Appeal No. 2004-1369 Page 20 Application No. 08/966,233 that GDF-[]1 is required for the proper development and positioning of organs during embryogenesis … it has now been confirmed that aberrant expression of GDF-1 has significant and substantial effects on embryonic development.” In support of this assertion appellant attempts to draw a nexus between the results in Rankin, and appellant’s specification (page 2, lines 25-29), wherein appellant discloses, GDF-1 “like other members of this [TGF-β] superfamily, are [sic] likely [to] play an important role in mediating developmental decisions related to cell differentiation.” We disagree with appellant’s assertions. As the examiner points out (Answer, bridging paragraph, pages 23-24), “[a]ppellant is relying upon the filing date of the ultimate parent application, 07/538,372, filed 6/15/90. The Rankin et al. (March 2000) [reference] was published well [(10 years)] after the effective filing date of the instant invention and the abstract itself admits that the function of GDF-1 was not known when discovered by [the] inventor Lee. [7]” According to Rankin (Abstract), “[o]ur findings suggest that Gdf1 acts early in the pathway of gene activation that leads to the establishment of left-right asymmetry.” Appellant admits (Brief, page 10), “the appellant has not asserted that the specification teaches that GDF-1 regulates left-right patterning or axis formation in mice.” Rather it is appellant’s position that Rankin merely provides proof that appellant’s prediction that GDF-1 plays a role in embryonic development is correct. Brief, bridging sentence, pages 10-11. Specifically, appellant asserts 7 Specifically, the Rankin abstract (published a decade after the effective filing date of the instant application) expressly states, endnotes omitted, emphasis added, GDF-1 “is a TGF-β family member of unknown function that was originally isolated from an early mouse embryo cDNA library….”Page: Previous 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 NextLast modified: November 3, 2007