Myra EB's advanced VR-based training system revolutionizes clinical operations and pharmaceutical manufacturing, delivering highly effective training while substantially reducing risks.
Myra EB's VR Training Effectiveness Over
Traditional Training
in Pharmaceutical and Health Industry
GREATER EFFICIENCY IN MOVEMENT AND MEASUREMENTS
0%
IMPROVEMENT IN USER LEARNING RETENTION
0%
GREATER ENGAGEMENT IN TRAINING
0x
DOCUMENTED USER IMPROVEMENT IN TIME-ON-TASK
0%
MORE CONFIDENCE IN TAKING ACTION ON WHAT THEY LEARNED
0x
FASTER TRAINING VS. TRADITIONAL CLASSROOM TRAINING
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How VR Leads to High ROI in Pharmaceutical and Medical Operations
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Aseptic Technique and Behaviour in Manufacturing
Aseptic Technique and Behaviour in Manufacturing
Course Overview:
Aseptic techniques are essential for preventing contamination by microorganisms. Which is crucial for creating effective and safe medicines, especially injectables and biologics. The process involves continuous cleaning, careful handling, wearing sterile clothing, and using specialized equipment. Mistakes, often due to human error, can lead to unsafe products.
What will you learn:
Aseptic Processing Basics
Cleanliness levels.
How aseptically made products differ from those sterilized at the end.
How manufacturing and handling can cause contamination.
The difference between cleaning, disinfecting, and sanitizing.
Correct cleaning methods.
Using isolator technology.
Clean Area Behavior
What to wear in clean areas.
Good practices in clean areas.
What not to do and why.
Understanding of specific behavior risks and how to improve them.
Who will Benefit
Manufacturing
Quality Control
Quality Assurance
Regulatory Compliance
Microbiology
Validation
Analytical
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Gowning
Gowning
Course Overview:
Aseptic gowning involves wearing special clothing to avoid contaminating areas where sterile processing happens. The Cleanroom Gowning course teaches the correct way to put on sterile gloves and how to dress aseptically.
What will you learn:
The appropriate procedure for sterile gloving and aseptic gowning.
Understand the proper and improper clean room behaviors.
Understand environmental and personnel monitoring and microbiology in the context of cleanroom gowning.
Who will Benefit
Production Operators
Manufacturing Technicians
Quality Control Personnel
Quality Assurance Personnel
Maintenance Personnel
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Autoclave Operation
Autoclave Operation
Course Overview:
Autoclaves play a critical role in biomedical courses due to their essential function in sterilization. They are used to sterilize equipment, media, and other materials used in medical, laboratory, and research settings by using high-pressure saturated steam. Autoclaves pose many hazards including physical hazards as well as biological hazards.
What will you learn:
Understand sterilization methods and principles
Autoclave structure & operating principles
Autoclave piping: vacuum, exhaust and air supply
Steam generator types and operation
Built-in and stand alone steam generators
Who will Benefit
Technicians
Operators
Quality Control
Manufacturing and Production
Engineering
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Filtration
Filtration
Course Overview:
In this training you will learn about the technique of depth and other filtration techniques, commonly used to sterilize aqueous solutions of heat-unstable molecules (e.g. antibiotic solutions).
What will you learn:
Principles of filtration in biopharmaceutical production
Key properties of filter
Factors affecting filters
Filter performance
Filter selection
Who will Benefit
Manufacturing
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Sterile Welding
Sterile Welding
Course Overview:
The training is focused on the specialized techniques and standards required for creating sterile connections in pharmaceutical manufacturing environments. You will be trained on what sterile welding is ,its importance in pharmaceutical manufacturing and how to perform sterile welding correctly.
What will you Learn
Necessity of maintaining sterility in pharmaceutical pipelines and equipment.
Understanding sterility and its importance in the pharmaceutical industry.
Sterile Welding Techniques:
Understanding of sterile welding methods
Hands-on training on how to perform sterile welding correctly.
Who will Benefit:
Manufacturing
Quality Assurance
Equipment maintenance
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Bioreactor Function
Bioreactor Function
Course Overview:
Bioreactors are the apparatus in which practical biochemical reactions are performed, often with the use of enzymes and/or living cells. Bioreactors are considered as the center or heart of biochemical processing.In bioreactors, enzymes, microbial, mammalian or plant cell systems are used for manufacture of a wide range of useful biological products. Bioreactors are used to provide a tissue-specific physiological in vitro environment during tissue maturation. Based on the bioreactor technology, various tissue systems can be incubated in vitro.
What will you Learn:
Introduction to Bioreactor operators function
Trained on handling the two important outcomes of a bioprocess: biomass (cells) and bio-products.
