`Ex. 2001, Tilseth Declaration
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`IN THE UNITED STATES PATENT AND TRADEMARK OFFICE
`
`BEFORE THE PATENT TRIAL AND APPEAL BOARD
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`
`
`RIMFROST AS
`Petitioner
`
`v.
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`AKER BIOMARINE ANTARCTIC AS
`Patent Owner
`
`
`CASE IPR: IPR2020-01533
`
`U.S. Patent No. 9,816,046 B2
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`Declaration of Dr. Snorre Tilseth
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`1
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`AKER EXHIBIT 2001 PAGE 0001
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`I, Dr. Snorre Tilseth, do declare as follows:
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`1.
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`I have personal knowledge of the matters set forth herein, and if I am
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`called upon to testify, I could testify competently thereto.
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`
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`2.
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`I am one of three joint inventors of the subject matter described in
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`U.S. Patent Application 15/589,572, filed May 8, 2017 and which issued on Nov.
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`14, 2017 as U.S. Patent No. 9,816,046 (the “ ‘046 Patent’ ”). The ‘046 Patent is a
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`continuation of U.S. Pat. No. 9,644,169, which is a continuation of U.S. Pat. No.
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`9,375,453, which is a continuation of U.S. Pat. No. 9,034,388, all of which the
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`claim the benefit of the following U.S. Provisional Applications: 60/920,483 filed
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`March 28, 2007; 60/975,058 filed September 25, 2007; 60/983,446 filed October
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`29, 2007; and 61/024,072 filed January 28, 2008. The remaining inventors, Inge
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`Bruheim and Daniele Mancinelli are no longer employed by Aker Biomarine
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`Antarctic AS or any Aker subsidiary.
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`3.
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`I started working with Aker Seafoods on October 1, 2005. I am
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`currently employed by Aker BioMarine as a Senior advisor and have worked for
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`Aker BioMarine since its formation in 2006. I am not being compensated
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`separately for this Declaration.
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`4.
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`I understand that inter partes review of Claims 1-19 of the
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`’046 patent has been instituted in IPR2020-01533. I understand that the Grounds
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`for invalidity which are being considered are as follows:
`2
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`AKER EXHIBIT 2001 PAGE 0002
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`Ground 1: Claims 1-10 are alleged to be obvious under 35 U.S.C. 103(a)
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`over the combination of Breivik II, Yoshitomi, Budzinski, Fricke, Bottino II
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`and Sampalis I;
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`Ground 2: Claims 11 and 12 are alleged to be obvious under 35 U.S.C.
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`103(a) over the combination of Breivik II, Yoshitomi, Budzinski, Fricke,
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`Bottino II, and Randolph;
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`Ground 3: Claims 13-19 are alleged to be obvious under 35 U.S.C. 103(a)
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`over the combination of Breivik II, Budzinski, Yoshitomi, Fricke, Bottino II,
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`Randolph and Sampalis I.
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`5.
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`In early 2006, I was employed by Aker Seafood Antarctic AS. As
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`part of Aker Seafood Antarctic AS, I started the process to develop a method of
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`making krill oil from krill meal. This work eventually led to the formation of Aker
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`BioMarine AS in late 2006 to commercialize krill oil production. The other two
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`inventors, Inge Bruheim and Daniele Mancinelli were employed by a different
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`company, Natural ASA, which was acquired by the Aker group for its experience
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`in nutraceutical products. I began interacting with the other inventors and
`3
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`AKER EXHIBIT 2001 PAGE 0003
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`individuals at Natural ASA prior to the acquisition on aspects related to krill oil
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`extraction processes and specifications that are reflected in the claims.
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`6.
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`In 2004, Aker Seafoods obtained a trial license from CCAMLR
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`(Commission for the Conservation of Antarctic Marine Living Resources) for
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`harvesting Euphausia superba in Antarctica with the F/T Atlantic Navigator.
