Researchers with limited funding, often face the challenge of only having one top-class microplate reader available on which to run their assays. The reader always seems to be tied up in longer running experiments, and due to their sensitive budget, they often result to purchasing single-mode (absorbance, fluorescence, luminescence) readers from multiple vendors with multiple software systems only to find aggregating data to be a huge bottleneck. These scientists need a reliable solution that is economical and compact but can be integrated into a large work station with multiple instruments with no impact on data quality.

In this webinar, we will discuss the various challenges these labs and researchers face and how they can increase their time to discovery, number of papers published, grants applied for, and more with a sensitive budget.

Researchers with limited funding, often face the challenge of only having one top-class microplate reader available on which to run their assays. The reader always seems to be tied up in longer running experiments, and due to their sensitive budget, they often result to purchasing single-mode (absorbance, fluorescence, luminescence) readers from multiple vendors with multiple software systems only to find aggregating data to be a huge bottleneck. These scientists need a reliable solution that is economical and compact but can be integrated into a large work station with multiple instruments with no impact on data quality.

In this webinar, we will discuss the various challenges these labs and researchers face and how they can increase their time to discovery, number of papers published, grants applied for, and more with a sensitive budget.

The popularity of countless microplate-based assays and reagents means microplate readers are important for many applications in multiple fields, from environmental research to drug discovery. Microplate detection is used for all non-radioactive detection modes, reading from six- up to 3456-well plates. Beyond a reader’s core functionality, they can be enhanced with monochromators, atmospheric control, reagent injection, stackers advanced detection methods, and other features.

The more the better! However, if you are on the market for a plate reader you may quickly realize that the number of choices can be overwhelming. What do I really need? And more importantly, what will I need tomorrow? In this webinar, we touch upon all important features and choices you have to consider when looking for a plate reader.

The popularity of countless microplate-based assays and reagents means microplate readers are important for many applications in multiple fields, from environmental research to drug discovery. Microplate detection is used for all non-radioactive detection modes, reading from six- up to 3456-well plates. Beyond a reader’s core functionality, they can be enhanced with monochromators, atmospheric control, reagent injection, stackers advanced detection methods, and other features.

The more the better! However, if you are on the market for a plate reader you may quickly realize that the number of choices can be overwhelming. What do I really need? And more importantly, what will I need tomorrow? In this webinar, we touch upon all important features and choices you have to consider when looking for a plate reader.

There are many considerations in evaluating scientific instrumentation to ensure a successful integration into the modern analytical laboratory. The demands for high sample throughput continue to increase, while manpower limitations persist in many labs. Of course, the quality of the data analysis must be of the highest value to provide accurate identification of unknowns and the reliable qualification of components and products. Infrared spectroscopy based analytical instrumentation has found favor in the analytical lab for many years, due to its reliability in providing accurate results noninvasively. However, many labs now require validated solutions, to include microspectroscopic analysis.

A new infrared microscope has been introduced to greatly expand the capabilities of the analytical laboratory (Hyperion II, Bruker Scientific, LLC). Performance enhancements have resulted in much faster data collections than previously available allowing for large area imaging to be practical. One of the most important improvements is the novel use of quantum cascade lasers that are artifact free and can be reliably utilized. Business card size areas can now be rapidly imaged with a spatial resolution of five microns! Lastly, all data collected is fully validated and 21 CFR p.11 compliant. The system runs the fully integrated validation tests that can be readily optimized to be in line with your lab’s SOPs.

There are many considerations in evaluating scientific instrumentation to ensure a successful integration into the modern analytical laboratory. The demands for high sample throughput continue to increase, while manpower limitations persist in many labs. Of course, the quality of the data analysis must be of the highest value to provide accurate identification of unknowns and the reliable qualification of components and products. Infrared spectroscopy based analytical instrumentation has found favor in the analytical lab for many years, due to its reliability in providing accurate results noninvasively. However, many labs now require validated solutions, to include microspectroscopic analysis.

A new infrared microscope has been introduced to greatly expand the capabilities of the analytical laboratory (Hyperion II, Bruker Scientific, LLC). Performance enhancements have resulted in much faster data collections than previously available allowing for large area imaging to be practical. One of the most important improvements is the novel use of quantum cascade lasers that are artifact free and can be reliably utilized. Business card size areas can now be rapidly imaged with a spatial resolution of five microns! Lastly, all data collected is fully validated and 21 CFR p.11 compliant. The system runs the fully integrated validation tests that can be readily optimized to be in line with your lab’s SOPs.

Sino Biological is a leading manufacturer and service provider in the field of recombinant proteins and antibody development. A comprehensive collection of catalog products including drug targets, cytokines and receptors, Fc receptors, viral proteins, and their related monoclonal antibodies, as well as cDNA clones, are provided for the scientific community.

Several robust recombinant protein expression platforms and antibody discovery methods have been established and are available for customized contracted research projects. In this webinar, we will provide an overview of our catalog products and the current CRO service landscape at Sino Biological with special focus on the strategies combined with case studies to produce challenging proteins and development of high-quality antibodies.

Key learnings:

• Introduction to the largest validated recombinant protein bank
• Advantages and strengths of our platforms and services
• The benefits of optimized CRO service workflow
• Working capacity of different platforms
• The lead times of different customized services
• Experience and case study sharing of recombinant production and antibody development

Sino Biological is a leading manufacturer and service provider in the field of recombinant proteins and antibody development. A comprehensive collection of catalog products including drug targets, cytokines and receptors, Fc receptors, viral proteins, and their related monoclonal antibodies, as well as cDNA clones, are provided for the scientific community.

Several robust recombinant protein expression platforms and antibody discovery methods have been established and are available for customized contracted research projects. In this webinar, we will provide an overview of our catalog products and the current CRO service landscape at Sino Biological with special focus on the strategies combined with case studies to produce challenging proteins and development of high-quality antibodies.

Key learnings:

• Introduction to the largest validated recombinant protein bank
• Advantages and strengths of our platforms and services
• The benefits of optimized CRO service workflow
• Working capacity of different platforms
• The lead times of different customized services
• Experience and case study sharing of recombinant production and antibody development