Related changes

25 October 2026

• diffhist N Nanopore‎; 08:37 +40,274 Ionophore (talk | contribs) (Created page with "{{Short description|Pore of nanometer size used to detect single molecules by the ionic current through it}} {{About|single pores used as sensors|the sequencing technique|Nanopore sequencing}} {{In...")
• diffhist N Clogging (nanopore)‎; 08:30 +8,646 Ionophore (talk | contribs) (Created page with "{{Short description|Loss of a nanopore's function when material lodges in or on it}} '''Clogging''' is what happens when a molecule or particle lodges in a nanopore or on its wall and the [[ion...")
• diffhist N Complete blood count‎; 08:30 +9,131 DwellTimeDave (talk | contribs) (Created page with "{{Short description|Laboratory panel counting the cells of the blood and measuring their hemoglobin}} A '''complete blood count''' (CBC) is a set of measurements made on a sample of blood anticoagu...")
• diffhist N Dwell time‎; 08:29 +10,685 Translocation event (talk | contribs) (Created page with "{{Short description|Time a molecule or particle spends in a nanopore}} In nanopore sensing the '''dwell time''' of an event is how long the molecule or particle occupies the pore, which is the widt...")
• diffhist N List of holes‎; 08:21 +14,601 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Measured holes in science and engineering, ordered by width}} {{For|holes that count things|Nanopore}} [[File:stuff-laser-pore.png|thumb|upright=1.2|alt=A dark oval opening seen...")
• diffhist N Electroosmotic flow‎; 06:43 +10,111 Translocation event (talk | contribs) (Created page with "{{Short description|Motion of a liquid along a charged surface under an electric field}} '''Electroosmotic flow''', also written electro-osmosis, is the motion of a liquid past a charged surface wh...")
• diffhist N Electric double layer‎; 06:34 +11,056 Translocation event (talk | contribs) (Created page with "{{Short description|Pair of charged regions at the boundary between a surface and an electrolyte}} An '''electric double layer''' is the pair of oppositely charged regions that forms where a charge...")
• diffhist N Debye length‎; 06:25 +8,061 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Distance over which an electrolyte screens an electric charge}} The '''Debye length''' is the distance over which a charge in an electrolyte is screened. Ions of the opposite si...")
• diffhist N Capture rate (nanopore)‎; 06:25 +11,344 Translocation event (talk | contribs) (Created page with "{{Short description|Rate at which molecules arrive at a nanopore and thread into it}} The '''capture rate''' of a nanopore is the number of molecules per second that enter it, usually quoted pe...")
• diffhist N Ping-pong sensing‎; 06:25 +10,009 DwellTimeDave (talk | contribs) (Created page with "{{Short description|Measuring one particle or molecule repeatedly by driving it back and forth through a pore}} {{Infobox scientific technique | name = Ping-pong sensing | image = Molecular Self-Pl...")
• diffhist N Controlled dielectric breakdown‎; 06:16 +11,900 Translocation event (talk | contribs) (Created page with "{{Short description|Method of making a nanopore by driving a thin membrane to fail at a single point}} {{Infobox scientific technique | name = Controlled dielectric breakdown | image = Controlled_d...")
• 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 Axopatch 200B‎; 06:13 +11,473 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Cooled patch-clamp amplifier used to record ion channels and nanopores}} {{Infobox product | name = Axopatch 200B | developer = Axon Instruments | manufacturer = Molecular Devic...")
• diffhist N Izon Science‎; 06:11 +12,188 Aperture tube (talk | contribs) (Created page with "{{Short description|New Zealand maker of tunable resistive pulse sensing instruments}} {{Infobox company | name = Izon Science | former_name = Australo Ltd (to 2008) | industry = Nanoparticle analy...")
• 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 Nanopore protein sequencing‎; 05:39 +21,056 Aperture tube (talk | contribs) (Created page with "{{Short description|Attempts to read the amino acid sequence of peptides and proteins with nanopores}} '''Nanopore protein sequencing''' is the attempt to determine the order of amino acids in pept...")
• diffhist N Nanopore noise‎; 05:39 +22,377 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Random fluctuations of the ionic current through a nanopore, which limit the signals and events it can resolve}} '''Nanopore noise''' is the random fluctuation of the ionic curr...")
• diffhist N Nanopore sequencing‎; 05:38 +26,151 Ionophore (talk | contribs) (Created page with "{{Short description|Method of reading DNA or RNA by passing single strands through a nanometer-wide pore and recording the ionic current}} {{For|the history of the technique|History of nanopore seq...")
• diffhist N Analog front end‎; 05:32 +10,374 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Electronics between a sensor and its analog-to-digital converter}} An '''analog front end''' (AFE) is the part of a measuring instrument that sits between the sensor and the dig...")
• diffhist N Solid-state nanopore‎; 05:31 +18,968 PicoampPedant (talk | contribs) (Created page with "{{Short description|Nanometer-scale hole in an inorganic or two-dimensional membrane, used to sense single molecules}} A '''solid-state nanopore''' is a hole from about a nanometer to a few hundred...")