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`Operation of the Atlantic Navigator in Antarctica for the 2004 and 2005 is
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`described in Ex. 2002 which is a report by scientific observers that were on board
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`the Atlantic Navigator for part of the fishing season. The krill meal used for the
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`extractions described below was produced on May 6, 2005, shortly after the time
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`periods on which the observers were on the ship. The predominant krill species
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`caught in these area is Euphausia superba, which is consistent with the size of the
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`krill described in Ex. 2002.
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`7.
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`In 2005, I initially presented the idea of ethanol extraction of krill oil
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`from krill meal to Kjell Inge Rokke, the owner of Aker Seafood. As part of this
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`project, analysis of materials such as krill meal and krill oil were contracted to
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`Fiskeriforskning (the Norwegian Institute of Fisheries and Aquaculture Research).
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`The krill meal used for extraction of krill oil is described in Ex. 2003, “F/T
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`Atlantic Navigator 2004-2005” which is a report prepared by Fiskeriforskning and
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`which bears the date of December 23, 2005. Ex. 2004 is a screenshot of the
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`internal metadata for the report provided as Ex. 2003. This metadata indicates that
`4
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`AKER EXHIBIT 2001 PAGE 0004
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`the report provided as Ex. 2003 was created and last modified on January 27, 2006.
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`The author of Ex. 2003 is Eyolf Langmyhr of Fiskeriforskning. I stored a copy of
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`this file as a corporate record on the hard drive of my computer and the copy
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`provided is true and correct copy of the report. The dates of the report are
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`consistent with my memory of the events.
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`8.
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`Sections 6.1 and 6.2 of Ex. 2003 (p. 0022-23) describe production and
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`sampling of the krill meal during different production steps. The Atlantic
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`Navigator was equipped with a standard compact fish meal factory. The krill meal
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`was produced by a standard meal process where fresh krill is brought on board the
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`ship, cooked, pressed and decanted, and then dried to provide the krill meal. The
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`krill meal had a reduced particle size as compared to the fresh krill and was a
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`powder as discussed below. Heating of the krill material sufficient to denature
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`lipases and phospholipases occurs at the cooking stage prior to decanting/pressing.
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`This meal is the same meal described in Example 1 of the ‘046 Patent (Ex. 1001 at
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`pp. 0034-35) and Example 1 of the priority document U.S. Prov. Appl. 60/920,483
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`filed March 28, 2007 (Ex. 1005 at pp. 0023-26).
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`9.
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`In the spring of 2006, I contacted the company Fresenius Kabi to
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`discuss extracting krill containing phospholipids. I chose Fresenius Kabi as a
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`potential partner due to their expertise in extracting phospholipids from egg yolk.
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`During the project and my interaction with Fresenius Kabi, I produced and saved
`5
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`AKER EXHIBIT 2001 PAGE 0005
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`notes as Microsoft Word documents. Ex. 2005 is a copy of a Microsoft Word
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`Ex. 2001, Tilseth Declaration
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`document containing my notes from a meeting with Fresenius Kabi on May 5,
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`2006. Ex. 2006 is the certified Norwegian to English translation of Ex. 2005. Ex.
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`2007 is a screenshot of the internal metadata for Ex. 2005 showing that Ex. 2005
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`was created by me on May 5, 2006 and last modified on May 8, 2006. I stored this
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`document as a corporate record on the hard drive of my computer and the copy
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`provided is true and correct copy of the document. The dates of the document are
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`consistent with my memory of the events. These notes reference an initial
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`extraction of krill meal and plans to run a pilot scale extraction on several hundred
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`kilograms of krill meal which we provided to Fresenius Kabi for extraction.
