IP Library Assignment 069898/0249
Patent Assignment
Reel/Frame 069898/0249

Patent Security Agreement

Recorded: 2025-01-14 Pages: 25
Assignor
EXACT SCIENCES CORPORATION
Executed: 2025-01-13
Assignee
JPMORGAN CHASE BANK, N.A.
131 S DEARBORN ST, FLOOR 4, ATTENTION: LOAN AND AGENCY SERVICING, CHICAGO, ILLINOIS, 60603-5506
Covered Properties (148)
Sampling Device and Analysis of Methylated Dna
Application: 17/233,199 →
Publication: US US20220071605A1
Detection and Analysis of Methylated Dna
Application: 17/314,099 →
Publication: US US20210262042A1
Characterizing Methylated Dna, Rna, and Proteins in the Detection of Lung Neoplasia
Application: 17/297,356 →
Publication: US US20220136058A1
Compositions and Methods for Performing Methylation Detection Assays
Application: 17/409,129 →
Publication: US US20220042111A1
Compositions for Detecting Epigenetic Modifications
Application: 17/475,584 →
Publication: US US20220064740A1
Characterizing Methylated Dna, Rna, and Proteins in Subjects Suspected of Having Lung Neoplasia
Application: 17/638,840 →
Publication: US US20220403471A1
Structure and Temperature-Dependent Flap Endonuclease Substrates
Application: 17/760,709 →
Publication: US US20230046033A1
Multiple Analyte Fecal Antigen Testing
Application: 17/769,533 →
Publication: US US20240019440A1
Methylated Control Dna
Application: 17/741,305 →
Publication: US US20220340959A1
Ingestible Sampling Device
Application: 17/996,032 →
Publication: US US20230190243A1
Encoded Dual-Probe Endonuclease Assays
Application: 18/150,661 →
Publication: US US20230257801A1
Encoded Endonuclease Assays
Application: 18/150,669 →
Publication: US US20230295739A1
Purification of Sulfonated Dna
Application: 18/005,943 →
Publication: US US20240026341A1
Part of a sample collector device
Application: 35/520,671 →
Isolation of Nucleic Acids
Application: 18/310,266 →
Publication: US US20240026422A1
Isolation and Detection of Dna from Plasma
Application: 18/310,276 →
Publication: US US20230392189A1
Synthetic Nucleic Acid Control Molecules
Application: 18/310,271 →
Publication: US US20230357863A1
Normalization of Polymerase Activity
Application: 18/330,105 →
Publication: US US20240409988A1
Compositions and Methods for Characterizing ZDHHC1 Dna
Application: 18/353,647 →
Publication: US US20250027163A1
Enclosing Holder for Processing a Sample in a Container
Application: 18/480,959 →
Publication: US US20240173718A1
Modification of Dna on Magnetic Beads
Application: 18/486,477 →
Publication: US US20240150814A1
Nucleic Acid Control Molecules from Non-Human Organisms
Application: 18/589,016 →
Publication: US US20240309426A1
Digital Sequence Analysis of Dna Methylation
Application: 18/628,011 →
Publication: US US20240368702A1
Sample Collection Device
Application: 18/655,072 →
Publication: US US20240407766A1
Microtube Insert Device
Application: 63/643,224 →
Microtube Holding Device
Patent: 1,140,086 →
Application: 29/940,838 →
Multiplex Amplification Detection Assay
Application: 18/732,175 →
Publication: US US20250084455A1
Detection of Colon Neoplasia by Analysis of Methylated Dna
Application: 18/744,995 →
Publication: US US20250027158A1
Detection of Lung Neoplasia by Amplification of Rna Sequences
Application: 18/805,191 →
Publication: US US20250066858A1
Methods and Compositions for Preparing Nucleic Acids from Complex Samples
Application: 63/691,904 →
Sample Collector Device