• diffhist N Translocation (nanopore)‎; 05:24 +17,841 PicoampPedant (talk | contribs) (Created page with "{{Short description|Passage of a molecule through a nanopore}} {{For|other uses of the word|Translocation}} '''Translocation''' in nanopore sensing is the passage of a molecule from one side of...")
• diffhist N Transimpedance amplifier‎; 05:19 +15,360 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Circuit that converts an input current into an output voltage}} A '''transimpedance amplifier''' (TIA), also called a current-to-voltage converter, is an amplifier whose output...")
• diffhist N Alpha-hemolysin‎; 04:56 +12,319 Ionophore (talk | contribs) (Created page with "{{Short description|Pore-forming toxin of Staphylococcus aureus, used as a single-molecule sensor}} {{Infobox protein | name = Alpha-hemolysin | organism = ''Staphylococcus aureus'' | symbol = ''hl...")
• diffhist N Access resistance‎; 04:37 +10,098 PicoampPedant (talk | contribs) (Created page with "{{Short description|Electrical resistance of the electrolyte outside the mouth of a pore}} {{About|the resistance of the current converging on a pore|the series resistance of a whole-cell recording...")
• diffhist N Live molecular stream‎; 04:30 +13,626 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Public web page showing a nanopore bench's current as it is measured}} {{About|Molecular Reality Corporation's public live stream|the company's concept of streaming molecular da...")
• diffhist N EDR4‎; 04:28 +9,597 Aperture tube (talk | contribs) (Created page with "{{Short description|Patch-clamp amplifier behind Molecular Reality's live stream}} {{Infobox product | name = EDR4 | image = Stuff-edr4.jpg | caption = Unit e4-00044 in its 3D-printed bracket above...")
• 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 Knot sequencing‎; 04:09 +9,280 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Demonstration reading knots in a nylon filament as dips in an electric current}} {{Infobox scientific technique | name = Knot sequencing | classification = [[Resistive pulse sen...")
• diffhist N Beckman Coulter‎; 04:05 +11,527 DwellTimeDave (talk | contribs) (Created page with "{{Short description|American maker of laboratory instruments and diagnostic systems, formed in 1997 when Beckman Instruments bought Coulter Corporation}} {{Infobox company | name = Beckman Coulter,...")
• diffhist N Nanopore fabrication‎; 03:58 +20,329 Aperture tube (talk | contribs) (Created page with "{{Short description|Methods of making single pores of nanometre size in thin membranes}} {{For|pores made of proteins, which assemble themselves|Biological nanopore}} '''Nanopore fabrication''' is...")
• diffhist N Wallace H. Coulter‎; 03:57 +15,913 Translocation event (talk | contribs) (Created page with "{{Short description|American engineer who devised the Coulter principle and co-founded Coulter Electronics (1913-1998)}} {{Infobox scientist | name = Wallace H. Coulter | birth_date = {{Birth date|...")
• diffhist N Portal:Nanopores‎; 03:51 +7,744 Ionophore (talk | contribs) (Created page with "__NOTOC__ '''The Nanopores portal''' collects Molecupedia's articles about holes small enough to read molecules one at a time, the instruments that measure them, and the history that led to them. =...")
• diffhist N Demonpore, inc.‎; 03:47 +20,679 DwellTimeDave (talk | contribs) (Created page with "{{Short description|American nanopore company (2018 to 2021)}} {{Lowercase title}} {{About|the company|its web domain|demonpore.com|its console-shaped instrument|demonpore 64}} {{Infobox company |...")
• diffhist N Portal:Molecular Reality‎; 03:45 +7,069 Translocation event (talk | contribs) (Created page with "__NOTOC__ '''The Molecular Reality portal''' collects Molecupedia's articles about Molecular Reality Corporation, its instruments, its games, its characters and the ideas behind them. == Introd...")
• diffhist N Ionic current‎; 03:43 +13,014 PicoampPedant (talk | contribs) (Created page with "{{Short description|Electric current carried by moving ions}} {{For|pressure-driven ionic flow in very narrow channels|Molecular streaming (nanofluidics)}} An '''ionic current''' is an electric cur...")
• diffhist N Molecular streaming‎; 03:35 +13,425 DwellTimeDave (talk | contribs) (Created page with "{{Short description|Molecular Reality Corporation's term for live data from molecular sensors}} {{For|pressure-driven flow of ions through channels a few atoms high|Molecular streaming (nanofluidic...")
• 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 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 Biological nanopore‎; 03:22 +25,889 Debye Length Enjoyer (talk | contribs) (Created page with "{{Short description|Protein channel used as a single-molecule sensor of ionic current}} {{About|protein and other biomolecular pores used as sensors|nanopores in general|Nanopore}} A '''biological...")
• diffhist N Current blockade‎; 01:47 +15,702 PicoampPedant (talk | contribs) (Created page with "{{Short description|Drop in ionic current when a molecule occupies a nanopore}} A '''current blockade''' is the fall in ionic current through a pore while a molecule or particle occupies it. Its de...")
• diffhist N Coulter counter‎; 01:47 +24,873 Translocation event (talk | contribs) (Created page with "{{Short description|Instrument that counts and sizes particles by the electrical resistance they cause in an aperture}} {{About|the instrument|the physical principle|Coulter principle}} {{Infobox t...")