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`10. Ex. 2008 is a draft of an agreement I participated in preparing which
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`describes the relationship with Fresenius Kabi and which I maintained as a Word
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`Document in my electronic files. Ex. 2009 is a screenshot of the internal metadata
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`for Ex. 2008 showing that Ex. 2008 was created by me on June 19, 2006 and last
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`modified on December 8, 2006. I stored this document as a corporate record on the
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`hard drive of my computer and the copy provided is true and correct copy of the
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`document. The dates of the document are consistent with my memory of the
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`events. This document further demonstrates that we recognized that ethanol could
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`be used to extract a phospholipid-containing krill oil from krill meal and the
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`6
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`AKER EXHIBIT 2001 PAGE 0006
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`resulting oil used for a variety of purposes. All oil produced was intended to be the
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`property of Aker Seafoods.
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`11. The pilot scale extraction referenced in Exs. 2005 and 2006 was
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`conducted on June 6, 2006 at my direction on krill meal provided by Aker
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`Seafoods. Ex. 2010 is a copy of a Microsoft Word document containing my notes
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`from a meeting with Fresenius Kabi on June 6, 2006. Ex. 2011 is the certified
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`Norwegian to English translation of Ex. 2010. Ex. 2012 is a screenshot of the
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`internal metadata for Ex. 2010 showing that Ex. 2010 was created on June 27,
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`2006 and last modified on June 27, 2006, which is when I made the Microsoft
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`Word Document containing the notes of the earlier meeting. I stored this document
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`as a corporate record on the hard drive of my computer and the copy provided is
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`true and correct copy of the document. The dates of the document are consistent
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`with my memory of the events.
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`12.
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`In this pilot scale production run, approximately 3150 kg of krill meal
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`(a denatured krill product) produced on board the Atlantic Navigator in May 2005
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`was extracted with ethanol. I should point out that there is a typographic error in
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`the notes which indicates that the krill meal was produced on 06.05.06. This date
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`is actually 06.05.05 or 6th of May, 2005, as correctly stated in Ex. 2013 discussed
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`below and as referenced in Ex. 2003 Table 19. As indicated in my notes, we
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`produced several hundred kilograms of a polar krill oil suitable for encapsulation
`7
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`AKER EXHIBIT 2001 PAGE 0007
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`and further concentration. Samples of this oil were provided to Fiskeriforskning
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`for analysis.
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`13. Ex. 2013 is the Fiskeriforskning analysis of the ethanol extracted krill
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`meal oil from the pilot scale extraction at Fresenius Kabi which was conducted at
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`my direction. This report bears the date of September 14, 2006. I maintained a
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`copy of this report in my electronic files as a Microsoft Word Document. Ex. 2014
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`is a screenshot of the internal metadata for the report provided as Ex. 2013. This
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`metadata indicates that the report provided as Ex. 2013 was created on August 23,
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`2006 and last modified on September 14, 2006. The author of Ex. 2013 is Eyolf
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`Langmyhr of Fiskeriforskning and I am identified as the employer. I stored a copy
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`of the document as a corporate record on the hard drive of my computer and the
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`copy provided is true and correct copy of the document. The dates of the
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`document are consistent with my memory of the events.
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`14. As stated in the report in the report at page 0005, “Krill meal, 3210 kg
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`(107 bags á 30 kg) produced on board F/V Atlantic Navigator 06.05.05, was
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`extracted with ethanol at Fresenius Kabi, Kungsängen, Sweden.” This report
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`correctly identifies the date of production of the krill meal from which the oil was
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`extracted as the 6th of May, 2005. Since the extraction of the meal occurred in
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`June 2006 and the meal was produced in May 2005 the meal had been stored after
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`heat treatment for 13 months. Photographs of the krill meal before and after
`8
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`AKER EXHIBIT 2001 PAGE 0008
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`extraction are provided at page 0005 as well as an analysis of the composition of
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`the krill oil in Table 3, p. 0007. As analyzed by Fiskeriforskning the krill oil
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`contained 25.3% w/w phosphatidylcholine, 6.2% w/w lysophosphatidylcholine,
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`and 36.9% w/w total polar lipids. This data is provided in Table 8 of the ‘046
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`Patent (Ex. 1001, p. 0036) and at page 0028 of Ex. 1005.