Learn about the common bioreactor operation modes, factors that affect bioreactor performance
Understand the cell view of a bioreactor
Who will Benefit:
R&D scientists
Process engineers
Manufacturing technicians
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TFF
TFF
Course Overview
Tangential Flow Filtration (TFF) training will be focussed on specialized filtration technique widely used in bioprocessing, particularly for concentrating and purifying biomolecules. TFF offers efficient separation and purification of a wide range of biomolecules, from small peptides to large proteins and even cells. This versatility makes it a valuable skill in various research and industrial applications. Learning TFF allows for an understanding of how processes can be scaled up, which is crucial in commercial bioproduction.
What will you learn
Understand the basic principles of filtration.
Understand the Tangential Flow Filtration methods.
Recognize the functional units of TFF operation.
Apply CIP and storage methods for a large scale TFF system.
Understand validation methods (flux/integrity test) used in TFF operation.
Understand the main applications of TFF in large scale API manufacturing.
Perform a bench scale TFF operation on separation and concentration to understand the important operation principles.
Understand the critical parameters associated with large scale TFF operation.
Who will benefit :
Process engineers
production specialists
Quality assurance personnel
Regulatory Affairs Specialists
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SDD
SDD
A Spray Dried Dispersion (SDD) involves the amorphous distribution of a drug within a polymer matrix. This is achieved by dissolving both the drug and polymer in a solvent, followed by the spray drying of this mixture. Spray drying is recognized for its effectiveness in particle size manipulation that enhances the bioavailability of compounds with low solubility. This technique is gaining popularity in the pharmaceutical industry as a feasible method for drying biopharmaceuticals.
This course offers a comprehensive introduction to chromatography, a pivotal technique in pharmaceutical analysis and production. It covers basic principles, types of chromatography.
What will you learn:
Understanding the basic principles and mechanics of chromatographic separation. Exploring different types of chromatography and their specific uses. Gaining practical skills in operating chromatographic equipment. Learning how to develop and optimize chromatographic methods for specific applications. Emphasizing safe laboratory practices and handling of chemicals and equipment.
Who will benefit:
Research Scientists Lab Technicians Engineers Biochemists Quality Control
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Cell Culture Bacteria and Yeast
Cell Culture Bacteria and Yeast
Course Overview:
Cell culture is one of the major tools used in cellular and molecular biology, providing excellent model systems for studying the normal physiology and biochemistry of cells (e.g., metabolic studies, aging), the effects of drugs and toxic compounds on the cells, and mutagenesis and carcinogenesis. It is also used in drug screening and development, and large scale manufacturing of biological compounds (e.g., vaccines, therapeutic proteins).
What will you learn
Basic principles of microbial growth.
Differences between bacterial and yeast cell cultures.
Hands-on training in using this equipment for cell culture.
. Bacterial Cell Culture:
Types of bacteria commonly cultured in labs.
Nutritional and environmental requirements for bacterial growth.
Techniques for bacterial culture, including aseptic techniques and media preparation.
3. Yeast Cell Culture:
Understanding yeast biology and the types of yeast used in laboratories.
Growth conditions specific to yeast, including media composition and environmental factors.
Methods for culturing yeast, including batch, fed-batch, and continuous cultures.
Who will benefit:
Laboratory technicians
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Sterilization
Sterilization
Course Overview:
The effective training and qualification of personnel in sterilization processes are crucial for maintaining product sterility, complying with FDA regulations, and ensuring the overall success and profitability of FDA-regulated companies.
What will you Learn:
Steam sterilization
Sterile equipment design
Regulatory requirements associated with steam sterilization
The methods used to test and validate sterile processes
Controlled temperature environments including design, regulatory requirements, testing, and validation
Aseptic Technique and Behaviour in Lab environment
Aseptic Technique and Behaviour in Lab environment
Course Overview:
Throughout the manufacturing process, especially in pharmaceutical and medical fields, it is crucial to adhere to appropriate aseptic methods and practices. These measures are vital to maintain the quality and effectiveness of products and safeguard patients against any form of contamination. By adhering to these aseptic techniques and behaviors, manufacturers can significantly reduce the risk of contamination, thereby protecting both the product quality and the safety of patients who rely on these products.
What will you Learn:
Techniques for sterilizing workspaces and equipment, and strategies for maintaining sterility throughout the manufacturing process.
Learning the importance of personal hygiene in aseptic areas and mastering gowning procedures, including the use of sterile garments and accessories.
Gaining practical skills in handling materials and products aseptically to avoid contamination, covering various stages from raw material handling to final packaging.
Understanding how to design and manage workflows to minimize contamination risks, and implementing controlled access protocols for personnel.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Production specialists
Quality Folks
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Environmental Monitoring
Environmental Monitoring
Course Overview
A microbial environmental monitoring (EM) program is essential in proving that a facility operates in a controlled state, which is key to preserving the quality and safety of products. Through the execution of thorough microbial EM approaches, pharmaceutical firms can maintain adherence to regulatory standards and protect the integrity of their products
What will you Learn:
Understanding the fundamental concepts and objectives of microbial EM in pharmaceutical environments.
