iGene Labserve

Microbiology Lab Instruments

laminar-air-flow-bench

How Laminar Air Flow Is Used in Tissue Culture Labs: Step-by-Step Process

How do laminar airflow cabinets work in tissue culture labs? Learn a step-by-step process to maintain sterility, prevent contamination, and improve lab safety.  A laminar air flow cabinet is widely used in tissue culture laboratories to maintain a sterile working environment. It works by passing air through HEPA filters to remove dust, contaminants, and microbes …

How Laminar Air Flow Is Used in Tissue Culture Labs: Step-by-Step Process Read More »

iGene - Biosafety Cabinet Class II B2 - Image Creations

Common Reasons Biosafety Cabinets Fail Containment Tests and How to Fix Them

Table of Contents Biosafety cabinets fail containment tests due to improper airflow balance, damaged HEPA filters, poor installation, or inadequate maintenance. Regular certification, proper placement, and timely replacement of filters help restore the performance of the equipment and ensure safe handling of hazardous biological materials in laboratories. A BSC is one of the most crucial …

Common Reasons Biosafety Cabinets Fail Containment Tests and How to Fix Them Read More »

gel-electrophoresis

How to Choose an Electrophoresis Power Supply for Molecular Biology Labs?

Electrophoresis is one of the basic techniques in molecular biology laboratories used to separate DNA, RNA, and proteins based on size and charge. While gels, buffers, and chambers receive maximum attention, power supply is that component that directly controls accuracy, reproducibility, and safety. Read this guide to understand the significance of power supply for electrophoresis …

How to Choose an Electrophoresis Power Supply for Molecular Biology Labs? Read More »

vacuum-oven-vs-hot-air-oven

Vacuum Oven vs Hot Air Oven: Which Is Better for Heat-Sensitive Samples?

Ovens play a crucial role in research facilities, laboratories, and industrial settings for drying, curing, and heat treatment processes. However, when working with heat-sensitive samples, choosing the right equipment becomes important. Among the choices are vaccum ovens and hot air ovens. While both serve heating purposes, the operating principles and impacts on delicate samples differ …

Vacuum Oven vs Hot Air Oven: Which Is Better for Heat-Sensitive Samples? Read More »

ultra-low-temperature-freezer-img

Which Samples Require Ultra-Low Temperature Freezer Storage?

Ultra Low Temperature or ULT freezers play a crucial role in laboratories, hospitals, and research facilities across the world. They are designed to maintain a temperature range of -40 degrees Celsius and -80 degrees Celsius and preserve highly sensitive chemical samples and biological samples that would degrade at standard freezing temperatures. These samples are usually …

Which Samples Require Ultra-Low Temperature Freezer Storage? Read More »

biosafety-cabinet-image

What Makes a Biosafety Cabinet Safe? Non-Negotiable Factors for Maximum Lab Safety

Biosafety Cabinets is the framework of safe laboratory operations wherever cell cultures, infectious agents, or other harmful chemical handling takes place. No wonder microbiology and pharmaceutical research to biotechnology and clinical diagnostics rely on these devices to protect the three most crucial elements – the product, the user, and the environment. However, simply owning a …

What Makes a Biosafety Cabinet Safe? Non-Negotiable Factors for Maximum Lab Safety Read More »

bacteriological-incubator

What Temperature Should a Bacteriological Incubator Maintain for Diagnostic Labs?

A bacteriological incubator used in laboratories need to maintain temperatures between 35 Degrees Celsius and 37 Degrees Celsius being the global standard for human pathogenic bacteria culture. Maintaining this temperature ensures reliable microbial growth, accurate diagnostic results, and consistent laboratory performance. Bacteriological incubators are indispensable for diagnostic laboratories and play a crucial role in culturing …

What Temperature Should a Bacteriological Incubator Maintain for Diagnostic Labs? Read More »

Vertical Autoclave

Vertical Autoclave: Identifying Common Issues and Correcting the Flaws

Whether in laboratories, clinics, hospitals, or research facilities where sterilization is non-negotiable, a vertical autoclave is must-have equipment. It is known for its efficiency, compact footprint, and reliability. No wonder, it is widely used to sterilize instruments, culture media, glassware, and biomedical waste. However, like any mechanical system, it can also develop operational issues and …

Vertical Autoclave: Identifying Common Issues and Correcting the Flaws Read More »

Biosafety Cabinet Class II A2

A2 Vs B2 Biosafety Cabinets: How to Choose One for Optimal Lab Safety?

Choosing an appropriate Class II biosafety cabinet or BSC is not just pinning on any model.  It is also about matching the ventilation of the facility, the airflow design, and the hazards you handle. The commonest sub types of BSCs are Class II, Types A2 and Class II Types B2. Here is a practical guide …

A2 Vs B2 Biosafety Cabinets: How to Choose One for Optimal Lab Safety? Read More »

iosafety Cabinet Class II A2

Biosafety Cabinet Class II A2: Essential Applications and Smart Buying Tips

Maintaining safety in laboratories is non-negotiable, especially those that work with infectious agents, sensitive biological materials, and cell cultures. Among various safety tools that are available, Biosafety Cabinet Class II A2 remains one of the most widely used and a trusted choice in the field of research. It provides protection to both products and personnel …

Biosafety Cabinet Class II A2: Essential Applications and Smart Buying Tips Read More »