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`15. Together, these documents establish that by at least as early as
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`September 14, 2006, we had developed a method of extracting krill oil with a polar
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`solvent (specifically ethanol) from freshly harvested krill treated to destroy the
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`activity of lipases and phospholipases in the krill (specifically krill meal produced
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`by cooking and drying the krill) on a ship and then stored for 13 months prior to
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`the extraction. As indicated in my notes (Ex. 2011), the extracted oil was suitable
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`for both encapsulation and for further processing to concentrate the phospholipids.
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`16.
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`I have been informed that the earliest possible priority date for Breivik
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`II (Ex. 1037) is November 16, 2006, which is approximately two months after
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`September 14, 2006. Breivik II discloses processes where fresh krill is heated and
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`then extracted with a polar solvent to provide krill oil containing phospholipids.
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`17. The evidence and documents discussed above demonstrate that we
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`conceived and reduced the entire invention to practice before the November 16,
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`2006 priority date of Breivik II and in any event conceived and reduced to practice
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`at least as much of the claimed invention as is disclosed in Breivik II. The
`9
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`AKER EXHIBIT 2001 PAGE 0009
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`following claim chart which I have been provided and adopt matches the evidence
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`in the Exhibits discussed above with the claim features and provides a comparison
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`to Breivik II. I have been informed that we are only required to show as much as
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`what is taught of the claimed invention by Breivik II in order to remove it as a
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`prior art reference. This chart shows that before November 16, 2006, we had
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`completed at least as much of the invention as is disclosed in Breivik II and
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`specifically identifies the relevant evidence in relation to the disclosure of Breivik
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`II. While I have been informed that we are only required to show as much as what
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`is taught in Breivik II in order to remove it as a prior art reference, I further have
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`been informed that Rimfrost’s expert, Dr. Tallon, has admitted in his Declaration
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`for this proceeding and in previous proceedings that a person of ordinary skill in
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`the art could easily manipulate extraction conditions to alter the composition of
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`krill oil and that the krill oil components listed in the claims are the natural
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`components of krill oil. For example, I have been informed that in Ex. 1006, Dr.
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`Tallon states:
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`73. From my experience and knowledge, and as is apparent from the
`literature cited here, the krill oil lipid components described and claimed in
`the ‘046 Patent are known to the POSITA as natural lipid components in the
`krill oil that can be extracted using conventional solvents and established
`methods that were also known to a POSITA. For example, Tanaka (Exhibit
`1015, see ¶¶ 352-358, below) discloses a process for extracting and
`separating out, if desired, factions which are (i) predominately neutral lipids,
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`
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`10
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`AKER EXHIBIT 2001 PAGE 0010
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`(ii) mixtures of neutral and polar lipids, and (iii) predominately polar lipids.
`Tanaka, pp. 422-423, Exhibit 1015, pp. 0006-0007 and Figure 7.
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`
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`Applying this logic, a person of ordinary skill in the art would have known that
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`once our process of extracting krill oil from stored denatured krill material had
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`been described, the oil could be expected to contain the components identified in
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`the claims or the process could be further modified to provide the components
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`identified in the claims.
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`‘046 Claims
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`1. A method of
`production of krill oil
`comprising:
`
`obtaining a krill meal
`produced by a process
`comprising treating krill
`to destroy the activity of
`lipases and
`
`
`
`Evidence of Conception
`and Reduction to
`Practice
`Ex. 2011 – notes describe
`extraction of krill oil
`from krill meal. See p.
`0002.
`Ex. 2013 – analysis of
`krill oil obtained from
`extraction of krill meal.
`See p. 0005-8.
`Ex. 2003 – report K300
`describes analysis of krill
`meal made by a meal
`process where krill is
`brought on board ship (in
`
`11
`
`Breivik II
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`Breivik II generally
`discloses extraction of a
`lipid fraction (i.e., krill
`oil) from fresh krill. p.
