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`__________
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`BEFORE THE PATENT TRIAL AND APPEAL BOARD
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`__________
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`REGENERON PHARMACEUTICALS, INC.,
`Petitioner
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`v.
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`NOVARTIS PHARMA AG,
`NOVARTIS TECHNOLOGY LLC,
`NOVARTIS PHARMACEUTICALS CORPORATION,
`Patent Owners
`
`__________
`
`
`Case IPR2020-1318
`Patent 9,220,631
`
`__________
`
`
`DECLARATION OF MARIE PICCI IN SUPPORT OF NOVARTIS’S
`PATENT OWNER PRELIMINARY RESPONSE
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`Novartis Exhibit 2030.001
`Regeneron v. Novartis, IPR2020-01318
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`TABLE OF CONTENTS
`INTRODUCTION ................................................................................................................. 1
`I.
`INVENTION OF THE CLAIMED SUBJECT MATTER............................................. 2
`II.
`III. REDUCTION TO PRACTICE ...................................................................................... 13
`IV. DILIGENCE ..................................................................................................................... 14
`V.
`DECLARATION.............................................................................................................. 22
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`Novartis Exhibit 2030.002
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`I.
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`INTRODUCTION
`I, Marie Picci, have personal knowledge of the facts set forth in this
`1.
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`Declaration and am competent to testify concerning the same.
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`2.
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`I joined Novartis AG, the owner of United States Patent No.
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`9,220,631 (the “’631 patent”), in 2006. I work at Novartis AG’s Basel,
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`Switzerland location. From 2006–2014, I held the title of Senior Project
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`Leader/Principal Device Engineer/ Team Lead for Device Development. In 2014,
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`I became the Group Head of Portfolio Management for Device Development. I
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`started working on the Lucentis® pre-filled syringe (“PFS”) project around April
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`2011. As Device Team Leader, I was responsible for the device constituent of the
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`PFS, which includes the syringe components. My work focused on the
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`development of the integral parts of the device, including siliconization and
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`sterilization of the PFS. I worked on the PFS project until late 2018, when I
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`transitioned to my current role as the Delivery Systems Strategy Director for
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`Device Development & Life Cycle Management (“LCM”).
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`3.
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`I am familiar with the subject matter claimed in the ’631 patent. I am
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`a named inventor of the ’631 patent.
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`4.
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`I have been asked to provide this declaration to explain the facts and
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`circumstances surrounding the invention described in the ’631 patent.
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`5.
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`The documents cited in this document were generated as part of the
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`Novartis Exhibit 2030.003
`Regeneron v. Novartis, IPR2020-01318
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`ordinary course of business at Novartis AG (“Novartis”). Through my
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`employment with Novartis, I am familiar with Novartis’s practices regarding the
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`creation and maintenance of such documents. The documents cited were made at
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`or near the time referenced in the document by someone with knowledge of the
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`subject matter relevant to the document. The documents were kept in the course of
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`Novartis’s regularly conducted research and development activities, and making
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`these documents was a regular practice of these activities.
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`II.
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`INVENTION OF THE CLAIMED SUBJECT MATTER
`I, along with my co-inventors, Juergen Sigg, Christophe Royer,
`6.
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`Andrew Mark Bryant, and Heinrich Martin Buettgen conceived of the invention
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`claimed in the ’631 patent by no later than July 2012. Specifically, no later than
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`October 2011, we had conceived of, e.g., a terminally sterilized PFS for intravitreal
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`injection, the syringe components comprising a glass barrel, a stopper and a
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`plunger rod, and containing a solution comprising a VEGF antagonist. The PFS
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`we conceived of also had, e.g., a maximum fill volume of either 0.5 mL or 1 mL,
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`the syringe barrel included from about 1 µg to 100 µg silicone oil, the VEGF
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`antagonist had no more than two particles greater than 50 µm in diameter per mL,
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`and the syringe had a stopper break loose force of less than about 11 N.
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`7.
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`Our conception is corroborated by, for example, a PowerPoint
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`presentation we presented to the Technical Development Review Committee in
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`Novartis Exhibit 2030.004
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`October 2011, entitled RFB002 (Lucentis) Pharmaceutical Development Technical
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`Review (“Development Technical Review” or “DTR”). Ex. 2031. Ex. 2031 is a
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`true and correct copy of the Development Technical Review PowerPoint slide
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`deck. The Development Technical Review was authored by Juergen Sigg, and
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`summarizes our work to that point on the development of an intravitreal PFS for
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`Novartis’s Lucentis® product, which includes ranibizumab as an active ingredient,
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`and provides details concerning the properties and features we intended the PFS to
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`have. Id.