Patent: 1,131,827 →
Application: 29/963,831 →
Fecal Sample Processing and Analysis Comprising Detection of Blood
Application: 18/919,170 →
Publication: US US20250034653A1
Isolation of Nucleic Acids
Patent: 9,000,146 →
Application: 13/470,251 →
Publication: US US20120288868A1
Isolation of Nucleic Acids
Patent: 9,163,278 →
Application: 14/145,082 →
Publication: US US20140194608A1
Isolation of Nucleic Acids
Patent: 9,631,228 →
Application: 14/713,289 →
Publication: US US20150284770A1
Isolation of Nucleic Acids
Patent: 9,845,491 →
Application: 14/939,925 →
Publication: US US20160130635A1
Isolation of Nucleic Acids
Application: 15/807,970 →
Publication: US US20180135105A1
Isolation of Nucleic Acids
Application: 16/046,669 →
Publication: US US20180327814A1
Isolation of Nucleic Acids
Application: 16/212,143 →
Publication: US US20190100788A1
Spin Filter
Patent: 8,980,107 →
Application: 13/470,018 →
Publication: US US20120285900A1
Isolation of Nucleic Acids
Patent: 8,999,176 →
Application: 14/145,087 →
Publication: US US20140194609A1
Sample Collection Device
Patent: 9,211,112 →
Application: 13/587,552 →
Publication: US US20130211286A1
Sample Collection Device
Patent: 9,750,482 →
Application: 14/939,671 →
Publication: US US20160151051A1
Sample Collection Device
Application: 15/671,379 →
Publication: US US20170333008A1
Sample Collection Device
Application: 16/888,359 →
Publication: US US20200289097A1
Methods for Quantifying Nucleic Acid Variations
Patent: 9,710,596 →
Application: 13/683,756 →
Publication: US US20140141417A1
Ergonomic Stool Specimen Container and Enclosing Holder Systems, Methods, and Kits
Application: 14/914,453 →
Publication: US US20160206293A1
Ergonomic Stool Specimen Container and Enclosing Holder Systems, Methods, and Kits
Application: 16/276,185 →
Publication: US US20190175153A1
Enclosing Holder for a Sample Container
Application: 15/050,026 →
Publication: US US20170239651A1
Holder for Sample Container
Patent: 849,266 →
Application: 29/555,468 →
Removal of Pcr Inhibitors
Patent: 8,993,341 →
Application: 13/469,989 →
Publication: US US20120288957A1
Serial Isolation of Multiple Dna Targets from Stool
Patent: 8,808,990 →
Application: 13/469,999 →
Publication: US US20120288867A1
Isolation of Nucleic Acids
Patent: 9,057,098 →
Application: 14/145,056 →
Publication: US US20140193813A1
Isolation of Nucleic Acids
Patent: 9,169,511 →
Application: 14/145,070 →
Publication: US US20140194607A1
Serial Isolation of Multiple Dna Targets from Stool
Patent: 9,657,330 →
Application: 14/327,951 →
Publication: US US20150010907A1
Removal of Pcr Inhibitors
Patent: 9,856,515 →
Application: 14/636,366 →
Publication: US US20150176063A1
Isolation of Nucleic Acids
Application: 17/035,822 →
Publication: US US20210017577A1
Ergonomic Stool Specimen Container and Enclosing Holder Systems, Methods, and Kits
Application: 17/091,951 →
Publication: US US20210162400A1
Sample Collection Device
Application: 17/243,244 →
Publication: US US20210244388A1
Sample Collector Device
Patent: 1,048,458 →
Application: 29/867,482 →
Methods for Detecting Epigenetic Modifications
Patent: 8,969,046 →
Application: 12/522,648 →
Publication: US US20100144836A1
Methods for Amplifying Dna from the Promoter of the NDRG4 Gene Dna Obtained from a Fecal Sample
Patent: 9,982,308 →
Application: 14/613,574 →
Publication: US US20150240318A1
Methods for Detecting Epigenetic Modifications