`0003, l. 29-31.
`
`Breivik II does not
`describe storage of a
`krill meal for from 1 to
`36 months.
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`AKER EXHIBIT 2001 PAGE 0011
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`phospholipases naturally
`present in krill and
`wherein said krill meal
`has been stored for
`period of from 1 to 36
`months; and
`
`extracting krill oil from
`said krill meal that has
`been stored from 1 to 36
`months with a polar
`solvent to provide a krill
`oil with greater than 30%
`phosphatidylcholine w/w
`
`this case the Atlantic
`Navigator), cooked,
`decanted, milled and
`dried; this process
`destroys the activity of
`lipases and
`phospholipases that
`naturally occur in krill.
`See 0022-24.
`
`Ex. 2011 and Ex. 2013 –
`the krill meal produced
`on board the Atlantic
`Navigator in May 2005
`was stored for 13 months.
`See Ex. 2011 at 0002 and
`Ex. 2013 at 0005-8.
`Ex. 2011 and Ex. 2013 –
`the krill meal was
`extracted with a polar
`solvent (ethanol) to
`provide a phospholipid-
`rich krill oil. The krill oil
`contained 25.3% w/w
`phosphatidylcholine,
`
`12
`
`Breivik II describes
`heating fresh krill just
`prior to extraction.
`
`
`
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
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`AKER EXHIBIT 2001 PAGE 0012
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`of said krill oil and
`astaxanthin esters.
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`6.2% w/w
`lysophosphatidylcholine,
`and 117 mg/kg
`astaxanthin esters. See
`Ex. 2011 at 0002 and Ex.
`2013 at 0005-8.
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`present in krill and that
`has been stored from 1-
`36 months.
`
`Breivik II describes
`extraction of fresh krill
`with polar solvents such
`as ethanol. See p. 0007-
`0008.
`
`Breivik II does not
`disclose
`phosphatidylcholine
`content.
`
`Breivik II does not
`disclose the astaxanthin
`content of the extracted
`krill oil. Based on prior
`art Neptune Krill Oil
`specification, Breivik
`indicates that astaxanthin
`ester should be greater
`than or equal to 1000
`
`13
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`AKER EXHIBIT 2001 PAGE 0013
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`2. The method of claim
`1, wherein said krill oil
`comprises less than 3%
`free fatty acids w/w of
`said krill oil.
`
`3. The method of claim
`1, wherein said krill oil
`comprises less than about
`2%
`lysophosphatidylcholine
`w/w of said krill oil.
`
`4. The method of claim
`1, wherein said process
`comprising treating krill
`to destroy the activity of
`the lipases and
`phospholipases naturally
`present in krill comprises
`grinding said krill prior
`to destroying the activity
`
`As admitted by Dr.
`Tallon, natural
`components of krill oil
`can be extracted in
`desired amounts by
`known methods.
`As admitted by Dr.
`Tallon,
`lysophosphatidylcholine
`is a natural component of
`krill oil which can be
`extracted in desired
`amounts by known
`methods.
`Ex. 2003 – report K300
`describes analysis of krill
`meal made by a meal
`process where krill is
`brought on board ship (in
`this case the Atlantic
`Navigator) and subjected
`to heating steps before or
`
`14
`
`mg/kg. See p. 0011, l.
`30.
`Breivik II does not
`disclose the free fatty
`acid content of the
`extracted krill oil.
`
`Breivik II does not
`disclose the
`lysophosphatidylcholine
`content of the extracted
`krill oil.
`
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`
`
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`AKER EXHIBIT 2001 PAGE 0014
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`of said lipases and
`phospholipases naturally
`present in krill.
`
`after grinding steps. See
`0022-24.
`
`Ex. 2003 – report K300
`describes analysis of krill
`meal made by a meal
`process where krill is
`brought on board ship (in
`this case the Atlantic
`Navigator), cooked (i.e.,
`heated), decanted, milled
`and dried; this process
`destroys the activity of
`lipases and
`phospholipases. See
`0022-24.
