Colony-Picking Robots: Accelerating Synthetic Biology Research and Genetic Engineering
Synthetic biology, also known as syn-bio, has emerged as a groundbreaking field that combines biology, engineering, and computer science to create and improve [...]
PlateCrane’s Applications Beyond Plate Handling in Life Sciences
There are many advantages and benefits of robotic automation, and automation itself has revolutionized and streamlined microbiology. The benefits are many: robotic automation [...]
The Promise of Synthetic Biology in Medicine and Healthcare
Underneath the umbrella of synthetic biology (coined syn-bio) are many subfields of emerging discoveries in the scientific community. Syn-bio has many applications, from [...]
A Closer Look at the Technology Behind Colony Picking Robots
Colony picking is the most important aspect of identifying microorganisms for many applications. Used mainly to identify different bacteria, colonies are isolated for [...]
Hudson Robotics, Leader in Laboratory Automation, Earns a Spot in the Top 10 Laboratory Automation Solutions Providers for 2023 by Pharma Tech Outlook GalleryHudson Robotics, Leader in Laboratory Automation, Earns a Spot in the Top 10 Laboratory Automation Solutions Providers for 2023 by Pharma Tech Outlook
Hudson Robotics, Leader in Laboratory Automation, Earns a Spot in the Top 10 Laboratory Automation Solutions Providers for 2023 by Pharma Tech Outlook
October 16, 2023, Springfield, NJ Hudson Robotics, leaders in lab automation systems, is pleased to announce that we have been included in the [...]
Improving Accuracy and Reproducibility with Automated Colony Picking
The process of colony picking involves selecting a colony of single-strain, pure microbes so they can be duplicated later. Colony picking is used [...]
Exploring the Working Principles of pH Meters: How Do They Measure pH?
A pH meter is used to measure the alkalinity or acidity of a substance, usually a solution. The pH scale itself is numbered [...]
Flow Cytometry in Clinical Diagnostics: Revolutionizing Disease Detection and Monitoring
Flow cytometry has several uses but is prominent in clinical diagnostics. It is a laboratory test that analyzes the characteristics of particles or [...]
Exploring the Ethics and Risks of Synthetic Biology
From the outset, genetic engineering and manipulation have been one of the issues associated with the ethics and risks of synthetic biology.The earliest [...]
LabLinx™ Track-based Systems: Transforming Laboratory Automation with Dynamic Robotic Solutions
What Are the Different Types of pH Meters in Your Laboratory? As the term sounds, laboratory automation is using automated technologies in the [...]
Choosing the Right pH Meter for Your Laboratory or Field Applications
A few pieces of equipment are imperative to have in your microbiology, synthetic biology, or other laboratory. Having the right pH meter in [...]
Synthetic Biology and Environmental Remediation: Cleaning Up Our Planet
Synthetic biology, or syn-bio for short, looks at problems from an alternative perspective to create solutions. For example, when it comes to synthetic [...]
How Colony Picking Robots Enhance Efficiency in High-throughput Research
Before advances in automation, samples had to be screened and tested by hand. Not only was this an inefficient way to process samples, [...]
Integrating PlateCrane into Your Lab: Tips for Successful Implementation and Optimization
The PlateCrane EX™™ helps revolutionize laboratory automation by streamlining microplate handling—it is a handler optimized for the “SBS footprint,” including microplates, reservoirs, and [...]
Synthetic Biology and Sustainable Agriculture: Revolutionizing Food Production
The field of synthetic biology (syn-bio for short) is growing at an amazing rate, partly because of all the many ways syn-bio can [...]
pH Meters: A Comprehensive Guide to pH Measurement and Monitoring
One of the more fundamental tools in every laboratory, a pH meter is an absolute necessity. Decades ago, researchers would have used a [...]
The Rise of Colony Picking Robots: Revolutionizing Laboratory Automation
Those who watch or read the news may be familiar with how many decades it took for the first genome sequencing projects to [...]
Introduction to Synthetic Biology: Exploring the Basics and Applications
No introduction to synthetic biology would be complete without the precise definition provided by The National Human Genome Institute, which describes syn-bio as [...]
DNA Testing: Scientific Breakthroughs and Benefits
Simply put, DNA testing looks for variants (or mutations) within the DNA. It is often referred to as genetic testing, but genetic testing [...]
Can You Grow Anything with Synthethic Biology?
Can you grow anything with synthetic biology? Not quite anything, but perhaps someday you can. Find out more about syn-bio and new plant trends.