Learning the specific purposes and methodologies for each type of monitoring.
Techniques for identifying and assessing potential sources of microbial contamination in production areas.
Developing and implementing comprehensive EM strategies tailored to different manufacturing environments.
Understanding the role of EM in maintaining a controlled production environment.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Production specialists
Quality Folks
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Lab Scale Cell Culture and expansion
Lab Scale Cell Culture and expansion
Course Overview:
This course delves into the techniques and principles of cell culture at a laboratory scale, focusing on the expansion and maintenance of various cell types. It covers aseptic techniques, cell culture media preparation, monitoring cell health and growth, and troubleshooting common cell culture issues. Participants will learn about scaling up cell cultures, optimizing conditions for growth, and adhering to safety and quality standards.
What will you Learn: Mastery of sterile methods to prevent contamination Skills in preparing and optimizing cell culture media. Techniques to assess cell health and proliferation. Strategies for scaling cell cultures effectively. Adherence to laboratory safety and quality protocols
Who will benefit:
Research Scientists Lab Technicians Engineers Biochemists Quality Control
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Handwashing
Handwashing
Course Overview:
Handwashing technique in pharmaceutical environments is a critical aspect of maintaining aseptic conditions and preventing contamination. The process is more rigorous and systematic compared to general handwashing guidelines. Learn and practice the steps for successful handwashing to aid in contamination control.
What will you Learn:
Correct Preparation
Use of Antimicrobial Cleanser
Proper Scrubbing Technique
Proper Rinsing Technique
Drying
Use of Sanitizer
Use of Sterile gloves.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Production specialists
Quality Folks
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Large Volume Pipetting
Large Volume Pipetting
Course Overview:
Large volume pipetting refers to the process of accurately measuring and transferring relatively large volumes of liquid, typically ranging from 1 milliliter (mL) to several milliliters, using specialized pipetting instruments. This process is crucial in various laboratory settings, including research, clinical, and industrial laboratories.
What will you learn:
How to handle and ensure accuracy and precision in large volume pipetting.
Accurately calibration of pipettes.
Proper pipetting technique with correct angles.
Setting accurate volume adjustments
Sterile tips to avoid contamination
Ergonomically designed pipettes techniques
How to apply gentle pressure to avoid damage to cells.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Micro Pipetting
Micro Pipetting
Course Overview:
This course aims to provide participants with the necessary skills and knowledge for effective and accurate micropipetting, ensuring high-quality results in their laboratory work.
What will you learn:
Basic principles of liquid handling using micropipettes.
Understanding accuracy and precision in micropipetting.
Step-by-step instructions on how to use micropipettes correctly, including aspiration and dispensing techniques.
Tips for avoiding common errors like air bubble formation and contamination.
Guidelines for the regular calibration of micropipettes to ensure accuracy.
Techniques for minimizing cross-contamination.
Exploration of various micropipette models and their specific applications.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Pipetting Small Volumes
Pipetting Small Volumes
Course Overview:
This course is designed to equip participants with the skills and knowledge required for accurately handling minute quantities of liquids, which is a critical aspect of laboratory work in various scientific disciplines.
What will you learn:
Detailed overview of the types of pipettes suited for small volumes, such as micropipettes and specialized fine-tipped pipettes.
achieving accuracy and precision when handling small volumes.
Step-by-step instructions on the correct techniques for aspirating and dispensing small volumes.
Importance of regular calibration for small volume pipettes.
Practicing accurate small volume pipetting techniques.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Multichannel Pipette Technique
Multichannel Pipette Technique
Course Overview:
This training will train you to establish and maintain a robust QA/QC program for your lab’s pipettes, pipette users, and liquid handling process, helping you meet internal standards and regulatory requirements.
What will you learn:
Detailed step by step guide to proper pipetting technique using a multi-channel pipettor.
the essentials of pipetting
correct and safe pipetting techniques
pipette maintenance and calibration procedures
to apply the best pipetting ergonomics for your daily work
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Aseptic Technique and Behaviour in Cleanroom
Aseptic Technique and Behaviour in Cleanroom
Course Overview:
In sterile compounding, the implementation of aseptic technique is essential for preventing microbiological contamination. It plays a crucial role in ensuring the sterility, safety, and effectiveness of sterile products, particularly various types of injections for patients. Key aspects such as cleaning, gowning, and effective methods of contamination control will be thoroughly examined.
What will you learn:
Definition of Aseptic Processing (AP)
Terminal Sterilization
Proper Personnel Behavior in a Cleanroom
Facility Design and how it impacts the product
A review of proper environmental monitoring practices and systems used
Aseptic Technique & clean room behavior
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Western Blot
Western Blot
Western blotting is a technique used to detecting, characterizing, and quantifying proteins. In this technique, proteins are first separated and subsequently blotted onto a nitrocellulose or PVDF membrane, immobilizing them.
