Flow Imaging Microscopy Blog

FlowCam on the Road: Where to See Us This Fall

FlowCam Identifies Transparent Particles Shedding from Medical Devices

On Board with the BLOOM Educators Program

Celebrating 20 Years in Business: Special Delivery of New FlowCams to Bigelow Labs

Detecting Contaminates in Stormwater Runoff with Hydro International

Fluid Imaging: One of Maine's "Best Places to Work"!

FlowCam at Bigelow Labs: Flow Imaging vs Manual Microscopy and the study of HABs

What is that Algal Bloom in Casco Bay?

Saving Lives with the FlowCam - the Race to Identify Potentially Fatal Bacteria

Welcoming our Distributors from Around the World to Maine

Meet Fluid Imaging's Sales Team!

FlowCam can assess effects of mechanical stress (aggregation) on protein formulations in syringes resulting from hospital transportation systems.

KISR Uses FlowCam to Study Plankton in the Persian Gulf

Fluid Imaging Welcomes Friend from Down Under

Visit us at NMEA 2019 and see our newest FlowCam in action!

How Does the FlowCam Work?

Fluid Imaging Welcomes Professor Natasha Barteneva

Therapeutic Proteins Can Save Lives: Nano-Flow Imaging Helps Make These Drugs Safer

The Importance of Correct Aperture Settings in Nano Flow-Imaging

FlowCam Compares Favorably to MFI and Light Obscuration: Collaborative Study by Japanese Biopharmaceutical Consortium

FlowCam Used to Track Larval Oysters with Goals of Population Restoration

Norwegian Research Group Studies Krill in Antarctica using FlowCam

Meet the FlowCam's World Class Technical Support Team

See the FlowCam at Powder & Bulk Solids Toronto, June 4th

Welcome, Steve and Sarah! New Team Members at Fluid Imaging

UNE Researchers Use FlowCam to Study Engineered Proteins

Effects of Microplastics on Maine Lobster: New Maine Sea Grant Awarded to Bigelow Lab

FlowCam for Semi-Automated Algae Analysis

Welcome, Dominic! New Hire Joins Customer Care Team

FlowCam for Oil in Water Particle Analysis

VisualSpreadsheet How-To Videos on YouTube

Welcome Back, 2X! Particle Analysis Size Increased To 1 mm for FlowCam 8000 Series & FlowCam Cyano

FlowCam How-To Videos on YouTube

File Processing Mode Enables Users To Reprocess Files and Adjust Camera Settings After The Fact

FlowCam Technical Customer Support Team Travels to Asia

FlowCam Provides Visualization of Lycopodium Plant Sporoderm Microcapsule Degradation in Human Blood Plasma.

My Travels with the FlowCam in Asia and the Middle East

Top 6 FlowCam Studies on Cyanobacteria

Top FlowCam Papers for Marine Research (Recent Publications)

Fluid Imaging Technologies Hires New Accounting Assistant

FlowCam Part of Integrated Approach to Eliminate Taste and Odor Events in Wichita Falls, TX

FlowCam Assists Harmful Algal Bloom Mitigation in Salmon Aquaculture

Better Cleanliness Testing of Hydraulic Fluid, Lubrication Oil, and Fuel with FlowCam

FlowCam Used in Study Comparing Particulates Shedding from Plastic vs. Glass Electric Water Kettles

Chemical Manufacturers Use FlowCam Imaging Particle Analyzer for Product Analysis

Advice From the Women of Fluid Imaging Technologies on Accessing and Thriving in STEM-related Fields

Paleolimnologists Use FlowCam for Microfossil Research

Combination Marine Sciences and Law Degree Offered by UNE and Maine Law

Congress Asks for Robust Funding in 2020 to Support Harmful Algae Research

Baker Hughes Study Demonstrates a New, Quick Method for Produced Water Analysis

We are attending the European Workshop on Protein Aggregation and Immunogenicity

FlowCam and VisualSpreadsheet 5.0 Workshop at ASLO Puerto Rico 2019

Biotherapeutic Reformulation Achieved Through Extended Particle Analysis

Most Popular Flow Imaging Microscopy Blog Posts of 2018

Fooled copepods ingest dimethyl sulfide-infused microplastics

FlowCam for the Continuous Improvement of Manufacturing Process: A Case Study

New High-Throughput Method for Elastin-like Polymer (ELP) Coacervate Analysis

Atypical Manufacturer Thrives in Atypical Manufacturing Hub: Chief Executive Magazine Interviews Our CEO Kent Peterson

