficient Spinosad Synthesis
  • Mitochondria, Storage and the Potato Tuber Proteome
  • Novel Culture Method for Apoptotic Colorectal Cancer Cell Secretome Profiling
  • B-Cell Epitopes and Survival: Immune Response to Ebola Virus Proteins
  • Putting the Human Proteome on the Map: The JHU Team
  • Putting the Human Proteome on the Map: The TUM Team
  • The Proteomics of Longevity in Some Worms
  • Serum Proteomics for Scrapie Biomarker Investigation
  • Scaling Up Targeted Protein Quantitation: WiSIM-DIA for the Orbitrap Fusion Tribrid
  • Hyperuricemia and Endothelial Damage
  • Minimizing Bias in Label-free Quantitative Proteomics Data
  • New Multiplexed LC-HR/AM MS Glycoprotein Workflow Shows Potential
  • Inflammation Links Obesity with Catecholamine Resistance
  • Confetti, Proteases and Characterization of the HeLa Proteome
  • The Pulmonary Proteome and Biomarker Discovery
  • TMT Multiplexed Protein Quantitation in Action: Characterizing Breast Cancer Proteomes
  • Why TMT Multiplexing for Protein Quantitation?
  • Mining the Gut Microbiota Proteome for Crohn’s Disease Biomarkers
  • Unraveling IPAH with Proteomics
  • Faster Data Processing for Screening Inborn Errors of Metabolism
  • Host/Pathogen Proteomics: Mycoplasma pneumoniae
  • Proteome Complexity in Fossilized Bones
  • Global Kinome Profiling for Personalized Medicine
  • Prostatic Exosomes: Proteomic Characterization and the Hunt for Biomarkers
  • Dual-Action Trypsin Exploited for Isotope-Coded Affinity Tagging
  • Acetylation in the Cardiac Proteome
  • Skin Deep: Fibroblast Proteome Holds Clue to Pathogenesis of Triglyceride Deposit Cardiomyovasculopathy
  • Does the Stem-like Cell Proteome Hold Clues to the Pathogenesis of Oral Cancer?
  • Endogenous Carbamylation and the Renal Proteome
  • Open Source Software Libraries for Proteomics Research
  • Proteomic Characterization of Breast Cancer Exosomes
  • Orbitrap Mass Spectrometer Characterization of PEGylated Proteins
  • Examining Chromatin-binding Proteins from Colon Adenomas and Carcinomas
  • Combined –omics Approach Identifies Functional Receptor for Hepatitis B Virus
  • The Proteomics of Glycogenin-1 and -2 Self-glucosylation
  • Biomarker Potential of Prostate Cancer Exosomes in Urine
  • Silicon Metabolism in Marine Diatoms: A Quantitative Proteomic and Genomic Analysis
  • MSIA-SRM: The Future for Clinical Protein Assays?
  • Labeled or Native: New LC/Q Exactive MS Workflow Fully Characterizes Glycans
  • Post-translational Modification Control of Anaplerotic PEPC in Sorghum Seeds
  • Quality Control Guidelines for Label-free LC-MS Protein Quantification
  • Proteomics and Bioterrorism: Identifying Anthrax Biomarkers  
  • Combined RNA and Proteomics Techniques Reveal Cancer Cell Response to Chemotherapy-Induced Apoptosis
  • Comparative Proteomic Analysis: Investigating N-Glycosylation for Potential Hepatocellular Carcinoma Biomarkers
  • New SRM MS Immunoassay Method for IGF1 Improves Workflow and Sensitivity
  • The Community Proteomics of Endodontic Infection
  • Experimental Design and Reporting Guidelines for Proteomics Researchers
  • Targeted Proteomics Identifies Protein Isoforms as Ovarian Cancer Biomarkers
  • Why Do Some Worms Live Longer? The C. elegans Proteome and Dietary Restriction
  • LC-MS/MS Proteomic Analysis of Banked Pancreatic Tissue Samples
  • Validating a Novel Gel-Free Method for Investigating G-Protein Coupled Receptor Proteomics Partners
  • Investigation of G-Protein Coupled Receptor Folding and Maturation by LC–MS/MS
  • Arthritis Glycoprotein Biomarker Discovery using LC–MS/MS
  • Rapid E. coli Typing Using Tandem Mass Spectrometry: Potential for Clinical Screening
  • Liquid Chromatography–Mass Spectrometry for Identifying New Hepatocellular Carcinoma Biomarkers
  • Proteomic Analysis of the EVI1 Oncogene Interactome
  • Gene Targeting and Functional Proteomics: A New Strategy
  • LC–MS/MS for Biopharmaceutical Development of Therapeutic Proteins: A Review
  • LC-MS/MS Proteomic Analysis of Dried Blood Spots: A Comparison with Whole Blood
  • Orbitrap Analysis Identifies Potential New Serum Biomarker for Pancreatic Cancer
  • To Baldly Go – The Proteomics of Androgenetic Alopecia
  • Orbitrap Identification of Untested Sildenafil Analogues in Health Supplements