Your Guide to Colony Picking Tools
Colony picking and its tools are essential parts of a molecular biology laboratory. Colony picking involves choosing one pure colony in a microorganism [...]
What Is DNA Polymerase?
DNA polymerase (DNAP) is an enzyme that plays a significant role in DNA replication. DNAP produces nucleotide triphosphates, which are considered the building [...]
What to Look for in a Benchtop pH Meter
A functional and accurate pH meter is integral to a microbiology laboratory. pH measurements are used for various applications, such as testing municipal [...]
PCR Testing vs Antigen
General DNA Processes The general public wasn’t too familiar with polymerase chain reaction (PCR) and antigen tests before the COVID-19 pandemic. The intricacies [...]
What a DNA Testing Laboratory Needs
DNA testing is widely used today in DNA testing laboratories for several applications. Persons can purchase a take-home DNA test to learn more [...]
How to Choose a pH Meter for Your Lab
The pH meter for your lab is one of your most important pieces of equipment. What does a pH meter measure? The function [...]
An Overview of Synthetic Biology
What is synthetic biology? According to the National Human Genome Research Institute, synthetic biology is “a field of science that involves redesigning organisms [...]
5 Facts About Your Microbial Colony Picker
What is a microbial colony picker used for? This machine is used in the culturing of microbial samples in instances where researchers wish [...]
What Is PCR?
Many people are now familiar with the term “PCR” or PCR test results, as a PCR test is the most common way to [...]
PCR Setup: What You Need to Know
PCR tests have long been used to see genetic changes and diagnose infectious diseases. The test takes many copies of a DNA sample, [...]
What Bacterial Colonies Can Tell Us
When bacteria are cultured on solid media, it grows in formations called colonies. A bacterial colony is a cluster of cells derived from [...]
Complete Workflow Solutions: From Cloning to Profiling
What is a Transformation in Biology? Synthetic biology’s future depends highly on the applications being used for research and discovery. Complete workflow solutions [...]
How Transformation Biology Has Helped Scientists
The process of transformation has been instrumental in the field of molecular biology, allowing scientists to better understand genes and their functions. Read [...]
A Brief History of Synthetic Biology
In this brief history of synthetic biology, the most fundamental discoveries in genetics and bioengineering will bring light to how synthetic biology was [...]
Hudson Robotics & Art Robbins Instruments Welcome Dr. Ian Shuttler as Executive Chairman of the Board
SPRINGFIELD, N.J. and SUNNYVALE, Calif. and WAYNE, Pa. , Jan. 11, 2023
What to Look for in a Colony Picking Robot
Colony picking refers to the selecting and inoculating of a single bacterial colony from a cultured sample on a plate. Colony picking is [...]
Pros and Cons of Synthetic Biology: An Overview
Like any emerging field of technology, synthetic biology has proponents and critics. With great benefits come new problems to solve. Proponents of synthetic [...]
Automating PCR Prep in Your Laboratory
Polymerase chain reaction (PCR) is a technique used to amplify a specific DNA fragment, often starting with a small amount of template DNA, [...]
Your Guide to Add-ons for Liquid Handlers
Liquid handlers are powerful multitasking lab tools that enable precise and efficient handling of liquid samples. Integrating liquid handlers with add-ons can further [...]
In Synthetic Biology? These Tools Need To Be In Your Lab
Synthetic biology is a field of bioengineering in which scientists design new biological parts and systems. Synthetic biology is made possible by advances [...]
How To Test Soil pH with a pH Meter 101
A soil's pH alerts growers to what goes on below ground. Specifically, acidic or alkaline soil affects the amount of macro and micro [...]
What Does a Microplate Reader Do?
This laboratory instrument minimizes human input by automating the measurement of chemical, biological, and physical reactions using flat disposable microplates that include various [...]
Synthetic Biology Real World Examples And Uses
Synthetic biology is an emerging field of bioengineering. This field has continued to grow, powered by technological advancements in lab techniques and lab [...]
Tools to Create The Perfect Automated Liquid Handling Platform
Scientists prepare samples, move liquids, wash microplates, and perform other tasks when completing research. An automated liquid handling platform includes devices to manage [...]
Principles of Plasmid Isolation
Plasmids are circular DNA molecules found in bacteria. Plasmids are self-replicating, and they are separate from the chromosomal DNA of their host organisms. [...]
Engineering Yeast Via Synthetic Biology – Recent Developments
Yeast and synthetic biology are used for the biosynthesis of compounds with medical applications. Synthetic biology has been prolific over recent years, and [...]