FlowCam Particle Analyzer for Printer Ink Pigment & Toner Quality Assurance

A Blueprint to Monitor Toxin-Producing Cyanobacteria With the FlowCam

Are Blue Mussels the New Microplastic Fiber Sink? A study by Bigelow Lab

FIT Welcomes Michelle Richards as Newly Hired Buyer

5 Key Considerations for Particle Characterization of Biopharmaceuticals

Top 5 Influential FlowCam Papers for Biopharma

The Value of Flow Imaging in Quality Assurance for Drug Manufacturers

New Method for Meiobenthos Analysis Using FlowCam

Detection of Subvisible Particulates in Bioformulations to Ensure Safety

Climate Change and the Gulf of Maine as Discussed by President of Bigelow Lab

FlowCam Flow Imaging Microscope Workshops at AWWA's Water Quality Technology Conference 2018

New Method for Cell Counting Microcystis Colonies Using Image Processing Method

Study by University of Alberta finds the FlowCam is a reliable and faster alternative to manual microscopy for cyanobacterial bloom monitoring

Fluid Imaging Welcomes New Technical Customer Support Associate Stephen Barton

Summer 2018 Highlights from our Technical Services Team

Technological Advances Push Protein and Particulate Research Further: Insights from the 2018 Workshop on Protein Aggregation and Immunogenicity

FlowCam Nano Celebrates First Year with Multiple Awards and Recognitions for Innovation

$30 Million in New Grant Funding Awarded to Study Harmful Algae Blooms (HABs)

Celebrating 19 Years in Business with Company-wide Volunteer Day

Fluid Imaging Technologies Welcomes New Hire Katie Clegg!

Combined Light Obscuration + Flow Imaging Particle Analyzer to be Released 2019

Hands-on FlowCam Workshop in Germany October 1st 2018

Japanese Consortium Assesses the Standardization of Flow Imaging Microscopy for Therapeutic Protein Regulations

FlowCam Nano Earns Pharma Innovation Award

Workshop for Cyanobacteria, Phytoplankton and Zooplankton Analysis in Evian France

Summer 2018 Intern Pursues Interests in Instrumentation and Business at Fluid Imaging Technologies

Oil in water characterization by FlowCam dynamic fluid imaging

Sub-visible dangers of plastic; nanoparticles in biopharmaceutical devices

Dandelion Pollen: A Promising Drug Delivery and Microencapsulation Vehicle

FlowCam Aboard Arctic Ocean Vessel to Assist in Phytoplankton and Zooplankton Analysis during Northwest Passage

Welcome to the Team, Gail, Mary, and Travis!

FlowCam Nano wins MAMe Innovator of the Year

What is the FlowCam?

World Oceans Day 2018: Prevent Plastic Pollution & Save Our Plankton

Extending the Limits: Oil Immersion Microscopy

Microplastics in Our Oceans: How Can We Study These Microscopic Pollutants?

What Does "Orthogonal Method" Mean for Particle Analysis?

Fluorescent Photopigments Captured with Trigger Mode at the University of Algarve

Semi-automated method for detecting and counting cells of cyanobacterial colonies and filaments

Optical System Images Nanoparticles in Biopharmaceuticals

Printer Toner to Cosmetics: 2018 Particle Analysis Services Report

Local FlowCam Services in 20+ Countries

Welcome to Fluid Imaging Technologies, Alex Ensign!

Boogying Around Maine for Green Crab Larvae

FlowCam Nano Wins Excellence Award at Pittcon 2018

New Flow Imaging Nanoparticle Analyzer Provides Early Warning System of Colloidal Activity for Formulation Scientists

The Oyster's Effect on Silica Cycling and Diatom Abundance in Temperate Estuaries

PepTalk 2018 - Observations

Discriminate particulates in protein therapeutics using particle size and shape

Monitoring for Taste & Odor Algae at Newport News Waterworks

That one teacher that changed your life ... Maine BioScienceDay 2017

Mainebiz CEO Breakfast Forum

Fluid Imaging Technologies named to "Best Places to Work in ME"

Beyond just pigment detection.... How FlowCam aided Ultrasonic Buoy HAB mitigation

Monitoring for HABs and Invasive Species with the FlowCam at Big Bear Municipal Water District.

Welcome to the FIT team, Clint!

