Prosecution Insights
Prosecution Insights
Tech Center 1700 • Art Units: 1633 1653 1656 1799
This examiner grants 67% of resolved cases
Julius Francis Yoh works in Art Unit 1633 of Tech Center 1700. The examiner has 3 resolved cases with an allowance rate of 66.7 percent. The median days to allowance for these cases is 1118. Because the data is based on only 3 resolved cases, practitioners should view these statistics as a limited snapshot of the examiner's history rather than a comprehensive performance profile for Art Unit 1633.
The interview lift is currently 0.0 percent, reflecting the outcomes of the cases handled so far. This 0.0 percent lift and the 66.7 percent allowance rate are derived from the 3 resolved cases available in the data. The 1118 median days to allowance provides an initial look at the timing of the examiner's successful resolutions. However, the sample size means these figures may change as more cases are resolved.
In Tech Center 1700, the examiner's 3 resolved cases provide the current basis for all performance metrics. The 66.7 percent allowance rate and 1118 median days to allowance are the key figures to track. With an interview lift of 0.0 percent, there is not yet enough data to determine the effectiveness of interviews. Applicants should monitor this profile for updates as the examiner's total number of resolved cases increases.
| App # | Title | Status | Assignee |
|---|---|---|---|
| 18663119 | CULTURING SYSTEM | Non-Final OA | HONDA MOTOR CO., LTD. |
| 18578037 | MICROBIOME MANAGEMENT IN AN ANIMAL RESIDENCE | Non-Final OA | SIGNIFY HOLDING B.V. |
| 18202602 | Barrier Apparatus For Cell Culture And Methods Of Cell Culture Using The Barrier Apparatus | Final Rejection | THE REGENTS OF THE UNIVERSITY OF MICHIGAN |
| 18312315 | SUCTION TIP AND BIOLOGICAL SUBJECT TRANSFER DEVICE | Non-Final OA | YAMAHA HATSUDOKI KABUSHIKI KAISHA |
| 18690785 | METHODS, SYSTEMS AND COMPOSITIONS FOR RESTORATION AND PRESERVATION OF INTACT ORGANS IN A MAMMAL | Non-Final OA | Yale University |
| 18492487 | HIGH-THROUGHPUT ISOLATION OF PLASMA AND NANO/MICROPARTICLES FROM BLOOD AND CULTURE MEDIA USING CURVED MICROCHANNELS | Non-Final OA | Nanyang Technological University |
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