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`8.
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`The Development Technical Review describes
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` Ranibizumab, the active ingredient in Lucentis®, is a VEGF
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`antagonist administered by intravitreal injection. See Ex. 1027.001 and .004 (then-
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`current Lucentis® prescribing information identifying Lucentis® (ranibizumab) as
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`a monoclonal antibody fragment that binds to and inhibits VEGF and administered
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`via intravitreal injection).
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`Novartis Exhibit 2030.005
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`9.
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`10.
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`11.
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` Ex. 1034.002.
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`12. Other documents corroborate that we had conceived of certain
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`additional limitations not expressly identified in the Development Technical
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`Novartis Exhibit 2030.006
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`Review.1 For example, another Novartis document
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`13. Furthermore, on July 3, 2012, we filed European Patent Application
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`No. EP 12174860 (“EP ’860”) directed to our novel PFS, to which the ’631 patent
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`claims priority. Ex. 1035. EP ’860 confirms that our PFS would have a “syringe
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`barrel [with] an internal coating of silicone that has an average thickness of about
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`450nm or less.” Ex. 1035.008 at 17–18. The PFS could include a “non-antibody
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`VEGF antagonist,” such as “aflibercept,” Ex. 1035.009 at 8–13, including at a
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`concentration of “40 mg/ml,” Ex. 1035.017 at 8–13. EP ’860 further indicates that
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`A significant amount of effort went into developing the Lucentis PFS both
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`1
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`before and after the October 2011 Development Technical Review, and that work
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`is reflected in the records maintained by Novartis. If it were required, many
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`additional documents could be cited detailing the extensive research and
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`development effort that went into the PFS and led to the Novartis patent filings.
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`Novartis Exhibit 2030.007
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`antibody VEGF antagonists had already “been approved for human use,”
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`indicating that we intended that PFSs with non-antibody VEGF antagonists could
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`be used with patients who had already received treatment with an antibody VEGF
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`antagonist. Ex. 1035.009 at 5–7. Moreover, following terminal sterilization with
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`ethylene oxide, the outer surface of the syringe would have “≤ 1 ppm … EtO
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`residue,” which would be less than or equal to 0.1 mg outside the syringe and
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`inside the blister pack. Ex. 1035.013 at 9–10. Also, “≤5% of the VEGF antagonist
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`[would be] alkylated.” Ex. 1035.013 at 7–9; .017 at 26–27.
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`14. The following table summarizes the corroborating support
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`demonstrating that we had conceived of all of the claimed subject matter of the
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`’631 patent no later than July 18, 2012:
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`Claim 1
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`1. A pre-filled, terminally
`sterilized syringe for intravitreal
`injection,
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`the syringe comprising a glass
`body forming a barrel, a stopper
`and a plunger and
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`Novartis Exhibit 2030.008
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`containing an ophthalmic solution
`which comprises a VEGF-
`antagonist, wherein:
`
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`(a) the syringe has a nominal
`maximum fill volume of between
`about 0.5 ml and about 1 ml,
`
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`(b) the syringe barrel comprises
`from about 1 µg to 100 µg
`silicone oil,
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`(c) the VEGF antagonist solution
`comprises no more than 2
`particles >50 μm in diameter per
`ml
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`and wherein the syringe has a
`stopper break loose force of less
`than about 11N.
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`Novartis Exhibit 2030.009
`Regeneron v. Novartis, IPR2020-01318
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`Claim 2
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`2. The syringe barrel has an
`internal coating of silicone oil that
`has an average thickness of about
`450 nm or less.
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`“syringe barrel [with] an internal coating of
`silicone that has an average thickness of
`about 450nm or less.” Ex. 1035.008 at 17–
`18.
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`See claim 1(b).
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`See claim 1(c).
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`Claim 3
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`3. A pre-filled syringe according
`to claim 1, wherein the syringe
`barrel has an internal coating of
`from about 3 μg to about 100 ug
`silicone oil.
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`Claim 4
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`4. A pre-filled syringe according
`to claim 1, wherein the silicone
`oil is DC365 emulsion.