Application: 15/971,461 →
Publication: US US20180327859A1
Methods for Detecting Epigenetic Modifications
Application: 16/154,023 →
Publication: US US20190032149A1
Fecal Sample Processing and Analysis Comprising Detection of Blood
Application: 15/634,607 →
Publication: US US20170298448A1
Digital Sequence Analysis of Dna Methylation
Application: 16/665,738 →
Publication: US US20200048720A1
Digital Sequence Analysis of Dna Methylation
Application: 15/278,697 →
Publication: US US20170073771A1
Modification of Dna on Magnetic Beads
Patent: 9,315,853 →
Application: 13/754,631 →
Publication: US US20130196322A1
Modification of Dna on Magnetic Beads
Application: 15/068,121 →
Publication: US US20160265033A1
Modification of Dna on Magnetic Beads
Application: 16/164,373 →
Publication: US US20190048399A1
Modification of Dna on Magnetic Beads
Application: 16/888,397 →
Publication: US US20200291459A1
Normalization of Polymerase Activity
Patent: 9,212,392 →
Application: 14/036,649 →
Publication: US US20140087382A1
Normalization of Polymerase Activity
Application: 14/939,651 →
Publication: US US20160060683A1
Normalization of Polymerase Activity
Application: 16/134,254 →
Publication: US US20190153510A1
Multiple-Control Calibrators for Dna Quantitation
Application: 15/033,803 →
Publication: US US20160273030A1
Synthetic Nucleic Acid Control Molecules
Application: 15/105,178 →
Publication: US US20160312299A1
Synthetic Nucleic Acid Control Molecules
Application: 16/168,326 →
Publication: US US20190144948A1
Method of Characterizing ZDHHC1 Dna
Application: 14/967,082 →
Publication: US US20160168648A1
Compositions and Methods for Performing Methylation Detection Assays
Application: 14/966,938 →
Publication: US US20160168643A1
Compositions and Methods for Performing Methylation Detection Assays
Application: 16/013,240 →
Publication: US US20180291469A1
Multiplex Amplification Detection Assay
Application: 15/335,096 →
Publication: US US20170121757A1
Multiplex Amplification Detection Assay
Application: 16/888,375 →
Publication: US US20200291458A1
A Method of Characterizing ZDHHC1 Dna
Application: 14/966,617 →
Publication: US US20160194721A1
Compositions Comprising ZDHHC1 Dna in a Complex
Application: 16/665,731 →
Publication: US US20200224278A1
Detection of Lung Neoplasia by Analysis of Methylated Dna
Application: 15/471,337 →
Publication: US US20170335401A1
Detection of Neoplasia by Analysis of Methylated Dna
Application: 16/460,647 →
Publication: US US20190330702A1
Nucleic Acid Control Molecules from Non-Human Organisms
Application: 16/318,578 →
Publication: US US20200040377A1
Methylated Control Dna
Application: 16/318,580 →
Publication: US US20190218601A1
Isolation and Detection of Dna from Plasma
Application: 15/335,111 →
Publication: US US20170121704A1
Detection of Colon Neoplasia by Analysis of Methylated Dna
Application: 15/881,409 →
Publication: US US20180245157A1
System and Method of Detecting Rnas Altered by Cancer in Peripheral Blood
Patent: 9,422,592 →
Application: 13/734,735 →
Publication: US US20130196332A1
Digital Sequence Analysis of Dna Methylation
Patent: 9,637,792 →
Application: 13/364,978 →
Publication: US US20120196756A1
Sample Collection Device
Patent: 8,960,026 →
Application: 13/449,878 →
Publication: US US20120260748A1
Isolation and Detection of Dna from Plasma
Application: 17/031,383 →
Publication: US US20210079451A1