A Guide to pH Measurement Instruments in the Lab
Why Do Workers Like Using an Automated Pipette Machine? Lab workers compare sample ratings with pH standards called buffers to garner reliable results. [...]
Why Get An Automated Pipette Machine?
Liquid handling machines that take up little benchtop space, such as an automated pipette machine, transfer liquids between containers without needing users to [...]
How Lab-Grown Meat is Made: A Concise Guide
Everyone is asking about cultured meat, "How is lab-grown meat made?" The concept of synthetic meat originated in the 90s when Jon Vein [...]
Plasmid Isolation from DNA: Process & Challenges
DNA plasmid isolation is integral to biology as it’s used in many functions. This includes DNA sequencing, cloning, in vitro translation, gene therapy, [...]
The Benefits of an Automated Colony Counter
Colony counting determines how many microbial colonies are growing on cell culture media, such as agar plates. Automated colony counters are a newer [...]
How Can Synthetic Biology Be Applied to Plants?
Plant synthetic biology utilizes existing nutritive plant value to identify biological pathways and generate alternative resources of food, medicines, and other products. These [...]
Standard Operating Protocol for Calibration of pH Meter
The calibration of the pH meter using an SOP (standard operating procedure/protocol) is highly important and serves a very important purpose - keeping [...]
ELISA Microplate Reader: Principle and Uses
The Drug Discovery Process ELISA stands for enzyme-linked immunosorbent assay. It is an evaluation technique for immobilizing an antigen to a solid surface [...]
Usage of Synthetic Biology in Drug Discovery
Synthetic biology is a new life science label for processes like Protein Engineering and Genetic Engineering that apply engineering design principles to molecular [...]
Single Cell Colony Picking: Tools & Challenges
Colony picking involves removing a sample from a healthy microbe colony after culturing a microbe sample on a plate. Single-cell colony picking means [...]
Easy Liquid Sample Handling: Useful Tools for The Lab
Precision and accuracy are imperative regarding liquid sample handling in the lab. Using useful tools along with the best instruments available can streamline [...]
What Is The Future of Synthetic Biology?
Synthetic biology is a new field of bio-engineering in which scientists design new biological systems. Think of synthetic biology as scientists applying engineering [...]
Picking Colonies After Transformation: A Concise Guide
Bacterial transformation can also be performed using electroporation, but this method is less common. It runs on the same principle as heat shock [...]
Your Guide to Liquid Handling Equipment
Industrial Synthetic Biology: Synthetic Biology and Industrial Biotechnology Liquid handling is transferring fluid in a laboratory setting from one container to another and [...]
Colony Picking As Part Of Cell Culture
Industrial Synthetic Biology: Synthetic Biology and Industrial Biotechnology Have you ever wondered how epidemiologists identify which bacteria are causing the latest food poisoning [...]
Industrial Uses of Synthetic Biology: An Overview
The use of industrial synthetic biology is not new; however, it’s become a rapidly growing field in recent years. Synthetic biology is considered [...]
Best Types of Automated Liquid Handling Systems/Robots
More and more laboratories are adding more automation capabilities because of the many benefits of laboratory automation, including liquid handling processes. Human error [...]
What Is an ELISA Sandwich Assay?
ELISA stands for Enzyme-Linked ImmunoSorbent Assay. There are several types of ELISAs, including the sandwich ELISA, indirect ELISA, direct ELISA, and automated ELISA, [...]
Not Sure What to Go For? Here Are Some Laboratory Automation Examples
With the development of new products, medicines, and technologies each day, laboratory managers are turning to automation. Automation increases throughput, reduces errors, and makes lab protocols easy to repeat.
Automation of Synthetic Biology Processes: Some Staples to Consider
Synthetic biology refers to an interdisciplinary branch of bioengineering in which scientists create or change biological systems. Currently, most synthetic biology applications relate [...]
pH Meter Principles And Applications: An Overview
Learn about the pH meter principle and application of this useful chemistry tool. From medicine to agriculture, pH can be used to understand chemicals and perform safety checks.
Liquid Handling Devices You Need In Your Laboratory
Every laboratory needs an automated liquid handling machine and other devices. Liquid handling is an important part of any process, whether you’re running [...]
Automation Opportunities in a Microbiology Lab
Automation in microbiology offers very distinct benefits: first, laboratory robotics and automation provide accuracy and efficiency, which is a benefit when many samples [...]