What will you Learn:
Electrophoretic separation of proteins
Transferring proteins to a membrane
Blocking nonspecific sites
Wash buffer formulations
Primary and secondary antibodies
Detection methods
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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HPLC operation
HPLC operation
Course Overview:
The course will train on how the HPLC method is utilised to separate, quantify and identify the various components of pharmaceutical products along with their quantities within products. You will get a better idea of a drug’s properties, with each component’s quantities affecting the overall performance and strength of a product, for example. However, it also allows them to identify and quantify any impurities within pharmaceutical products.
What will you learn:
Principles of HPLC, including its components like the pump, column, detector, and autosampler.
Training on how to develop and optimize HPLC methods- SEC and RP
Learning how HPLC separates components based on their different chemical properties, such as polarity and molecular weight.
Techniques for quantifying and identifying the components of a pharmaceutical product, ensuring accurate measurement of each constituent.
Understanding Drug Properties and Detection of impurities.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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SPEC
SPEC
Course Overview:
This training will be focused on Spectroscopy (SPEC) for Pharmaceutical Operations that aims to provide training on the application of various spectroscopic techniques, in the pharmaceutical industry. The course covers principles, methodologies and real world applications of spectroscopy in operations.
What will you learn:
Summary of spectroscopic techniques, electromagnetic radiation and its interaction with matter, resolution, signal to noise ratio.
Fluorescence spectroscopy/ Microscopy and its application
Electron Microscopy/ Scanning Microscopy
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Ph measurement
Ph measurement
Accurate pH measurement is a critical part of the analysis performed in biopharma clinical laboratories. Therefore, it is essential it is being performed correctly.
What will you learn:
Ensure accurate and reproducible pH measurement
Minimize the risk of errors
Increase efficiencies : Calculations, Calibration and Validation
Hands on experience on using pH meter
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Conductivity measurement
Conductivity Measurement
Course Overview:
Precise conductivity measurement is crucial in the production of pharmaceutical Active Pharmaceutical Ingredients (APIs), particularly in processes like crystallization control, cleaning and rinsing, and water production. Inaccuracy in these measurements can result in decreased productivity, contamination, or costly failures of entire batches. Therefore, it's essential to use appropriate sensors for each specific step in the process.
What will you learn:
Role of conductivity measurement in API production.
Basics of measuring conductivity.
Differentiating between types of conductivity: specific, ionic, and total.
Calibration, validation, and maintenance of conductivity measurement devices.
Applications in crystallization control, cleaning, rinsing, and water production.
compliance with regulatory standards through accurate conductivity measurements.
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
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Western Blot
Western Blot
Western blotting is a technique used to detecting, characterizing, and quantifying proteins. In this technique, proteins are first separated and subsequently blotted onto a nitrocellulose or PVDF membrane, immobilizing them.
What will you Learn:
Electrophoretic separation of proteins
Transferring proteins to a membrane
Blocking nonspecific sites
Wash buffer formulations
Primary and secondary antibodies
Detection methods
Who will benefit:
Research Scientists
Lab Technicians
Engineers
Biochemists
Quality Control
View Details
Infant Resuscitation
Infant Resuscitation
Course Overview
This training is designed to provide healthcare professionals with the skills and knowledge necessary to perform resuscitation on infants who are in critical condition. This course is particularly relevant for pediatricians, neonatologists, nurses, and emergency medical personnel.
What will you learn:
Understand the principles and techniques of infant resuscitation.
How to recognize and respond to infants in need of resuscitation.
Techniques for effective chest compressions.
Techniques for effective ventilation.
Who will benefit
Pediatricians and Neonatologists
Nurses
Paramedics and EMTs
Clinical Staff in Maternity and Pediatric Wards
Respiratory Therapists:
Medical Students and Researchers
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(ECMO) Extracorporeal Membranous Oxygenation
(ECMO) Extracorporeal Membranous Oxygenation
Course Overview
ECMO, or Extracorporeal Membrane Oxygenation, is an advanced version of the heart-lung machine, which temporarily takes over the functions of the heart and lungs, providing these organs with the opportunity to recover. This training is intended for individuals who wish to specialize in the care of patients needing ECMO treatment in acute care environments.
What will you learn:
Understanding the principles of extracorporeal life support, the components of ECMO, and its function as a heart-lung bypass system.
Training on how to handle the ECMO circuit and its components, including membrane oxygenators, pumps, cannulas, and monitoring systems.
Managing ECMO emergencies
Who will Benefit:
Perfusionists
Nurses
Respiratory Therapists
Critical Care Physicians
Physician Assistants and Fellows
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