Detection of Lung Neoplasia by Amplification of Rna Sequences
Application: 17/078,924 →
Publication: US US20210155993A1
Digital Sequence Analysis of Dna Methylation
Application: 17/101,904 →
Publication: US US20210095350A1
Synthetic Nucleic Acid Control Molecules
Application: 17/110,985 →
Publication: US US20210172023A1
Normalization of Polymerase Activity
Application: 17/174,127 →
Publication: US US20210189462A1
Detection of Colon Neoplasia by Analysis of Methylated Dna
Application: 17/409,132 →
Publication: US US20220056526A1
Nucleic Acid Control Molecules from Non-Human Organisms
Application: 17/529,896 →
Publication: US US20220136035A1
Detection of Lung Neoplasia by Amplification of Rna Sequences
Application: 17/932,574 →
Publication: US US20230121671A1
Fecal Sample Processing and Analysis Comprising Detection of Blood
Application: 17/936,335 →
Publication: US US20230048152A1
Fecal Sample Processing and Analysis Comprising Detection of Blood
Application: 18/179,961 →
Publication: US US20230272488A1
Fecal Sample Processing and Analysis Comprising Detection of Blood
Application: 18/179,945 →
Publication: US US20230313317A1
Detecting Ovarian Cancer
Application: 17/085,542 →
Publication: US US20210130907A1
Method for Stabilizing Hemoglobin and Reagents for Performing the Same
Application: 16/355,498 →
Publication: US US20190302129A1
Method for Stabilizing Hemoglobin and Reagents for Performing the Same
Application: 17/833,261 →
Publication: US US20220373564A1
Method for Stabilizing Hemoglobin and Reagents for Performing the Same
Application: 18/101,027 →
Publication: US US20230221340A1
Using Phage Epitopes to Profile the Immune Response
Application: 15/933,574 →
Publication: US US20180224455A1
Detecting Prostate Cancer
Application: 15/906,932 →
Publication: US US20180245163A1
Detecting Prostate Cancer
Application: 17/144,806 →
Publication: US US20210130911A1
Detecting Breast Cancer
Application: 16/202,944 →
Publication: US US20190161806A1
Detecting Breast Cancer
Application: 16/202,935 →
Publication: US US20190161805A1
Multiplex Amplification Detection Assay Ii
Application: 15/841,006 →
Publication: US US20190177769A1
Multiplex Amplification Detection Assay Ii
Application: 16/789,279 →
Publication: US US20200248233A1
Detecting Colorectal Neoplasm
Application: 14/669,834 →
Publication: US US20150275314A1
Detecting Colorectal Neoplasm
Application: 16/738,718 →
Publication: US US20200131588A1
Detecting Colorectal Neoplasm
Application: 15/301,227 →
Publication: US US20170073772A1
Detecting Colorectal Neoplasm
Application: 16/399,467 →
Publication: US US20190249263A1
Detecting Colorectal Neoplasm
Application: 17/120,500 →
Publication: US US20210102263A1
Detecting Gastric Neoplasm
Application: 15/252,966 →
Publication: US US20170058356A1
Detecting Gastric Neoplasm
Application: 15/971,561 →
Publication: US US20180251859A1
Detecting Gastric Neoplasm
Application: 16/782,841 →
Publication: US US20200299778A1
Detecting Neoplasm
Patent: 9,994,911 →
Application: 14/775,435 →
Publication: US US20160040246A1
Detecting Neoplasm
Application: 15/978,565 →
Publication: US US20180258498A1
Detecting Neoplasm
Application: 15/930,267 →
Publication: US US20200283853A1
Detecting Esophageal Disorders
Application: 15/550,703 →
Publication: US US20180037958A1
Detecting Esophageal Disorders
Application: 16/570,782 →
Publication: US US20200172982A1