Automated ELISA and Its Applications
ELISA, which stands for Enzyme-Linked ImmunoSorbent Assay, is a type of immunological assay. Antigens from a sample are placed onto a surface, followed [...]
pH Meter Storage Tips: How To Store pH Meter Electrodes and More
Given pH can vary between city water treatments, growers must be able to properly read their local water’s pH so that they can [...]
A Guide to Different Types of ELISA
There are 3 different types of ELISA that are widely used: direct ELISA, indirect ELISA, and ELISA sandwich assay. ELISA tests have been [...]
What Does a Microplate Reader Measure and Other Microplate Questions
Microplate readers measure changes in biochemical, cellular or physical properties in the wells of a plate. Microplate readers are designed for a standard [...]
Approaches to Synthetic Biology 101
When you begin learning about synthetic biology, it can feel like reading a science fiction novel. The terminology and techniques can be challenging, [...]
All About pH Meter Calibration Solutions: What, Why, and How
pH is an integral aspect to many scientific disciplines, where most scientists will likely consider pH at some point in their research or [...]
An Overview of Current Liquid Handling Technology
Lab automation has skyrocketed since the first fully automated lab was established in the 1980s. Though most prominent in pharmaceutical and medical testing [...]
Developments in Laboratory Robotics and Automation
Synthetic Biology Definition As natural discoverers and problem-solvers, scientists habitually industrialize methods to investigate their queries and maximize lab productivity. This occurrence is [...]
Synthetic Biology Applications: Medical, Industrial, and More
Synthetic biology is most commonly associated with the medical industry, but there are also synthetic biology applications in agriculture, industrial technology, food, and [...]
Uses and Benefits of a Fluorescence Microplate Reader
Fluorescence has been documented at various points in history. In fact, Pliny described rubbed jellyfish slime as a type of torch way back [...]
Choosing The Right Electronic pH Meter For The Lab
pH is a reference to how “acidic” or “alkaline” an aqueous (or water-soluble) solution is. SLP Sørensen is credited with creating the first [...]
What Products Are The Result of Synthetic Biology?
Synthetic biology products might seem futuristic, but many are already commercially available. Due to increased laboratory automation, advances in bioinformatics and data storage, [...]
What a Fully-Automated ELISA Reader Can Do
An ELISA (Enzyme-Linked ImmunoSorbent Assay) is a method used to determine protein concentrations in samples. Developed in 1971, it offered an alternative to [...]
Laboratory Scheduling Software: Capabilities And Downsides
From bulb pipetting to handheld pipettes to electronic pipettors, laboratories worldwide are modernizing through the addition of complex machinery and robotic assistance. This [...]
Serial Dilutions In Microbiology 101
You are probably familiar with some microbes like bacteria and viruses, but the category includes protists and fungi. Scientists incubate these microbes in [...]
The Best Benchtop pH Meter: How to Choose The Right One For You
pH is a measurable parameter with implications in biology, chemistry, agriculture, and food science. In fact, pH initiates the color change in hydrangeas, [...]
Using Software To Improve PCR
PCR is a popular lab technique with genomics, medicine, forensic science, and environmental biology applications. In 1993, the scientist who developed PCR, Kary [...]
Key Components of Efficient Automated Liquid Handling Workstations
Lab technicians measure, dispense, and mix liquids every day. Liquid handling is a key element of scientific research in various industries, from microbiology [...]
Advantages of Lab-Quality Devices That Measure pH
Studying Microbe Colonies Are you curious about what pH probes measure, why pH is important, and how devices that measure pH work? In [...]
Why Are Colonies Important in the Study Of Microbiology
Colonies give scientists information about a particular microbe that has replicated into a group sharing the same genes. Studying that group of microbes [...]
Best Types of pH Meters for Microbiology Labs
pH is critical to life. In fact, for lifeforms living in liquids, such as the ocean, the pH of that liquid dictates what [...]
Core Laboratory Automation Products for an Efficient Lab Workflow
Scientists have long sought ways to maximize their laboratory throughput by developing machinery that simplifies difficult or repetitive tasks. The use of laboratory [...]
Uses Of An Automated Liquid Dispenser In The Laboratory
Components of a pH Meter In 1961, J.J. Rodriguez of Berkeley, California, introduced a patent for an "improved buret." He designed it to [...]
How to Use a pH Meter
If you remember those science experiments from school where you used litmus paper to test solutions, you probably know what pH is. In [...]
Definition of Transformation in Biology
Transformation is an important component of molecular genetics; studies into the process began in the 1920s when a physician named F.Griffith realized that [...]