FIT Annual Day of Service

Fluid Imaging Technologies Introduces First Ever Nano-Flow Imaging™ Particle Analyzer

Welcome to the FIT team, Sam and Nicole!

Salmon Aquaculture Leader Grieg Seafood Purchases 3 FlowCams to Mitigate Harmful Algal Blooms

FlowCam listed among MTR 100

Study shows elevated pCO2 may favor Phaeocystis spp. spring bloom dominance

FlowCam as a Systematic Ballast Water Analyzer

Meet our Intern: Joe Nolan

FlowCam Cruising the Arctic Aboard R/V Sikuliaq

FlowCam's Area Based Diameter (ABD) is More Accurate than Manual Microscopy When Measuring the Biovolume of Copepods

Prolate or Oblate? FlowCam used for compact metal powder microstructure analysis

Congratulations Zaid on U.S. Citizenship!

Carnivorous Pitcher Plant Food Web Analysis with Alicia McGrew

FlowCam Macro Integrated With SAHFOS Continuous Plankton Recorder

Documented: the 2016 Lake Okeechobee and Okeechobee Waterway Harmful Algal Bloom Culprits

The Royal Diatoms: The 2nd Annual Run of the Royal

FlowCam selected as Algae Industry Magazine Readers' Poll Winner

FlowCam at Sea - Canadian Department of Fisheries and Oceans Survey Newfoundland's South Coast

Overcoming Nonhomogeneity: How to Analyze Subvisible Particles that Range in Size with Flow Imaging

A novel method for monitoring cell-specific lipid accumulation with FlowCam® and Nile Red stain

Analysis of Triacylglycerol (TAG) Algae Lipid Productivity with FlowCam®

Algae Viability Analysis with FlowCam®: Effect of Continuous Flow Electrocoagulation Flocculation

Quantification and Morphological Analysis of Algae Using Dynamic Imaging Particle Analysis

Low-Volume Porosity Determination of PLGA Microparticles Using the FlowCam

Hawaii to Berlin - FlowCam Customer Profile: Stella Berger at Leibniz Institute of Freshwater Ecology and Inland Fisheries - IGB

FlowCam Training for Customers and International Service Reps

Fluid Imaging Technologies visits Coastal Studies for Girls in Freeport, Maine

Early Detection of Predatory Grazers in Algae Cultures

NASA uses FlowCam to Study Phytoplankton Populations in the Pacific

Coral Reef Research, Global Climate Change and FlowCam

Rynearson Lab Uses FlowCam Aboard Icebreaker NB Palmer to Capture Phytoplankton Images

Skidaway Institute to Use FlowCam in their New Imaging Lab

UNE Students Excited to use FlowCam for Research

A Colorful View From Space: FlowCam, Phytoplankton and NASA

FlowCam Cyano unveiled at NALMS (North American Lake Management Symposium) - Banff, Canada

FlowCam Workshop - Baltimore MD- 11/16/16

FlowCam Cyano attracts some media attention: identifies Mycrocystis bloom from St. Lucie River Florida.

McGill University uses a FlowCam for Large Experimental Array of Ponds (LEAP) project

Algae Analysis Instrumentation Images Florida Toxic Algal Cells

Automated Liquid Handling Speeds Sample Processing

FlowCam for freshwater lake systems studies in Kazakhstan

Fluid Imaging Technologies Announces 2016 Aquatic Research Student Equipment and Travel Grant Recipient

Fluid Imaging Technologies Hires Four New Talents

FlowCam® Macro for Zooplankton to be used to advance research capabilities at Sir Alister Hardy Foundation for Ocean Science (SAHFOS)

FlowCam for climate studies at University of Maine

Fluid Imaging Technologies Celebrates FlowCam Sales in 50 Countries

Imaging Particle Analysis Reveals Higher Concentrations of Sub-Visible Particles Compared to Light Obscuration Technique

Fluid Imaging Technologies Named a Winner in the Laboratory Equipment Category in Algae Industry Magazine's 2015 International Reader's Poll

Using dynamic imaging to monitor HAB in the Gulf of Mexico

Dynamic imaging particle analysis for invasive species detection

Using Particle Shape Analysis to Ensure Quality Control Measures Across Different Industries

Grit Characterization Analysis for Wastewater Treatment Plants

Fluid Imaging Technologies Announces FlowCam® Cyano for Early Detection and Monitoring of Cyanobacteria

The Top 5 Questions to Consider When Choosing a Particle Analyzer

Copepod as seen in video mode on a FlowCam

Detecting and monitoring HABs in an Oregon river to ensure safe water

Why FlowCam for Micronized Diamonds?