Multiplexed Kras Mutation Detection Assay
Patent: 9,127,318 →
Application: 13/594,674 →
Publication: US US20130231256A1
Multiplexed Kras Mutation Detection Assay
Patent: 9,783,856 →
Application: 14/811,266 →
Publication: US US20160010161A1
Multiplexed Kras Mutation Detection Assay
Application: 15/686,065 →
Publication: US US20180066319A1
Multiplexed Kras Mutation Detection Assay
Application: 16/113,892 →
Publication: US US20190055609A1
Multiplexed Kras Mutation Detection Assay
Application: 16/814,798 →
Publication: US US20200270706A1
Multiplexed Kras Mutation Detection Assay
Application: 17/739,892 →
Publication: US US20220333210A1
Methylation Assay
Patent: 8,916,344 →
Application: 12/946,745 →
Publication: US US20120122088A1
Methylation Assay
Application: 17/170,541 →
Publication: US US20210222255A1
Mutation Detection Assay
Patent: 8,715,937 →
Application: 12/946,752 →
Publication: US US20120122106A1
Mutation Detection Assay
Patent: 9,024,006 →
Application: 14/214,508 →
Publication: US US20140212878A1
Mutation Detection Assay
Patent: 9,121,071 →
Application: 14/228,039 →
Publication: US US20140227697A1
Mutation Detection Assay
Patent: 9,376,721 →
Application: 14/228,058 →
Publication: US US20140234836A1
Mutation Detection Assay
Application: 15/165,853 →
Publication: US US20160348185A1
Mutation Detection Assay
Application: 15/987,793 →
Publication: US US20180346993A1
Mutation Detection Assay
Application: 16/569,533 →
Publication: US US20200002775A1
Mutation Detection Assay
Application: 17/370,836 →
Publication: US US20210404015A1
Real Time Cleavage Assay
Patent: 8,361,720 →
Application: 12/946,737 →
Publication: US US20120122105A1
Real Time Cleavage Assay
Patent: 9,290,797 →
Application: 13/720,757 →
Publication: US US20130143216A1
Real Time Cleavage Assay
Application: 15/068,364 →
Publication: US US20160186244A1
Real Time Cleavage Assay
Application: 16/789,276 →
Publication: US US20200248245A1
Related Assignments (25)
Other recorded transfers of the patents in this record — the chain of ownership.
Assignment of Assignor's Interest Jul 13, 2021
From: EISELE, ROBERT F.; WILLIAMS, MICHAEL E.; MARRIONE, PAUL; ALLAWI, HATIM T.
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 056836/0416 →
Assignment of Assignor's Interest Aug 19, 2021
From: AHLQUIST, DAVID A.; TAYLOR, WILLIAM R.; MAHONEY, DOUGLAS
To: MAYO FOUNDATION FOR MEDICAL EDUCATION AND RESEARCH
Reel/Frame 057226/0096 →
Assignment of Assignor's Interest Aug 19, 2021
From: ALLAWI, HATIM; LIDGARD, GRAHAM P.; GIAKOUMOPOULOS, MARIA
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 057226/0115 →
Assignment of Assignor's Interest Aug 23, 2021
From: EXACT SCIENCES CORPORATION
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 057258/0847 →
Assignment of Assignor's Interest Aug 23, 2021
From: AHLQUIST, DAVID ALAN; TAYLOR, WILLIAM RUSSELL; MAHONEY, DOUGLAS W.
To: MAYO FOUNDATION FOR MEDICAL EDUCATION AND RESEARCH
Reel/Frame 057258/0913 →
Assignment of Assignor's Interest Aug 23, 2021
From: LIDGARD, GRAHAM P.; ALLAWI, HATIM T.; VACCARO, ABRAM
To: EXACT SCIENCES CORPORATION
Reel/Frame 057258/0782 →
Merger Jan 14, 2022
From: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
To: EXACT SCIENCES CORPORATION
Reel/Frame 058738/0465 →
Assignment of Assignor's Interest May 11, 2022
From: IYLER, PRASAD G.; TAYLOR, WILLIAM R.; YAB, TRACY C.; MAHONEY, DOUGLAS W.