`Chemical treatment is a
`standard way to destroy
`the activity of enzymes.
`
`5. The method of claim
`1, wherein said process
`comprising treating krill
`to destroy the activity of
`the lipases and
`phospholipases naturally
`present in krill comprises
`heating said krill.
`
`6. The method of claim
`1, wherein said process
`comprising treating krill
`to destroy the activity of
`the lipases and
`phospholipases naturally
`present in krill comprises
`
`15
`
`has been stored from 1-
`36 months, where the
`krill is ground before
`heating and prior to
`storage.
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months, where the
`krill is heated prior to
`storage.
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`
`
`
`
`
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`AKER EXHIBIT 2001 PAGE 0015
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`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
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`treating said krill with
`chemicals.
`
`7. The method of claim
`1, wherein said process
`comprising treating krill
`to destroy the activity of
`the lipases and
`phospholipases naturally
`present in krill comprises
`a combination of heating
`said krill and treating
`said krill with chemicals.
`
`Heat and chemical
`treatment is a standard
`way to destroy the
`activity of enzymes.
`
`8. The method of claim
`1, further comprising
`encapsulating said krill
`oil.
`
`Ex. 2011 – the extracted
`oil was suitable for
`encapsulation. See p.
`0003.
`
`16
`
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months, where the
`krill is treated with
`chemicals prior to
`storage.
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months, where the
`krill is treating by a
`combination of chemicals
`and heat.
`Breivik II does not
`disclose encapsulation.
`
`
`
`
`
`
`AKER EXHIBIT 2001 PAGE 0016
`
`
`
`9. The method of claim
`3, wherein said krill
`is Euphausia superba.
`
`10. The method of claim
`1, wherein said krill oil
`comprises at least 40%
`phosphatidylcholine w/w
`of said krill oil.
`
`11. The method of claim
`1, wherein said
`astaxanthin esters are
`present in the krill oil at
`in an amount of at least
`100 mg/kg.
`
`
`
`
`
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`Ex. 2002 – The Atlantic
`Navigator fished for
`Euphausia superba in the
`Antarctic Ocean in 2005,
`which was used to make
`the krill meal for
`extraction.
`As admitted by Dr.
`Tallon,
`phosphatidylcholine is a
`natural component of
`krill oil which can be
`extracted in desired
`amounts by known
`methods.
`Ex. 2013 – the krill meal
`was extracted with a
`polar solvent (ethanol) to
`provide a phospholipid-
`rich krill oil containing
`117 mg/kg astaxanthin
`esters. See p. 0006.
`
`Breivik II discloses use
`of fresh Euphausia
`superba, which is an
`Antarctic krill. See p.
`0007-0008, examples.
`
`Breivik II does not
`disclose the
`phosphatidylcholine
`content of the extracted
`krill oil.
`
`Breivik II does not
`disclose the astaxanthin
`content of the extracted
`krill oil. Based on prior
`art Neptune Krill Oil
`specification, Breivik
`indicates that astaxanthin
`ester should be greater
`than or equal to 1000
`
`17
`
`AKER EXHIBIT 2001 PAGE 0017
`
`
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`12. The method of claim
`1, wherein said
`astaxanthin esters are
`present in the krill oil at
`in an amount of at least
`200 mg/kg.
`
`As admitted by Dr.
`Tallon, the ether
`phospholipids are natural
`components of krill oil
`which can be extracted in
`desired amounts by
`known methods.
`
`13. A method of
`production of Euphausia
`superba krill oil
`comprising:
`
`a) obtaining a Euphausia
`superba krill meal
`produced by a process
`comprising
`
`Ex. 2011 – notes describe
`extraction of krill oil
`from krill meal. See p.
`0002.
`Ex. 2013 – analysis of
`krill oil obtained from
`extraction of krill meal.
`See p. 0005-8.