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`Claim 5
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`5. A pre-filled syringe according
`to claim 1, wherein the VEGF
`antagonist solution further
`comprises one or more of (i) no
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`diameter per ml, and (ii) no more
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`more than 5 particles ≧25 μm in
`than 50 particles ≧10 μm in
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`diameter per ml.
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`Claim 6
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`6. A pre-filled syringe according
`to claim 1, wherein the VEGF
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`See claim 1(c).
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`Novartis Exhibit 2030.010
`Regeneron v. Novartis, IPR2020-01318
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`antagonist solution meets
`USP789.
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`Claim 7
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`7. A pre-filled syringe according
`to claim 1, wherein the VEGF
`antagonist is an anti-VEGF
`antibody.
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`Claim 8
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`8. A pre-filled syringe according
`to claim 7, wherein the anti-
`VEGF antibody is ranibizumab.
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`Claim 9
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`9. A pre-filled syringe according
`to claim 8, wherein the
`ranibizumab is at a concentration
`of 10 mg/ml.
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`Claim 10
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`10. A pre-filled syringe according
`to claim 8, wherein the silicone
`oil has a viscosity of about 350
`cP,
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` Ex. 1034.002.
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`See claim 1(c).
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`and the VEGF antagonist solution
`further comprises one or more of
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`μm in diameter per ml, and (ii) no
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`(i) no more than 5 particles ≧25
`more than 50 particles ≧10 μm in
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`diameter per ml.
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`Claim 11
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`11. A pre-filled syringe according
`to claim 1 wherein the VEGF
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`The PFS could include a “non-antibody
`VEGF antagonist,” such as “aflibercept,”
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`Novartis Exhibit 2030.011
`Regeneron v. Novartis, IPR2020-01318
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`antagonist is a non-antibody
`VEGF antagonist.
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`including at a concentration of “40 mg/ml.”
`Ex. 1035.009 at 8–13; .017 at 8–13.
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`Claim 12
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`12. A pre-filled syringe according
`to claim 11, wherein the non-
`antibody VEGF antagonist is
`aflibercept or conbercept.
`
`See claim 11.
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`Claim 13
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`13. A pre-filled syringe according
`to claim 12, wherein the non-
`antibody VEGF antagonist is
`aflibercept at a concentration of
`40 mg/ml.
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`Claim 14
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`14. A pre-filled syringe according
`to claim 1, wherein the syringe
`has a stopper break loose force of
`less than about 5N, and wherein
`the syringe has a stopper slide
`force of less than about 5N.
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`Claim 15
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`15. A pre-filled syringe according
`to claim 14, wherein the stopper
`break loose force or stopper slide
`force is measured using a filled
`syringe, at a stopper travelling
`speed of 190 mm/min, with a 30
`G×0.5 inch needle attached to the
`syringe.
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`Claim 16
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`See claim 12.
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`Novartis Exhibit 2030.012
`Regeneron v. Novartis, IPR2020-01318
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`See claim 14.
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`16. A pre-filled syringe according
`to claim 1, wherein the syringe
`has a stopper slide force of less
`than about 11N.
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`Claim 17
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`17. A blister pack comprising a
`pre-filled syringe according to
`claim 1, wherein the syringe has
`been sterilised using H2O2 or EtO.
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`Claim 18
`
`Following terminal sterilization with
`ethylene oxide, the outer surface of the
`syringe would have “≤ 1 ppm … EtO
`residue,” which would be less than or equal
`to 0.1 mg outside the syringe and inside the
`blister pack. Ex. 1035.013 at 9–10.
`
`See claim 18. <1 ppm would be less than or
`equal to 0.1 mg EtO outside the syringe and
`inside the blister pack. Ex. 1035.013 at 9–
`10.
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`18. A blister pack comprising a
`pre-filled syringe according to
`claim 17, wherein the outer
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`surface of the syringe has ≦1 ppm
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`EtO or H2O2 residue.
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`Claim 19
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`19. A blister pack comprising a
`pre-filled syringe according to
`claim 17, wherein the syringe has
`been sterilised using EtO or H2O2
`and the total EtO or H2O2 residue
`found on the outside of the
`syringe and inside of the blister
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`pack is ≦0.1 mg.
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`Claim 20
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`Novartis Exhibit 2030.013
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`“≤5% of the VEGF antagonist [would be]
`alkylated.” Ex. 1035.013 at 7-9; .017 at 26–
`27.
