What is the role of working examples in determining enablement for chemical compounds?

Working examples play a crucial role in determining enablement for chemical compounds, especially in unpredictable arts. The MPEP 2121.02 provides guidance on this matter: “In chemical arts, the disclosure of a single species usually does not provide an adequate basis to support generic claims.“ Working examples serve several important functions: Demonstrating the actual synthesis and…

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How are withdrawn rejections handled in inter partes reexamination?

The handling of withdrawn rejections in inter partes reexamination depends on the specific circumstances. According to MPEP 2671.01: When an examiner withdraws a rejection they originally initiated: The withdrawal should be clearly stated as a decision favorable to patentability. The third party requester may propose the withdrawn rejection in their next set of comments. When…

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What is WIPO Standard ST.26 and how does it relate to patent applications?

WIPO Standard ST.26 is an international standard that defines the format and content requirements for nucleotide and amino acid sequence listings in patent applications. It was developed by the World Intellectual Property Organization (WIPO) to standardize the presentation of sequence information across different patent offices globally. According to MPEP 2412.02(a), WIPO Standard ST.26 is incorporated…

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What is the significance of WIPO Standard ST.26 in the MPEP’s definition of nucleotides?

The MPEP 2412.03(d) explicitly references WIPO Standard ST.26 in its definition of nucleotides: “‘Nucleotide’ includes any nucleotide, nucleotide analog, or modified nucleotide as defined in paragraphs 3(f) and 3(g) of WIPO Standard ST.26.” WIPO Standard ST.26 is an international standard for the presentation of nucleotide and amino acid sequence listings in patent applications. Its incorporation…

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How does WIPO Standard ST.26 relate to the MPEP’s definition of “modified amino acid”?

WIPO Standard ST.26 plays a crucial role in the MPEP’s definition of “modified amino acid”. According to MPEP 2412.03(c): “Modified amino acid” includes any amino acid as described in paragraph 3(e) of WIPO Standard ST.26. The MPEP directly incorporates the WIPO Standard ST.26 definition, making it an integral part of the USPTO’s guidelines for patent…

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How does WIPO Standard ST.26 relate to the definition of “Modified Nucleotide” in MPEP 2412.03(e)?

MPEP 2412.03(e) directly references WIPO Standard ST.26 for the definition of “Modified Nucleotide”: “Modified nucleotide” includes any nucleotide as described in paragraph 3(f) of WIPO Standard ST.26. The MPEP further elaborates on WIPO Standard ST.26’s definition: “WIPO Standard ST.26, paragraph 3(f), identifies that a “modified nucleotide” means any “nucleotide” as explained in MPEP § 2412.03(d)…

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How does the WIPO Standard ST.26 affect sequence listing submissions for patent applications?

The WIPO Standard ST.26 has a significant impact on sequence listing submissions for patent applications: It applies to all patent applications with a filing date on or after July 1, 2022. Sequence listings must be submitted in XML format compliant with ST.26. It replaces the previous WIPO Standard ST.25 for these applications. The standard aims…

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