`Ex. 2003 – report K300
`describes analysis of krill
`meal made by a meal
`process where krill is
`
`18
`
`mg/kg. See p. 0011, l.
`30.
`Breivik II does not
`disclose the astaxanthin
`content of the extracted
`krill oil. Based on prior
`art Neptune Krill Oil
`specification, Breivik
`indicates that astaxanthin
`ester should be greater
`than or equal to 1000
`mg/kg. See p. 0011, l.
`30.
`Breivik II generally
`discloses extraction of a
`lipid fraction (i.e., krill
`oil) from fresh krill
`which can be Euphausia
`superba. p. 0003, l. 29-
`31.
`
`Breivik II does not
`describe storage of a
`krill meal for from 1 to
`36 months.
`
`
`
`
`
`
`AKER EXHIBIT 2001 PAGE 0018
`
`
`
`treating Euphausia
`superba to destroy the
`activity of lipases and
`phospholipases naturally
`present in Euphausia
`superba and wherein
`said Euphausia
`superba krill meal has
`been stored from 1 to 36
`months; and
`
`b) extracting Euphausia
`superba oil from said
`krill meal that has been
`stored from 1 to 36
`months with a polar
`solvent to provide
`a Euphausia
`
`
`
`
`
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`
`Breivik II describes
`heating fresh krill just
`prior to extraction.
`
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`
`brought on board ship (in
`this case the Atlantic
`Navigator), cooked,
`decanted, milled and
`dried; this process
`destroys the activity of
`lipases and
`phospholipases that
`naturally occur in krill.
`See 0022-24.
`
`Ex. 2011 and Ex. 2013 –
`the krill meal produced
`on board the Atlantic
`Navigator in May 2005
`was stored for 13 months.
`See Ex. 2011 at 0002 and
`Ex. 2013 at 0005-8.
`Ex. 2011 and Ex. 2013 –
`the krill meal was
`extracted with a polar
`solvent (ethanol) to
`provide a phospholipid-
`rich krill oil. The krill oil
`contained 25.3% w/w
`
`19
`
`AKER EXHIBIT 2001 PAGE 0019
`
`
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`superba krill oil
`comprising greater than
`30% phosphatidylcholine
`w/w of said Euphausia
`superba krill oil, less
`than 3% free fatty acids
`w/w of said Euphausia
`superba krill oil, and at
`least 100 mg/kg
`astaxanthin esters.
`
`phosphatidylcholine,
`6.2% w/w
`lysophosphatidylcholine,
`and 117 mg/kg
`astaxanthin esters. See
`Ex. 2011 at 0002 and Ex.
`2013 at 0005-8.
`
`As admitted by Dr.
`Tallon, free fatty acids
`are a natural component
`of krill oil which can be
`extracted in desired
`amounts by known
`methods.
`
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months.
`
`Breivik II describes
`extraction from fresh krill
`with polar solvents such
`as ethanol, where the
`fresh krill is heat treated
`just prior to extraction.
`See p. 0007-0008.
`
`Breivik II does not
`disclose
`phosphatidylcholine
`content.
`
`Breivik II does not
`disclose the astaxanthin
`content of the extracted
`krill oil. Based on prior
`art Neptune Krill Oil
`specification, Breivik
`indicates that astaxanthin
`
`20
`
`
`
`
`
`
`AKER EXHIBIT 2001 PAGE 0020
`
`
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`ester should be greater
`than or equal to 1000
`mg/kg. See p. 0011, l.
`30.
`
`Breivik II does not
`disclose the free fatty
`acid content of the
`extracted krill oil.
`Breivik II does not
`disclose encapsulation.
`
`Breivik II does not
`disclose the
`phosphatidylcholine
`content of the extracted
`krill oil.
`
`Breivik II does not
`describe extraction from
`a krill meal produced by
`
`14. The method of claim
`13, further comprising
`encapsulating
`said Euphausia
`superba krill oil.