To: MAYO FOUNDATION FOR MEDICAL EDUCATION AND RESEARCH
Reel/Frame 059890/0966 →
Merger Jul 12, 2022
From: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
To: EXACT SCIENCES CORPORATION
Reel/Frame 060482/0612 →
Assignment of Assignor's Interest Jul 12, 2022
From: GAGRAT, ZUBIN; MATTER, MICHAEL B; DOMANICO, NICHOLAS J; DOMANICO, MICHAEL J
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 060482/0553 →
Assignment of Assignor's Interest Aug 1, 2022
From: ALLAWI, HATIM T.; LIDGARD, GRAHAM P.
To: EXACT SCIENCES CORPORATION
Reel/Frame 060688/0028 →
Assignment of Assignor's Interest Aug 1, 2022
From: AHLQUIST, DAVID A.; TAYLOR, WILLIAM R.; MAHONEY, DOUGLAS
To: MAYO FOUNDATION FOR MEDICAL EDUCATION AND RESEARCH
Reel/Frame 060684/0013 →
Assignment of Assignor's Interest Aug 1, 2022
From: ALLAWI, HATIM; LIDGARD, GRAHAM P.; GIAKOUMOPOULOS, MARIA
To: EXACT SCIENCES CORPORATION
Reel/Frame 060683/0994 →
Assignment of Assignor's Interest Aug 3, 2022
From: FOURRIER, KEITH D; DOMANICO, MICHAEL J; WEBER, STEPHANIE M; QUINT, TANYA M
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 060704/0739 →
Merger Aug 3, 2022
From: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
To: EXACT SCIENCES CORPORATION
Reel/Frame 060704/0840 →
Corrective Assignment to Correct the Application Number 17314009 Previously Recorded at Reel: 060683 Frame: 0994. Assignor(S) Hereby Confirms the Assignment . Sep 16, 2022
From: ALLAWI, HATIM; LIDGARD, GRAHAM P.; GIAKOUMOPOULOS, MARIA
To: EXACT SCIENCES CORPORATION
Reel/Frame 061453/0050 →
Assignment of Assignor's Interest Dec 6, 2022
From: ALQUIST, DAVID A; TAYLOR, WILLIAM R; MAHONEY, DOUGLAS W.
To: MAYO FOUNDATION FOR MEDICAL EDUCATION AND RESEARCH
Reel/Frame 061998/0826 →
Assignment of Assignor's Interest Dec 6, 2022
From: MORRIS, SCOTT; MALLERY, DAVID; ALLAWI, HATIM T.; LIDGARD, GRAHAM P.
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 061999/0046 →
Merger Dec 6, 2022
From: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
To: EXACT SCIENCES CORPORATION
Reel/Frame 061999/0105 →
Assignment of Assignor's Interest Dec 14, 2022
From: IYER, PRASAD G; TAYLOR, WILLIAM R; YAB, TRACY C; MAHONEY, DOUGLAS W
To: MAYO FOUNDATION FOR MEDICAL EDUCATION AND RESEARCH
Reel/Frame 062091/0434 →
Merger Dec 14, 2022
From: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
To: EXACT SCIENCES CORPORATION
Reel/Frame 062091/0476 →
Assignment of Assignor's Interest Dec 14, 2022
From: EISELE, ROBERT F; WILLIAMS, MICHAEL E; MARRIONE, PAUL; ALLAWI, HATIM T
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 062091/0205 →
Assignment of Assignor's Interest Jan 20, 2023
From: RAGLAND, EVAN M; GAGRAT, ZUBIN; DOMANICO, MICHAEL J
To: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
Reel/Frame 062434/0062 →
Merger Jan 23, 2023
From: EXACT SCIENCES DEVELOPMENT COMPANY, LLC
To: EXACT SCIENCES CORPORATION
Reel/Frame 062454/0783 →
Change of Name Jan 24, 2023
From: ONCOMETHYLOME SCIENCES SA
To: MDX HEALTH S.A.
Reel/Frame 062468/0949 →