  • The Mitochondrial Human Proteome Initiative
  • Proteome Monitoring during Eradication of Hepatitis C Virus Infection
  • Current Protein-Profiling Technologies: Mass Spectrometry and Proteomics

    • Examining Food

  • Edible Insects: Food Safety for Six-Legged Protein Sources
  • Meals on Wheels: FSMA Food Safety Training for Transporters
  • Preservation without Preservatives: Microbial Antagonism for Meat Product Food Safety
  • ‘Salmonella-Free’ UK Lion Mark Eggs: Runny Eggs for All
  • Preservation without Preservatives: Microbial Antagonism for Natural Safety
  • Self-Assembly Origami Pasta and Other Adventures in Food Packaging
  • How an E. coli Outbreak Rocked US Food Safety into a New Direction
  • A Side of Horse with Your Beef Burger? Ingredient Authentication in Meat Products
  • Education, Regulation—FSMA Training for Full Implementation
  • Chromogenic Coliform Agar for Low-Level Microbial Contamination Detection in Water
  • LC-HRMS Multi-Allergen Detection of Nuts Contamination
  • Food Authentication with Proteomic Analysis
  • Food Surveillance in China: History and Initiatives
  • Listeria – The Science of Adhesion and Food Safety
  • Scanning Big Data for Rapid Response in Foodborne Disease Outbreaks
  • No Need to Boil or Bake: Non-Thermal Food Preservation
  • FoodNet: Active Surveillance for Food Safety
  • Estimating Foodborne Disease Burden for Public Health Policy Prioritization
  • How much does Norovirus really cost?
  • Food Safety ABCs – Glossary Assistance from EFSA
  • Almond Allergens Characterized by LC-MS
  • Nano-LC-MS Detection for Highly Sensitive Food Matrix Pesticide Analysis
  • Canned Food Storage: Detecting PVC Lining Migrants by UHPLC-HRMS
  • Collaboration and Food Safety: The 2015 EFSA Report on Scientific Cooperation
  • A Useful Bookmark: The PLoS WHO Global Foodborne Diseases Collection
  • Acrylamide in Food: FDA Guidelines
  • WHO Report: Global Estimates for Foodborne Disease Burden 2010
  • What You Need to Know About Food Packaging and the Microbial Environment
  • Acrylamide and Chips: LC-MS Monitoring Maillard Reaction Products in Starchy Foods
  • Plant Antimicrobials and the Food Industry: Part 4 – Application and Regulation
  • Microbial Contamination in Leafy Greens: Open Fields vs Greenhouse Cultivation
  • Measuring Primary Aromatic Amine Migration into Foods by Targeted LC-HRMS
  • Plant Antimicrobials and the Food Industry: Part 3 – Phytochemicals
  • Plant Antimicrobials and the Food Industry: Part 2 – Antimicrobial Peptides
  • Plant Antimicrobials and the Food Industry: Part 1
  • Green Dye in Food Oil – No Thanks!
  • Pallet to Palate: Extending Shelf Life and Safety in Microgreens with PCR
  • Preventing Foodborne Staphylococcal Disease – Hygiene Matters!
  • Understanding Microbial Biofilms for Seafood Safety
  • Food Safety and Soft Drinks
  • Smoking out Foodborne Pathogens with SO2
  • Quick and Simple Protocol for Assaying Perfluoroalkyl Contamination in Foods
  • SureTect PCR for Production Environment Salmonella Monitoring
  • Foodborne Norovirus – Genotyping to Track the Virus
  • Edible Oil Safety Monitoring by Tandem SPE and Mass Spectrometry
  • Food Safety Predictive Modeling
  • What Rot! Strawberry Proteomics and the Art of Staying Fresh
  • Testing for Milk Allergens in Wine
  • Webinar: Noroviruses – the perfect foodborne pathogen?
  • Can Feedstocks Trigger Allergic Reaction in Humans Up the Food Chain?
  • Retrospective Analysis of Pesticide and Drug Transformation Products
  • Natural Preservatives in Cheese
  • Sipping Sweetly: Mass Spectrometry for Natural Wine Sweetener Discovery
  • Fact Sheet: Hepatitis A
  • Seeing Red: Detecting Illegal Sudan Dyes in Foodstuffs
  • HRMS Screening for Multiple Pesticide Residues in Food
  • Mastitis: Control and Eradication in Dairy Herds
  • Turbulent Flow Clean Up for Plant and Fungal Metabolite Screening
  • Salmonella and Norovirus in Berries – A Growing Health Concern
  • Preserving Meat with Essential Oils?
  • Transglutaminase in Meat and Meat Products – Contaminant or Not?
  • New Food Allergen Labeling Regulation in Europe – Are You Ready?
  • iCAP Q ICP MS: Extreme Sensitivity for Food Safety Testing
  • What’s that in your herbal supplement?