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`See claim 1(b).
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` Ex. 1034.002.
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`20. A blister pack comprising a
`pre-filled syringe according to
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`VEGF antagonist is alkylated.
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`claim 18, wherein ≦5% of the
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`Claim 21
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`21. A blister pack comprising a
`pre-filled syringe according to
`claim 17, wherein the syringe has
`been sterilised using EtO or H2O2
`with a Sterility Assurance Level
`of at least 10−6.
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`Claim 22
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`22. A pre-filled syringe according
`to claim 1, wherein the syringe
`barrel has an internal coating of
`from about 1-50 μg silicone oil.
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`Claim 23
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`23. A pre-filled syringe according
`to claim 1, wherein the silicone
`oil has a viscosity of about 350
`cP.
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`Claim 24
`
`24. A method of treating a patient
`suffering from of an ocular
`disease selected from choroidal
`neovascularisation, wet age-
`related macular degeneration,
`macular edema secondary to
`retinal vein occlusion (RVO)
`including both branch RVO
`(bRVO) and central RVO
`(cRVO), choroidal
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`Novartis Exhibit 2030.014
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`neovascularisation secondary to
`pathologic myopia (PM), diabetic
`macular edema (DME), diabetic
`retinopathy, and proliferative
`retinopathy, comprising the step
`of administering an ophthalmic
`solution to the patient using a pre-
`filled syringe according to claim
`1.
`
`Claim 25
`
`25. The method of claim 24,
`further comprising an initial
`priming step in which the
`physician depresses the plunger of
`the pre-filled syringe to align the
`pre-determined part of the stopper
`with the priming mark.
`
`Claim 26
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`26. A method according to claim
`24, wherein the VEGF antagonist
`administered is a non-antibody
`VEGF antagonist and wherein the
`patient has previously received
`treatment with an antibody VEGF
`antagonist.
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`The PFS could include a “non-antibody
`VEGF antagonist,” such as “aflibercept,”
`including at a concentration of “40 mg/ml.”
`Ex. 1035.009 at 8-13; .017 at 8-13. EP ’860
`further indicates that antibody VEGF
`antagonists had already “been approved for
`human use,” indicating that we intended that
`PFSs with non-antibody VEGF antagonists
`could be used with patients who had already
`received treatment with an antibody VEGF
`antagonist. Ex. 1035.009 at 5–7.
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`
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`III. REDUCTION TO PRACTICE
`I and my co-inventors filed another European Patent Application, EP
`15.
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`12189649 (“EP ’649”), on October 23, 2012. Ex. 2023. On January 23, 2013, we
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`Novartis Exhibit 2030.015
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`filed U.S. Patent Application No. 13/750,352 (Ex. 2044), which I understand
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`issued as the ’631 patent. I executed an inventor declaration on February 8, 2013,
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`and it was filed on March 27, 2013. Ex. 1002.0700.
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`IV. DILIGENCE
`16. From July 2012 through January 2013, we worked diligently
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`meetings,
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` At these
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` The minutes from
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`these meetings reflect that ongoing work. I regularly attended these meetings with
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`other inventors.
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`17. These team meetings are
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` meeting minutes are identified and summarized in the
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`following table:
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`Meeting Date
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`Activities described in Meeting Minutes
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`Novartis Exhibit 2030.016
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`Meeting Date
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`Novartis Exhibit 2030.017
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`Meeting Date
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`Novartis Exhibit 2030.018
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`Meeting Date
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`Novartis Exhibit 2030.019
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`Meeting Date
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`Novartis Exhibit 2030.020
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`Meeting Date
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`Novartis Exhibit 2030.021
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`Meeting Date
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`Novartis Exhibit 2030.022
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`Activities described in Meeting Minutes
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`Novartis Exhibit 2030.023
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`V. DECLARATION
`18. I hereby declare tlrat all statements made herein of my own
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`knowledge axe true and that all statements made on information and belief are
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`believed to be true. I finttrer declare that all of my statements are made with the
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`knowledge that willful false statements are punishable by fine or imprisonment, or
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`both, under Section 1001 of Title 18 of the United States Code.
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`Dated: 2-LorJ*lr^ Z*7- ,r,W
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`Novartis Exhibit 2030.024
`Regeneron v. Novartis, IPR2020-01318
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