Detecting Glass Shards in Protein Therapeutics

Why FlowCam for Food Particle Analysis?

Fluid Imaging Technologies' Michael Cohrs Named Sales Presentation Champion from Dale Carnegie Training

Kent Peterson talks to Mainebiz about doing business in Maine

The Gulf of Maine Coastal Ecosystem Survey is using a FlowCam

Scientists help public avoid health risks of cyanobacteria

Chapter in New Biology Text Book Highlights FlowCam for Veliger Detection (Invasive Quagga and Zebra Mussels)

LSU Plankton Laboratory uses dynamic imaging to study microscopic life

Maine algae community to capitalize on growing business opportunities

We've selected our 2015 Aquatic Research Student Equipment and Travel Grant Recipient

Fluid Imaging Technologies Announces 2015 Aquatic Research Student Equipment and Travel Grant Recipient

Using Flow Imaging Microscopy in Biosimilar Development

Eggs & Issues | R&D in Maine | May 8 at 7:00 a.m.

Students from coast to coast learn about imaging particle analysis

Local Presentation | Unseen but Everywhere: Plankton & Particles!

Fluid Imaging Technologies Hires Heather Anne Wright as Technical Customer Support Associate

A closer look at dynamic imaging particle analysis

See our new dynamic imaging particle analysis instruments at Pittcon

Fluid Imaging Technologies Reveals FlowCam® Biologics and FlowCam® Macro Models at Pittcon Conference & Expo

Ensuring Optimal Particle Analysis Results with Protein Samples

We've selected our 2014 Algae Technology Research Grant Recipient

Fluid Imaging Technologies Announces 2014 Algae Technology Research Grant Recipient

Imaging particle analysis helps phytoplankton diversity studies

Particle characterization helps deliver uniform carbon nanotube products to customers

Studying copepods and phaeocystis to understand climate and food webs

How Sensitivity Can Impact Protein Aggregate Characterization

Technologies for plankton identification and monitoring

Optimizing Anaerobic Digestion at Wastewater Treatment Plants

Why Image Quality Matters When Characterizing Protein Therapeutics

How Samples are Processed in our Particle Analysis Laboratory

Sub-Visible Particle Analysis in Parenteral Formulations

Ballast Water Analysis with Flow Imaging

Contract Lab Using Flow Imaging Microscopy to Characterize Protein Aggregates

Characterizing protein aggregates in formulation development

Dynamic Imaging Helps Identify Green Crab Larvae on Maine's Coast

Dynamic Imaging Used for Cyanobacteria Identification in California

Quantifying Silicone Droplets in Protein Therapeutics with Imaging

The importance of grit particle analysis for wastewater treatment

Rapid Algae Characterization Using Dynamic Imaging Particle Analysis

Imaging Particle Analysis Optimizes Processes in the Food Industry

Students Benefit from Hands-On Algae Identification on Maine Waters

Five Important Considerations When Characterizing Protein Aggregates

Furthering Aquatics Research with Dynamic Imaging Particle Analysis

Using Flow Imaging Microscopy to Monitor Protein Degradation and Protein Agglomeration Formations in Pharmaceuticals

Detecting phycocyanin pigments with dynamic imaging particle analysis

Biotech Students Utilize Latest Technology for Algae Research

Easy Visual Analysis of the Microencapsulation Process Ensures Quality

Microscopy versus Imaging Particle Analysis

Research vessel uses imaging analyzer for phytoplankton identification

What is Flow Imaging Particle Analysis?

Customer Profile: Lamont-Doherty Earth Observatory of Columbia University

University of South Florida, College of Marine Science

University of Georgia, Biorefining & Carbon Cycling Program

University College Dublin, Integrative Biology Laboratory

Ludwig-Maximilians-Universitat Munich, Aquatic Ecology Group

Louisiana State University, School of the Coast & Environment

Colby College Environmental Studies

University of Rhode Island Graduate School of Oceanography

INSTAAR, University of Colorado

The Difference Between Real (Optical) Images and Synthetic (Computed) Images

What's Under the Curve? Particle Imaging can Answer!

Direct versus Indirect Particle Size Measurement

How many particles is “enough”?

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