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Maintenance fees coming due

Seegene, Inc.

9 maintenance fees come due in the 12 months from Nov 15, 2026, the next on Jan 18, 2027. Unpaid by Jul 19, 2027, that one lapses early.
A maintenance fee does not end a patent on its due date. It falls due at 3.5, 7.5 and 11.5 years from grant, and the patent lapses only if the fee is still unpaid at the end of the six month grace period that follows.
PatentTitleHolderStatusFee dueLapses if unpaidExpiresConfidence
US 11,702,699Detection of Nucleotide Variation on Target Nucleic Acid Sequence
In force
Fee due Jan 18, 2027
Lapses if unpaid Jul 19, 2027
 · High confidence
Seegene, Inc.In forceJan 18, 2027Jul 19, 2027High confidence
US 11,781,180Detection of Abnormal Signal Using Two or More Datasets
In force
Fee due Apr 10, 2027
Lapses if unpaid Oct 12, 2027
 · High confidence
Seegene, Inc.In forceApr 10, 2027Oct 12, 2027High confidence
US 11,837,326Methods for Preparing Oligonucleotides for Detecting Target Nucleic Acid Sequences with a Maximum Coverage
In force
Fee due Jun 5, 2027
Lapses if unpaid Dec 6, 2027
 · High confidence
Seegene, Inc.In forceJun 5, 2027Dec 6, 2027High confidence
US 10,519,489Detection of Target Nucleic Acid Sequences by Pto Cleavage and Extension Assay
In force
Fee due Jun 30, 2027
Lapses if unpaid Jan 3, 2028
 · High confidence
Seegene, Inc.In forceJun 30, 2027Jan 3, 2028High confidence
US 11,859,243Differentiation of Signals for Target Nucleic Acid Sequences
In force
Fee due Jul 2, 2027
Lapses if unpaid Jan 3, 2028
 · High confidence
Seegene, Inc.In forceJul 2, 2027Jan 3, 2028High confidence
US 11,915,796Method For Calibrating A Data Set Of A Target Analyte Using A Normalization Coefficient
In force
Fee due Aug 27, 2027
Lapses if unpaid Feb 28, 2028
 · High confidence
Seegene, Inc.In forceAug 27, 2027Feb 28, 2028High confidence
US 10,584,371Method for Lyophilization of Composition for Multiple Target Nucleic Acid Sequence Amplification Reaction
In force
Fee due Sep 10, 2027
Lapses if unpaid Mar 10, 2028
 · High confidence
Seegene, Inc.In forceSep 10, 2027Mar 10, 2028High confidence
US 11,961,590Methods for Preparing Optimal Combination of Oligonucleotides
In force
Fee due Oct 16, 2027
Lapses if unpaid Apr 17, 2028
 · High confidence
Seegene, Inc.In forceOct 16, 2027Apr 17, 2028High confidence
US 9,328,377Detection of Target Nucleic Acid Using a Target Hybridization and Detection Primer
In force
Fee due Nov 3, 2027
Lapses if unpaid May 3, 2028
 · High confidence
Seegene, Inc.In forceNov 3, 2027May 3, 2028High confidence
9 of 9 patents shown. Soonest fee due date first, then patent number.
Computed patent terms end on the dates shown. Related patents and pending applications may cover overlapping subject matter.
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