Advanced Technical Training for Your Lab

Streamline your Flow Cytometry Experiments by getting extensive guidance from Tim Bushnell and our team of Flow Cytometry experts who will help you solve your design and reproducibility problems in real-time. The Flow Cytometry Acceleration Key provides the highest level of one-on-one support for researchers who are facing special challenges and the need to avoid getting their papers and proposal rejected.

After the completion of each module, you can test your expertise against quizzes and scored exams. Topics include Advanced Statistics, Advanced Experimental Design, Advanced Proliferation, Advanced Compensation, Advanced Data Analysis, Advanced Controls, Advanced Antibody Panel Design, Advanced Apoptosis, Advanced FCS Express, Advanced FACSDiva, Image Stream Analysis, Cell Sorting, CyTOF and Higher Order Analysis, Clinical Flow Cytometry, Microparticle Detection and Analysis, and much more.

An expert, PhD-level NGS technical training program with 4 modules, each including a one-hour instructional video along with a downloadable Workbook and Presentation. After the completion of each module, you can test your expertise against quizzes and scored exams.

This program will ensure you understand how to generate NGS data that meet the approval of editorial, grant, and patent reviewers. The program will reduce the frustration that results from a poor understanding of NGS principles, provide information that enables you to troubleshoot NGS challenges during your research, and help improve experimental reproducibility.

An expert, PhD-level microscopy technical training program with 4 modules, each including a one-hour instructional video along with a downloadable Workbooks and Presentations. After the completion of each module, you can test your expertise against quizzes and scored exams. This program will ensure you understand how to capture microscopy images that meet the approval of editorial, grant, and patent reviewers.

The program will reduce the frustration that results from a poor understanding of microscopy principles, gain information that enables you to troubleshoot microscopy challenges during your research, and will help improve experimental reproducibility and avoid accidental image fraud.