What is WO2013171639A1 (asciminib), and where can I find “Example 9” on Google Patents?
WO2013171639A1 is a published patent application that includes specific working examples for compounds related to asciminib (including examples that describe preparation of particular chemical embodiments). To see “Example 9” exactly as filed, the fastest route is to open the publication on Google Patents and use the in-document search for “Example 9” (or scroll to the “Examples” section).
On Google Patents, you can typically access it by searching for the publication number:
- WO2013171639A1
Once you’re on the page, use the page search within the document (often the browser’s find-in-page) for:
- “Example 9”
- “Example 9” (with exact spacing/punctuation)
- “Examples” (to jump to the examples section first)
How to confirm you’re viewing the right “Example 9” (not a transcription or family-member variant)
Patent families often have multiple publications (different countries, continuations, or later amendments), and “Example 9” can differ across family members. To ensure you’re looking at the correct text:
1. Confirm the document number shown on Google Patents is exactly WO2013171639A1 (not a related WO publication like WO2013xxxxxx).
2. Confirm the applicants/assignee match what you expect for asciminib-related filings.
3. Use the in-document search for “Example 9” and verify the surrounding headings match the chemical series you care about (the examples section usually has consistent formatting).
If Google Patents won’t show the full text clearly, what alternatives are there?
If the page renders the description poorly (common with some scanned formats), the content may still be accessible via:
- Download/“PDF” from the Google Patents page (if available)
- The “Original document” link on Google Patents (if provided)
- Another public source (e.g., patent office documents for the WO publication)
Can you share what you need from “Example 9”?
If you paste the “Example 9” text (or tell me what you want extracted: e.g., the compound name, preparation steps, reagents, yields, or spectral data), I can help interpret it and map it to asciminib’s chemical context.
Source(s)
None.