  • Is that a growth regulator in your coffee?
  • Automated Solutions for Inline VOC Measurement in Food Packaging Materials
  • Characterizing Staphylococcus aureus Contamination in Raw Milk Cheese
  • Optimizing Lignan Extraction from Flaxseed
  • Salads and Internalized Pathogens: What are They? Should we Worry?
  • Congratulations! It’s a Bacterium – The Genus Listeria Just Got Five Species Bigger
  • Infrared Spectroscopy for Coffee and Banana Analysis – Renewable Biomass Fuels of the Future?
  • Detecting Veterinary Anti-parasitic Drugs in Foods
  • Rapid Food Safety Testing for Listeria: SureTect PCR Assay
  • Mass Spectrometry in Veterinary Drug Residue Analysis
  • Which Orbitrap? Mass Spectrometry for the Bewildered
  • Virginity Testing – the Olive Oil Method
  • Using Proteomics Analysis to Uncover Protein Glycosylation
  • Food Safety: Testing Fresh Produce for Internalized Pathogenic Bacteria
  • Advantages of Measuring Organic Acid Profiles in Beverages using Charge Detection
  • Using LC-MS/MS to Monitor Mycotoxin Contamination in Malting Barley
  • Food Quality and Labelling Standards Control by Selective Reaction Monitoring
  • Mass Spectrometry Identifies the Anti-Fungal Compounds Produced by Bacillus subtilis strain fmbJ
  • Using Accelerated Solvent Extraction and Ion Chromatography to Determine Perchlorate Levels in Food and Soil
  • Which Udder? High Resolution Mass Spectrometry for Authenticating the Source and Quality of Dairy Products
  • LC-MS/MS Assay of Flavanones in Citrus Juices and Beverages

    • Inside Biobanking

  • Long-Term Biobanking Potential for Human Islet Cell Functionality
  • Leveraging Facebook Likes for Population-Based Biobanking Outreach
  • Achieving Equitable Minority Representation in Biobanking
  • Biobanking Human Embryonic Stem Cell Lines
  • Collaborative Transnational Biobanking for Rare Disease Research
  • Stabilizing Tissues for Postmortem Peptide Preservation
  • Biobanking the Future: Male Fertility Preservation for Endangered Species Conservation
  • A Decade of Challenges and Solutions for Biobank Sample and Data Sharing
  • In the Beginning: Biobanking Strategy and Study Design for Chronic Obstructive Pulmonary Disease Research
  • Does Bio-objectification Affect Clinical Care and Research Management?
  • Biobanking for Personalized Medicine: GANI_MED
  • Rare Disease Biobanking and the Patient
  • On the Hoof: The Canadian Cattle Genome Project
  • Access and Value: How Readily Do Biobanks Share?
  • Exploring Ethical Issues in Commercialized Biobanking
  • Creating a Unique and Robust Biosample Identification System for Multiple Users
  • Establishing an ISO-Compliant Biobank: Lessons from Jordan
  • Saying No: Consent Withdrawal and Biobanking
  • Genomics Research and Informed Consent
  • Joining the Network: PPM and eMERGE
  • Quality Management Systems for Biorepositories
  • Tools to Guide Researchers on Ethically Sharing and Reusing Biospecimens
  • Seeking Closure: The End of a Biobank
  • Biospecimens: Secondary Use, Sharing and Safeguarding the Donor
  • Biobanking for Influence of Early Years on Asthma and Allergy
  • Is Informed Consent Ever Truly Informed?
  • Biobanking for Studying Rare Disease: ARegPKD and Pediatric Kidney Disease
  • Patients Matter Too: Expanding the Role of Patients as Stakeholders in Biobanking
  • Promoting Access Increases Historical Biobank Value
  • The Biobanking Data Tease: Reveal Too Much or Too Little?
  • Bring out Your Dead: The GTEx Study and Cadaver Tissue Procurement
  • Harvesting Ileum Mucosa Tissue: Effect of Ischemia on RNA Stability
  • Biobank Donors as Active Participants: A New Biobanking Model
  • The Million Veteran Program: Biobanking to the Max
  • Rising to the Information Technology Challenge in Biobanking
  • A Living Biobank for Personalized Cancer Medicine
  • Incorporate ELSI Strategies When Planning a New Biobank
  • Biobanking 101: The South African Experience
  • Placental Biobanking: The Ties that Bind
  • Standardizing Bioresource Citations for Added Value
  • Precious Cargo: Managing the Cold Chain to Minimize Pre-Analytical Variability
  • Read All About It: Biobanking in the News
  • How Long Can You Hold It? Long-term Urine Biobanking
  • Biobank Ireland Trust: Getting Started and Continuing On
  • Biobanking Begins at Biopsy – Consistent Protocols for Consistent Results
  • Establishing Multicenter Biobanking Consistency: World Endometriosis Research Foundation
  • Ethics and Post-Disaster Survivor Biobanking
  • Biobanks and Donors: How to Understand What Is Understood