Three Secrets to High Quality pH Meter Readings
The goal of any pH reading, whether with a manual or an automated pH meter, should always be to obtain high quality pH [...]
Why Use A Fully Automated ELISA Reader?
ELISA stands for enzyme-linked immunosorbent assay. It is an immunological assay that is most often used to detect and quantify proteins, antibodies/antigens, viruses, [...]
How to Use a Liquid pH Meter
The pH measurement of a solution is most often done using electrical probes, which detect the difference between the electrical potential of a [...]
Colony Morphology Definition: What It Is And How To Identify
High Throughput Screening Software While microbial colonies have been observed on moldy food since the beginning of time, the invention of the petri [...]
Types Of Lab Software Offered By Hudson Robotics & Their Uses
Hudson Robotics has been a leader in laboratory automation for almost 40 years.While their equipment is some of the best available with tremendous [...]
How To Map An ELISA Plate
A map of an ELISA plate is essentially a template of the 96 wells found on a standard ELISA plate. With 96 wells, [...]
Describing Colony Morphology: A Basic Guide
Did you know that the first microscope was essentially just two types of lenses stacked on one another? Before the invention of even [...]
Top 5 Features of an Automated pH Meter
An automated pH meter is a device that measures a sample from each of the wells in a microplate plate and measures the [...]
Drug Stability Testing and Analysis
Stability testing of pharmaceutical products such as medications in pills, creams, liquids, etc., is a critical characteristic of any pharmaceutical agent. Stability not [...]
pH For Stability Testing and Analysis
Microplate Washer ELISA For over 100 years, pH has been an invaluable tool for measuring the acidity of solutions. Based on a logarithmic [...]
Bacterial Colony Morphology 101
Microplate Washer ELISA Bacterial colonies are an important component of microbiology that remains relevant to this day and probably will always stay that [...]
Serial Dilution Method In ELISA: What & How
ELISA is based on the interaction of antibodies and antigens where the antibodies attach to specific proteins or nucleic acids. With measurable reporter [...]
qPCR Analysis Software: Uses & Benefits
Initial Problems Developing Automated Liquid Handling Robots The “q” in qPCR stands for quantitative. Over the past 20 years, the tremendous advances made [...]
The Basics of Protein Expression and Purification
Initial Problems Developing Automated Liquid Handling Robots Whether human, plant, or bacteria, proteins play a vital role in every living cell's structure and [...]
Components of a Liquid Handling System
In modern science and pharmaceutical laboratories, tiny amounts of liquid must be transferred many times to perform everything from genetic testing to drug [...]
Automatic Plate Loading for Improved Instrument ROI in the Lab
Microplate robots have advanced the availability of automated qPCR and ELISA and many other applications and assays in laboratories that rely on studying [...]
Automated and Fully Automated PCR Robots
PCR is a widely used technique, but it's also very hands-on and time-consuming. Additionally, manual PCR does have some challenges that can affect [...]
What to Look for in Automated Barcode Labeling
The use of barcode labeling is not just helpful when using automated laboratory equipment. It’s essential when your laboratory technology is designed to [...]
How ELISA Automation Can Speed Up COVID-19 Testing
Can I Afford a Laboratory Automation System? Enzyme-linked immunosorbent assay (ELISA) is one of the most common testing methods for detecting antibodies to [...]
Microplate Handling Systems: Matching the Right Product to Your Needs
Microplate handling systems can include any or all of the following robotics: Microplate handlers Microplate stackers Barcode labelers Microplate washers Microplate readers And [...]
Automate Your DNA/RNA Extraction Process for COVID-19 Testing
In 1868 - 69, Friedrich Miescher studied proteins when he noticed that the addition of acid caused a precipitate to form that would [...]
Next Generation Sequencing Methods 101
What is Laboratory Automation? Next generation sequencing protocols can be used to map an entire genome and its three billion base pairs as [...]
Migrating from Manual to Automated Processes in the Lab – What to Consider
Laboratory automation is one of the most important breakthroughs to occur in this century. As a result, Laboratory Automation has become more popular [...]
COVID-19 Testing Liquid Handling – Microplate/Test Tube Handling Considerations
As of April 8, 2021, approximately 154,000,000 people worldwide have been fully vaccinated against SARS-CoV-2, the virus that causes COVID-19. This represents 2 [...]
Choosing the Right Automated Colony Picker
Processes That Integrate Pipetting Robots Colony picking is a vital process in biological labs as it's a step that many applications rely on. [...]
