High Throughput Flow Assay Trends 2017

DUBLIN, June 30, 2017 /PRNewswire/ --

Research and Markets has announced the addition of the "High Throughput Flow Assay Trends" report to their offering.

This market report summarizes the results of HTStec's industry-wide global web-based benchmarking survey on high throughput flow cytometry (HT flow) screening carried out in January 2017.

The survey was initiated as part of the publisher's tracking of emerging life science marketplaces and to update the previous HT Flow Assay Trends report 2015.

The questionnaire was compiled to meet the needs, requirements and interests of the flow cytometry vendor community.

The objectives were to document the current implementation and use of HT flow assays in screening, and to understand future user requirements. The aim was to compile a reference document on HT flow assays, which could be compared directly relative to our previous 2015 report.

Equal emphasis was given to soliciting opinion from the large molecule, small molecule and immunoassay screening segments worldwide.

Key Topics Covered:

1. Why Respondents Have Enabled or Why They Are Interested in HT Flow
2. Current Use of HT Flow Assays in Screening
3. How Respondents Have Achieved HT Flow Analysis to Date
4. Typical Throughput Realised to Date With Current Approach to HT Flow
5. Will Implementing HT Flow Mainly Displace or Complement Existing Screening Technologies (1)
6. Will Implementing HT Flow Mainly Displace or Complement Existing Screening Technologies (2)
7. Therapeutic/Disease Areas Targeting/Using HT Flow Assays
8. Target Classes Respondents Are Most Interested in Applying HT Flow Assays
9. Where Respondents Use (or Plan Use of) HT Flow Assays
10. Main Benefits of HT Flow Versus Other Techniques
11. Plate Processing Time Adequate for Respondent's HT Flow Needs
12. Requirements for HT Flow Screening Assays
13. Number of Parameters Respondents Want to Multiplex in Cell Based HT Flow Assays
14. Number of Analytes Respondents Want to Multiplex in Bead-Based HT Flow Assays
15. Where Cell Markers of Interest in HT Flow Screens Are Located
16. Main Cell Labelling Technique/Source Used for HT Flow Assays
17. Type of Endpoints of Most Interest in HT Flow Screens
18. Respondents Who Plan to Carry Out Sample Prep On Cells Assayed By HT Flow
19. Number of HT Flow Primary Cell-Based Screens (HTS) Per Year
20. Number of Wells Per HT Flow Cell-Based Primary Screens (HTS)
21. Number of HT Flow Primary Bead-Based Screens (HTS) Per Year
22. Number of Wells Per HT Flow Bead-Based Primary Screens (HTS)
23. Cost Paid Per Sample (Well) Analysed Using HT Flow Cell-Based Assays
24. Cost Paid Per Sample (Well) Analysed Using HT Flow Bead-Based Assays
25. Annual Capex Budget for HT Flow Detection Instruments
26. Units Purchased Per Annual Capex Budget for HT Flow Detection Instruments
27. HT Flow Detection Instruments Market Estimate
28. Reagents & Consumables Budget for HT Flow Assays
29. HT Flow Assays Reagents & Consumables Market Estimate
30. Current/Planned Deployment of HT Flow Instrumentation in Screening
31. Biggest Limitations (Obstacles) in Using HT Flow Assays Today
32. Possible Limitations of HT Flow Assays
33. Biggest Hurdles in Software & Data Analysis for HT Flow Assays
34. Level of Agreement With Statements About The Status of HT Flow Assays
35. Unmet Needs in HT Flow Assays Today

For more information about this report visit https://www.researchandmarkets.com/research/8r6rtb/high_throughput

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