`15. The method of claim
`13, wherein said krill oil
`comprises at least 40%
`phosphatidylcholine w/w
`of said Euphausia
`superba krill oil.
`
`16. The method of claim
`13, wherein said process
`comprising
`
`Ex. 2011 – the extracted
`oil was suitable for
`encapsulation. See p.
`0003.
`
`As admitted by Dr.
`Tallon,
`phosphatidylcholine is a
`natural component of
`krill oil which can be
`extracted in desired
`amounts by known
`methods.
`Ex. 2003 – report K300
`describes analysis of krill
`meal made by a meal
`
`21
`
`
`
`
`
`
`AKER EXHIBIT 2001 PAGE 0021
`
`
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`process where krill is
`brought on board ship (in
`this case the Atlantic
`Navigator) and subjected
`to heating steps before or
`after grinding steps. See
`0022-24.
`
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months, where the
`krill is ground before
`heating and prior to
`storage.
`
`Ex. 2003 – report K300
`describes analysis of krill
`meal made by a meal
`process where krill is
`brought on board ship (in
`this case the Atlantic
`Navigator F/N), cooked
`(i.e., heated), decanted,
`milled and dried; this
`process destroys the
`activity of lipases and
`
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months, where the
`
`treating Euphausia
`superba to destroy the
`activity of the lipases and
`phospholipases naturally
`present in Euphausia
`superba comprises
`grinding said Euphausia
`superba prior to
`destroying the activity of
`said lipases and
`phospholipases naturally
`present in Euphausia
`superba.
`17. The method of claim
`13, wherein said process
`comprising
`treating Euphausia
`superba to destroy the
`activity of the lipases and
`phospholipases naturally
`present in Euphausia
`superba comprises
`heating said Euphausia
`superba.
`
`22
`
`
`
`
`
`
`AKER EXHIBIT 2001 PAGE 0022
`
`
`
`
`
`
`
`
`18. The method of claim
`13, wherein said process
`comprising
`treating Euphausia
`superba to destroy the
`activity of the lipases and
`phospholipases naturally
`present in Euphausia
`superba comprises
`treating said Euphausia
`superba with chemicals.
`
`19. The method of claim
`13, wherein said process
`comprising
`treating Euphausia
`superba to destroy the
`activity of the lipases and
`phospholipases naturally
`present in Euphausia
`superba comprises a
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`krill is heated prior to
`storage.
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`has been stored from 1-
`36 months, where the
`krill is treated with
`chemicals prior to
`storage.
`Breivik II does not
`describe extraction from
`a krill meal produced by
`a process comprising
`treating the krill to
`destroy the activity of
`lipases and
`phospholipases naturally
`present in krill and that
`
`phospholipases. See
`0022-24.
`Chemical treatment is a
`standard way to destroy
`the activity of enzymes.
`
`Heat and chemical
`treatment is a standard
`way to destroy the
`activity of enzymes.
`
`23
`
`AKER EXHIBIT 2001 PAGE 0023
`
`
`
`
`
`
`
`
`combination of heating
`said Euphausia
`superba and treating
`said Euphausia
`superba with chemicals.
`
`Inter Partes Review of US 9,816,046
`Ex. 2001, Tilseth Declaration
`
`has been stored from 1-
`36 months, where the
`krill is treating by a
`combination of chemicals
`and heat.
`
`18.
`
`I hereby declare that the conception and reduction to practice were
`
`performed in and around the countries of Norway and Sweden, both WTO member
`
`countries as of 1995. Therefore, I am informed that we are entitled to the same
`
`rights of priority in the United States with respect to the invention as if it had been
`
`made in the United States.
`
`19.
`
`I further declare that all statement made herein of my own knowledge
`
`are true and that all statements made on information and belief are believed to be
`
`true; and further that these statements were made with the knowledge that willful
`
`false statements and the like so made are punishable by fine or imprisonment, or
`
`both, under section 1001 o