国家/地区 美国（8） 世界知识产权组织（3） 中国（2）
IPC部 C（10）
IPC大类 C12（10） G01（9） B82（5）
B01（4）
IPC小类 C12Q（10）
IPC C12Q001/6869（10）
发明人
公开年 2022（5） 2023（5）
申请年 2022（10）
专利权人 ILLUMINA INC（2）

Nanopore sequencing device for determining sequence of biopolymer e.g. polynucleotide or polypeptide, has micro-electro-mechanical system that generates bubble sufficient to interrupt ionic current flow between cis and trans electrodes.

BOYANOV B, CIESLA C, FLANNERY A, KREINDL G, MUSA R S, SEGALE D

Precision graphene nanoribbon bridge molecule in graphene nanoribbon molecular electronics nano-circuit, comprises central GNR having precision structure, functional anchoring group, central functional conjugation group at specified location and edge group functionalization with solubilizing groups.

MCCURDY R, FISCHER F

Sensor for sequencing long-chain molecule, comprises electrodes, each electrode essentially comprises conductive layer and insulator layer, and microfluidic channel is configured to present the long-chain molecule to electrodes such that long-chain molecule is sequenced by measurements.

SCHERER A

Fabricating sequencing device comprises applying graphene monolayer onto substrate, patterning graphene monolayer, depositing metal electrodes, and depositing molecular bridges across the nanogaps.

VALENCIA D A, MORAN I W

Apparatus for identifying molecules for detecting molecule attribute, comprises membrane defining first and second chambers, set of electrodes disposed in first and second chambers respectively and configured to generate first electric field in conducting media between first and second chambers.

VARMA S, WANG C M

Achieving non-contact rapid infiltration of nanopores using ultrasonic waves, comprises e.g. choosing piezoelectric transducer as ultrasonic sound source, cracking nano-scale bubbles, and realizing infiltration of nanopores of different sizes and different film types.

ZHENG Y, GUO X, YANG X, ZHU X

Detecting charged particle for characterizing biopolymer molecules, involves using 3-dimensional nanopore device, adding electrolyte solution including charged particle to top, middle, and bottom chambers, and placing top and bottom electrodes in top and bottom chambers.

YOON J, HAN K J

System for detecting event using tethers anchored to or adjacent to nanopores, comprises chamber having first liquid medium separated from second liquid medium by barrier having first and second side, and barrier comprises nanopore having first and second opening on first and second side of barrier.

GUNDLACH J H, GUNDERSON K L, MANDELL J G

Nanopore sensor for local electrical potential measurement, comprises fluidic passage set in fluidic connection between first fluidic reservoir and nanopore, and nanopore set in fluidic connection between second fluidic reservoir and fluidic passage.

XIE P

Preparing differentially suspended monolayer graphene nanopore sensor for single molecule detection, involves providing silicon base layer, forming silicon dioxide layer on surface of one side of silicon base layer, forming graphene strip unit, using ion beam to punch nano-hole.

ZHAO S, ZHOU Y, ZHU H, XIE S, WANG H