国家/地区 世界知识产权组织（7）
IPC部 B（7）
IPC大类 C12（7） B01（5） G01（5）
B82（3）
IPC小类 C12Q（7）
IPC B01L003/00（5） G01N027/414（4） C12Q001/00（3）
C12Q001/6869（3） G01N027/327（3） B82Y015/00（2）
G01N033/487（2）
发明人
公开年 2023（5） 2022（2）
申请年 2022（7）
专利权人

Saliva glucose measurement strip used in conjunction with glucose measurement device to measure electrochemical signal of saliva sample, comprises substrate comprising first substrate portion, where first portion of first printed circuit overlies first substrate portion.

TIAN H, SHEN L, LIN C J, IVANOV I, HE Y, DREYER S F, BASHKIROV V, AGRAWAL P

Sensor assembly used e.g. to detect presence of amplification product of isothermal amplification process has amplification product receiving region and first sensor for detection of indicator of presence of product to provide first signal.

CHAUHAN H, STANGE A C, AZIZE M

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

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

Method of nucleic acid target detection and quantification by nucleic acid amplification comprises providing target nucleic acid, oligonucleotide non-extendable, and hybridizing into target nucleic acid amplification product.

ISLAM A

Generating a biopolymer comprises providing many droplets adjacent to a surface, subjecting first droplet and second droplet to motion, and using first reagent and second reagent to form portion of biopolymer in merged droplet.

LANGFORD W K, LENNHOFF A, JUNKINS D L, GOVINDARAJAN I, MOHAMMED A M, MERAND R, MASTERS L, UMAPATHI U