Related changes

25 October 2026

• diffhist N MinION‎; 08:29 +9,764 DwellTimeDave (talk | contribs) (Created page with "{{Short description|Palm-sized nanopore DNA and RNA sequencer from Oxford Nanopore Technologies}} {{Infobox product | name = MinION | developer = Oxford Nanopore Technologies | type = Nanopore...")
• diffhist N Aipore‎; 06:40 +7,014 Translocation event (talk | contribs) (Created page with "{{Short description|Osaka University spinout that paired solid-state nanopores with machine learning (2018 to 2025)}} {{Infobox company | name = Aipore | industry = Nanopore sensing, machine learni...")
• diffhist N Molecular Reality Corporation‎; 06:14 +64,492 PicoampPedant (talk | contribs) (Created page with "{{Short description|American nanopore instrument company}} {{About|the nanopore company|the scientific debate over whether molecules exist|Molecular reality (history of science)}} {{Other uses|Mole...")
• diffhist N Resistive pulse sensing‎; 05:41 +16,239 PicoampPedant (talk | contribs) (Created page with "{{Short description|Counting and sizing single particles by the transient change in current as each crosses a small aperture}} '''Resistive pulse sensing''' is the measurement of single particles,...")
• diffhist N Oxford Nanopore Technologies‎; 05:29 +20,104 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|British maker of nanopore DNA and RNA sequencers}} {{Infobox company | name = Oxford Nanopore Technologies | logo = logo3p-oxford-nanopore.svg | former_name = Oxford Nanolabs |...")
• diffhist N Elements srl‎; 05:06 +8,267 Aperture tube (talk | contribs) (Created page with "{{Short description|Italian maker of miniature current amplifiers}} {{Infobox company | name = Elements srl | image = stuff-edr4.jpg | image_caption = An Elements four-channel amplifier on Molecula...")
• diffhist N Illumina‎; 04:47 +9,646 PicoampPedant (talk | contribs) (Created page with "{{Short description|American maker of DNA sequencers}} {{Infobox company | name = Illumina, Inc. | type = Public company | industry = Biotechnology, DNA sequencing | founded = 1998 | hq_location =...")
• diffhist N The Hole World‎; 04:43 +11,303 Translocation event (talk | contribs) (Created page with "{{Short description|Online atlas of molecular-sensing research groups}} {{About|the atlas published by Molecular Reality Corporation|a list of holes of every size|List of holes}} {{Infobox website...")
• diffhist N List of nanopore companies‎; 04:19 +16,721 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Companies that make or use nanopore sensors}} This is a '''list of nanopore companies''': companies whose products use nanopores, holes from a few nanometres to hundreds of...")
• diffhist N Halcyon Molecular‎; 04:04 +12,021 DwellTimeDave (talk | contribs) (Created page with "{{Short description|Defunct American DNA sequencing company}} {{Infobox company | name = Halcyon Molecular | type = Private | industry = Biotechnology (DNA sequencing) | founded = 2003 or 2008 (acc...")
• diffhist N Juxtapore‎; 03:28 +6,654 Ionophore (talk | contribs) (Created page with "{{Short description|Pore formed between two sliding surfaces}} {{Infobox scientific technique | name = Juxtapore | image = iridian-171.gif | caption = A sliding pore drawn at 40 percent of full ape...")
• diffhist N Sliding occlusion‎; 03:28 +12,065 DwellTimeDave (talk | contribs) (Created page with "{{Short description|Adjusting a nanopore by sliding one membrane across another}} {{Infobox scientific technique | name = Sliding occlusion | image = Photo-aquarium-array.png | caption = A chip for...")
• diffhist N Mechanical nanopore‎; 03:28 +13,365 PicoampPedant (talk | contribs) (Created page with "{{Short description|Nanopore whose opening is changed by moving solid parts}} {{About|adjustable pores in general|the sliding design of Molecular Reality Corporation|Sliding occlusion}} {{Infobox s...")
• diffhist N Coulter principle‎; 01:47 +24,774 Ionophore (talk | contribs) (Created page with "{{Short description|Principle of counting and sizing particles by the resistance change they cause in a small aperture}} {{About|the measurement principle|the instruments built on it|Coulter counte...")