COVID-19 Testing Liquid Handling – Space Considerations
Processes That Integrate Pipetting Robots On January 9, 2020, the World Health Organization announced 59 patients in Wuhan, China, with unknown pneumonia that [...]
Your Guide To Pipetting Robots
The art of pipetting precise amounts is a skill that is prized by many scientists, but it is, in fact an art that [...]
What to Look for in Automated PCR
For many life science labs, establishing fully-automated PCR systems can really increase efficiency and reduce cost in the long run. The key to [...]
What Are Laboratory Automation Systems within Life Science?
Even before automation, biological processes and procedures in the laboratory often came with strict protocols to ensure accuracy and efficiency. As biological matter [...]
Magnetic Bead Separation: Functions and Automation Requirements
Magnetic bead separation makes nucleic acid and protein purification more effective and easier to automate. With advancements in lab technology and reduced costs, [...]
Applications of pH Measurement and How to Automate Them
pH is a logarithmic measurement of the acid or base levels in a substance. It stands for “potential of hydrogen” or “power of [...]
DNA Extraction Methods Explained
While DNA extraction methods have been around for over 150 years, ever since Friedrich Miescher isolated it for the first time in 1869, [...]
What to Look for in a Liquid Handling Robot
Liquid reagents and samples make the bulk of materials that life science labs use. Therefore, it's important to have effective liquid handling systems [...]
Why Do You Need Fully-automated Real-time PCR?
Real-time PCR, or qPCR, is a necessary process that is a step-up from conventional PCR. In qPCR, data is collected throughout the process, [...]
Lab Scheduling Software and Robotics
Various components are vital to the operation of a research lab. Besides the laboratory information management system (LIMS) that manages staff and sample [...]
How to Get the Most from Your Microplate Handling System
Microplate handling systems can benefit even the smallest of labs, making processes more efficient and requiring less manpower. However, it's important to know [...]
ELISA Automation 101: Benefits and Basics
ELISA (enzyme-linked immunosorbent assay) is a popular quantitative assay to detect and quantify a range of peptides and proteins. However, manual ELISA is [...]
Your Guide to Automated Processes and Lab Scheduling Software
Having automated processes in the lab can increase productivity and ensure consistent, reproducible results. Additionally, automation improves safety and allows the team to [...]
Top 5 Things to Look for in an Automated Microplate Washer
Microplate washers are often under appreciated in a lab because they do not directly produce results in an assay. However, they are an [...]
Colony Picking Tools: 101
In various biological fields, colony picking is a necessary process that acts as a core step in producing biological matter extracted from bacteria [...]
How to Choose Life Science Software
Life science software is a crucial component of life science automation efforts. While it's the hardware that is most often given attention, systems [...]
Your Guide to a Bacterial Colony
A majority of life science research involves culturing and testing microbes, especially bacteria. In culturing these microbial samples, the lab often needs to [...]
5 Benefits of Laboratory Automation
Laboratories are constantly adopting new technology whether it be new equipment or software. One of the most impactful solutions in recent decades is [...]
What is a Colony Picking Robot?
Picking bacterial colonies is necessary in many life science labs, especially as part of synthetic biology and protein expression workflows. However, when done [...]
What to Consider When Choosing Life Science Software
As more labs aim to increase their output and obtain faster results, they need to handle more research samples and data in the [...]
What is a Bacterial Colony?
Wondering what a bacterial colony is? By simple association, lots of people know that "colony" refers to a group, and "bacteria" refer to [...]
How to Choose Software that Automates Lab Processes
Laboratory automation software is becoming more efficiently utilized and powerful, which drives it to be an essential tool in many labs. Lab software [...]
Your Colony Picking Protocol
Picking colonies—whether bacterial or fungal—from agar plates is a core step in culturing isolated, single-strain colonies for life science research.The process of selecting, [...]
Your Guide to Life Science Software
The rapid advancement of technology in recent years has introduced many changes to the field of life science. More complex machines, instruments, and [...]
How to Choose a Microplate Handling System
The creation of the microplate in the 1950s sped up analyzing multiple samples, and soon after, the use of multi-channel pipettes made [...]
Automation Software for Labs
Advancements in laboratory procedures and technology have helped researchers make discoveries while saving time and cost. A significant contributor to this is the [...]
What is a “Colony” in Microbiology?
Microbiology is the study of microorganisms, including bacteria, fungi, viruses, protozoa, and more. It includes research on the physiology, cell biology, and biochemistry [...]